Citation:

PANGAEA.949792

Name: Literature synthesis data of surface energy fluxes and environmental drivers from Arctic vegetation and glacier sites
Published: 2022-10-17
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Arctic; dry tundra; Eddy covariance; eddy heat flux; glacier; glaciers; graminoids; ground heat flux and net radiation; harmonized data; high latitude; Land-Atmosphere; Land-cover; latent and sensible heat; latent heat flux; longwave radiation; meteorological data; observatory data; Peat bog; Radiation fluxes; Radiative energy budget; sensible heat flux; shortwave radiation; shrub tundra; surface energy balance; synthetic data; tundra vegetation; wetland; wetlands

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Abstract:

Despite the importance of surface energy budgets (SEBs) for land-climate interactions in the Arctic, uncertainties in their prediction persist. In situ observational data of SEB components - useful for research and model validation - are collected at relatively few sites across the terrestrial Arctic, and not all available datasets are readily interoperable. Furthermore, the terrestrial Arctic consists of a diversity of vegetation types, which are generally not well represented in land surface schemes of current Earth system models.

This dataset describes the data generated in a literature synthesis, covering 358 study sites on vegetation or glacier (>=60°N latitude), which contained surface energy budget observations. The literature synthesis comprised 148 publications searched on the ISI Web of Science Core Collection.

Keyword(s):

Arctic; dry tundra; Eddy covariance; eddy heat flux; glacier; glaciers; graminoids; ground heat flux and net radiation; harmonized data; high latitude; Land-Atmosphere; Land-cover; latent and sensible heat; latent heat flux; longwave radiation; meteorological data; observatory data; Peat bog; Radiation fluxes; Radiative energy budget; sensible heat flux; shortwave radiation; shrub tundra; surface energy balance; synthetic data; tundra vegetation; wetland; wetlands

Further details:

ReadMe - ArcticSEB_2022_Lit

Project(s):

Arctic Tundra Surface Energy Budget (ArcticTundraSEB)

Funding:

Universität Zürich (UZH), grant/award no. 178753

Coverage:

Median Latitude: 70.106545 * Median Longitude: -77.296896 * South-bound Latitude: 60.116667 * West-bound Longitude: -164.910000 * North-bound Latitude: 81.990000 * East-bound Longitude: 161.350000

Minimum ELEVATION: 0.0 m a.s.l. * Maximum ELEVATION: 3255.0 m a.s.l.

Event(s):

Arctic_SEB_1 * Latitude: 64.891167 * Longitude: -162.356500 * Method/Device: Field observation

Arctic_SEB_1951-2009_1 * Latitude: 76.500000 * Longitude: -68.800000 * Method/Device: Field observation

Arctic_SEB_1965-2000_1 * Latitude: 71.300000 * Longitude: -156.600000 * Elevation: 8.0 m * Method/Device: Field observation

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Event label	Event		Oehri, Jacqueline
2	Type of study	Study type		Oehri, Jacqueline
3	LATITUDE	Latitude		Oehri, Jacqueline	Geocode
4	LONGITUDE	Longitude		Oehri, Jacqueline	Geocode
5	Date/Time of event	Date/Time		Oehri, Jacqueline
6	ELEVATION	Elevation	m a.s.l.	Oehri, Jacqueline	Geocode
7	Identification	ID		Oehri, Jacqueline	publication ID
8	Publication type	Publ type		Oehri, Jacqueline
9	Author(s)	Author(s)		Oehri, Jacqueline
10	Title	Title		Oehri, Jacqueline	of article
11	Journal/report title	Journal		Oehri, Jacqueline
12	Year of publication	Year pub		Oehri, Jacqueline
13	Persistent Identifier	Persistent Identifier		Oehri, Jacqueline	DOI of article
14	First year of observation	Year start	a AD	Oehri, Jacqueline	Earliest year covered by in-situ SEB measurements
15	Last year of observation	Year end	a AD	Oehri, Jacqueline	Latest year covered by in-situ SEB measurements
16	Season	Season		Oehri, Jacqueline	winter (DJF), spring (MAM), summer (JJA), autumn (SON); or allyear (all months covered at least once)
17	Vegetation type	Vegetation type		Oehri, Jacqueline
18	Location	Location		Oehri, Jacqueline	Geographic location (villages, cities, states, countries)
19	Spatial coverage	Spatial cov		Oehri, Jacqueline	Spatial extent of study
20	Resolution	Resolution		Oehri, Jacqueline	Dominant scale of temporal aggregation
21	Data collection methodology	DC Method		Oehri, Jacqueline
22	Energy budget, description	E budg descr		Oehri, Jacqueline	inferred from balance assumption
23	Comment	Comment		Oehri, Jacqueline
24	Data type	Data type		Oehri, Jacqueline
25	Variable	Variable		Oehri, Jacqueline	Explanatory variables used in study
26	Classification	Classification		Oehri, Jacqueline	Classification of SEB-components assessed in the study
27	Variable	Variable		Oehri, Jacqueline	response variable; assessed quantitatively, with absolute estimate; displayed in figures of the source publication
28	Variable	Variable		Oehri, Jacqueline	response variable; assessed quantitatively, with absolute estimate; displayed in tables of the source publication
29	Variable	Variable		Oehri, Jacqueline	response variable; assessed quantitatively, with relative estimate; from source publication
30	Variable	Variable		Oehri, Jacqueline	explanatory variable; assessed quantitatively, with absolute estimate; displayed in figures of the source publication
31	Variable	Variable		Oehri, Jacqueline	explanatory variable; assessed quantitatively, with absolute estimate; displayed in tables of the source publication
32	Variable	Variable		Oehri, Jacqueline	explanatory variable; assessed quantitatively, with relative estimate; from source publication
33	Variable	Variable		Oehri, Jacqueline	explanatory variable; assessed qualitatively; from source publication

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

8650 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Event	2 Study type	3 Latitude	4 Longitude	6 Elevation [m a.s.l.]	7 ID (publication ID)	8 Publ type	9 Author(s)	10 Title (of article)	11 Journal	12 Year pub	13 Persistent Identifier (DOI of article)	14 Year start [a AD] (Earliest year covered by in-s...)	15 Year end [a AD] (Latest year covered by in-sit...)	16 Season (winter (DJF), spring (MAM), s...)	17 Vegetation type	18 Location (Geographic location (villages...)	19 Spatial cov (Spatial extent of study)	20 Resolution (Dominant scale of temporal ag...)	21 DC Method	22 E budg descr (inferred from balance assumption)	23 Comment	24 Data type	25 Variable (Explanatory variables used in...)	26 Classification (Classification of SEB-compone...)	27 Variable (response variable; assessed q...)	28 Variable (response variable; assessed q...)	29 Variable (response variable; assessed q...)	30 Variable (explanatory variable; assesse...)	31 Variable (explanatory variable; assesse...)	32 Variable (explanatory variable; assesse...)	33 Variable (explanatory variable; assesse...)
Arctic_SEB_2010-2014_1	Literature research	78.933333	11.950000	8.0	1	Journal	Kejna, M; Maturilli, M; Arazny, A; Sobota, I	Radiation balance diversity on nw Spitsbergen in 2010-2014	Polish Polar Research	2017	https://doi.org/10.1515/popore-2017-0005	2010	2014	allyear	tundra	Ny Alesund; Kaffioyra; Spitsbergen	local	-	in situ measurement; comparative	no		in situ; meteorological; pyranometer; pyrheliometer; pyrgeometer; radiometer; weather station	landcover; time of year; time of day; sun angle; time; irradiation; albedo; clouds; water vapor	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo		landcover; time of year; time of day; sun angle; irradiation; clouds; water vapor pressure; air humidity; atmosphere_qt_abs_s; topography	landcover; time of year; time of day; sun angle; irradiation; clouds; water vapor pressure; air humidity; atmosphere_qt_abs_s; topography
Arctic_SEB_2010-2014_2	Literature research	78.683333	11.833333	11.0	1	Journal	Kejna, M; Maturilli, M; Arazny, A; Sobota, I	Radiation balance diversity on nw Spitsbergen in 2010-2014	Polish Polar Research	2017	https://doi.org/10.1515/popore-2017-0005	2010	2014	allyear	tundra	Ny Alesund; Kaffioyra; Spitsbergen	local	-	in situ measurement; comparative	no		in situ; meteorological; pyranometer; pyrheliometer; pyrgeometer; radiometer; weather station	landcover; time of year; time of day; sun angle; time; irradiation; albedo; clouds; water vapor	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo		landcover; time of year; time of day; sun angle; irradiation; clouds; water vapor pressure; air humidity; atmosphere_qt_abs_s; topography	landcover; time of year; time of day; sun angle; irradiation; clouds; water vapor pressure; air humidity; atmosphere_qt_abs_s; topography
Arctic_SEB_2010-2014_3	Literature research	78.666667	11.866667	90.0	1	Journal	Kejna, M; Maturilli, M; Arazny, A; Sobota, I	Radiation balance diversity on nw Spitsbergen in 2010-2014	Polish Polar Research	2017	https://doi.org/10.1515/popore-2017-0005	2010	2014	allyear	tundra	Ny Alesund; Kaffioyra; Spitsbergen	local	-	in situ measurement; comparative	no		in situ; meteorological; pyranometer; pyrheliometer; pyrgeometer; radiometer; weather station	landcover; time of year; time of day; sun angle; time; irradiation; albedo; clouds; water vapor	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo		landcover; time of year; time of day; sun angle; irradiation; clouds; water vapor pressure; air humidity; atmosphere_qt_abs_s; topography	landcover; time of year; time of day; sun angle; irradiation; clouds; water vapor pressure; air humidity; atmosphere_qt_abs_s; topography
Arctic_SEB_2010-2014_4	Literature research	78.683333	12.000000	130.0	1	Journal	Kejna, M; Maturilli, M; Arazny, A; Sobota, I	Radiation balance diversity on nw Spitsbergen in 2010-2014	Polish Polar Research	2017	https://doi.org/10.1515/popore-2017-0005	2010	2014	allyear	tundra	Ny Alesund; Kaffioyra; Spitsbergen	local	-	in situ measurement; comparative	no		in situ; meteorological; pyranometer; pyrheliometer; pyrgeometer; radiometer; weather station	landcover; time of year; time of day; sun angle; time; irradiation; albedo; clouds; water vapor	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo		landcover; time of year; time of day; sun angle; irradiation; clouds; water vapor pressure; air humidity; atmosphere_qt_abs_s; topography	landcover; time of year; time of day; sun angle; irradiation; clouds; water vapor pressure; air humidity; atmosphere_qt_abs_s; topography
Arctic_SEB_2010-2014_5	Literature research	78.683333	12.083333	375.0	1	Journal	Kejna, M; Maturilli, M; Arazny, A; Sobota, I	Radiation balance diversity on nw Spitsbergen in 2010-2014	Polish Polar Research	2017	https://doi.org/10.1515/popore-2017-0005	2010	2014	allyear	ice	Ny Alesund; Kaffioyra; Spitsbergen	local	-	in situ measurement; comparative	no		in situ; meteorological; pyranometer; pyrheliometer; pyrgeometer; radiometer; weather station	landcover; time of year; time of day; sun angle; time; irradiation; albedo; clouds; water vapor	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo	Rnet, Knet; Lnet; Kin; Kout; Lin; Lout; albedo		landcover; time of year; time of day; sun angle; irradiation; clouds; water vapor pressure; air humidity; atmosphere_qt_abs_s; topography	landcover; time of year; time of day; sun angle; irradiation; clouds; water vapor pressure; air humidity; atmosphere_qt_abs_s; topography
Arctic_SEB_1999-1999_1	Literature research	65.428333	-163.356500		2	Journal	Wang, Xj; Key, Jr; Fowler, C; Maslanik, J	Diurnal cycles in Arctic surface radiative fluxes in a blended satellite-climate reanalysis data set	Journal of Applied Remote Sensing	2007	https://doi.org/10.1117/1.2794003	1999	1999	allyear		Kougarok; Alaska; USA	local; regional		in situ measurements; satellite measurements; reanalysis measurements; model validation; satellite validation; reanalysis validation; comparison satellite and in situ and model and reanalysis	unclear		reanalysis; satellite; in situ; ERA-40; model; AVHRR; APP-x; meteorological	time of day; time of year; clouds	Lin; Kin	Lin; Kin			time of day; time of year; clouds	time of day; time of year; clouds
Arctic_SEB_1970-1972_1	Literature research	69.450000	-133.000000		10	Journal	Haag, Rw; Bliss, Lc	Energy budget changes following surface disturbance to upland tundra	Journal of Applied Ecology	1974	https://doi.org/10.2307/2402027	1970	1972	summer	G4	NWT, Canada	local	-	in situ measurement; comparative	unclear		in situ; meteorological	landcover; disturbance; landuse; fire; vegetation; oil; irradiation; water vapor; wind; permafrost; soil moisture; ET; time of day; temperature; time	Rnet; Rin; LE; G; H; temperature; albedo	Rnet; Rin; LE; G; H; 0.25m_temperature; 0.05m_temperature; 0m_temperature; -0.05m_temperature; -0.20m_temperature; -0.30m_temperature; -0.50m_temperature; albedo; ALT	Rnet; Rin; LE; G; H; 0.25m_temperature; 0.05m_temperature; 0m_temperature; -0.05m_temperature; -0.20m_temperature; -0.30m_temperature; -0.50m_temperature; albedo; ALT		landcover; disturbance; landuse; fire; vegetation-qt-t; oil; irradiation; water vapor; wind; permafrost; soil moisture; ET; time of day; temperature; time of year; soil density; time	landcover; disturbance; landuse; fire; vegetation-qt-t; oil; irradiation; water vapor; wind; permafrost; soil moisture; ET; time of day; temperature; time of year; soil density; time		vegetation composition
Arctic_SEB_2000-2003_1	Literature research	62.500000	-113.516667		11	Journal	Binyamin, J; Rouse, Wr; Davies, Ja; Oswald, Cj; Schertzer, Wm	Surface energy balance calculations for small northern lakes	International Journal of Climatology	2006	https://doi.org/10.1002/joc.1365	2000	2003	summer	water	Mackenzie River Basin, Canada	local	-	model; in situ measurement; comparative; model validation; comparison model and in situ	LE_inferred\|H_inferred		model; in situ; meteorological	time of day; time of year; wind; irradiation; temperature	Rnet; LE; H; storage; temperature	Rnet; LE; H; 0--30m_temperature; 2m_temperature; wind			time of year; lake size; time			lake characteristics
Arctic_SEB_2000-2003_2	Literature research	62.516667	-113.633333		11	Journal	Binyamin, J; Rouse, Wr; Davies, Ja; Oswald, Cj; Schertzer, Wm	Surface energy balance calculations for small northern lakes	International Journal of Climatology	2006	https://doi.org/10.1002/joc.1365	2000	2003	summer	water	Mackenzie River Basin, Canada	local	-	model; in situ measurement; comparative; model validation; comparison model and in situ	LE_inferred\|H_inferred		model; in situ; meteorological	time of day; time of year; wind; irradiation; temperature	Rnet; LE; H; storage; temperature	Rnet; LE; H; 0--30m_temperature; 2m_temperature; wind			time of year; lake size; time			lake characteristics
Arctic_SEB_2000-2003_3	Literature research	63.583333	-112.116667		11	Journal	Binyamin, J; Rouse, Wr; Davies, Ja; Oswald, Cj; Schertzer, Wm	Surface energy balance calculations for small northern lakes	International Journal of Climatology	2006	https://doi.org/10.1002/joc.1365	2000	2003	summer	water	Mackenzie River Basin, Canada	local	-	model; in situ measurement; comparative; model validation; comparison model and in situ	LE_inferred\|H_inferred		model; in situ; meteorological	time of day; time of year; wind; irradiation; temperature	Rnet; LE; H; storage; temperature	Rnet; LE; H; 0--30m_temperature; 2m_temperature; wind			time of year; lake size; time			lake characteristics
Arctic_SEB_2007-2007_1	Literature research	72.566667	-37.533333	3209.0	12	Journal	Riihela, A; Key, Jr; Meirink, Jf; Munneke, Pk; Palo, T; Karlsson, Kg	An intercomparison and validation of satellite-based surface radiative energy flux estimates over the Arctic	Journal of Geophysical Research-Atmospheres	2017	https://doi.org/10.1002/2016JD026443	2007	2007	summer	ice	Arctic; Greenland	local; regional		model validation; intercomparison; comparative; comparison satellite and model and in situ	unclear		satellite; GEWEX; CERES; Ebaf; CLARA; in situ; Fluxnet; MODIS; ISCCP; AVHRR; APP-x	clouds; atmosphere; water vapor; aerosols; time of year; time	Lout; Kout; Lin; Kin; temperature; albedo	Lout; Kout; Lin; Kin; albedo			cloud characteristics; clouds; cloud fraction; time of year
Arctic_SEB_2008-2010_1	Literature research	68.990000	-150.280000		14	Journal	Rocha, Av; Shaver, Gr	Postfire energy exchange in Arctic tundra: the importance and climatic implications of burn severity	Global Change Biology	2011	https://doi.org/10.1111/j.1365-2486.2011.02441.x	2008	2010	summer	burned G4\|B	Alaska, USA	local	-	in situ measurements; satellite measurements; comparative	no		in situ; EC tower; satellite; MODIS	fire; permafrost; vegetation; albedo	Kin; Kout; Lin; Lout; temperature; water vapor; G; LE; H	Kin; 2m_temperature; albedo; EVI; ALT		Rnet; LE; H; G; ClosFrac; 0m_temperature	time; time of year; fire intensity	Kin; 2m_temperature; snow off; snow on; growing season length; moss; organic soil; 0m_temperature; roughness; fire intensity	H; LE; albedo; G; emissivity	vegetation composition;
Arctic_SEB_2008-2010_2	Literature research	68.950000	-150.210000		14	Journal	Rocha, Av; Shaver, Gr	Postfire energy exchange in Arctic tundra: the importance and climatic implications of burn severity	Global Change Biology	2011	https://doi.org/10.1111/j.1365-2486.2011.02441.x	2008	2010	summer	burned G4	Alaska, USA	local	-	in situ measurements; satellite measurements; comparative	no		in situ; EC tower; satellite; MODIS	fire; permafrost; vegetation; albedo	Kin; Kout; Lin; Lout; temperature; water vapor; G; LE; H	Kin; 2m_temperature; albedo; EVI; ALT		Rnet; LE; H; G; ClosFrac; 0m_temperature	time; time of year; fire intensity	Kin; 2m_temperature; snow off; snow on; growing season length; moss; organic soil; 0m_temperature; roughness; fire intensity	H; LE; albedo; G; emissivity	vegetation composition;
Arctic_SEB_2008-2010_3	Literature research	68.930000	-150.270000		14	Journal	Rocha, Av; Shaver, Gr	Postfire energy exchange in Arctic tundra: the importance and climatic implications of burn severity	Global Change Biology	2011	https://doi.org/10.1111/j.1365-2486.2011.02441.x	2008	2010	summer	G4	Alaska, USA	local	-	in situ measurements; satellite measurements; comparative	no		in situ; EC tower; satellite; MODIS	fire; permafrost; vegetation; albedo	Kin; Kout; Lin; Lout; temperature; water vapor; G; LE; H	Kin; 2m_temperature; albedo; EVI; ALT		Rnet; LE; H; G; ClosFrac; 0m_temperature	time; time of year; fire intensity	Kin; 2m_temperature; snow off; snow on; growing season length; moss; organic soil; 0m_temperature; roughness; fire intensity	H; LE; albedo; G; emissivity	vegetation composition;
Arctic_SEB_1979-2005_1	Literature research	71.000000	-156.000000		15	Journal	Cullather, Ri; Bosilovich, Mg	The energy budget of the polar atmosphere in MERRA	Journal of Climate	2012	https://doi.org/10.1175/2011JCLI4138.1	1979	2005	allyear	tundra	polar cap; Arctic; Barrow; Alaska; USA; Sachs Harbor; NWT; Canada; Jan Mayen; Svalbard; Norway	local; regional		model; intercomparison; comparison model and reanalysis and in situ; reanalysis validation	no		reanalysis; satellite; MERRA; ERA-Interim; CFSR; CERES; in situ	topography; albedo; time of year	Fnet; temperature		Fnet	2m_temperature	time	time of year
Arctic_SEB_2007-2009_1	Literature research	72.366667	126.500000		18	Journal	Langer, M; Westermann, S; Muster, S; Piel, K; Boike, J	The surface energy balance of a polygonal tundra site in northern Siberia - part 2: winter	Cryosphere	2011	https://doi.org/10.5194/tc-5-509-2011	2007	2009	winter	tundra	Siberia; Lena River; Russia	local	-	in situ measurement; comparative	no		in situ; net radiation sensor; temperature sensor; eddy covariance; anemometer	snow; clouds; soil temperature		Rnet; H; LE; G; snow depth; 2m_temperature; 0m_temperature; -0.85m temperature; wind; stability	Rnet; Knet; Lnet; H; LE; G; ClosFrac; 0m_temperature; 2m_temperature; air humidity; snow depth		time of year; landcover; clouds; wind; stability; Lin; time	time of year; landcover		climate; 2m_temperature; continentality; precipitation; snow melt; snow; permafrost; ALT; soil characteristics
Arctic_SEB_1980-1981_1	Literature research	74.710000	-94.900000	5.0	21	Journal	Heron, R; Woo, Mk	Decay of a high Arctic lake-ice cover - observations and modeling	Journal of Glaciology	1994	https://doi.org/10.3189/S0022143000007371	1980	1981	summer	water	Cornwallis Island N.W.T Canada	local		in situ measurement; model validation; comparison model and in situ	yes	Coordinate source unclear: but lake located 5 km north of Resolute, Canada, which is -94,82 and 74,69 in degree decimals, as far as I can locate manually	in situ; model; meteorological; net radiometer; pyranometer; anemometer	albedo; snow melt; irradiation; temperature; water vapor; wind; ice; snow; time of year; pressure	Kin; albedo; Kout; Rnet; temperature	H; LE; Lnet; Rnet; M; G; ice melt			time of year; 2m_temperature; air humidity; air pressure; wind; Rnet; albedo; irradiation; -0.05m_temperature
Arctic_SEB_2000-2010_1	Literature research	74.470000	-20.550000	38.0	22	Journal	Lund, M; Hansen, Bu; Pedersen, Sh; Stiegler, C; Tamstorf, Mp	Characteristics of summer-time energy exchange in a high Arctic tundra heath 2000-2010	Tellus Series B-Chemical and Physical Meteorology	2014	https://doi.org/10.3402/tellusb.v66.21631	2000	2010	summer	P2	Zackenberg; Greenland	local	-	in situ measurement; simulation of SEB	Rnet_inferred		in situ; EC tower; infrared gas analyser; anemometer; theta probe; heat flux plate; meteorological; model	climate; wind; vegetation; soil		Rnet; 2m_temperature; H; LE; bowen; soil moisture; resistance; G; albedo	2m_temperature; 0m_temperature; -0.025m_temperature; water vapor pressure deficit; surface vapor pressure deficit; Rnet; Kin; precipitation; soil moisture; ALT; snow depth; H; LE; bowen; G; storage; resistance; SOS; EOS; GSL		time of year; Rnet; water vapor pressure deficit; time	time; time of day; wind	time; time of day	climate; 2m_temperature; ALT; LAI; soil moisture; GSL
Arctic_SEB_1970-1979_1	Literature research	74.716667	-95.000000	90.0	24	Journal	Cogley, Jg; Henderson-Sellers, A	Effects of cloudiness on the high-latitude surface radiation budget	Monthly Weather Review	1984	https://doi.org/10.1175/1520-0493(1984)112<1017:EOCOTH>2.0.CO;2	1970	1979	allyear	B	NWT, Canada; Resolute	local	-	in situ measurement	no		in situ; meteo tower; meteorological; thermometer; pyranometer; radiometer	clouds; cloud height; cloud type; snow; Kin; cloud cover; 0m_temperature; 2m_temperature	Rnet; Knet; Lin; albedo	Rnet; Knet; Lin; albedo			clouds; cloud height; cloud type; snow; Kin; cloud cover			climate; snow melt; landcover; 2m_temperature; precipitation; wind; aerosols
Arctic_SEB_1981-1997_1	Literature research	78.750000	19.280000		28	Journal	Orbaek, Jb; Hisdal, V; Svaasand, Le	Radiation climate variability in Svalbard: surface and satellite observations	Polar Research	1999	https://doi.org/10.1111/j.1751-8369.1999.tb00284.x	1981	1997	allyear	tundra\|water	Ny Alesund; Svalbard	local; regional	monthly average; daily average	comparison in situ and satellite; statistical relation to landsurface and meteorology	unclear		in situ; satellite	meteorological conditions; surface conditions; time of year; sun angle; surface albedo; atmosphere; clouds; snow cover; sea ice		Kin; Knet; Lin; Lnet; albedo; cloud cover			time of year
Arctic_SEB_1981-1997_2	Literature research	78.920000	11.830000		28	Journal	Orbaek, Jb; Hisdal, V; Svaasand, Le	Radiation climate variability in Svalbard: surface and satellite observations	Polar Research	1999	https://doi.org/10.1111/j.1751-8369.1999.tb00284.x	1981	1997	allyear	tundra	Ny Alesund; Svalbard	local; regional	monthly average; daily average	comparison in situ and satellite; statistical relation to landsurface and meteorology	unclear		in situ; satellite	meteorological conditions; surface conditions; time of year; sun angle; surface albedo; atmosphere; clouds; snow cover; sea ice		Kin; Knet; Lin; Lnet; albedo; cloud cover			time of year
Arctic_SEB_2008-2012_1	Literature research	68.606000	-149.311000	904.0	42	Journal	Cristobal, J; Prakash, A; Anderson, Mc; Kustas, Wp; Euskirchen, Es; Kane, Dl	Estimation of surface energy fluxes in the Arctic tundra using the remote sensing thermal-based two-source energy balance model	Hydrology and Earth System Sciences	2017	https://doi.org/10.5194/hess-21-1339-2017	2008	2012	summer	W2	Alaska; USA	local	seasonal average; hourly average; monthly average	in situ measurement; comparative; model validation	yes		in situ; satellite; model; TSEB; EC tower; anemometer; gas analyzer; meteorological; soil plates; PAR sensor; pyranometer; albedometer; net radiometer	soil temperature; vegetation; climate; wind; temperature; water vapor; atmosphere; irradiation; leaf area; time of year	Rnet; G; ET; Kin; Lin; Leres; H; temperature	leaf area; Rnet; LE; H; G; bowen	wind; 2m_temperature; water vapor pressure; atmospheric pressure; irradiation; Lin; 0m_temperature; LAI; vegetation heigth; vegetation cover		time of year	vegetation type; landcover
Arctic_SEB_2008-2012_2	Literature research	68.606000	-149.304000	904.0	42	Journal	Cristobal, J; Prakash, A; Anderson, Mc; Kustas, Wp; Euskirchen, Es; Kane, Dl	Estimation of surface energy fluxes in the Arctic tundra using the remote sensing thermal-based two-source energy balance model	Hydrology and Earth System Sciences	2017	https://doi.org/10.5194/hess-21-1339-2017	2008	2012	summer	G4	Alaska; USA	local	seasonal average; hourly average; monthly average	in situ measurement; comparative; model validation	yes		in situ; satellite; model; TSEB; EC tower; anemometer; gas analyzer; meteorological; soil plates; PAR sensor; pyranometer; albedometer; net radiometer	soil temperature; vegetation; climate; wind; temperature; water vapor; atmosphere; irradiation; leaf area; time of year	Rnet; G; ET; Kin; Lin; Leres; H; temperature	leaf area; Rnet; LE; H; G; bowen	wind; 2m_temperature; water vapor pressure; atmospheric pressure; irradiation; Lin; 0m_temperature; LAI; vegetation heigth; vegetation cover		time of year	vegetation type; landcover
Arctic_SEB_2008-2012_3	Literature research	68.607000	-149.296000	904.0	42	Journal	Cristobal, J; Prakash, A; Anderson, Mc; Kustas, Wp; Euskirchen, Es; Kane, Dl	Estimation of surface energy fluxes in the Arctic tundra using the remote sensing thermal-based two-source energy balance model	Hydrology and Earth System Sciences	2017	https://doi.org/10.5194/hess-21-1339-2017	2008	2012	summer	S1	Alaska; USA	local	seasonal average; hourly average; monthly average	in situ measurement; comparative; model validation	yes		in situ; satellite; model; TSEB; EC tower; anemometer; gas analyzer; meteorological; soil plates; PAR sensor; pyranometer; albedometer; net radiometer	soil temperature; vegetation; climate; wind; temperature; water vapor; atmosphere; irradiation; leaf area; time of year	Rnet; G; ET; Kin; Lin; Leres; H; temperature	leaf area; Rnet; LE; H; G; bowen	wind; 2m_temperature; water vapor pressure; atmospheric pressure; irradiation; Lin; 0m_temperature; LAI; vegetation heigth; vegetation cover		time of year	vegetation type; landcover
Arctic_SEB_1988-1988_1	Literature research	67.116667	-49.750000	480.0	43	Journal	Rott, H; Obleitner, F	The energy-balance of dry tundra in west Greenland	Arctic and Alpine Research	1992	https://doi.org/10.2307/1551291	1988	1988	summer	G2	Greenland	local	May; June; daily average; seasonal average	in situ measurement; comparative	yes		in situ; meteo tower; pyranometer; net radiometer; pyrheliometer	irradiation; soil moisture; lapse rate; landcover; vegetation; water vapor; precipitation; wind; time of day	temperature; ET; Rnet; H; LE; Knet; Kout; Lin; Lout	2m_temperature; water vapor pressure; precipitation; snow; wind; Knet; Kout; Lin; Lnet; Rnet; G; LE; E; H	Kin; Kout; Lin; Lout; Rnet; G; H; LE; E	H; G; LE	time of year	time of year		climate; 2m_temperature; precipitation; vegetation; sedges; grasses; dwarf shrubs; soil moisture
Arctic_SEB_1988-1988_1	Literature research	67.116667	-49.750000	250.0	43	Journal	Rott, H; Obleitner, F	The energy-balance of dry tundra in west Greenland	Arctic and Alpine Research	1992	https://doi.org/10.2307/1551291	1988	1988	summer	G2	Greenland	local	May; June; daily average; seasonal average	in situ measurement; comparative	yes		in situ; meteo tower; pyranometer; net radiometer; pyrheliometer	irradiation; soil moisture; lapse rate; landcover; vegetation; water vapor; precipitation; wind; time of day	temperature; ET; Rnet; H; LE; Knet; Kout; Lin; Lout	2m_temperature; water vapor pressure; precipitation; snow; wind; Knet; Kout; Lin; Lnet; Rnet; G; LE; E; H	Kin; Kout; Lin; Lout; Rnet; G; H; LE; E	H; G; LE	time of year	time of year		climate; 2m_temperature; precipitation; vegetation; sedges; grasses; dwarf shrubs; soil moisture
Arctic_SEB_1988-1988_1	Literature research	67.116667	-49.750000	430.0	43	Journal	Rott, H; Obleitner, F	The energy-balance of dry tundra in west Greenland	Arctic and Alpine Research	1992	https://doi.org/10.2307/1551291	1988	1988	summer	G2	Greenland	local	May; June; daily average; seasonal average	in situ measurement; comparative	yes		in situ; meteo tower; pyranometer; net radiometer; pyrheliometer	irradiation; soil moisture; lapse rate; landcover; vegetation; water vapor; precipitation; wind; time of day	temperature; ET; Rnet; H; LE; Knet; Kout; Lin; Lout	2m_temperature; water vapor pressure; precipitation; snow; wind; Knet; Kout; Lin; Lnet; Rnet; G; LE; E; H	Kin; Kout; Lin; Lout; Rnet; G; H; LE; E	H; G; LE	time of year	time of year		climate; 2m_temperature; precipitation; vegetation; sedges; grasses; dwarf shrubs; soil moisture
Arctic_SEB_2011-2014_1	Literature research	72.600000	-38.500000	3211.0	45	Journal	Miller, Nb; Shupe, Md; Lenaerts, Jtm; Kay, Je; De Boer, G; Bennartz, R	Process-based model evaluation using surface energy budget observations in central Greenland	Journal of Geophysical Research-Atmospheres	2018	https://doi.org/10.1029/2017JD027377	2011	2014	allyear	ice	Summit; Greenland	local	monthly average; seasonal average	in situ measurements; model validation; comparison of reanalysis and model and in situ; simulation of SEB; reanalysis measurements	LF_corrected\|H_corrected		in situ; model; reanalysis; ERA-Interim; CFv2; CESM; pyranometer; pyrgeometer; meteorological	time of year; temperature; clouds; water vapor	Rnet; H; LE; G; Kin; Kout; Lin; Lout; temperature	0m_temperature; Lin; Lout; Kin; Kout; H; LE; G; Rnet; cloud liquid water; albedo		LE; H; G; Lout	time of year; cloud liquid water		Lin; Knet	climate; 2m_temperature; precipitation
Arctic_SEB_2000-2011_1	Literature research	71.320000	-156.610000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	G3	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_2	Literature research	71.310000	-156.620000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	G3	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_3	Literature research	70.470000	-157.410000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	G4	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_4	Literature research	68.490000	-155.750000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	G4	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_5	Literature research	68.610000	-149.300000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	S\|P	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_5	Literature research	68.610000	-149.300000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	G4	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_6	Literature research	68.610000	-149.310000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	G3	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_7	Literature research	68.980000	-150.280000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	burned tundra	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_8	Literature research	68.950000	-150.210000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	burned tundra	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_9	Literature research	68.930000	-150.270000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	G4	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_10	Literature research	64.940000	-164.740000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	S\|P	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_2000-2011_11	Literature research	64.840000	-163.690000		63	Journal	Ueyama, M; Ichii, K; Iwata, H; Euskirchen, Es; Zona, D; Rocha, Av; Harazono, Y; Iwama, C; Nakai, T; Oechel, Wc	Change in surface energy balance in Alaska due to fire and spring warming, based on upscaling eddy covariance measurements	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2014JG002717	2000	2011	allyear	tundra	Barrow; Central Marsh; Atqasuk; Ivotuk; Imnavait Creek; Anaktuvuk River; Cascaden Ridge; Poker Flat; Alaska; USA	local; regional	8day average	upscaling in situ measurements	no		in situ; EC tower; network; upscaling; satellite; GIS; reanalysis; MODIS; JRA; ISCCP; GEWEX; JAXA	fire; disturbance; temperature; snow; snow melt; precipitation; landcover; albedo; vegetation; time of year; time	H; LE; G; Rnet; albedo; temperature	Rnet; H; LE; G			time of year; vegetation type; location			vegetation type; permafrost; stand age; year burned
Arctic_SEB_1994-1996_1	Literature research	69.125000	-147.916667	305.0	68	Journal	Eugster, W; Mcfadden, Jp; Chapin, Es	A comparative approach to regional variation in surface fluxes using mobile eddy correlation towers	Boundary-Layer Meteorology	1997	https://doi.org/10.1023/A:1000552311805	1994	1996	summer	W	Alaska; USA; Prudhoe Bay; Happy Valley; Toolik Lake; Sagwon Hills	local	half_hourly average	in situ measurement; comparative	no		in situ; EC tower	landcover; vegetation type; climate; topography; soil moisture	temperature; Rnet; H; LE; G;	H; LE; G			Rnet			climate; 2m_temperature; soil moisture; soil surface; moss; vegetation type
Arctic_SEB_1994-1996_2	Literature research	70.283333	-147.100000	12.0	68	Journal	Eugster, W; Mcfadden, Jp; Chapin, Es	A comparative approach to regional variation in surface fluxes using mobile eddy correlation towers	Boundary-Layer Meteorology	1997	https://doi.org/10.1023/A:1000552311805	1994	1996	summer	W	Alaska; USA; Prudhoe Bay; Happy Valley; Toolik Lake; Sagwon Hills	local	half_hourly average	in situ measurement; comparative	no		in situ; EC tower	landcover; vegetation type; climate; topography; soil moisture	temperature; Rnet; H; LE; G;	H; LE; G			Rnet			climate; 2m_temperature; soil moisture; soil surface; moss; vegetation type
Arctic_SEB_1994-1996_3	Literature research	68.625000	-148.376667	780.0	68	Journal	Eugster, W; Mcfadden, Jp; Chapin, Es	A comparative approach to regional variation in surface fluxes using mobile eddy correlation towers	Boundary-Layer Meteorology	1997	https://doi.org/10.1023/A:1000552311805	1994	1996	summer	P	Alaska; USA; Prudhoe Bay; Happy Valley; Toolik Lake; Sagwon Hills	local	half_hourly average	in situ measurement; comparative	no		in situ; EC tower	landcover; vegetation type; climate; topography; soil moisture	temperature; Rnet; H; LE; G;	H; LE; G			Rnet			climate; 2m_temperature; soil moisture; soil surface; moss; vegetation type
Arctic_SEB_1998-1998_1	Literature research	78.916667	11.933333		69	Journal	Nardino, M; Bonafe, U; Calzolari, F; Georgiadis, T; Levizzani, V; Orsini, A; Ravegnani, F; Trivellone, G	Recent results from the Arctic radiation and turbulence interaction study (artist) project	Nuovo Cimento della Societa Italiana di Fisica C-Geophysics and Space Physics	2002		1998	1998	spring	ice	Ny Alesund; Svalbard	local	March; April; 8April; 20March; daily average; hourly average	in situ measurements; comparative	no		in situ	clouds; roughness; wind	H; Lnet; Knet; Rnet; G; LE	surface roughness length; cloud cover; Lnet; Knet; Rnet; H; LE; G	surface roughness length		wind direction; time of year; cloud cover; time of day	wind direction
Arctic_SEB_1985-2016_1	Literature research	71.320500	-155.393167		79	Journal	Cox, Cj; Stone, Rs; Douglas, Dc; Stanitski, Dm; Divoky, Gj; Dutton, Gs; Sweeney, C; George, Jc; Longenecker, Du	Drivers and environmental responses to the changing annual snow cycle of northern Alaska	Bulletin of the American Meteorological Society	2017	https://doi.org/10.1175/BAMS-D-16-0201.1	1985	2016	allyear	tundra	Barrow; Alaska; USA	local; regional	daily average	in situ measurements; comparative	unclear		in situ; meteorological; EC tower	time; time of year; time of day; snow; clouds; temperature; GHG; aerosols; snow melt; vegetation; atmosphere; pressure	Rnet; albedo; temperature	albedo; -0.05m_temperature; -0.10m_temperature; -0.30m_temperature; -0.70m_temperature; -1.20m_temperature; chloroform; methane; DOY; 2m_temperature		2m_temperature; cloud cover	time of year; time; snow cover; snow melt		DOY snow melt
Arctic_SEB_1998-1999_1	Literature research	69.803333	27.103333	230.0	87	Journal	Harding, Rj; Jackson, Na; Blyth, Em; Culf, A	Evaporation and energy balance of a sub-Arctic hillslope in northern finland	Hydrological Processes	2002	https://doi.org/10.1002/hyp.353	1998	1999	summer	G3	Finland	local	daily average; hourly average; July	in situ; model; model validation; comparative	no		in situ; model; MOSES; EC tower	time of day; landcover; temperature; water vapor; irradiation; soil moisture; soil temperature; soil; vegetation; time; snow; precipitation; wind	Rnet; H; LE; G; ET; temperature	precipitation; water table; 2m_temperature; Rnet; LE; H; EBC; evaporative ratio; VPD; resistance; LE; H; -0.25m_temperature; -0.10m_temperature	2m_temperature; evaporative ratio; resistance		time of year	time of year		topography; soil type; climate; 2m_temperature; precipitation; vegetation type
Arctic_SEB_2008-2009_1	Literature research	68.299000	18.847000	752.0	89	Journal	Stoy, Pc; Peitzsch, E; Wood, D; Rottinghaus, D; Wohlfahrt, G; Goulden, M; Ward, H	On the exchange of sensible and latent heat between the atmosphere and melting snow	Agricultural and Forest Meteorology	2018		2008	2009	spring	W	Abisko; Sweden; FLUXNET2015 FI-Lom	local; regional	monthly average; seasonal average	in situ; comparative	no		in situ; FLUXNET; EC tower	snow; snow melt; temperature; water vapor; time	H; LE; temperature; albedo; Lout		2m_temperature; VPD; Melt; Rnet; H; LE			time of year; time
Arctic_SEB_1997-1999_1	Literature research	68.750000	-132.466667		90	Journal	Rouse, Wr; Eaton, Ak; Petrone, Rm; Boudreau, Ld; Marsh, P; Griffis, Tj	Seasonality in the surface energy balance of tundra in the lower Mackenzie river basin	Journal of Hydrometeorology	2003	https://doi.org/10.1175/1525-7541(2003)004<0673:SITSEB>2.0.CO;2	1997	1999	allyear	G4	TVC; Canada	local	daily average; seasonal average	in situ; comparative	LE_inferred		in situ	time of year; irradiation; temperature; snow melt; snow; location; landcover; vegetation; soil; precipitation; climate	temperature; Rnet; H; G; LE; storage	2m_temperature; Rnet; G; H; LE; Melt	Rnet; G; H; LE; Melt		time; landcover; time of year	time of year		landcover; vegetation; climate
Arctic_SEB_1998-1999_1	Literature research	78.916667	11.933333	10.0	91	Journal	Nardino, M; Georgiadis, T	Cloud type and cloud cover effects on the surface radiative balance at several polar sites	Theoretical and Applied Climatology	2003	https://doi.org/10.1007/s00704-002-0708-2	1998	1999	spring	ice	Ny Alesynd; Svalbard	local	March; April	in situ; comparative	no		model; in situ; meteorological; pyranometer; pyrgeometer; albedometer; thermocouples	clouds; time of year; albedo; location	temperature; Knet; Lnet; G; Kin; Kout; Lin; Lout	Knet; Lnet; Rnet	albedo; transmissivity	Knet; Lnet; Rnet	cloud cover	cloud cover	cloud cover	cloud type; landcover
Arctic_SEB_2007-2008_1	Literature research	72.366667	126.050000		93	Journal	Langer, M; Westermann, S; Muster, S; Piel, K; Boike, J	The surface energy balance of a polygonal tundra site in northern Siberia - part 1: spring to fall	Cryosphere	2011	https://doi.org/10.5194/tc-5-151-2011	2007	2008	spring\|summer\|fall	W	Samoylov; Lena River; Siberia; Russia	local	20day average; seasonal average	in situ; comparative; model	no		in situ; model; EC tower; meteorological; meteo tower	irradiation; permafrost; soil moisture; snow; snow melt; clouds; temperature; landcover; soil; time of year; water vapor; precipitation; wind; albedo	Rnet; LE; H; G; storage; temperature; Kin; Kout; Lin; Lout	Rnet; G; LE; H; closure term; snow cover; wind speed; stability	Rnet; Knet; Lnet; H; LE; G; Gsensible; Glatent; Melt; closure term; 0m_temperature; 2m_temperature; relative humidity; precipitation		time of year; snow cover; soil moisture	time of year; soil moisture		climate; landcover; soil; permafrost
Arctic_SEB_1996-1997_1	Literature research	68.450000	-133.320000		101	Journal	Petrone, Rm; Rouse, Wr; Marsh, P	Comparative surface energy budgets in western and central Subarctic regions of Canada	International Journal of Climatology	2000	https://doi.org/10.1002/1097-0088(200008)20:10<1131::AID-JOC524>3.3.CO;2-A	1996	1997	summer	W1	TVC; Churchill; Canada	local	1-21June; 22-8August; 9-29August; daily average; seasonal average	in situ; comparative	LE_inferred\|H_corrected		in situ; EC tower	landcover; soil moisture; location; climate; precipitation; temperature; topography; vegetation; soil; time of year; albedo	ET; LE; G; H; Kin; Rnet; temperature; albedo	0--0.8m_temperature; Kin; Rnet; 2m_temperature; precipitation	2m_temperature; precipitation; Rnet; LE; H; G; bowen; albedo		time of year	time of year; hot_cold; vegetation type		climate; permafrost; landcover; 2m_temperature; precipitation; vegetation; soil; topography; soil moisture; potential irradiation
Arctic_SEB_1996-1997_1	Literature research	68.450000	-133.320000	85.0	101	Journal	Petrone, Rm; Rouse, Wr; Marsh, P	Comparative surface energy budgets in western and central Subarctic regions of Canada	International Journal of Climatology	2000	https://doi.org/10.1002/1097-0088(200008)20:10<1131::AID-JOC524>3.3.CO;2-A	1996	1997	summer	S2	TVC; Churchill; Canada	local	1-21June; 22-8August; 9-29August; daily average; seasonal average	in situ; comparative	LE_inferred\|H_corrected		in situ; EC tower	landcover; soil moisture; location; climate; precipitation; temperature; topography; vegetation; soil; time of year; albedo	ET; LE; G; H; Kin; Rnet; temperature; albedo	0--0.8m_temperature; Kin; Rnet; 2m_temperature; precipitation	2m_temperature; precipitation; Rnet; LE; H; G; bowen; albedo		time of year	time of year; hot_cold; vegetation type		climate; permafrost; landcover; 2m_temperature; precipitation; vegetation; soil; topography; soil moisture; potential irradiation
Arctic_SEB_1998-2000_1	Literature research	78.916667	11.083333	30.0	102	Journal	Boike, J; Roth, K; Ippisch, O	Seasonal snow cover on frozen ground: energy balance calculations of a permafrost site near Ny-Alesund, Spitsbergen	Journal of Geophysical Research-Atmospheres	2003	https://doi.org/10.1029/2001JD000939	1998	2000	allyear	B2	Bayelva; Ny Alesynd; Svalbard	local	daily average	in situ; model; comparativeq	yes		model; in situ; meteorological	snow; precipitation; time of year; permafrost; temperature; irradiation; wind; water vapor;	Rnet; G; LE; H; temperature	2m_temperature; Kin; wind; relative humidity; precipitation; snow depth; Rnet; LE; H; rain heat flux; Gh; Gle; Melt; Snow heat content; soil moisture; cumulative energy; SWE			time of year; snow melt			climate; permafrost; 2m_temperature; precipitation
Arctic_SEB_2007-2007_1	Literature research	71.300000	-156.500000		106	Journal	Niu, Xl; Pinker, Rt	An improved methodology for deriving high-resolution surface shortwave radiative fluxes from MODIS in the Arctic region	Journal of Geophysical Research-Atmospheres	2015	https://doi.org/10.1002/2014JD022151	2007	2007	spring\|summer\|fall	tundra	Barrow; Alaska; USA; Arctic	local; regional	monthly average; daily average	comparison satellite and in situ; model validation; satellite validation	unclear		satellite; model; in situ; MODIS; ARM	time of year; snow; sea ice; albedo; permafrost	Kin; Kout; albedo	snow cover; Kin; Kout; albedo			time of year; time of day
Arctic_SEB_1998-1999_1	Literature research	71.600000	128.800000		107	Journal	Kodama, Y; Sato, N; Yabuki, H; Ishii, Y; Nomura, M; Ohata, T	Wind direction dependency of water and energy fluxes and synoptic conditions over a tundra near Tiksi, Siberia	Hydrological Processes	2007	https://doi.org/10.1002/hyp.6712	1998	1999	summer	G4	Tiksi; Siberia; Russia	local	10day average; daily average; June; July; August; September	in situ measurements; comparative	H_inferred\|LE_inferred\|G_inferred		in situ; meteo tower	wind; water vapor; atmosphere; temperature; irradiation; pressure; soil moisture; time of year	Rnet; H; LE; G; temperature; albedo; Lin; Lout; resistance	H; LE; G; Rnet; wind direction; 2m_temperature; WVD; resistance; pressure			time of year; wind direction			climate; permafrost; landcover; 2m_temperature; precipitation; wind
Arctic_SEB_1992-1992_1	Literature research	74.050000	-19.950000	1200.0	108	Journal	Jacobsen, A; Hansen, Bu	Estimation of the soil heat flux net radiation ratio based on spectral vegetation indexes in high-latitude Arctic areas	International Journal of Remote Sensing	1999	https://doi.org/10.1080/014311699213532	1992	1992	summer	P1	Zackenberg; Greenland	local; regional	25July-13August; hourly average; daily average	in situ measurements; comparison in situ and in situ; comparison spectral and meteorological; comparative	no		in situ; meteorological; satellite; spectral	vegetation; temperature; landcover; soil moisture; time of day; NDVI; SVI	G; Rnet; temperature	G fraction		G fraction	time of day; NDVI		NDVI	topography; climate; 2m_temperature; precipitation; vegetation type
Arctic_SEB_1992-1992_1	Literature research	74.050000	-19.950000	1200.0	108	Journal	Jacobsen, A; Hansen, Bu	Estimation of the soil heat flux net radiation ratio based on spectral vegetation indexes in high-latitude Arctic areas	International Journal of Remote Sensing	1999	https://doi.org/10.1080/014311699213532	1992	1992	summer	S1	Zackenberg; Greenland	local; regional	25July-13August; hourly average; daily average	in situ measurements; comparison in situ and in situ; comparison spectral and meteorological; comparative	no		in situ; meteorological; satellite; spectral	vegetation; temperature; landcover; soil moisture; time of day; NDVI; SVI	G; Rnet; temperature	G fraction		G fraction	time of day; NDVI		NDVI	topography; climate; 2m_temperature; precipitation; vegetation type
Arctic_SEB_1992-1992_1	Literature research	74.050000	-19.950000	1200.0	108	Journal	Jacobsen, A; Hansen, Bu	Estimation of the soil heat flux net radiation ratio based on spectral vegetation indexes in high-latitude Arctic areas	International Journal of Remote Sensing	1999	https://doi.org/10.1080/014311699213532	1992	1992	summer	W1	Zackenberg; Greenland	local; regional	25July-13August; hourly average; daily average	in situ measurements; comparison in situ and in situ; comparison spectral and meteorological; comparative	no		in situ; meteorological; satellite; spectral	vegetation; temperature; landcover; soil moisture; time of day; NDVI; SVI	G; Rnet; temperature	G fraction		G fraction	time of day; NDVI		NDVI	topography; climate; 2m_temperature; precipitation; vegetation type
Arctic_SEB_1992-1992_1	Literature research	74.050000	-19.950000	1200.0	108	Journal	Jacobsen, A; Hansen, Bu	Estimation of the soil heat flux net radiation ratio based on spectral vegetation indexes in high-latitude Arctic areas	International Journal of Remote Sensing	1999	https://doi.org/10.1080/014311699213532	1992	1992	summer	W3	Zackenberg; Greenland	local; regional	25July-13August; hourly average; daily average	in situ measurements; comparison in situ and in situ; comparison spectral and meteorological; comparative	no		in situ; meteorological; satellite; spectral	vegetation; temperature; landcover; soil moisture; time of day; NDVI; SVI	G; Rnet; temperature	G fraction		G fraction	time of day; NDVI		NDVI	topography; climate; 2m_temperature; precipitation; vegetation type
Arctic_SEB_2012-2015_1	Literature research	74.625000	-21.376000	660.0	110	Journal	Lund, M; Stiegler, C; Abermann, J; Citterio, M; Hansen, Bu; Van As, D	Spatiotemporal variability in surface energy balance across tundra, snow and ice in Greenland	Ambio	2017	https://doi.org/10.1007/s13280-016-0867-5	2012	2015	allyear	ice	Zackenberg; Nuuk; Greenland	local	daily average; weekly average; seasonal average	in situ measurements; comparative	yes		in situ; meteorological; EC tower	landcover; snow; ice; vegetation; permafrost; clouds; meteorological; temperature; wind; pressure; time of year	LE; H; G; albedo; Rnet; Kin; Kout; Lin; Lout; Knet; Lnet	Kin; Kout; Lin; Lout; snow cover; albedo; Knet; Lnet; H; LE; G; Melt; snow depth; snow cover		Rnet	time of year; vegetation type; landcover; snow cover; cloud cover		cloud cover; vegetation type; landcover; snow cover	climate; 2m_temperature; precipitation; vegetation; landcover
Arctic_SEB_2012-2015_2	Literature research	74.481000	-20.555000	40.0	110	Journal	Lund, M; Stiegler, C; Abermann, J; Citterio, M; Hansen, Bu; Van As, D	Spatiotemporal variability in surface energy balance across tundra, snow and ice in Greenland	Ambio	2017	https://doi.org/10.1007/s13280-016-0867-5	2012	2015	allyear	W1	Zackenberg; Nuuk; Greenland	local	daily average; weekly average; seasonal average	in situ measurements; comparative	yes		in situ; meteorological; EC tower	landcover; snow; ice; vegetation; permafrost; clouds; meteorological; temperature; wind; pressure; time of year	LE; H; G; albedo; Rnet; Kin; Kout; Lin; Lout; Knet; Lnet	Kin; Kout; Lin; Lout; snow cover; albedo; Knet; Lnet; H; LE; G; Melt; snow depth; snow cover		Rnet	time of year; vegetation type; landcover; snow cover; cloud cover		cloud cover; vegetation type; landcover; snow cover	climate; 2m_temperature; precipitation; vegetation; landcover
Arctic_SEB_2012-2015_3	Literature research	74.473000	-20.550000	40.0	110	Journal	Lund, M; Stiegler, C; Abermann, J; Citterio, M; Hansen, Bu; Van As, D	Spatiotemporal variability in surface energy balance across tundra, snow and ice in Greenland	Ambio	2017	https://doi.org/10.1007/s13280-016-0867-5	2012	2015	allyear	P1	Zackenberg; Nuuk; Greenland	local	daily average; weekly average; seasonal average	in situ measurements; comparative	yes		in situ; meteorological; EC tower	landcover; snow; ice; vegetation; permafrost; clouds; meteorological; temperature; wind; pressure; time of year	LE; H; G; albedo; Rnet; Kin; Kout; Lin; Lout; Knet; Lnet	Kin; Kout; Lin; Lout; snow cover; albedo; Knet; Lnet; H; LE; G; Melt; snow depth; snow cover		Rnet	time of year; vegetation type; landcover; snow cover; cloud cover		cloud cover; vegetation type; landcover; snow cover	climate; 2m_temperature; precipitation; vegetation; landcover
Arctic_SEB_2012-2015_4	Literature research	64.482000	-49.533000	540.0	110	Journal	Lund, M; Stiegler, C; Abermann, J; Citterio, M; Hansen, Bu; Van As, D	Spatiotemporal variability in surface energy balance across tundra, snow and ice in Greenland	Ambio	2017	https://doi.org/10.1007/s13280-016-0867-5	2012	2015	allyear	ice	Zackenberg; Nuuk; Greenland	local	daily average; weekly average; seasonal average	in situ measurements; comparative	yes		in situ; meteorological; EC tower	landcover; snow; ice; vegetation; permafrost; clouds; meteorological; temperature; wind; pressure; time of year	LE; H; G; albedo; Rnet; Kin; Kout; Lin; Lout; Knet; Lnet	Kin; Kout; Lin; Lout; snow cover; albedo; Knet; Lnet; H; LE; G; Melt; snow depth; snow cover		Rnet	time of year; vegetation type; landcover; snow cover; cloud cover		cloud cover; vegetation type; landcover; snow cover	climate; 2m_temperature; precipitation; vegetation; landcover
Arctic_SEB_2012-2015_5	Literature research	64.131000	-51.386000	50.0	110	Journal	Lund, M; Stiegler, C; Abermann, J; Citterio, M; Hansen, Bu; Van As, D	Spatiotemporal variability in surface energy balance across tundra, snow and ice in Greenland	Ambio	2017	https://doi.org/10.1007/s13280-016-0867-5	2012	2015	allyear	W	Zackenberg; Nuuk; Greenland	local	daily average; weekly average; seasonal average	in situ measurements; comparative	yes		in situ; meteorological; EC tower	landcover; snow; ice; vegetation; permafrost; clouds; meteorological; temperature; wind; pressure; time of year	LE; H; G; albedo; Rnet; Kin; Kout; Lin; Lout; Knet; Lnet	Kin; Kout; Lin; Lout; snow cover; albedo; Knet; Lnet; H; LE; G; Melt; snow depth; snow cover		Rnet	time of year; vegetation type; landcover; snow cover; cloud cover		cloud cover; vegetation type; landcover; snow cover	climate; 2m_temperature; precipitation; vegetation; landcover
Arctic_SEB_2014-2014_1	Literature research	72.298333	126.173333		111	Journal	Franz, D; Mammarella, I; Boike, J; Kirillin, G; Vesala, T; Bornemann, N; Larmanou, E; Langer, M; Sachs, T	Lake-atmosphere heat flux dynamics of a thermokarst lake in Arctic Siberia	Journal of Geophysical Research-Atmospheres	2018	https://doi.org/10.1029/2017JD027751	2014	2014	spring\|summer	water	Kurungnakh Island; Lena River; Siberia; Russia	local	daily average; seasonal average; 23April-16August; 23April-21May; 27-29May; 24June-16August	in situ measurements; comparative; comparison model and in situ	no		in situ; model; EC tower	time of day; landcover; temperature; snow; snow melt; ice; ice melt; atmosphere; water vapor; wind	H; LE; temperature; albedo; ET; Rnet; storage; Lin; Lout; Kin; Kout	H; LE; wind speed; 2m_temperature; 0m_temperature; albedo; ice cover; Rnet; heat storage change; temperature gradient	H; LE; bowen		time of year; time of day; ice cover	time of year; ice cover		climate; permafrost; 2m_temperature; precipitation; topography; landscape
Arctic_SEB_2013-2014_1	Literature research	74.050000	-19.950000		114	Journal	Stiegler, C; Lund, M; Christensen, Tr; Mastepanov, M; Lindroth, A	Two years with extreme and little snowfall: effects on energy partitioning and surface energy exchange in a high-Arctic tundra ecosystem	Cryosphere	2016	https://doi.org/10.5194/tc-10-1395-2016	2013	2014	allyear	W3	Zackenberg; Greenland	local	daily average; seasonal average; 10Nov-4Feb; 5Feb-12May; 5Feb-5May; 13-29May; 6May-23June; 13-30May; 6May-27June; 30May-8Sep; 24June-4Sep; 31May-4Sep; 31May-8Sep; 28June-4Sep	in situ measurements; comparative	Rnet_inferred		in situ; meteorological; EC tower	snow; landcover; vegetation; snow melt; temperature; precipitation; soil moisture; atmosphere; water vapor; NDVI; wind; mixing ratio; time of year	H; LE; G; Kin; Kout; Lin; Lout; albedo; Rnet; Knet; Lnet; temperature; ET	EBC; Rnet; H; LE; G; albedo; snow depth; internal energy; soil moisture; aerodynamic resistance; surface resistance	Kin; Kout; Lin; Lout; Knet; Lnet; Rnet; 2m_temperature; 0m_temperature; air pressure; albedo; H; LE; G; ET		time; time of year; vegetation type	time of year; vegetation type; ice cover; season		climate; landscape; topography; vegetation; 2m_temperature; precipitation; wind
Arctic_SEB_2013-2014_1	Literature research	74.050000	-19.950000		114	Journal	Stiegler, C; Lund, M; Christensen, Tr; Mastepanov, M; Lindroth, A	Two years with extreme and little snowfall: effects on energy partitioning and surface energy exchange in a high-Arctic tundra ecosystem	Cryosphere	2016	https://doi.org/10.5194/tc-10-1395-2016	2013	2014	allyear	P2	Zackenberg; Greenland	local	daily average; seasonal average; 10Nov-4Feb; 5Feb-12May; 5Feb-5May; 13-29May; 6May-23June; 13-30May; 6May-27June; 30May-8Sep; 24June-4Sep; 31May-4Sep; 31May-8Sep; 28June-4Sep	in situ measurements; comparative	Rnet_inferred		in situ; meteorological; EC tower	snow; landcover; vegetation; snow melt; temperature; precipitation; soil moisture; atmosphere; water vapor; NDVI; wind; mixing ratio; time of year	H; LE; G; Kin; Kout; Lin; Lout; albedo; Rnet; Knet; Lnet; temperature; ET	EBC; Rnet; H; LE; G; albedo; snow depth; internal energy; soil moisture; aerodynamic resistance; surface resistance	Kin; Kout; Lin; Lout; Knet; Lnet; Rnet; 2m_temperature; 0m_temperature; air pressure; albedo; H; LE; G; ET		time; time of year; vegetation type	time of year; vegetation type; ice cover; season		climate; landscape; topography; vegetation; 2m_temperature; precipitation; wind
Arctic_SEB_1988-1988_1	Literature research	67.100000	-52.400000	1050.0	121	Journal	Harding, Rj; Johnson, Rc; Soegaard, H	The energy-balance of snow and partially snow covered areas in western Greenland	International Journal of Climatology	1995	https://doi.org/10.1002/joc.3370150910	1988	1988	spring\|summer	ice\|water	Sondre Stromfjord; Greenland	local	daily average; May; June	in situ; comparative	no		in situ; meteorological	landcover; irradiation; wind; water vapor; albedo; soil moisture	Rnet; H; LE; temperature; Lout	2m_temperature; wind; albedo; snow depth; ET	Kin; Kout; Rnet; albedo; ET; H; bowen		time of year; time of day; vegetation type; landcover; snow cover	vegetation type; landcover; snow cover		climate; 2m_temperature; precipitation; topography; vegetation; landcover
Arctic_SEB_1988-1988_2	Literature research	67.080000	-52.500000	1050.0	121	Journal	Harding, Rj; Johnson, Rc; Soegaard, H	The energy-balance of snow and partially snow covered areas in western Greenland	International Journal of Climatology	1995	https://doi.org/10.1002/joc.3370150910	1988	1988	spring\|summer	ice	Sondre Stromfjord; Greenland	local	daily average; May; June	in situ; comparative	no		in situ; meteorological	landcover; irradiation; wind; water vapor; albedo; soil moisture	Rnet; H; LE; temperature; Lout	2m_temperature; wind; albedo; snow depth; ET	Kin; Kout; Rnet; albedo; ET; H; bowen		time of year; time of day; vegetation type; landcover; snow cover	vegetation type; landcover; snow cover		climate; 2m_temperature; precipitation; topography; vegetation; landcover
Arctic_SEB_1988-1988_3	Literature research	67.110000	-53.200000	600.0	121	Journal	Harding, Rj; Johnson, Rc; Soegaard, H	The energy-balance of snow and partially snow covered areas in western Greenland	International Journal of Climatology	1995	https://doi.org/10.1002/joc.3370150910	1988	1988	spring\|summer	S1	Sondre Stromfjord; Greenland	local	daily average; May; June	in situ; comparative	no		in situ; meteorological	landcover; irradiation; wind; water vapor; albedo; soil moisture	Rnet; H; LE; temperature; Lout	2m_temperature; wind; albedo; snow depth; ET	Kin; Kout; Rnet; albedo; ET; H; bowen		time of year; time of day; vegetation type; landcover; snow cover	vegetation type; landcover; snow cover		climate; 2m_temperature; precipitation; topography; vegetation; landcover
Arctic_SEB_1988-1988_4	Literature research	67.120000	-52.100000	640.0	121	Journal	Harding, Rj; Johnson, Rc; Soegaard, H	The energy-balance of snow and partially snow covered areas in western Greenland	International Journal of Climatology	1995	https://doi.org/10.1002/joc.3370150910	1988	1988	spring\|summer	S2	Sondre Stromfjord; Greenland	local	daily average; May; June	in situ; comparative	no		in situ; meteorological	landcover; irradiation; wind; water vapor; albedo; soil moisture	Rnet; H; LE; temperature; Lout	2m_temperature; wind; albedo; snow depth; ET	Kin; Kout; Rnet; albedo; ET; H; bowen		time of year; time of day; vegetation type; landcover; snow cover	vegetation type; landcover; snow cover		climate; 2m_temperature; precipitation; topography; vegetation; landcover
Arctic_SEB_1988-1988_5	Literature research	67.060000	-50.250000	480.0	121	Journal	Harding, Rj; Johnson, Rc; Soegaard, H	The energy-balance of snow and partially snow covered areas in western Greenland	International Journal of Climatology	1995	https://doi.org/10.1002/joc.3370150910	1988	1988	spring\|summer	G	Sondre Stromfjord; Greenland	local	daily average; May; June	in situ; comparative	no		in situ; meteorological	landcover; irradiation; wind; water vapor; albedo; soil moisture	Rnet; H; LE; temperature; Lout	2m_temperature; wind; albedo; snow depth; ET	Kin; Kout; Rnet; albedo; ET; H; bowen		time of year; time of day; vegetation type; landcover; snow cover	vegetation type; landcover; snow cover		climate; 2m_temperature; precipitation; topography; vegetation; landcover
Arctic_SEB_1999-1999_1	Literature research	60.700000	-135.000000	1250.0	131	Journal	Pomeroy, Jw; Toth, B; Granger, Rj; Hedstrom, Nr; Essery, Rlh	Variation in surface energetics during snowmelt in a Subarctic mountain catchment	Journal of Hydrometeorology	2003	https://doi.org/10.1175/1525-7541(2003)004<0702:VISEDS>2.0.CO;2	1999	1999	spring	S2	Blackbrush; Alpine; Forest; Wolf Creek; Yukon; Canada	local	half-hour average; daily average; seasonal average; 17-24April	in situ; comparative; model	no	Coordinate source unclear: but within the Wolf Creek watershed in Yukon, Canada	in situ; EC tower; meteorological; meteo tower; model	topography; time of year; snow; snow melt; temperature; water vapor; sun angle; irradiation; vegetation; soil moisture; clouds; wind	Rnet; temperature; G; LE; H; Kin	SWE; wind speed; 2m_temperature; 0m_temperature; relative humidity; Kin; Rnet; G; H; LE; Melt energy	2m_temperature; relative humidity; wind speed; 0m_temperature; Kin		time of year; slope	slope		climate; vegetation type;
Arctic_SEB_1999-1999_1	Literature research	60.700000	-135.000000	1615.0	131	Journal	Pomeroy, Jw; Toth, B; Granger, Rj; Hedstrom, Nr; Essery, Rlh	Variation in surface energetics during snowmelt in a Subarctic mountain catchment	Journal of Hydrometeorology	2003	https://doi.org/10.1175/1525-7541(2003)004<0702:VISEDS>2.0.CO;2	1999	1999	spring	S2	Blackbrush; Alpine; Forest; Wolf Creek; Yukon; Canada	local	half-hour average; daily average; seasonal average; 17-24April	in situ; comparative; model	no	Coordinate source unclear: but within the Wolf Creek watershed in Yukon, Canada	in situ; EC tower; meteorological; meteo tower; model	topography; time of year; snow; snow melt; temperature; water vapor; sun angle; irradiation; vegetation; soil moisture; clouds; wind	Rnet; temperature; G; LE; H; Kin	SWE; wind speed; 2m_temperature; 0m_temperature; relative humidity; Kin; Rnet; G; H; LE; Melt energy	2m_temperature; relative humidity; wind speed; 0m_temperature; Kin		time of year; slope	slope		climate; vegetation type;
Arctic_SEB_1999-1999_1	Literature research	60.700000	-135.000000	750.0	131	Journal	Pomeroy, Jw; Toth, B; Granger, Rj; Hedstrom, Nr; Essery, Rlh	Variation in surface energetics during snowmelt in a Subarctic mountain catchment	Journal of Hydrometeorology	2003	https://doi.org/10.1175/1525-7541(2003)004<0702:VISEDS>2.0.CO;2	1999	1999	spring	S2	Blackbrush; Alpine; Forest; Wolf Creek; Yukon; Canada	local	half-hour average; daily average; seasonal average; 17-24April	in situ; comparative; model	no	Coordinate source unclear: but within the Wolf Creek watershed in Yukon, Canada	in situ; EC tower; meteorological; meteo tower; model	topography; time of year; snow; snow melt; temperature; water vapor; sun angle; irradiation; vegetation; soil moisture; clouds; wind	Rnet; temperature; G; LE; H; Kin	SWE; wind speed; 2m_temperature; 0m_temperature; relative humidity; Kin; Rnet; G; H; LE; Melt energy	2m_temperature; relative humidity; wind speed; 0m_temperature; Kin		time of year; slope	slope		climate; vegetation type;
Arctic_SEB_2013-2014_1	Literature research	72.000000	-38.000000	3211.0	132	Journal	Miller, Nb; Shupe, Md; Cox, Cj; Noone, D; Persson, Pog; Steffen, K	Surface energy budget responses to radiative forcing at Summit, Greenland	Cryosphere	2017	https://doi.org/10.5194/tc-11-497-2017	2013	2014	allyear	ice	Summit; Greenland	local	monthly average	in situ measurements	no		in situ; EC tower; meteorological	clouds; atmosphere; time of year; temperature; water vapor; mixing; wind; pressure	Lin; Lout; Kin; Kout; Rnet; LE; H; G; storage; temperature	500m_temperature; 0m_temperature; -1m_temperature; Rnet; LE; H; G; cloud cover; LWP; PWV; Lout			time of year; time of day; LWP
Arctic_SEB_2013-2013_1	Literature research	68.343000	18.824833	380.0	133	Journal	Stiegler, C; Johansson, M; Christensen, Tr; Mastepanov, M; Lindroth, A	Tundra permafrost thaw causes significant shifts in energy partitioning	Tellus Series B-Chemical and Physical Meteorology	2016	https://doi.org/10.3402/tellusb.v68.30467	2013	2013	summer	P1	Stordalen; Storflaket; Tornetrõsk; Abisko; Sweden	local	seasonal average; 12June-31August; 12-26June; 10-24July; 7-31August; weekly average	in situ; comparative	no		in situ; EC tower	permafrost; irradiation; soil moisture; vegetation; albedo; landcover; time of day; temperature; atmosphere; water vapor; wind; time of year	LE; H; G; Rnet; Kin; Kout; Lin; Lout; temperature; albedo; ET	Rnet; H; LE; G; EBC	Kin; Lout; Lin; Kout; Knet; Lnet; Rnet; albedo; H; LE; G; bowen; 2m_temperature; 0m_temperature; -0.02m_temperature; air pressure; mixing ratio; relative humidity; VPD; ET; wind speed; friction velocity; resistance		time of day; vegetation type; Rnet	vegetation type		climate; 2m_temperature; precipitation; landscape; vegetation type
Arctic_SEB_2013-2013_1	Literature research	68.343000	18.824833	380.0	133	Journal	Stiegler, C; Johansson, M; Christensen, Tr; Mastepanov, M; Lindroth, A	Tundra permafrost thaw causes significant shifts in energy partitioning	Tellus Series B-Chemical and Physical Meteorology	2016	https://doi.org/10.3402/tellusb.v68.30467	2013	2013	summer	G4	Stordalen; Storflaket; Tornetrõsk; Abisko; Sweden	local	seasonal average; 12June-31August; 12-26June; 10-24July; 7-31August; weekly average	in situ; comparative	no		in situ; EC tower	permafrost; irradiation; soil moisture; vegetation; albedo; landcover; time of day; temperature; atmosphere; water vapor; wind; time of year	LE; H; G; Rnet; Kin; Kout; Lin; Lout; temperature; albedo; ET	Rnet; H; LE; G; EBC	Kin; Lout; Lin; Kout; Knet; Lnet; Rnet; albedo; H; LE; G; bowen; 2m_temperature; 0m_temperature; -0.02m_temperature; air pressure; mixing ratio; relative humidity; VPD; ET; wind speed; friction velocity; resistance		time of day; vegetation type; Rnet	vegetation type		climate; 2m_temperature; precipitation; landscape; vegetation type
Arctic_SEB_2013-2013_1	Literature research	68.343000	18.824833	380.0	133	Journal	Stiegler, C; Johansson, M; Christensen, Tr; Mastepanov, M; Lindroth, A	Tundra permafrost thaw causes significant shifts in energy partitioning	Tellus Series B-Chemical and Physical Meteorology	2016	https://doi.org/10.3402/tellusb.v68.30467	2013	2013	summer	W3	Stordalen; Storflaket; Tornetrõsk; Abisko; Sweden	local	seasonal average; 12June-31August; 12-26June; 10-24July; 7-31August; weekly average	in situ; comparative	no		in situ; EC tower	permafrost; irradiation; soil moisture; vegetation; albedo; landcover; time of day; temperature; atmosphere; water vapor; wind; time of year	LE; H; G; Rnet; Kin; Kout; Lin; Lout; temperature; albedo; ET	Rnet; H; LE; G; EBC	Kin; Lout; Lin; Kout; Knet; Lnet; Rnet; albedo; H; LE; G; bowen; 2m_temperature; 0m_temperature; -0.02m_temperature; air pressure; mixing ratio; relative humidity; VPD; ET; wind speed; friction velocity; resistance		time of day; vegetation type; Rnet	vegetation type		climate; 2m_temperature; precipitation; landscape; vegetation type
Arctic_SEB_2006-2008_1	Literature research	71.316667	-155.383333	8.0	142	Journal	Cox, Cj; Walden, Vp; Rowe, Pm	A comparison of the atmospheric conditions at eureka, Canada, and Barrow, Alaska (2006-2008)	Journal of Geophysical Research-Atmospheres	2012	https://doi.org/10.1029/2011JD017164	2006	2008	allyear	tundra	Eureka; Nunavut; Canada; ARM; Barrow; Alaska; USA	local; regional	monthly average	in situ measurements; comparative; reanalysis; model	unclear		in situ; model; reanalysis; ERA-Interim; EC tower; network; IASOA	clouds; atmosphere; temperature; water vapor; wind; irradiation; time of year	temperature; Lin	2m_temperature; water vapor; Lin; CRF			time of year; time; cloud cover
Arctic_SEB_2006-2008_2	Literature research	80.000000	-85.583333	10.0	142	Journal	Cox, Cj; Walden, Vp; Rowe, Pm	A comparison of the atmospheric conditions at eureka, Canada, and Barrow, Alaska (2006-2008)	Journal of Geophysical Research-Atmospheres	2012	https://doi.org/10.1029/2011JD017164	2006	2008	allyear	tundra	Eureka; Nunavut; Canada; ARM; Barrow; Alaska; USA	local; regional	monthly average	in situ measurements; comparative; reanalysis; model	unclear		in situ; model; reanalysis; ERA-Interim; EC tower; network; IASOA	clouds; atmosphere; temperature; water vapor; wind; irradiation; time of year	temperature; Lin	2m_temperature; water vapor; Lin; CRF			time of year; time; cloud cover
Arctic_SEB_2007-2010_1	Literature research	79.980000	-85.930000	85.0	149	Journal	Van Tricht, K; Lhermitte, S; Gorodetskaya, Iv; Van Lipzig, Npm	Improving satellite-retrieved surface radiative fluxes in polar regions using a smart sampling approach	Cryosphere	2016	https://doi.org/10.5194/tc-10-2379-2016	2007	2010	allyear	tundra	Eureka; Nunavut; Canada; Ny Alesynd; Svalbard; Greenland interior; AWS	local; regional	discrete measurements	comparison satellite and in situ; satellite validation	no		satellite; CALIPSO; CloudSat; in situ; network	clouds; landcover; altitude	Kin; Lin	Lin			location; altitude			vegetation type; topography
Arctic_SEB_2002-2010_1	Literature research	71.300000	-156.500000		157	Journal	Niu, Xl; Pinker, Rt	Radiative fluxes at Barrow, Alaska: a satellite view	Journal of Climate	2011	https://doi.org/10.1175/JCLI-D-11-00062.1	2002	2010	allyear	tundra	Barrow; Alaska; USA; Arctic	local; regional	daily average; 1May; DOY50-300	satellite validation; comparison satellite and in situ and reanalysis	unclear		satellite; MODIS; AVHRR; in situ; model; reanalysis; NCEP	snow; sea ice; time of year	Kin; Kout; Knet; albedo	albedo; Knet; Kin; Kout; snow cover; sun zenith angle			time of year
Arctic_SEB_1995-1998_1	Literature research	71.300000	-156.500000		161	Journal	Ling, F; Zhang, Tj	Sensitivity of ground thermal regime and surface energy fluxes to tundra snow density in northern Alaska	Cold Regions Science and Technology	2006	https://doi.org/10.1016/j.coldregions.2005.09.002	1995	1998	allyear	tundra	Barrow; Alaska; USA; CMDL	local	daily average	model experiment; comparison model and model; comparative; simulation of SEB	unclear		in situ; model; meteorological	snow; wind; temperature; atmosphere; irradiation; time of year	G; temperature; LE; H; albedo	snow depth; albedo; -0.01m_temperature; -0.29m_temperature; -0.50m_temperature; -1m_temperature			time of year			snow density; thermal conductivity; volumetric heat capacity
Arctic_SEB_2013-2014_1	Literature research	70.830000	147.490000		165	Journal	Juszak, I; Eugster, W; Heijmans, Mmpd; Schaepman-Strub, G	Contrasting radiation and soil heat fluxes in Arctic shrub and wet sedge tundra	Biogeosciences	2016	https://doi.org/10.5194/bg-13-4049-2016	2013	2014	summer	G4	Kytalyk; Siberia; Russia	local	daily average; seasonal average	in situ measurements; comparative; replicated	no		in situ	vegetation; albedo; clouds; temperature; soil; permafrost; soil moisture; sun angle; LAI	albedo; G; Kin; Kout; Lin; Lout; Knet; Lnet; temperature; Rnet	canopy height; Kin; Kout; Lin Lout; Knet; Lnet; Rnet; albedo; transmittance; 0m_temperature; 2m_temperature; G; ALT	albedo; transmittance; Rnet; Knet; 0.04m_temperature; G		vegetation type; leaf area; wood area; time of day; time of year; solar zenith angle	vegetation type; cloud cover		climate; permafrost; vegetation type; growing season; active layer thickness; standing biomass; soil moisture
Arctic_SEB_2000-2000_1	Literature research	61.916667	-112.266667		170	Journal	Oswald, Cj; Rouse, Wr	Thermal characteristics and energy balance of various-size Canadian shield lakes in the Mackenzie river basin	Journal of Hydrometeorology	2004	https://doi.org/10.1175/1525-7541(2004)005<0129:TCAEBO>2.0.CO;2	2000	2000	allyear	water	Yellowknife; NWT; Canada	local	daily average	in situ measurements; comparative	no		in situ; meteorological; meteo tower	temperature; landcover; wind; irradiation; water vapor; time of year	Rnet; temperature; Lout; Kin; LE; H; storage; ET	2m_temperature; 0m_temperature; wind speed; Rnet; LE; H; storage			time of year; lake type; weather			climate; 2m_temperature; precipitation; landscape; landcover
Arctic_SEB_2000-2000_2	Literature research	62.916667	-111.083333		170	Journal	Oswald, Cj; Rouse, Wr	Thermal characteristics and energy balance of various-size Canadian shield lakes in the Mackenzie river basin	Journal of Hydrometeorology	2004	https://doi.org/10.1175/1525-7541(2004)005<0129:TCAEBO>2.0.CO;2	2000	2000	allyear	water	Yellowknife; NWT; Canada	local	daily average	in situ measurements; comparative	no		in situ; meteorological; meteo tower	temperature; landcover; wind; irradiation; water vapor; time of year	Rnet; temperature; Lout; Kin; LE; H; storage; ET	2m_temperature; 0m_temperature; wind speed; Rnet; LE; H; storage			time of year; lake type; weather			climate; 2m_temperature; precipitation; landscape; landcover
Arctic_SEB_2000-2000_3	Literature research	63.583333	-112.116667		170	Journal	Oswald, Cj; Rouse, Wr	Thermal characteristics and energy balance of various-size Canadian shield lakes in the Mackenzie river basin	Journal of Hydrometeorology	2004	https://doi.org/10.1175/1525-7541(2004)005<0129:TCAEBO>2.0.CO;2	2000	2000	allyear	water	Yellowknife; NWT; Canada	local	daily average	in situ measurements; comparative	no		in situ; meteorological; meteo tower	temperature; landcover; wind; irradiation; water vapor; time of year	Rnet; temperature; Lout; Kin; LE; H; storage; ET	2m_temperature; 0m_temperature; wind speed; Rnet; LE; H; storage			time of year; lake type; weather			climate; 2m_temperature; precipitation; landscape; landcover
Arctic_SEB_2000-2000_4	Literature research	62.516667	-113.633333		170	Journal	Oswald, Cj; Rouse, Wr	Thermal characteristics and energy balance of various-size Canadian shield lakes in the Mackenzie river basin	Journal of Hydrometeorology	2004	https://doi.org/10.1175/1525-7541(2004)005<0129:TCAEBO>2.0.CO;2	2000	2000	allyear	water	Yellowknife; NWT; Canada	local	daily average	in situ measurements; comparative	no		in situ; meteorological; meteo tower	temperature; landcover; wind; irradiation; water vapor; time of year	Rnet; temperature; Lout; Kin; LE; H; storage; ET	2m_temperature; 0m_temperature; wind speed; Rnet; LE; H; storage			time of year; lake type; weather			climate; 2m_temperature; precipitation; landscape; landcover
Arctic_SEB_1995-1999_1	Literature research	71.300000	-156.500000		172	Journal	Ling, F; Zhang, Tj	Modeled impacts of changes in tundra snow thickness on ground thermal regime and heat flow to the atmosphere in northernmost Alaska	Global and Planetary Change	2007	https://doi.org/10.1016/j.gloplacha.2006.11.009	1995	1999	allyear	tundra	Barrow; Alaska; USA	local	daily average; 2May-21June; annual average	model experiment; simulation of SEB	no		model; in situ; meteorological; meteo tower	snow; time of year; albedo; atmosphere; pressure; wind; irradiation; time of day	G; albedo; temperature;	snow thickness; 2m_temperature; dewpoint_temperature; atmospheric pressure; wind speed; Kin; albedo; -1m_temperature; G		; -0.01m_temperature; -0,29m_temperature; -0.5m_temperature; -1m_temperature; -3m_temperature	time of year; snow thickness		snow thickness
Arctic_SEB_1988-1988_1	Literature research	79.000000	-76.000000		175	Journal	Szilder, K; Henry, Ghr; Lozowski, Ep; Labine, C	Diagnosing the diurnal surface energy balance over the summer tundra at Princess Marie Bay from simple short-period measurements	Theoretical and Applied Climatology	1996	https://doi.org/10.1007/BF00865162	1988	1988	summer	P2	Princess Marie Bay; Ellesmere Island; Canada	local	15min average; 18July-25July; 8day average	model experiment; model validation; comparison model and in situ	H_inferred\|LE_inferred		model; in situ; meteorological; meteo tower	irradiation; wind; temperature; permafrost; time of day; clouds; sun angle; soil	Kin; temperature; Knet; Lout; Lin; Rnet; H	2m_temperature; 0m_temperature; -0.6m_temperature; Kin; Lout; Lin; Rnet; H; G			time of year; time of day
Arctic_SEB_2000-2002_1	Literature research	64.502900	-163.696400		182	Journal	Sturm, M; Douglas, T; Racine, C; Liston, Ge	Changing snow and shrub conditions affect albedo with global implications	Journal of Geophysical Research-Biogeosciences	2005	https://doi.org/10.1029/2005JG000013	2000	2002	winter\|spring	tundra	Council; Alaska; USA	local	seasonal average; daily average; 1January-1May; 21April-10June; 1September-30June	in situ measurements; comparative; model experiment; simulation of SEB	no		in situ; model; meteorological	vegetation; snow; albedo; snow melt; topography; sun angle; time of year; temperature; irradiation	albedo	albedo; snow depth; 2m_temperature; surface debris	albedo	Knet	time of year; vegetation type	time; vegetation type; time of year	vegetation type	vegetation type; vegetation cover; standing biomass; canopy height; stem diameter
Arctic_SEB_2000-2002_2	Literature research	64.891700	-163.649600		182	Journal	Sturm, M; Douglas, T; Racine, C; Liston, Ge	Changing snow and shrub conditions affect albedo with global implications	Journal of Geophysical Research-Biogeosciences	2005	https://doi.org/10.1029/2005JG000013	2000	2002	winter\|spring	S2	Council; Alaska; USA	local	seasonal average; daily average; 1January-1May; 21April-10June; 1September-30June	in situ measurements; comparative; model experiment; simulation of SEB	no		in situ; model; meteorological	vegetation; snow; albedo; snow melt; topography; sun angle; time of year; temperature; irradiation	albedo	albedo; snow depth; 2m_temperature; surface debris	albedo	Knet	time of year; vegetation type	time; vegetation type; time of year	vegetation type	vegetation type; vegetation cover; standing biomass; canopy height; stem diameter
Arctic_SEB_2000-2002_3	Literature research	64.935400	-163.737800		182	Journal	Sturm, M; Douglas, T; Racine, C; Liston, Ge	Changing snow and shrub conditions affect albedo with global implications	Journal of Geophysical Research-Biogeosciences	2005	https://doi.org/10.1029/2005JG000013	2000	2002	winter\|spring	S2	Council; Alaska; USA	local	seasonal average; daily average; 1January-1May; 21April-10June; 1September-30June	in situ measurements; comparative; model experiment; simulation of SEB	no		in situ; model; meteorological	vegetation; snow; albedo; snow melt; topography; sun angle; time of year; temperature; irradiation	albedo	albedo; snow depth; 2m_temperature; surface debris	albedo	Knet	time of year; vegetation type	time; vegetation type; time of year	vegetation type	vegetation type; vegetation cover; standing biomass; canopy height; stem diameter
Arctic_SEB_2012-2012_1	Literature research	78.050000	-66.366667	1490.0	185	Journal	Niwano, M; Aoki, T; Matoba, S; Yamaguchi, S; Tanikawa, T; Kuchiki, K; Motoyama, H	Numerical simulation of extreme snowmelt observed at the sigma-a site, northwest Greenland, during summer 2012	Cryosphere	2015	https://doi.org/10.5194/tc-9-971-2015	2012	2012	summer	ice	Greenland Ice Sheet	local	5min average; hourly average; 30June-14July; 30June-9July; 10July-14July	in situ measurements; simulation of SEB; comparative; model validation; comparison model and in situ	no		in situ; model; SMAP; meteorological; reanalysis	atmosphere; snow; snow melt; precipitation; time of year; temperature; albedo; clouds; wind; water vapor; aerosols	temperature; albedo; Kin; Lin; Knet; Lnet; H; LE; G; Rnet	Knet; Lnet; H; LE; G; Rnet; Hrain; 3m_temperature; 0m_temperature; relative snow depth; albedo; relative humidity; wind speed; wind direction; Kin; Lin; snow depth; snow shape; snow grain size; mass concentration elemental carbon and dust			time of year; temperature
Arctic_SEB_2014-2015_1	Literature research	68.610000	161.350000		191	Journal	Gockede, M; Kittler, F; Kwon, Mj; Burjack, I; Heimann, M; Kolle, O; Zimov, N; Zimov, S	Shifted energy fluxes, increased bowen ratios, and reduced thaw depths linked with drainage-induced changes in permafrost ecosystem structure	Cryosphere	2017	https://doi.org/10.5194/tc-11-2975-2017	2014	2015	allyear	G4	Chersky; Siberia; Russia	local	monthly average; daily average; seasonal average; June-September	experimental treatment; in situ measurements; comparative; replicated	unclear		in situ; EC tower; meteorological; meteo tower	soil moisture; drought; vegetation; snow; temperature; precipitation; time of year	G; H; Knet; albedo; Kin; temperature; Rnet; LE	Rnet; H; LE; bowen; 2m_temperature; precipitation; vegetation cover; Kin; albedo; Knet; -0.04m_temperature; -0.16m_temperature; -0.64m_temperature; -0.05m_temperature; -0.35m_temperature; ALT	Rnet; H; LE; bowen	albedo; Knet; Rnet; H; LE; bowen	time of year; time; soil moisture	soil moisture	soil moisture	soil; hydrology; climate; vegetation type; vegetation cover; landscape; landcover; temperature; precipitation
Arctic_SEB_2008-2008_1	Literature research	68.990000	-150.280000		192	Journal	Rocha, Av; Shaver, Gr	Advantages of a two band evi calculated from solar and photosynthetically active radiation fluxes	Agricultural and Forest Meteorology	2009	https://doi.org/10.1016/j.agrformet.2009.03.016	2008	2008	summer	burned G4	Anaktuvuk River; Alaska; USA	local	daily average	satellite measurements; comparative	no		satellite; in situ; EC tower	NDVI; EVI; disturbance; fire; time of year	albedo	albedo; NDVI; EVI; EVI2			time of year; burn severity; vegetation cover
Arctic_SEB_2008-2008_2	Literature research	68.950000	-150.210000		192	Journal	Rocha, Av; Shaver, Gr	Advantages of a two band evi calculated from solar and photosynthetically active radiation fluxes	Agricultural and Forest Meteorology	2009	https://doi.org/10.1016/j.agrformet.2009.03.016	2008	2008	summer	burned G4	Anaktuvuk River; Alaska; USA	local	daily average	satellite measurements; comparative	no		satellite; in situ; EC tower	NDVI; EVI; disturbance; fire; time of year	albedo	albedo; NDVI; EVI; EVI2			time of year; burn severity; vegetation cover
Arctic_SEB_2008-2008_3	Literature research	68.930000	-150.270000		192	Journal	Rocha, Av; Shaver, Gr	Advantages of a two band evi calculated from solar and photosynthetically active radiation fluxes	Agricultural and Forest Meteorology	2009	https://doi.org/10.1016/j.agrformet.2009.03.016	2008	2008	summer	G4	Anaktuvuk River; Alaska; USA	local	daily average	satellite measurements; comparative	no		satellite; in situ; EC tower	NDVI; EVI; disturbance; fire; time of year	albedo	albedo; NDVI; EVI; EVI2			time of year; burn severity; vegetation cover
Arctic_SEB_2012-2014_1	Literature research	71.600000	128.900000	15.0	195	Journal	Vinogradova, Aa; Titkova, Tb; Ivanova, Ya	Episodes with anomalously high black carbon concentration in surface air in the region of Tiksi station, Yakutiya	Atmospheric and Oceanic Optics	2019	https://doi.org/10.1134/S1024856019010184	2012	2014	allyear	tundra	Tiksi; Russia	local	hourly average; March-September; daily average; monthly average	in situ measurements; comparative	unclear		in situ; meteo tower	disturbance, fire; aerosol; time of year	temperature; Kin; Kout; Lin; Lout; Rnet	BC concentration; Knet; Lnet; 2m_temperature; Rnet	BC concentration; 2m_temperature; Rnet		time of year; year	time; time of year
Arctic_SEB_2012-2012_1	Literature research	72.600000	-37.950000		196	Journal	Bennartz, R; Shupe, Md; Turner, Dd; Walden, Vp; Steffen, K; Cox, Cj; Kulie, Ms; Miller, Nb; Pettersen, C	July 2012 Greenland melt extent enhanced by low-level liquid clouds	Nature	2013	https://doi.org/10.1038/nature12002	2012	2012	summer	ice	Summit; Greenland	local; regional	July; hourly average; seasonal average	in situ measurements; simulation of SEB; comparative; model validation; comparison model and in situ	unclear	Coordinate source unclear	in situ; satellite; remote sensing; model; MODIS	clouds; water vapor; time of year	temperature; Lin; Kin	500m_temperature; 2m_temperature; LWP; WVP; ice melt; cloud occurrence			time of year
Arctic_SEB_1994-2008_1	Literature research	71.316667	-155.400000		198	Journal	Zib, Bj; Dong, Xq; Xi, Bk; Kennedy, A	Evaluation and intercomparison of cloud fraction and radiative fluxes in recent reanalyses over the Arctic using bsrn surface observations	Journal of Climate	2012	https://doi.org/10.1175/JCLI-D-11-00147.1	1994	2008	allyear	tundra	Barrow; Alaska; USA; Arctic; Ny Alesynd; Svalbard; BSRN	local; regional	monthly average; yearly average; seasonal average	comparison reanalysis and reanalysis and in situ; validation	yes		in situ; reanalysis; meteo tower; MERRA; CFSR; 20CR; ERA-I; R2; meteorological; BSRN; ARM	clouds; water vapor; aerosol; time of year	Lin; Kin; temperature	cloud cover; Kin; Lin; 2m_temperature	Kin; Lin		time of year	time of year
Arctic_SEB_1994-2008_2	Literature research	78.916667	11.933333		198	Journal	Zib, Bj; Dong, Xq; Xi, Bk; Kennedy, A	Evaluation and intercomparison of cloud fraction and radiative fluxes in recent reanalyses over the Arctic using bsrn surface observations	Journal of Climate	2012	https://doi.org/10.1175/JCLI-D-11-00147.1	1994	2008	allyear	tundra	Barrow; Alaska; USA; Arctic; Ny Alesynd; Svalbard; BSRN	local; regional	monthly average; yearly average; seasonal average	comparison reanalysis and reanalysis and in situ; validation	yes		in situ; reanalysis; meteo tower; MERRA; CFSR; 20CR; ERA-I; R2; meteorological; BSRN; ARM	clouds; water vapor; aerosol; time of year	Lin; Kin; temperature	cloud cover; Kin; Lin; 2m_temperature	Kin; Lin		time of year	time of year
Arctic_SEB_1989-1990_1	Literature research	79.966667	-83.533333	118.0	202	Journal	Young, Kl; Woo, Mk	Modelling net radiation in a high Arctic environment using summer field camp data	International Journal of Climatology	1997	https://doi.org/10.1002/(SICI)1097-0088(199709)17:11<1211::AID-JOC194>3.0.CO;2-Z	1989	1990	summer	B2	Hot Weather Creek; Fosheim Peninsula; Ellesmere Island; NWT; Canada	local	5day average; daily average; DOY170-232	comparison model and in situ; model validation; in situ measurements; comparative	G_inferred		model; in situ	clouds; albedo; atmosphere; temperature; wind; topography; snow melt; time of year; soil; water vapor; precipitation	Rnet; H; LE; G	Rnet; H; LE; G	Rnet; H; LE; G		time of year; topography; albedo; precipitation	topography; albedo		vegetation type; vegetation cover; topography; soil; climate; 1.5m_temperature; precipitation; clouds
Arctic_SEB_1989-1990_1	Literature research	79.966667	-83.533333	95.0	202	Journal	Young, Kl; Woo, Mk	Modelling net radiation in a high Arctic environment using summer field camp data	International Journal of Climatology	1997	https://doi.org/10.1002/(SICI)1097-0088(199709)17:11<1211::AID-JOC194>3.0.CO;2-Z	1989	1990	summer	P2	Hot Weather Creek; Fosheim Peninsula; Ellesmere Island; NWT; Canada	local	5day average; daily average; DOY170-232	comparison model and in situ; model validation; in situ measurements; comparative	G_inferred		model; in situ	clouds; albedo; atmosphere; temperature; wind; topography; snow melt; time of year; soil; water vapor; precipitation	Rnet; H; LE; G	Rnet; H; LE; G	Rnet; H; LE; G		time of year; topography; albedo; precipitation	topography; albedo		vegetation type; vegetation cover; topography; soil; climate; 1.5m_temperature; precipitation; clouds
Arctic_SEB_1989-1990_1	Literature research	79.966667	-83.533333	96.0	202	Journal	Young, Kl; Woo, Mk	Modelling net radiation in a high Arctic environment using summer field camp data	International Journal of Climatology	1997	https://doi.org/10.1002/(SICI)1097-0088(199709)17:11<1211::AID-JOC194>3.0.CO;2-Z	1989	1990	summer	B3\|B4\|P2	Hot Weather Creek; Fosheim Peninsula; Ellesmere Island; NWT; Canada	local	5day average; daily average; DOY170-232	comparison model and in situ; model validation; in situ measurements; comparative	G_inferred		model; in situ	clouds; albedo; atmosphere; temperature; wind; topography; snow melt; time of year; soil; water vapor; precipitation	Rnet; H; LE; G	Rnet; H; LE; G	Rnet; H; LE; G		time of year; topography; albedo; precipitation	topography; albedo		vegetation type; vegetation cover; topography; soil; climate; 1.5m_temperature; precipitation; clouds
Arctic_SEB_1989-1990_1	Literature research	79.966667	-83.533333	99.0	202	Journal	Young, Kl; Woo, Mk	Modelling net radiation in a high Arctic environment using summer field camp data	International Journal of Climatology	1997	https://doi.org/10.1002/(SICI)1097-0088(199709)17:11<1211::AID-JOC194>3.0.CO;2-Z	1989	1990	summer	P2	Hot Weather Creek; Fosheim Peninsula; Ellesmere Island; NWT; Canada	local	5day average; daily average; DOY170-232	comparison model and in situ; model validation; in situ measurements; comparative	G_inferred		model; in situ	clouds; albedo; atmosphere; temperature; wind; topography; snow melt; time of year; soil; water vapor; precipitation	Rnet; H; LE; G	Rnet; H; LE; G	Rnet; H; LE; G		time of year; topography; albedo; precipitation	topography; albedo		vegetation type; vegetation cover; topography; soil; climate; 1.5m_temperature; precipitation; clouds
Arctic_SEB_1989-1990_1	Literature research	79.966667	-83.533333	85.0	202	Journal	Young, Kl; Woo, Mk	Modelling net radiation in a high Arctic environment using summer field camp data	International Journal of Climatology	1997	https://doi.org/10.1002/(SICI)1097-0088(199709)17:11<1211::AID-JOC194>3.0.CO;2-Z	1989	1990	summer	P2	Hot Weather Creek; Fosheim Peninsula; Ellesmere Island; NWT; Canada	local	5day average; daily average; DOY170-232	comparison model and in situ; model validation; in situ measurements; comparative	G_inferred		model; in situ	clouds; albedo; atmosphere; temperature; wind; topography; snow melt; time of year; soil; water vapor; precipitation	Rnet; H; LE; G	Rnet; H; LE; G	Rnet; H; LE; G		time of year; topography; albedo; precipitation	topography; albedo		vegetation type; vegetation cover; topography; soil; climate; 1.5m_temperature; precipitation; clouds
Arctic_SEB_1991-1999_1	Literature research	64.841650	-162.306817	49.0	217	Journal	Beringer, J; Chapin, Fs; Thompson, Cc; Mcguire, Ad	Surface energy exchanges along a tundra-forest transition and feedbacks to climate	Agricultural and Forest Meteorology	2005	https://doi.org/10.1016/j.agrformet.2005.05.006	1991	1999	summer	G4	Council; Seward; Alaska; USA	local	seasonal average; growing season; daily average; halfhourly average; 18June-22August; 14July-27July; 4August-22August; 19June-13July; 18June-22August	in situ measurements; comparative	no		in situ; meteorological; meteo tower; EC tower	vegetation; landcover; LAI; albedo; resistance; water vapor; temperature; soil moisture; soil; time of day	H; LE; albedo; Kin; Kout; Lin; Lout; Rnet; temperature; G	LAI; albedo; Rnet; LE; H; G; bowen; evaporative fraction; H fraction; G fraction	vegetation cover; topography; Kin; Kout; Lin; Lout; Rnet; 2m_temperature; soil characteristics; VPD; wind speed; albedo midday; LAI; bowen; LE max; H max; G max; vegetation structure; resistance; Rnet; H; LE; G	bowen; evaporative fraction; H fraction; G fraction	vegetation type; time of day	vegetation type	vegetation type	climate; 2m_temperature; precipitation; vegetation type; vegetation cover; topography; soil; soil moisture; soil bulk density; permafrost; hydrology
Arctic_SEB_1991-1999_2	Literature research	64.891167	-162.364000	83.0	217	Journal	Beringer, J; Chapin, Fs; Thompson, Cc; Mcguire, Ad	Surface energy exchanges along a tundra-forest transition and feedbacks to climate	Agricultural and Forest Meteorology	2005	https://doi.org/10.1016/j.agrformet.2005.05.006	1991	1999	summer	S2	Council; Seward; Alaska; USA	local	seasonal average; growing season; daily average; halfhourly average; 18June-22August; 14July-27July; 4August-22August; 19June-13July; 18June-22August	in situ measurements; comparative	no		in situ; meteorological; meteo tower; EC tower	vegetation; landcover; LAI; albedo; resistance; water vapor; temperature; soil moisture; soil; time of day	H; LE; albedo; Kin; Kout; Lin; Lout; Rnet; temperature; G	LAI; albedo; Rnet; LE; H; G; bowen; evaporative fraction; H fraction; G fraction	vegetation cover; topography; Kin; Kout; Lin; Lout; Rnet; 2m_temperature; soil characteristics; VPD; wind speed; albedo midday; LAI; bowen; LE max; H max; G max; vegetation structure; resistance; Rnet; H; LE; G	bowen; evaporative fraction; H fraction; G fraction	vegetation type; time of day	vegetation type	vegetation type	climate; 2m_temperature; precipitation; vegetation type; vegetation cover; topography; soil; soil moisture; soil bulk density; permafrost; hydrology
Arctic_SEB_1991-1999_3	Literature research	64.935683	-163.264300	137.0	217	Journal	Beringer, J; Chapin, Fs; Thompson, Cc; Mcguire, Ad	Surface energy exchanges along a tundra-forest transition and feedbacks to climate	Agricultural and Forest Meteorology	2005	https://doi.org/10.1016/j.agrformet.2005.05.006	1991	1999	summer	S1	Council; Seward; Alaska; USA	local	seasonal average; growing season; daily average; halfhourly average; 18June-22August; 14July-27July; 4August-22August; 19June-13July; 18June-22August	in situ measurements; comparative	no		in situ; meteorological; meteo tower; EC tower	vegetation; landcover; LAI; albedo; resistance; water vapor; temperature; soil moisture; soil; time of day	H; LE; albedo; Kin; Kout; Lin; Lout; Rnet; temperature; G	LAI; albedo; Rnet; LE; H; G; bowen; evaporative fraction; H fraction; G fraction	vegetation cover; topography; Kin; Kout; Lin; Lout; Rnet; 2m_temperature; soil characteristics; VPD; wind speed; albedo midday; LAI; bowen; LE max; H max; G max; vegetation structure; resistance; Rnet; H; LE; G	bowen; evaporative fraction; H fraction; G fraction	vegetation type; time of day	vegetation type	vegetation type	climate; 2m_temperature; precipitation; vegetation type; vegetation cover; topography; soil; soil moisture; soil bulk density; permafrost; hydrology
Arctic_SEB_2011-2013_1	Literature research	72.600000	-38.500000	3255.0	223	Journal	Miller, Nb; Shupe, Md; Cox, Cj; Walden, Vp; Turner, Dd; Steffen, K	Cloud radiative forcing at Summit, Greenland	Journal of Climate	2015	https://doi.org/10.1175/JCLI-D-15-0076.1	2011	2013	allyear	ice	Summit; Greenland Ice Sheet	local	3hour average; monthly average	in situ measurements; comparative	no		in situ; meteorological; model	clouds; time of year; water vapor; albedo; sun angle; temperature; pressure	albedo; Lin; Kin; temperature; Kout; Lout; Rnet	albedo; Kin; Kout; Lin; Lout; Lnet; Knet; Rnet; cloud cover; LWP; cloud thickness; CRF			solar zenith angle; time of year; cloud cover; LWP; cloud thickness
Arctic_SEB_1994-1994_1	Literature research	69.383333	-147.133333	590.0	224	Journal	Mcfadden, Jp; Chapin, Fs; Hollinger, Dy	Subgrid-scale variability in the surface energy balance of Arctic tundra	Journal of Geophysical Research-Atmospheres	1998	https://doi.org/10.1029/98JD02400	1994	1994	summer	P1	Happy Valley; Alaska; USA	local; regional	July; seasonal average; midday average	in situ measurements; comparative	no		in situ; EC tower; meteorological; satellite; landsat; meteo tower	vegetation; landcover; soil moisture; LAI; topography; temperature; precipitation; wind; water vapor; irradiation; time of day	ET; G; Rnet; LE; H; temperature	2m_temperature; 0m_temperature; G; Rnet; H; LE; bowen; saturation deficit	2m_temperature; 0m_temperature; wind speed; water vapor; Kin; Rnet; H fraction; LE fraction; bowen; ET; E; conductance; CO2	Rnet	time of day; vegetation type; soil moisture	vegetation type	vegetation type; Kin	soil moisture; canopy height; LAI; vegetation type; vegetation cover; climate; 2m_temperature; 0m_temperature; precipitation; irradiation
Arctic_SEB_1994-1994_2	Literature research	69.100000	-149.000000	438.0	224	Journal	Mcfadden, Jp; Chapin, Fs; Hollinger, Dy	Subgrid-scale variability in the surface energy balance of Arctic tundra	Journal of Geophysical Research-Atmospheres	1998	https://doi.org/10.1029/98JD02400	1994	1994	summer	G4	Happy Valley; Alaska; USA	local; regional	July; seasonal average; midday average	in situ measurements; comparative	no		in situ; EC tower; meteorological; satellite; landsat; meteo tower	vegetation; landcover; soil moisture; LAI; topography; temperature; precipitation; wind; water vapor; irradiation; time of day	ET; G; Rnet; LE; H; temperature	2m_temperature; 0m_temperature; G; Rnet; H; LE; bowen; saturation deficit	2m_temperature; 0m_temperature; wind speed; water vapor; Kin; Rnet; H fraction; LE fraction; bowen; ET; E; conductance; CO2	Rnet	time of day; vegetation type; soil moisture	vegetation type	vegetation type; Kin	soil moisture; canopy height; LAI; vegetation type; vegetation cover; climate; 2m_temperature; 0m_temperature; precipitation; irradiation
Arctic_SEB_1994-1994_3	Literature research	69.100000	-148.983333	443.0	224	Journal	Mcfadden, Jp; Chapin, Fs; Hollinger, Dy	Subgrid-scale variability in the surface energy balance of Arctic tundra	Journal of Geophysical Research-Atmospheres	1998	https://doi.org/10.1029/98JD02400	1994	1994	summer	G4	Happy Valley; Alaska; USA	local; regional	July; seasonal average; midday average	in situ measurements; comparative	no		in situ; EC tower; meteorological; satellite; landsat; meteo tower	vegetation; landcover; soil moisture; LAI; topography; temperature; precipitation; wind; water vapor; irradiation; time of day	ET; G; Rnet; LE; H; temperature	2m_temperature; 0m_temperature; G; Rnet; H; LE; bowen; saturation deficit	2m_temperature; 0m_temperature; wind speed; water vapor; Kin; Rnet; H fraction; LE fraction; bowen; ET; E; conductance; CO2	Rnet	time of day; vegetation type; soil moisture	vegetation type	vegetation type; Kin	soil moisture; canopy height; LAI; vegetation type; vegetation cover; climate; 2m_temperature; 0m_temperature; precipitation; irradiation
Arctic_SEB_1994-1994_3	Literature research	69.100000	-148.983333	443.0	224	Journal	Mcfadden, Jp; Chapin, Fs; Hollinger, Dy	Subgrid-scale variability in the surface energy balance of Arctic tundra	Journal of Geophysical Research-Atmospheres	1998	https://doi.org/10.1029/98JD02400	1994	1994	summer	S1	Happy Valley; Alaska; USA	local; regional	July; seasonal average; midday average	in situ measurements; comparative	no		in situ; EC tower; meteorological; satellite; landsat; meteo tower	vegetation; landcover; soil moisture; LAI; topography; temperature; precipitation; wind; water vapor; irradiation; time of day	ET; G; Rnet; LE; H; temperature	2m_temperature; 0m_temperature; G; Rnet; H; LE; bowen; saturation deficit	2m_temperature; 0m_temperature; wind speed; water vapor; Kin; Rnet; H fraction; LE fraction; bowen; ET; E; conductance; CO2	Rnet	time of day; vegetation type; soil moisture	vegetation type	vegetation type; Kin	soil moisture; canopy height; LAI; vegetation type; vegetation cover; climate; 2m_temperature; 0m_temperature; precipitation; irradiation
Arctic_SEB_1994-1994_4	Literature research	69.166667	-147.150000	336.0	224	Journal	Mcfadden, Jp; Chapin, Fs; Hollinger, Dy	Subgrid-scale variability in the surface energy balance of Arctic tundra	Journal of Geophysical Research-Atmospheres	1998	https://doi.org/10.1029/98JD02400	1994	1994	summer	G3	Happy Valley; Alaska; USA	local; regional	July; seasonal average; midday average	in situ measurements; comparative	no		in situ; EC tower; meteorological; satellite; landsat; meteo tower	vegetation; landcover; soil moisture; LAI; topography; temperature; precipitation; wind; water vapor; irradiation; time of day	ET; G; Rnet; LE; H; temperature	2m_temperature; 0m_temperature; G; Rnet; H; LE; bowen; saturation deficit	2m_temperature; 0m_temperature; wind speed; water vapor; Kin; Rnet; H fraction; LE fraction; bowen; ET; E; conductance; CO2	Rnet	time of day; vegetation type; soil moisture	vegetation type	vegetation type; Kin	soil moisture; canopy height; LAI; vegetation type; vegetation cover; climate; 2m_temperature; 0m_temperature; precipitation; irradiation
Arctic_SEB_2007-2008_1	Literature research	70.816667	-146.533333		229	Journal	Blok, D; Heijmans, Mmpd; Schaepman-Strub, G; Kononov, Av; Maximov, Tc; Berendse, F	Shrub expansion may reduce summer permafrost thaw in Siberian tundra	Global Change Biology	2010	https://doi.org/10.1111/j.1365-2486.2009.02110.x	2007	2008	summer	G4	Kytalyk; Siberia; Russia	local	point average	in situ measurements; experiment; replicated; ANOVA; regression	no		in situ measurements	vegetation; permafrost; time of year; landcover	G; Rnet; temperature; storage	ALT		ALT; G; Rnet	vegetation type; betula nana cover; time of year; topography		time of year; vegetation type; betula nana cover; topography	permafrost; climate; 2m_temperature; precipitation; vegetation type; vegetation cover; snow depth
Arctic_SEB_2012-2012_1	Literature research	63.016667	-43.866667		235	Journal	Solomon, A; Shupe, Md; Miller, Nb	Cloud-atmospheric boundary layer-surface interactions on the Greenland ice sheet during the July 2012 extreme melt event	Journal of Climate	2017	https://doi.org/10.1175/JCLI-D-16-0071.1	2012	2012	summer	ice	Summit; South Dome; Greenland; AWS	local; regional	10-13July; halfhourly average; hourly average	simulation of SEB; model experiment; comparative; model validation; comparison model and in situ; in situ measurements	unclear		model; WRF; CAM	clouds; time of day; albedo; atmosphere; water vapor; temperature	Lin; Knet; Lout; albedo; LE; H; G; temperature	Lin; Lout; Knet; LWP; IWP; albedo; 0m_temperature; CRF; 1m_temperature; wind speed			time of year
Arctic_SEB_2012-2012_1	Literature research	72.600000	-37.950000		235	Journal	Solomon, A; Shupe, Md; Miller, Nb	Cloud-atmospheric boundary layer-surface interactions on the Greenland ice sheet during the July 2012 extreme melt event	Journal of Climate	2017	https://doi.org/10.1175/JCLI-D-16-0071.1	2012	2012	summer	ice	Summit; South Dome; Greenland; AWS	local; regional	10-13July; halfhourly average; hourly average	simulation of SEB; model experiment; comparative; model validation; comparison model and in situ; in situ measurements	unclear		model; WRF; CAM	clouds; time of day; albedo; atmosphere; water vapor; temperature	Lin; Knet; Lout; albedo; LE; H; G; temperature	Lin; Lout; Knet; LWP; IWP; albedo; 0m_temperature; CRF; 1m_temperature; wind speed			time of year
Arctic_SEB_1996-1997_1	Literature research	74.050000	-21.000000		237	Journal	Soegaard, H; Hasholt, B; Friborg, T; Nordstroem, C	Surface energy- and water balance in a high-Arctic environment in ne Greenland	Theoretical and Applied Climatology	2001	https://doi.org/10.1007/s007040170004	1996	1997	summer	W	Zackenberg; Greenland	local	seasonal average; DOY152-238; DOY158-238; DOY192-213; 1Sep-31August	in situ measurements; comparative	no		in situ; EC tower; model	vegetation; landcover; soil moisture; snow melt; topography; resistance; LAI; precipitation; irradiation; albedo; time of year; temperature; time of day	ET; LE; H; Rnet; G; temperature; albedo	Kin; albedo; 2m_temperature; LAI; precipitation; discharge; ET; surface resistance; -0.2m_temperature; -0.6m_temperature; soil moisture; stomatal resistance; LE; 0m_temperature	Rnet; LE; H; G; bowen; resistance; LAI; precipitation; ET		time of year; vegetation type; LAI; time of day	vegetation type; time; time of year		climate; 2m_temperature; hydrology; vegetation type; vegetation cover; soil; LAI; surface resistance
Arctic_SEB_1996-1997_1	Literature research	74.050000	-21.000000		237	Journal	Soegaard, H; Hasholt, B; Friborg, T; Nordstroem, C	Surface energy- and water balance in a high-Arctic environment in ne Greenland	Theoretical and Applied Climatology	2001	https://doi.org/10.1007/s007040170004	1996	1997	summer	P	Zackenberg; Greenland	local	seasonal average; DOY152-238; DOY158-238; DOY192-213; 1Sep-31August	in situ measurements; comparative	no		in situ; EC tower; model	vegetation; landcover; soil moisture; snow melt; topography; resistance; LAI; precipitation; irradiation; albedo; time of year; temperature; time of day	ET; LE; H; Rnet; G; temperature; albedo	Kin; albedo; 2m_temperature; LAI; precipitation; discharge; ET; surface resistance; -0.2m_temperature; -0.6m_temperature; soil moisture; stomatal resistance; LE; 0m_temperature	Rnet; LE; H; G; bowen; resistance; LAI; precipitation; ET		time of year; vegetation type; LAI; time of day	vegetation type; time; time of year		climate; 2m_temperature; hydrology; vegetation type; vegetation cover; soil; LAI; surface resistance
Arctic_SEB_1996-1997_1	Literature research	74.050000	-21.000000		237	Journal	Soegaard, H; Hasholt, B; Friborg, T; Nordstroem, C	Surface energy- and water balance in a high-Arctic environment in ne Greenland	Theoretical and Applied Climatology	2001	https://doi.org/10.1007/s007040170004	1996	1997	summer	S	Zackenberg; Greenland	local	seasonal average; DOY152-238; DOY158-238; DOY192-213; 1Sep-31August	in situ measurements; comparative	no		in situ; EC tower; model	vegetation; landcover; soil moisture; snow melt; topography; resistance; LAI; precipitation; irradiation; albedo; time of year; temperature; time of day	ET; LE; H; Rnet; G; temperature; albedo	Kin; albedo; 2m_temperature; LAI; precipitation; discharge; ET; surface resistance; -0.2m_temperature; -0.6m_temperature; soil moisture; stomatal resistance; LE; 0m_temperature	Rnet; LE; H; G; bowen; resistance; LAI; precipitation; ET		time of year; vegetation type; LAI; time of day	vegetation type; time; time of year		climate; 2m_temperature; hydrology; vegetation type; vegetation cover; soil; LAI; surface resistance
Arctic_SEB_2012-2013_1	Literature research	61.200000	-138.300000		244	Journal	Williamson, Sn; Barrio, Ic; Hik, Ds; Gamon, Ja	Phenology and species determine growing-season albedo increase at the altitudinal limit of shrub growth in the sub-Arctic	Global Change Biology	2016	https://doi.org/10.1111/gcb.13297	2012	2013	summer	S1	Ruby Ranges; Yukon; Canada	local	seasonal average; July-August; 15July-29July; hourly average; 10min average	in situ measurements; comparative; replicated; satellite measurements; regression; ANOVA; mixed-model	unclear		in situ; satellite; MODIS; albedometer	phenology; vegetation; time of year; snow melt; LAI; irradiation; clouds	albedo; Kin	albedo	albedo		time of year; vegetation type	year; time of year; vegetation type		vegetation type; vegetation cover; canopy height
Arctic_SEB_2012-2013_1	Literature research	61.200000	-138.300000		244	Journal	Williamson, Sn; Barrio, Ic; Hik, Ds; Gamon, Ja	Phenology and species determine growing-season albedo increase at the altitudinal limit of shrub growth in the sub-Arctic	Global Change Biology	2016	https://doi.org/10.1111/gcb.13297	2012	2013	summer	G	Ruby Ranges; Yukon; Canada	local	seasonal average; July-August; 15July-29July; hourly average; 10min average	in situ measurements; comparative; replicated; satellite measurements; regression; ANOVA; mixed-model	unclear		in situ; satellite; MODIS; albedometer	phenology; vegetation; time of year; snow melt; LAI; irradiation; clouds	albedo; Kin	albedo	albedo		time of year; vegetation type	year; time of year; vegetation type		vegetation type; vegetation cover; canopy height
Arctic_SEB_2012-2013_1	Literature research	61.200000	-138.300000		244	Journal	Williamson, Sn; Barrio, Ic; Hik, Ds; Gamon, Ja	Phenology and species determine growing-season albedo increase at the altitudinal limit of shrub growth in the sub-Arctic	Global Change Biology	2016	https://doi.org/10.1111/gcb.13297	2012	2013	summer	S	Ruby Ranges; Yukon; Canada	local	seasonal average; July-August; 15July-29July; hourly average; 10min average	in situ measurements; comparative; replicated; satellite measurements; regression; ANOVA; mixed-model	unclear		in situ; satellite; MODIS; albedometer	phenology; vegetation; time of year; snow melt; LAI; irradiation; clouds	albedo; Kin	albedo	albedo		time of year; vegetation type	year; time of year; vegetation type		vegetation type; vegetation cover; canopy height
Arctic_SEB_2012-2013_1	Literature research	61.200000	-138.300000		244	Journal	Williamson, Sn; Barrio, Ic; Hik, Ds; Gamon, Ja	Phenology and species determine growing-season albedo increase at the altitudinal limit of shrub growth in the sub-Arctic	Global Change Biology	2016	https://doi.org/10.1111/gcb.13297	2012	2013	summer	P	Ruby Ranges; Yukon; Canada	local	seasonal average; July-August; 15July-29July; hourly average; 10min average	in situ measurements; comparative; replicated; satellite measurements; regression; ANOVA; mixed-model	unclear		in situ; satellite; MODIS; albedometer	phenology; vegetation; time of year; snow melt; LAI; irradiation; clouds	albedo; Kin	albedo	albedo		time of year; vegetation type	year; time of year; vegetation type		vegetation type; vegetation cover; canopy height
Arctic_SEB_2008-2008_1	Literature research	78.916667	11.083333		250	Journal	Westermann, S; Luers, J; Langer, M; Piel, K; Boike, J	The annual surface energy budget of a high-Arctic permafrost site on Svalbard, Norway	Cryosphere	2009	https://doi.org/10.5194/tc-3-245-2009	2008	2008	allyear	B3\|B4	Ny Alesynd; Svalbard	local	seasonal average; 1July-31August; 1September-31September; 1October-15March; 15March-15April; 16April-31May; 1June-30June; annual average; daily average	in situ measurements; comparative	no		in situ; meteorological; meteo tower; EC tower	time of year; permafrost; soil moisture; snow melt; snow; mixing ratio; temperature; water vapor; clouds	Rnet; H; LE; G; Knet; Lnet; ET; temperature; Kin; Kout; Lin; Lout; wind	H; LE; G; soil moisture; bowen; 0m_temperature; snow cover; temperature gradient;	2m_temperature; precipitation; air pressure; relative humidity; Kin; Kout; Knet; Lin; Lout; Lnet; H; LE; Gbulk; G; Melt; EBC		time of year; soil moisture; Lin; wind speed	time of year; sun and snow conditions		climate; 2m_temperature; precipitation; topography; vegetation; landscape
Arctic_SEB_2003-2003_1	Literature research	68.750000	-132.500000	179.0	254	Journal	Endrizzi, S; Marsh, P	Observations and modeling of turbulent fluxes during melt at the shrub-tundra transition zone 1: point scale variations	Hydrology Research	2010	https://doi.org/10.2166/nh.2010.149	2003	2003	spring	P1	TVC; Inuvik; NWT; Canada	local	hourly average; seasonal average	comparison model and in situ; model validation; in situ measurements; comparative	no		in situ; model	time of year; vegetation; landcover; snow; snow melt; soil; LAI	LE; H	2m_temperature; LE; H	SWE; 2m_temperature; H; LE		time of year; location; vegetation type; snow cover	location; vegetation type; snow cover		topography; vegetation type; canopy height; roughtness length; LAI
Arctic_SEB_2003-2003_1	Literature research	68.750000	-132.500000	156.0	254	Journal	Endrizzi, S; Marsh, P	Observations and modeling of turbulent fluxes during melt at the shrub-tundra transition zone 1: point scale variations	Hydrology Research	2010	https://doi.org/10.2166/nh.2010.149	2003	2003	spring	S1	TVC; Inuvik; NWT; Canada	local	hourly average; seasonal average	comparison model and in situ; model validation; in situ measurements; comparative	no		in situ; model	time of year; vegetation; landcover; snow; snow melt; soil; LAI	LE; H	2m_temperature; LE; H	SWE; 2m_temperature; H; LE		time of year; location; vegetation type; snow cover	location; vegetation type; snow cover		topography; vegetation type; canopy height; roughtness length; LAI
Arctic_SEB_1951-2009_1	Literature research	76.500000	-68.800000		263	Journal	Muscari, G; Di Biagio, C; Di Sarra, A; Cacciani, M; Ascanius, Se; Bertagnolio, Pp; Cesaroni, C; De Zafra, Rl; Eriksen, P; Fiocco, G; Fiorucci, I; Fua, D	Observations of surface radiation and stratospheric processes at Thule air base, Greenland, during the ipy	Annals of Geophysics	2014	https://doi.org/10.4401/ag-6382	1951	2009	allyear	ice	Thule; Greenland	local	monthly average; daily average; 10day average	in situ measurements	no		in situ; meteorological; meteo tower	time of year; time; clouds; water vapor; albedo; aerosols; wind; precipitation; snow; pressure; temperature	Lin; Kin; temperature	2m_temperature; wind speed; precipitation; atmospheric pressure; relative humidity; Kin; Lin; water vapor			time of year
Arctic_SEB_2005-2005_1	Literature research	68.490000	-155.750000	568.0	265	Journal	Malik, Mj; Van Der Velde, R; Vekerdy, Z; Su, Zb	Improving modeled snow albedo estimates during the spring melt season	Journal of Geophysical Research-Atmospheres	2014	https://doi.org/10.1002/2013JD021344	2005	2005	allyear	snow	Ivotuk; Brooks Range; Alaska; USA	local	daily average; hourly average; 31May-12June; 23May-17June	model parametrization; model validation; comparison model and model	unclear		in situ measurements; meteorological; meteo tower; model; LSM; BATS; CLASS; VAS	location; landcover; climate; time of year; temperature; water vapor; precipitation; pressure; wind; soil moisture	albedo; Kout; ET; Lin; Kin	albedo; snow depth			time of year			climate
Arctic_SEB_2013-2015_1	Literature research	68.620000	-149.300000	930.0	266	Journal	Shati, F; Prakash, S; Norouzi, H; Blake, R	Assessment of differences between near-surface air and soil temperatures for reliable detection of high-latitude freeze and thaw states	Cold Regions Science and Technology	2018	https://doi.org/10.1016/j.coldregions.2017.10.007	2013	2015	allyear	S\|P	Imnaviat Creek; Rocky Point; Monahan Flat; Alaska; USA; SNOTEL	local; regional	seasonal average; hourly average	in situ measurements; comparative	no		in situ; meteorological; meteo tower; satellite; MODIS; AMSR2; network; SNOTEL	temperature; time of year; time of day; snow	temperature; Lout	2m_temperature; -0.05m_temperature; temperature difference frequency			location; time of day
Arctic_SEB_2013-2015_2	Literature research	64.530000	-163.420000	76.0	266	Journal	Shati, F; Prakash, S; Norouzi, H; Blake, R	Assessment of differences between near-surface air and soil temperatures for reliable detection of high-latitude freeze and thaw states	Cold Regions Science and Technology	2018	https://doi.org/10.1016/j.coldregions.2017.10.007	2013	2015	allyear	S\|P	Imnaviat Creek; Rocky Point; Monahan Flat; Alaska; USA; SNOTEL	local; regional	seasonal average; hourly average	in situ measurements; comparative	no		in situ; meteorological; meteo tower; satellite; MODIS; AMSR2; network; SNOTEL	temperature; time of year; time of day; snow	temperature; Lout	2m_temperature; -0.05m_temperature; temperature difference frequency			location; time of day
Arctic_SEB_2013-2015_3	Literature research	63.300000	-147.650000	826.0	266	Journal	Shati, F; Prakash, S; Norouzi, H; Blake, R	Assessment of differences between near-surface air and soil temperatures for reliable detection of high-latitude freeze and thaw states	Cold Regions Science and Technology	2018	https://doi.org/10.1016/j.coldregions.2017.10.007	2013	2015	allyear	S\|P	Imnaviat Creek; Rocky Point; Monahan Flat; Alaska; USA; SNOTEL	local; regional	seasonal average; hourly average	in situ measurements; comparative	no		in situ; meteorological; meteo tower; satellite; MODIS; AMSR2; network; SNOTEL	temperature; time of year; time of day; snow	temperature; Lout	2m_temperature; -0.05m_temperature; temperature difference frequency			location; time of day
Arctic_SEB_2002-2012_1	Literature research	68.983333	-149.716667		290	Journal	Jiang, Yy; Rocha, Av; O'donnell, Ja; Drysdale, Ja; Rastetter, Eb; Shaver, Gr; Zhuang, Ql	Contrasting soil thermal responses to fire in Alaskan tundra and boreal forest	Journal of Geophysical Research-Earth Surface	2015	https://doi.org/10.1002/2014JF003180	2002	2012	unclear	burned G4	Alaska; USA	local	daily average	in situ measurements; comparative; replicated; simulation of SEB; model validation	unclear		in situ; model	disturbance; fire; soil; soil moisture; permafrost; vegetation; temperature; albedo	G; temperature; albedo	; -0.05m_temperature		albedo; 0m_temperature; -0.2m_temperature	time of year		burn severity; year	vegetation type; permafrost; soil type; soil moisture; vegetation cover; surface roughness; ALT; disturbance
Arctic_SEB_2002-2012_2	Literature research	68.950000	-149.783333		290	Journal	Jiang, Yy; Rocha, Av; O'donnell, Ja; Drysdale, Ja; Rastetter, Eb; Shaver, Gr; Zhuang, Ql	Contrasting soil thermal responses to fire in Alaskan tundra and boreal forest	Journal of Geophysical Research-Earth Surface	2015	https://doi.org/10.1002/2014JF003180	2002	2012	unclear	burned G4	Alaska; USA	local	daily average	in situ measurements; comparative; replicated; simulation of SEB; model validation	unclear		in situ; model	disturbance; fire; soil; soil moisture; permafrost; vegetation; temperature; albedo	G; temperature; albedo	; -0.05m_temperature		albedo; 0m_temperature; -0.2m_temperature	time of year		burn severity; year	vegetation type; permafrost; soil type; soil moisture; vegetation cover; surface roughness; ALT; disturbance
Arctic_SEB_2002-2012_3	Literature research	68.933333	-149.733333		290	Journal	Jiang, Yy; Rocha, Av; O'donnell, Ja; Drysdale, Ja; Rastetter, Eb; Shaver, Gr; Zhuang, Ql	Contrasting soil thermal responses to fire in Alaskan tundra and boreal forest	Journal of Geophysical Research-Earth Surface	2015	https://doi.org/10.1002/2014JF003180	2002	2012	unclear	G4	Alaska; USA	local	daily average	in situ measurements; comparative; replicated; simulation of SEB; model validation	unclear		in situ; model	disturbance; fire; soil; soil moisture; permafrost; vegetation; temperature; albedo	G; temperature; albedo	; -0.05m_temperature		albedo; 0m_temperature; -0.2m_temperature	time of year		burn severity; year	vegetation type; permafrost; soil type; soil moisture; vegetation cover; surface roughness; ALT; disturbance
Arctic_SEB_2013-2013_1	Literature research	71.300000	-156.500000		295	Journal	Cohen, Lr; Raz-Yaseef, N; Curtis, Jb; Young, Jm; Rahn, Ta; Wilson, Cj; Wullschleger, Sd; Newman, Bd	Measuring diurnal cycles of evapotranspiration in the Arctic with an automated chamber system	Ecohydrology	2015	https://doi.org/10.1002/eco.1532	2013	2013	summer\|fall	W1	Barrow; Alaska; USA	local	halfhour average; June-September	in situ; comparison in situ and in situ	no		in situ; meteorological	temperature; water vapor; irradiation; time of year	ET	ET; Kin; relative humidity; 1.2m_temperature			time of year			climate; 2m_temperature; precipitation; landscape; vegetation type; topography; permafrost; soil type
Arctic_SEB_1999-1999_1	Literature research	78.916667	11.933333		305	Journal	Nardino, M; Georgiadis, T	A simple snowmelt parameterization for an Arctic site	Nuovo Cimento della Societa Italiana di Fisica C-Geophysics and Space Physics	2004	https://doi.org/10.1393/ncc/i2004-10008-0	1999	1999	spring\|summer	snow	Ny Alesynd; Svalbard	local	3hour average; daily average; 7May-30June	in situ measurements	no		in situ; meteorological; model	snow melt; clouds; wind; advection; atmosphere; time of year; temperature; albedo; water vapor; precipitation	Rnet; H; LE; albedo; temperature; Lin; Lout; Kin; G; Kout; Knet; Lnet	Knet; Lnet; Rnet; Kin; Lin; Kout; Lout; albedo; 2m_temperature; wind speed; cloud cover; precipitation			time of year; humidity
Arctic_SEB_1996-1999_1	Literature research	68.450000	-133.320000		307	Journal	Petrone, Rm; Rouse, Wr	Synoptic controls on the surface energy and water budgets in sub-Arctic regions of Canada	International Journal of Climatology	2000	https://doi.org/10.1002/1097-0088(200008)20:10<1149::AID-JOC527>3.0.CO;2-M	1996	1999	spring\|summer\|fall	W2\|G2	Churchill; TVC; Inuvik; NWT; Canada	local; regional	21April-7September; seasonal average	in situ measurements; comparative; replicated	unclear		in situ; GIS; meteorological	temperature; water vapor; precipitation; atmosphere; advection; wind; clouds; vegetation; soil moisture; soil	ET; Kin; Rnet; LE; H	synoptic type	2m_temperature; cloud cover; VPD; frequency; Kin fraction; bowen; precipitation; evaporation	Kin fraction; Rnet	time of year; location	synoptic type; location	cloud cover; Kin	vegetation type; soil type; climate; synoptic type
Arctic_SEB_2002-2002_1	Literature research	64.866667	-146.150000		308	Journal	Heijmans, Mmpd; Arp, Wj; Chapin, Fs	Controls on moss evaporation in a boreal black spruce forest	Global Biogeochemical Cycles	2004	https://doi.org/10.1029/2003GB002128	2002	2002	spring	W	Fairbanks; Alaska; USA	local	seasonal average; daily average; 1June-8September	in situ measurements; comparative; experimental treatment; replicated; regression; ANOVA	unclear		in situ; experiment	vegetation; soil moisture; landcover; precipitation; time of year	ET	ET; precipitation	ET	ET	vegetation type; precipitation; soil moisture; time of year	vegetation type	vegetation type; precipitation	climate; 2m_temperature; precipitation; vegetation density; canopy height; vegetation type; LAI
Arctic_SEB_1998-2005_1	Literature research	71.300000	-156.500000		311	Journal	Paquin-Ricard, D; Jones, C; Vaillancourt, Pa	Using arm observations to evaluate cloud and clear-sky radiation processes as simulated by the Canadian regional climate model gem	Monthly Weather Review	2010	https://doi.org/10.1175/2009MWR2745.1	1998	2005	allyear	tundra	Barrow; Alaska; USA	local	seasonal average; June-August; December-February; 4hour average; 3day average	comparison model and in situ; model validation; in situ measurements; comparative	unclear		model; meteorological; in situ; ARM; GEM-LAM; satellite; ISCCP	clouds; irradiation; aerosols; water vapor; time of day; precipitation; time of year	Lin; Kin; temperature; albedo	cloud cover; atmospheric pressure; IWV; 2m_temperature; Kin; Lin; LWP			time of day; time of year; cloud cover; LWP; precipitation
Arctic_SEB_2007-2015_1	Literature research	66.910000	-38.300000		312	Journal	Mcilhattan, Ea; L'ecuyer, Ts; Miller, Nb	Observational evidence linking Arctic supercooled liquid cloud biases in cesm to snowfall processes	Journal of Climate	2017	https://doi.org/10.1175/JCLI-D-16-0666.1	2007	2015	allyear	ice	Summit; Greenland; Arctic	local; regional	yearly average; monthly average	comparison model and satellite; simulation of SEB	no		model; in situ; meteorological; CESM-LE; satellite; GC-NET; meteo tower; networ	clouds; snow; precipitation; temperature	Lin	LCC frequency; Lin	Lin; frequency LCC; precipitation frequency		time of year	location
Arctic_SEB_2007-2015_2	Literature research	81.990000	-38.300000		312	Journal	Mcilhattan, Ea; L'ecuyer, Ts; Miller, Nb	Observational evidence linking Arctic supercooled liquid cloud biases in cesm to snowfall processes	Journal of Climate	2017	https://doi.org/10.1175/JCLI-D-16-0666.1	2007	2015	allyear	ice	Summit; Greenland; Arctic	local; regional	yearly average; monthly average	comparison model and satellite; simulation of SEB	no		model; in situ; meteorological; CESM-LE; satellite; GC-NET; meteo tower; networ	clouds; snow; precipitation; temperature	Lin	LCC frequency; Lin	Lin; frequency LCC; precipitation frequency		time of year	location
Arctic_SEB_1999-2000_1	Literature research	60.760000	89.410000		319	Journal	Arneth, A; Lloyd, J; Shibistova, O; Sogachev, A; Kolle, O	Spring in the boreal environment: observations on pre- and post-melt energy and CO2 fluxes in two central Siberian ecosystems	Boreal Environment Research	2006		1999	2000	spring	W	Yenisey river; Zotino; Siberia; Russia	local	seasonal average; daily average; 1April-31May; monthly_sum	in situ measurements; comparative	yes		in situ; EC tower; meteorological	vegetation; temperature; snow melt; time of year; wind; precipitation; GHG; water vapor; albedo; soil	Rnet; H; LE; Rnet; temperature; albedo; G	; -0.05m_temperature; 2m_temperature; snow depth; Rnet; H; LE; albedo; Rnet; G; Melt	ET		time of year; vegetation type; photosynthesis	vegetation type; time; time of year		climate; 2m_temperature; precipitation; vegetation type; vegetation cover
Arctic_SEB_1997-1998_1	Literature research	71.300000	-156.500000		320	Journal	Ling, F; Zhang, Tj	Impact of the timing and duration of seasonal snow cover on the active layer and permafrost in the Alaskan Arctic	Permafrost and Periglacial Processes	2003	https://doi.org/10.1002/ppp.445	1997	1998	spring\|summer\|fall	tundra	Barrow; Alaska; USA	local	daily average; September-August	model experiment; simulation of SEB; comparison model and model	yes		model; in situ; meteorological	snow; snow melt; time of year; wind; irradiation; pressure; temperature; soil	G; temperature; Kin	2m_temperature; snow thickness; Kin; wind speed; atmospheric pressure; -0.5m_temperature; -1m_temperature; -2m_temperature			time of year
Arctic_SEB_2003-2010_1	Literature research	67.100000	-49.883333	490.0	323	Journal	Van Den Broeke, Mr; Smeets, Cjpp; Van De Wal, Rsw	The seasonal cycle and interannual variability of surface energy balance and melt in the ablation zone of the west Greenland ice sheet	Cryosphere	2011	https://doi.org/10.5194/tc-5-377-2011	2003	2010	allyear	ice	Greenland	local	7year average; daily average; monthly average; hourly average; 16May-3September; 1August-26September	in situ measurements; simulation of SEB; model validation; comparison model and in situ; comparative	yes		in situ; meteorological; model	time of year; time of day; time; landcover; continentality; albedo; roughness; temperature; pressure; water vapor; wind; snow	Kin; albedo; temperature; Kout; Lin; Lout; Knet; Lnet; Rnet; H; LE; G	albedo; snow depth; ice ablation; melt frequency; Knet; Lnet; H; LE; G; Melt; 2m_temperature; 0m_temperature	Kin; Kout; Knet; Lin; Lout; Lnet; Rnet; H; LE; G; Melt	Lnet	time of year; time; continentality; snow cover; ice cover	continentality; snow cover; ice cover	Knet	climate; continentality; 2m_temperature; relative humidity; specific humidity; wind speed; mass balance
Arctic_SEB_2003-2010_2	Literature research	67.083333	-48.616667	1020.0	323	Journal	Van Den Broeke, Mr; Smeets, Cjpp; Van De Wal, Rsw	The seasonal cycle and interannual variability of surface energy balance and melt in the ablation zone of the west Greenland ice sheet	Cryosphere	2011	https://doi.org/10.5194/tc-5-377-2011	2003	2010	allyear	ice	Greenland	local	7year average; daily average; monthly average; hourly average; 16May-3September; 1August-26September	in situ measurements; simulation of SEB; model validation; comparison model and in situ; comparative	yes		in situ; meteorological; model	time of year; time of day; time; landcover; continentality; albedo; roughness; temperature; pressure; water vapor; wind; snow	Kin; albedo; temperature; Kout; Lin; Lout; Knet; Lnet; Rnet; H; LE; G	albedo; snow depth; ice ablation; melt frequency; Knet; Lnet; H; LE; G; Melt; 2m_temperature; 0m_temperature	Kin; Kout; Knet; Lin; Lout; Lnet; Rnet; H; LE; G; Melt	Lnet	time of year; time; continentality; snow cover; ice cover	continentality; snow cover; ice cover	Knet	climate; continentality; 2m_temperature; relative humidity; specific humidity; wind speed; mass balance
Arctic_SEB_2003-2010_3	Literature research	67.050000	-47.766667	1520.0	323	Journal	Van Den Broeke, Mr; Smeets, Cjpp; Van De Wal, Rsw	The seasonal cycle and interannual variability of surface energy balance and melt in the ablation zone of the west Greenland ice sheet	Cryosphere	2011	https://doi.org/10.5194/tc-5-377-2011	2003	2010	allyear	ice	Greenland	local	7year average; daily average; monthly average; hourly average; 16May-3September; 1August-26September	in situ measurements; simulation of SEB; model validation; comparison model and in situ; comparative	yes		in situ; meteorological; model	time of year; time of day; time; landcover; continentality; albedo; roughness; temperature; pressure; water vapor; wind; snow	Kin; albedo; temperature; Kout; Lin; Lout; Knet; Lnet; Rnet; H; LE; G	albedo; snow depth; ice ablation; melt frequency; Knet; Lnet; H; LE; G; Melt; 2m_temperature; 0m_temperature	Kin; Kout; Knet; Lin; Lout; Lnet; Rnet; H; LE; G; Melt	Lnet	time of year; time; continentality; snow cover; ice cover	continentality; snow cover; ice cover	Knet	climate; continentality; 2m_temperature; relative humidity; specific humidity; wind speed; mass balance
Arctic_SEB_1994-2015_1	Literature research	69.879000	-46.986000	2022.0	324	Journal	Vandecrux, B; Fausto, Rs; Langen, Pl; Van As, D; Macferrin, M; Colgan, Wt; Ingeman-Nielsen, T; Steffen, K; Jensen, Ns; Moller, Mt; Box, Je	Drivers of firn density on the Greenland ice sheet revealed by weather station observations and modeling	Journal of Geophysical Research-Earth Surface	2018	https://doi.org/10.1029/2017JF004597	1994	2015	allyear	ice	Crawford Point; Dye-2; NASA-SE; Summit; Greenland	local	12year average; 17year average	simulation of SEB; model validation; comparative; comparison in situ and model	no		in situ; meteorological; meteo tower; network; GC-Net; model	snow; time; precipitation	H; LE; Rnet; Knet; Lnet; G	Knet; Lnet; LE; H; G; Melt	H; Le; Knet; Lnet; G; firn density		time; location	time; location
Arctic_SEB_1994-2015_2	Literature research	66.480000	-46.279000	2165.0	324	Journal	Vandecrux, B; Fausto, Rs; Langen, Pl; Van As, D; Macferrin, M; Colgan, Wt; Ingeman-Nielsen, T; Steffen, K; Jensen, Ns; Moller, Mt; Box, Je	Drivers of firn density on the Greenland ice sheet revealed by weather station observations and modeling	Journal of Geophysical Research-Earth Surface	2018	https://doi.org/10.1029/2017JF004597	1994	2015	allyear	ice	Crawford Point; Dye-2; NASA-SE; Summit; Greenland	local	12year average; 17year average	simulation of SEB; model validation; comparative; comparison in situ and model	no		in situ; meteorological; meteo tower; network; GC-Net; model	snow; time; precipitation	H; LE; Rnet; Knet; Lnet; G	Knet; Lnet; LE; H; G; Melt	H; Le; Knet; Lnet; G; firn density		time; location	time; location
Arctic_SEB_1994-2015_3	Literature research	66.481000	-42.322000	2360.0	324	Journal	Vandecrux, B; Fausto, Rs; Langen, Pl; Van As, D; Macferrin, M; Colgan, Wt; Ingeman-Nielsen, T; Steffen, K; Jensen, Ns; Moller, Mt; Box, Je	Drivers of firn density on the Greenland ice sheet revealed by weather station observations and modeling	Journal of Geophysical Research-Earth Surface	2018	https://doi.org/10.1029/2017JF004597	1994	2015	allyear	ice	Crawford Point; Dye-2; NASA-SE; Summit; Greenland	local	12year average; 17year average	simulation of SEB; model validation; comparative; comparison in situ and model	no		in situ; meteorological; meteo tower; network; GC-Net; model	snow; time; precipitation	H; LE; Rnet; Knet; Lnet; G	Knet; Lnet; LE; H; G; Melt	H; Le; Knet; Lnet; G; firn density		time; location	time; location
Arctic_SEB_1994-2015_4	Literature research	72.580000	-38.504000	3208.0	324	Journal	Vandecrux, B; Fausto, Rs; Langen, Pl; Van As, D; Macferrin, M; Colgan, Wt; Ingeman-Nielsen, T; Steffen, K; Jensen, Ns; Moller, Mt; Box, Je	Drivers of firn density on the Greenland ice sheet revealed by weather station observations and modeling	Journal of Geophysical Research-Earth Surface	2018	https://doi.org/10.1029/2017JF004597	1994	2015	allyear	ice	Crawford Point; Dye-2; NASA-SE; Summit; Greenland	local	12year average; 17year average	simulation of SEB; model validation; comparative; comparison in situ and model	no		in situ; meteorological; meteo tower; network; GC-Net; model	snow; time; precipitation	H; LE; Rnet; Knet; Lnet; G	Knet; Lnet; LE; H; G; Melt	H; Le; Knet; Lnet; G; firn density		time; location	time; location
Arctic_SEB_1994-2015_1	Literature research	69.879000	-46.986000	1990.0	324	Journal	Vandecrux, B; Fausto, Rs; Langen, Pl; Van As, D; Macferrin, M; Colgan, Wt; Ingeman-Nielsen, T; Steffen, K; Jensen, Ns; Moller, Mt; Box, Je	Drivers of firn density on the Greenland ice sheet revealed by weather station observations and modeling	Journal of Geophysical Research-Earth Surface	2018	https://doi.org/10.1029/2017JF004597	1994	2015	allyear	ice	Crawford Point; Dye-2; NASA-SE; Summit; Greenland	local	12year average; 17year average	simulation of SEB; model validation; comparative; comparison in situ and model	no		in situ; meteorological; meteo tower; network; GC-Net; model	snow; time; precipitation	H; LE; Rnet; Knet; Lnet; G	Knet; Lnet; LE; H; G; Melt	H; Le; Knet; Lnet; G; firn density		time; location	time; location
Arctic_SEB_1994-2015_5	Literature research	69.568000	-49.316000	1149.0	324	Journal	Vandecrux, B; Fausto, Rs; Langen, Pl; Van As, D; Macferrin, M; Colgan, Wt; Ingeman-Nielsen, T; Steffen, K; Jensen, Ns; Moller, Mt; Box, Je	Drivers of firn density on the Greenland ice sheet revealed by weather station observations and modeling	Journal of Geophysical Research-Earth Surface	2018	https://doi.org/10.1029/2017JF004597	1994	2015	allyear	ice	Crawford Point; Dye-2; NASA-SE; Summit; Greenland	local	12year average; 17year average	simulation of SEB; model validation; comparative; comparison in situ and model	no		in situ; meteorological; meteo tower; network; GC-Net; model	snow; time; precipitation	H; LE; Rnet; Knet; Lnet; G	Knet; Lnet; LE; H; G; Melt	H; Le; Knet; Lnet; G; firn density		time; location	time; location
Arctic_SEB_1994-2015_6	Literature research	67.000000	-47.024000	1840.0	324	Journal	Vandecrux, B; Fausto, Rs; Langen, Pl; Van As, D; Macferrin, M; Colgan, Wt; Ingeman-Nielsen, T; Steffen, K; Jensen, Ns; Moller, Mt; Box, Je	Drivers of firn density on the Greenland ice sheet revealed by weather station observations and modeling	Journal of Geophysical Research-Earth Surface	2018	https://doi.org/10.1029/2017JF004597	1994	2015	allyear	ice	Crawford Point; Dye-2; NASA-SE; Summit; Greenland	local	12year average; 17year average	simulation of SEB; model validation; comparative; comparison in situ and model	no		in situ; meteorological; meteo tower; network; GC-Net; model	snow; time; precipitation	H; LE; Rnet; Knet; Lnet; G	Knet; Lnet; LE; H; G; Melt	H; Le; Knet; Lnet; G; firn density		time; location	time; location
Arctic_SEB_1996-1997_1	Literature research	60.116667	17.083333	45.0	328	Journal	Kellner, E	Surface energy fluxes and control of evapotranspiration from a swedish sphagnum mire	Agricultural and Forest Meteorology	2001	https://doi.org/10.1016/S0168-1923(01)00283-0	1996	1997	summer	S2	Stormossen; Sweden	local	daily average; monthly average; hourly average; 13-31May; 1-31July; seasonal average	in situ measurements; comparative; replicated	LE_inferred\|H_inferred		in situ; model; EC tower; meteorological	soil moisture; water vapor; irradiation; topography; vegetation; soil; roughness; temperature; time of year; time of day; advection; landcover	temperature; G; LE; H; albedo; Rnet; ET	water table; soil moisture; thermal conductivity; G; 0m_temperature; 2m_temperature; -0.05m_temperature; -0.2m_temperature; -0.4m_temperature; Rnet; LE; H; G; bowen; surface resistance	G; Rnet; ET; H; bowen; LE fraction; G fraction		time of year; location; soil moisture; time of day	time of year; time; location; time of day		climate; 2m_temperature; precipitation; topography; landscape; vegetation type; vegetation cover; biomass; LAI
Arctic_SEB_2013-2013_1	Literature research	69.500000	27.500000		333	Journal	Te Beest, M; Sitters, J; Menard, Cb; Olofsson, J	Reindeer grazing increases summer albedo by reducing shrub abundance in Arctic tundra	Environmental Research Letters	2016	https://doi.org/10.1088/1748-9326/aa5128	2013	2013	summer	S1	Troms; Norway	local	seasonal average	model experiment; simulation of SEB; in situ measurements; replicated; regression; ANOVA; mixed-model	unclear		in situ; model; JULES	landuse; disturbance; grazing; vegetation; LAI; NDVI; soil moisture; temperature; time of year	albedo; Rnet; LE; H; G	albedo; NDVI; soil moisture; shrub height; LAI; -0.05m_temperature			vegetation type; grazing; LAI; shrub cover; shrub height			climate; 2m_temperature; precipitation; vegetation type
Arctic_SEB_2013-2013_1	Literature research	69.500000	27.500000		333	Journal	Te Beest, M; Sitters, J; Menard, Cb; Olofsson, J	Reindeer grazing increases summer albedo by reducing shrub abundance in Arctic tundra	Environmental Research Letters	2016	https://doi.org/10.1088/1748-9326/aa5128	2013	2013	summer	G2	Troms; Norway	local	seasonal average	model experiment; simulation of SEB; in situ measurements; replicated; regression; ANOVA; mixed-model	unclear		in situ; model; JULES	landuse; disturbance; grazing; vegetation; LAI; NDVI; soil moisture; temperature; time of year	albedo; Rnet; LE; H; G	albedo; NDVI; soil moisture; shrub height; LAI; -0.05m_temperature			vegetation type; grazing; LAI; shrub cover; shrub height			climate; 2m_temperature; precipitation; vegetation type
Arctic_SEB_2013-2013_1	Literature research	69.500000	27.500000		333	Journal	Te Beest, M; Sitters, J; Menard, Cb; Olofsson, J	Reindeer grazing increases summer albedo by reducing shrub abundance in Arctic tundra	Environmental Research Letters	2016	https://doi.org/10.1088/1748-9326/aa5128	2013	2013	summer	G3	Troms; Norway	local	seasonal average	model experiment; simulation of SEB; in situ measurements; replicated; regression; ANOVA; mixed-model	unclear		in situ; model; JULES	landuse; disturbance; grazing; vegetation; LAI; NDVI; soil moisture; temperature; time of year	albedo; Rnet; LE; H; G	albedo; NDVI; soil moisture; shrub height; LAI; -0.05m_temperature			vegetation type; grazing; LAI; shrub cover; shrub height			climate; 2m_temperature; precipitation; vegetation type
Arctic_SEB_2002-2002_1	Literature research	71.300000	-156.500000		334	Journal	Stone, Rs; Anderson, Gp; Andrews, E; Dutton, Eg; Shettle, Ep	Incursions and radiative impact of asian dust in northern Alaska	Geophysical Research Letters	2007	https://doi.org/10.1029/2007GL029878	2002	2002	spring	tundra	Barrow; Alaska; USA	local	minute average; April	model experiment; simulation of SEB; model validation; comparison model and in situ	unclear		in situ; model	aerosols; mixing ratio; time of day; sun angle; irradiation; atmosphere; time of year	Knet; temperature	Knet		Rnet	AOD; solar zenith angle		solar zenith angle
Arctic_SEB_2007-2014_1	Literature research	80.147138	-86.429149	610.0	335	Journal	Mariani, Z; Strong, K; Drummond, Jr	Distributions of downwelling radiance at 10 and 20 mu m in the high Arctic	Atmosphere-Ocean	2016	https://doi.org/10.1080/07055900.2016.1216825	2007	2014	allyear	B	Eureka; Canada	local	minute average	in situ measurements; comparative	unclear		in situ	water vapor; clouds; temperature; time of year; time	Lout; Lin; temperature	temperature; precipitable water vapor; fraction of observations			time; time of year; brightness temperature; time of year; cloud cover
Arctic_SEB_2000-2007_1	Literature research	67.100000	-49.883333	490.0	342	Journal	Van Den Broeke, M; Smeets, P; Ettema, J; Munneke, Pk	Surface radiation balance in the ablation zone of the west Greenland ice sheet	Journal of Geophysical Research-Atmospheres	2008	https://doi.org/10.1029/2007JD009283	2000	2007	allyear	ice	Greenland Ice Sheet; AWS; Kangerlussuaq transect	local	daily average; monthly average; seasonal average; yearly average	in situ measurements; comparative	yes		in situ; meteorological; meteo tower	wind; snow; snow melt; time of year; clouds; continentality; landcover; albedo; topography; temperature; water vapor	Kin; Kout; Knet; Lin; albedo; Lout; Lnet; Rnet; temperature	snow depth; Kin; albedo; Knet; Kin fraction; Lin; Lnet; Lout; Rnet; cloud thickness	Kin; Kout; Knet; Lin; Lout; Lnet; Rnet	Knet; Lnet; Rnet	time of year; location; continentality; elevation; atmosphere; cloud cover	time of year; location; continentality	cloud cover; continentality; time of year	continentality; mass balance; 6m_temperature; climate; wind speed; 0m_temperature
Arctic_SEB_2000-2007_2	Literature research	67.083333	-48.616667	1020.0	342	Journal	Van Den Broeke, M; Smeets, P; Ettema, J; Munneke, Pk	Surface radiation balance in the ablation zone of the west Greenland ice sheet	Journal of Geophysical Research-Atmospheres	2008	https://doi.org/10.1029/2007JD009283	2000	2007	allyear	ice	Greenland Ice Sheet; AWS; Kangerlussuaq transect	local	daily average; monthly average; seasonal average; yearly average	in situ measurements; comparative	yes		in situ; meteorological; meteo tower	wind; snow; snow melt; time of year; clouds; continentality; landcover; albedo; topography; temperature; water vapor	Kin; Kout; Knet; Lin; albedo; Lout; Lnet; Rnet; temperature	snow depth; Kin; albedo; Knet; Kin fraction; Lin; Lnet; Lout; Rnet; cloud thickness	Kin; Kout; Knet; Lin; Lout; Lnet; Rnet	Knet; Lnet; Rnet	time of year; location; continentality; elevation; atmosphere; cloud cover	time of year; location; continentality	cloud cover; continentality; time of year	continentality; mass balance; 6m_temperature; climate; wind speed; 0m_temperature
Arctic_SEB_2000-2007_3	Literature research	67.050000	-47.766667	1520.0	342	Journal	Van Den Broeke, M; Smeets, P; Ettema, J; Munneke, Pk	Surface radiation balance in the ablation zone of the west Greenland ice sheet	Journal of Geophysical Research-Atmospheres	2008	https://doi.org/10.1029/2007JD009283	2000	2007	allyear	ice	Greenland Ice Sheet; AWS; Kangerlussuaq transect	local	daily average; monthly average; seasonal average; yearly average	in situ measurements; comparative	yes		in situ; meteorological; meteo tower	wind; snow; snow melt; time of year; clouds; continentality; landcover; albedo; topography; temperature; water vapor	Kin; Kout; Knet; Lin; albedo; Lout; Lnet; Rnet; temperature	snow depth; Kin; albedo; Knet; Kin fraction; Lin; Lnet; Lout; Rnet; cloud thickness	Kin; Kout; Knet; Lin; Lout; Lnet; Rnet	Knet; Lnet; Rnet	time of year; location; continentality; elevation; atmosphere; cloud cover	time of year; location; continentality	cloud cover; continentality; time of year	continentality; mass balance; 6m_temperature; climate; wind speed; 0m_temperature
Arctic_SEB_2000-2007_4	Literature research	72.966667	-37.233333	3203.0	342	Journal	Van Den Broeke, M; Smeets, P; Ettema, J; Munneke, Pk	Surface radiation balance in the ablation zone of the west Greenland ice sheet	Journal of Geophysical Research-Atmospheres	2008	https://doi.org/10.1029/2007JD009283	2000	2007	allyear	ice	Greenland Ice Sheet; AWS; Kangerlussuaq transect	local	daily average; monthly average; seasonal average; yearly average	in situ measurements; comparative	yes		in situ; meteorological; meteo tower	wind; snow; snow melt; time of year; clouds; continentality; landcover; albedo; topography; temperature; water vapor	Kin; Kout; Knet; Lin; albedo; Lout; Lnet; Rnet; temperature	snow depth; Kin; albedo; Knet; Kin fraction; Lin; Lnet; Lout; Rnet; cloud thickness	Kin; Kout; Knet; Lin; Lout; Lnet; Rnet	Knet; Lnet; Rnet	time of year; location; continentality; elevation; atmosphere; cloud cover	time of year; location; continentality	cloud cover; continentality; time of year	continentality; mass balance; 6m_temperature; climate; wind speed; 0m_temperature
Arctic_SEB_2007-2010_1	Literature research	76.500000	-68.800000	225.0	357	Journal	Di Biagio, C; Di Sarra, A; Eriksen, P; Ascanius, Se; Muscari, G; Holben, B	Effect of surface albedo, water vapour, and atmospheric aerosols on the cloud-free shortwave radiative budget in the Arctic	Climate Dynamics	2012	https://doi.org/10.1007/s00382-011-1280-1	2007	2010	allyear	B	Thule; Greenland	local	daily average; 10day average; 4year average; seasonal average; monthly average	in situ measurements; comparative; replicated; regression; model validation	no		in situ; satellite; MODIS; model; meteorological	water vapor; aerosol; irradiance; albedo; time of year; sun angle; temperature; time	Kin; albedo	Kin; cloud cover; 2m_temperature; albedo; water vapor; AOD; frequency; angstrom coefficient	albedo; water vapor	Kin	time of year; time; AOD	time of year	albedo; water vapor; time of year
Arctic_SEB_1999-2008_1	Literature research	71.320139	-155.377719	1.0	372	Journal	Liljedahl, Ak; Hinzman, Ld; Harazono, Y; Zona, D; Tweedie, Ce; Hollister, Rd; Engstrom, R; Oechel, Wc	Nonlinear controls on evapotranspiration in Arctic coastal wetlands	Biogeosciences	2011	https://doi.org/10.5194/bg-8-3375-2011	1999	2008	summer	W2	Barrow; Alaska; USA	local	yearly average; 8year average; seasonal average; daily average; hourly average	in situ measurements; comparative	no		in situ; EC tower	soil moisture; water vapor; resistance; vegetation; LAI; temperature; precipitation; time of year; wind	ET; LE; H; G; Rnet; temperature	soil moisture; water table; water saturation; G fraction; H fraction; LE fraction; LE; Priestley Taylor; bowen; resistance; VPD; H; LE; G; Rnet; 2m_temperature; wind direction; temperature gradient	SWE; precipitation; 2m_temperature; VPD; LE fraction; H fraction; G fraction; bowen; temperature gradient; VPD; resistance; closure; bowen; Priestley Taylor		time of year; time; water potential; VPD; time of day	time; wind direction; location; soil moisture		climate; 2m_temperature; precipitation; soil type; permafrost; vegetation type; vegetation cover; LAI;
Arctic_SEB_1999-2008_2	Literature research	71.280881	-155.403533	4.5	372	Journal	Liljedahl, Ak; Hinzman, Ld; Harazono, Y; Zona, D; Tweedie, Ce; Hollister, Rd; Engstrom, R; Oechel, Wc	Nonlinear controls on evapotranspiration in Arctic coastal wetlands	Biogeosciences	2011	https://doi.org/10.5194/bg-8-3375-2011	1999	2008	summer	W3	Barrow; Alaska; USA	local	yearly average; 8year average; seasonal average; daily average; hourly average	in situ measurements; comparative	no		in situ; EC tower	soil moisture; water vapor; resistance; vegetation; LAI; temperature; precipitation; time of year; wind	ET; LE; H; G; Rnet; temperature	soil moisture; water table; water saturation; G fraction; H fraction; LE fraction; LE; Priestley Taylor; bowen; resistance; VPD; H; LE; G; Rnet; 2m_temperature; wind direction; temperature gradient	SWE; precipitation; 2m_temperature; VPD; LE fraction; H fraction; G fraction; bowen; temperature gradient; VPD; resistance; closure; bowen; Priestley Taylor		time of year; time; water potential; VPD; time of day	time; wind direction; location; soil moisture		climate; 2m_temperature; precipitation; soil type; permafrost; vegetation type; vegetation cover; LAI;
Arctic_SEB_1965-2000_1	Literature research	71.300000	-156.600000	8.0	384	Journal	Stone, Rs; Dutton, Eg; Harris, Jm; Longenecker, D	Earlier spring snowmelt in northern Alaska as an indicator of climate change	Journal of Geophysical Research-Atmospheres	2002	https://doi.org/10.1029/2000JD000286	1965	2000	allyear	tundra	Barrow; Alaska; USA	local	daily average; monthly average; seasonal average	comparison in situ and in situ; comparative	no		in situ; model; GCM; network	snow; snow melt; temperature; teleconnection; time; atmosphere; time of year; albedo; irradiation; precipitation; water vapor; clouds	temperature; Rnet	Kin; Kout; albedo	Rnet; 2m_temperature	melt date; water equivalent precipitation; 2m_temperature; cloud cover	time of year; year	melt date	year
Arctic_SEB_1965-2000_2	Literature research	69.400000	-148.800000	351.0	384	Journal	Stone, Rs; Dutton, Eg; Harris, Jm; Longenecker, D	Earlier spring snowmelt in northern Alaska as an indicator of climate change	Journal of Geophysical Research-Atmospheres	2002	https://doi.org/10.1029/2000JD000286	1965	2000	allyear	tundra	Barrow; Alaska; USA	local	daily average; monthly average; seasonal average	comparison in situ and in situ; comparative	no		in situ; model; GCM; network	snow; snow melt; temperature; teleconnection; time; atmosphere; time of year; albedo; irradiation; precipitation; water vapor; clouds	temperature; Rnet	Kin; Kout; albedo	Rnet; 2m_temperature	melt date; water equivalent precipitation; 2m_temperature; cloud cover	time of year; year	melt date	year
Arctic_SEB_1965-2000_3	Literature research	69.900000	-148.100000	76.0	384	Journal	Stone, Rs; Dutton, Eg; Harris, Jm; Longenecker, D	Earlier spring snowmelt in northern Alaska as an indicator of climate change	Journal of Geophysical Research-Atmospheres	2002	https://doi.org/10.1029/2000JD000286	1965	2000	allyear	tundra	Barrow; Alaska; USA	local	daily average; monthly average; seasonal average	comparison in situ and in situ; comparative	no		in situ; model; GCM; network	snow; snow melt; temperature; teleconnection; time; atmosphere; time of year; albedo; irradiation; precipitation; water vapor; clouds	temperature; Rnet	Kin; Kout; albedo	Rnet; 2m_temperature	melt date; water equivalent precipitation; 2m_temperature; cloud cover	time of year; year	melt date	year
Arctic_SEB_1965-2000_4	Literature research	70.100000	-143.600000	15.0	384	Journal	Stone, Rs; Dutton, Eg; Harris, Jm; Longenecker, D	Earlier spring snowmelt in northern Alaska as an indicator of climate change	Journal of Geophysical Research-Atmospheres	2002	https://doi.org/10.1029/2000JD000286	1965	2000	allyear	tundra	Barrow; Alaska; USA	local	daily average; monthly average; seasonal average	comparison in situ and in situ; comparative	no		in situ; model; GCM; network	snow; snow melt; temperature; teleconnection; time; atmosphere; time of year; albedo; irradiation; precipitation; water vapor; clouds	temperature; Rnet	Kin; Kout; albedo	Rnet; 2m_temperature	melt date; water equivalent precipitation; 2m_temperature; cloud cover	time of year; year	melt date	year
Arctic_SEB_1991-1991_1	Literature research	67.000000	-50.000000	150.0	399	Journal	Gallee, H; Duynkerke, Pg	Air-snow interactions and the surface energy and mass balance over the melting zone of west Greenland during the Greenland ice margin experiment	Journal of Geophysical Research-Atmospheres	1997	https://doi.org/10.1029/96JD03358	1991	1991	summer	tundra	Greenland	local	5-24July; seasonal average	simulation of SEB; in situ measurements; comparison model and in situ; model validation; comparative	no		model; in situ; meteo tower; dirigible	wind; temperature; water vapor; atmosphere; snow; ice; time of day; snow melt; continentality	temperature; Knet; Lnet; H; LE	2m_temperature; wind speed; wind direction	distance from ice edge; altitude; 2m_temperature; wind speed		time of day; distance from ice edge	location; landcover
Arctic_SEB_1991-1991_1	Literature research	67.000000	-50.000000	341.0	399	Journal	Gallee, H; Duynkerke, Pg	Air-snow interactions and the surface energy and mass balance over the melting zone of west Greenland during the Greenland ice margin experiment	Journal of Geophysical Research-Atmospheres	1997	https://doi.org/10.1029/96JD03358	1991	1991	summer	ice	Greenland	local	5-24July; seasonal average	simulation of SEB; in situ measurements; comparison model and in situ; model validation; comparative	no		model; in situ; meteo tower; dirigible	wind; temperature; water vapor; atmosphere; snow; ice; time of day; snow melt; continentality	temperature; Knet; Lnet; H; LE	2m_temperature; wind speed; wind direction	distance from ice edge; altitude; 2m_temperature; wind speed		time of day; distance from ice edge	location; landcover
Arctic_SEB_1991-1991_1	Literature research	67.000000	-50.000000	1028.0	399	Journal	Gallee, H; Duynkerke, Pg	Air-snow interactions and the surface energy and mass balance over the melting zone of west Greenland during the Greenland ice margin experiment	Journal of Geophysical Research-Atmospheres	1997	https://doi.org/10.1029/96JD03358	1991	1991	summer	ice	Greenland	local	5-24July; seasonal average	simulation of SEB; in situ measurements; comparison model and in situ; model validation; comparative	no		model; in situ; meteo tower; dirigible	wind; temperature; water vapor; atmosphere; snow; ice; time of day; snow melt; continentality	temperature; Knet; Lnet; H; LE	2m_temperature; wind speed; wind direction	distance from ice edge; altitude; 2m_temperature; wind speed		time of day; distance from ice edge	location; landcover
Arctic_SEB_1991-1991_1	Literature research	67.000000	-50.000000	1520.0	399	Journal	Gallee, H; Duynkerke, Pg	Air-snow interactions and the surface energy and mass balance over the melting zone of west Greenland during the Greenland ice margin experiment	Journal of Geophysical Research-Atmospheres	1997	https://doi.org/10.1029/96JD03358	1991	1991	summer	ice	Greenland	local	5-24July; seasonal average	simulation of SEB; in situ measurements; comparison model and in situ; model validation; comparative	no		model; in situ; meteo tower; dirigible	wind; temperature; water vapor; atmosphere; snow; ice; time of day; snow melt; continentality	temperature; Knet; Lnet; H; LE	2m_temperature; wind speed; wind direction	distance from ice edge; altitude; 2m_temperature; wind speed		time of day; distance from ice edge	location; landcover
Arctic_SEB_2004-2004_1	Literature research	71.300000	-156.500000		403	Journal	Stone, Rs; Anderson, Gp; Shettle, Ep; Andrews, E; Loukachine, K; Dutton, Eg; Schaaf, C; Roman, Mo	Radiative impact of boreal smoke in the Arctic: observed and modeled	Journal of Geophysical Research-Atmospheres	2008	https://doi.org/10.1029/2007JD009657	2004	2004	summer	tundra	Barrow; Alaska; USA	local	2-2July	in situ measurements; model validation; simulation of SEB; comparison model and satellite and in situ	no		in situ; meteorological; meteo tower; model; MODTRAN; satellite; CERES	aerosols; sun angle; landcover; time of day; albedo; clouds; disturbance; fire	Knet; KnetTOA; temperature	AOD; Knet	albedo; DARF		wavelength; aerosol type; AOD; solar zenith angle; albedo	solar zenith angle
Arctic_SEB_1995-1996_1	Literature research	78.933333	11.916667		406	Journal	Harding, Rj; Lloyd, Cr	Fluxes of water and energy from three high latitude tundra sites in Svalbard	Nordic Hydrology	1998		1995	1996	summer\|fall	P1	Ny Alesynd; Svalbard	local	hourly average; daily average; June-August; 29May-18July; 2-12June; 31May-21June; seasonal average	in situ measurements; comparative	no		in situ	time; snow; temperature; landcover; precipitation; soil	temperature; LE; H; ET	2m_temperature; albedo; precipitation; snow depth; snow cover; Rnet; LE; H; ET fraction	Rnet; LE; H; snow melt		time of year; time; slope; aspect	slope; aspect; time		topography; vegetation type; soil type
Arctic_SEB_2002-2004_1	Literature research	69.614833	161.339167		415	Journal	Corradi, C; Kolle, O; Walter, K; Zimov, Sa; Schulze, Ed	Carbon dioxide and methane exchange of a north-east Siberian tussock tundra	Global Change Biology	2005	https://doi.org/10.1111/j.1365-2486.2005.01023.x	2002	2004	summer	G4	Cherskii; Kolyma; Siberia; Russia	local	discrete_measurements; daily average	in situ measurements; comparative	no		in situ; meteorological; EC tower; meteo tower; published; model	GHG; water vapor; wind; temperature; pressure; precipitation; soil moisture; climate; time of year; vegetation; LAI; permafrost	LE; H; Rnet; Lin; Kin; Lout; Kout; G; temperature; albedo; ET	biomass; precipitation; photon flux density; albedo; 2m_temperature; VPD; Rnet; LE; H; bowen; 0m_temperature			time of year			climate; 2m_temperature; precipitation; permafrost; vegetation type; vegetation cover
Arctic_SEB_1991-1991_1	Literature research	67.000000	-51.000000		416	Journal	Meesters, Agca; Henneken, Eac; Bink, Nj; Vugts, Hf; Cannemeijer, F	Simulation of the atmospheric circulation near the Greenland ice-sheet margin	Global and Planetary Change	1994	https://doi.org/10.1016/0921-8181(94)90007-8	1991	1991	summer	tundra	Greenland	local	12July; daily average; halfhourly average	in situ measurements; model validation; simulation of SEB	unclear		model; in situ; GIMEX	atmosphere; wind; landcover; snow; temperature; heterogeneity	temperature	0m_temperature; 8m_temperature; 30m_temperature; wind speed; wind direction; Kin; Kout; Rnet; H; LE; 6m_temperature			time of day; continentality
Arctic_SEB_1991-1991_1	Literature research	67.000000	-51.000000		416	Journal	Meesters, Agca; Henneken, Eac; Bink, Nj; Vugts, Hf; Cannemeijer, F	Simulation of the atmospheric circulation near the Greenland ice-sheet margin	Global and Planetary Change	1994	https://doi.org/10.1016/0921-8181(94)90007-8	1991	1991	summer	ice	Greenland	local	12July; daily average; halfhourly average	in situ measurements; model validation; simulation of SEB	unclear		model; in situ; GIMEX	atmosphere; wind; landcover; snow; temperature; heterogeneity	temperature	0m_temperature; 8m_temperature; 30m_temperature; wind speed; wind direction; Kin; Kout; Rnet; H; LE; 6m_temperature			time of day; continentality
Arctic_SEB_2007-2009_1	Literature research	69.055733	20.774083	473.0	426	Journal	Lepparanta, M; Lindgren, E; Shirasawa, K	The heat budget of lake Kilpisjarvi in the Arctic tundra	Hydrology Research	2017	https://doi.org/10.2166/nh.2016.171	2007	2009	allyear	ice\|water	Lake Kilpisjarvi; Norway	local	14December-12June; 9September-21May; seasonal average; daily average		yes		meteorological	snow; climate; time of year; advection	Rnet; H; LE	0m_temperature; H; LE; Knet; Lnet; snow depth; ice thickness; Rnet			time of year			topography; climate; 2m_temperature; ice freeze and melt dynamics
Arctic_SEB_2007-2009_2	Literature research	69.056000	20.772967	473.0	426	Journal	Lepparanta, M; Lindgren, E; Shirasawa, K	The heat budget of lake Kilpisjarvi in the Arctic tundra	Hydrology Research	2017	https://doi.org/10.2166/nh.2016.171	2007	2009	allyear	ice\|water	Lake Kilpisjarvi; Norway	local	14December-12June; 9September-21May; seasonal average; daily average		yes		meteorological	snow; climate; time of year; advection	Rnet; H; LE	0m_temperature; H; LE; Knet; Lnet; snow depth; ice thickness; Rnet			time of year			topography; climate; 2m_temperature; ice freeze and melt dynamics
Arctic_SEB_2003-2007_1	Literature research	68.750000	-132.950000		441	Journal	Marsh, P; Bartlett, P; Mackay, M; Pohl, S; Lantz, T	Snowmelt energetics at a shrub tundra site in the western Canadian Arctic	Hydrological Processes	2010	https://doi.org/10.1002/hyp.7786	2003	2007	spring\|summer	tundra	TVC; NWT; Canada	local	daily average; 15April-14June	in situ measurements; comparative; model experiment; simulation of SEB; model validation	no		in situ; meteorological; meteo tower; EC tower; model; CLASS	snow; snow melt; vegetation; landcover; wind; albedo; temperature; time of year; water vapor; pressure; precipitation; soil; LAI	LE; H; Kout; Lout; Lin; Kin; albedo; Rnet; temperature	albedo; Kin; 2m_temperature; Kout; Knet; Lin; Lout; Lnet; Rnet; H; LE; wind speed; SWE; snow cover; Melt			vegetation type; time of year; snow melt; snow depth			topography; permafrost; vegetation type; snow dynamics; SWE; canopy height
Arctic_SEB_2003-2007_1	Literature research	68.750000	-132.950000		441	Journal	Marsh, P; Bartlett, P; Mackay, M; Pohl, S; Lantz, T	Snowmelt energetics at a shrub tundra site in the western Canadian Arctic	Hydrological Processes	2010	https://doi.org/10.1002/hyp.7786	2003	2007	spring\|summer	G3	TVC; NWT; Canada	local	daily average; 15April-14June	in situ measurements; comparative; model experiment; simulation of SEB; model validation	no		in situ; meteorological; meteo tower; EC tower; model; CLASS	snow; snow melt; vegetation; landcover; wind; albedo; temperature; time of year; water vapor; pressure; precipitation; soil; LAI	LE; H; Kout; Lout; Lin; Kin; albedo; Rnet; temperature	albedo; Kin; 2m_temperature; Kout; Knet; Lin; Lout; Lnet; Rnet; H; LE; wind speed; SWE; snow cover; Melt			vegetation type; time of year; snow melt; snow depth			topography; permafrost; vegetation type; snow dynamics; SWE; canopy height
Arctic_SEB_1995-1995_1	Literature research	71.300000	-156.500000		442	Journal	Lynch, Ah; Bonan, Gb; Chapin, Fs; Wu, W	Impact of tundra ecosystems on the surface energy budget and climate of Alaska	Journal of Geophysical Research-Atmospheres	1999	https://doi.org/10.1029/98JD02798	1995	1995	summer	G4	Barrow; North slope Alaska; Alaska; USA; Betty Pingo; Franklin Bluffs; Sagwon; West Kuparuk; Imnavait; Kotzebue; Nome	local; regional	hourly average; 19July-1August; 1-9July	model experiment; simulation of SEB; model validation; comparative; comparison model and in situ	unclear		model; LSM; NCAR; ARCSYM; ECMWF; in situ; EC tower; meteorological; meteo tower; network	landcover; vegetation; soil moisture; time of year; clouds; LAI; roots; roughness; temperature; precipitation; teleconnection; advection; albedo; wind; water vapor; pressure	temperature; Rnet; LE; H; G; Kin; Lin	Rnet; H; LE; 0m_temperature			time of day; vegetation type
Arctic_SEB_1998-2011_1	Literature research	64.130000	-51.370000	500.0	465	Journal	Ekici, A; Chadburn, S; Chaudhary, N; Hajdu, Lh; Marmy, A; Peng, S; Boike, J; Burke, E; Friend, Ad; Hauck, C; Krinner, G; Langer, M; Miller, Pa; Beer, C	Site-level model intercomparison of high latitude and high altitude soil thermal dynamics in tundra and barren landscapes	Cryosphere	2015	https://doi.org/10.5194/tc-9-1343-2015	1998	2011	allyear	S1	Nuuk; Greenland; Schilthorn; Switzerland; Samoylov; Lena River; Siberia; Russia; Bayelva; Svalbard	local	seasonal average; yearly average	simulation of SEB; comparative; comparison model and model	unclear		model; JSBACH; ORCHIDEE; JULES; COUP; HYBRID8; LPJ-GUESS; reanalysis; WATCH	snow; snow melt; soil; soil moisture; landcover; permafrost; vegetation; irradiation; climate; temperature; precipitation; water vapor; pressure; wind	temperature; Lin; Kin; Rnet	; -0.05m_temperature; snow depth			time of year; location; 2m_temperature; time; year			climate; 2m_temperature; precipitation; snow cover dynamics; vegetation type; permafrost; topography
Arctic_SEB_1998-2011_2	Literature research	72.400000	126.500000		465	Journal	Ekici, A; Chadburn, S; Chaudhary, N; Hajdu, Lh; Marmy, A; Peng, S; Boike, J; Burke, E; Friend, Ad; Hauck, C; Krinner, G; Langer, M; Miller, Pa; Beer, C	Site-level model intercomparison of high latitude and high altitude soil thermal dynamics in tundra and barren landscapes	Cryosphere	2015	https://doi.org/10.5194/tc-9-1343-2015	1998	2011	allyear	W1	Nuuk; Greenland; Schilthorn; Switzerland; Samoylov; Lena River; Siberia; Russia; Bayelva; Svalbard	local	seasonal average; yearly average	simulation of SEB; comparative; comparison model and model	unclear		model; JSBACH; ORCHIDEE; JULES; COUP; HYBRID8; LPJ-GUESS; reanalysis; WATCH	snow; snow melt; soil; soil moisture; landcover; permafrost; vegetation; irradiation; climate; temperature; precipitation; water vapor; pressure; wind	temperature; Lin; Kin; Rnet	; -0.05m_temperature; snow depth			time of year; location; 2m_temperature; time; year			climate; 2m_temperature; precipitation; snow cover dynamics; vegetation type; permafrost; topography
Arctic_SEB_1998-2011_3	Literature research	78.910000	11.950000	25.0	465	Journal	Ekici, A; Chadburn, S; Chaudhary, N; Hajdu, Lh; Marmy, A; Peng, S; Boike, J; Burke, E; Friend, Ad; Hauck, C; Krinner, G; Langer, M; Miller, Pa; Beer, C	Site-level model intercomparison of high latitude and high altitude soil thermal dynamics in tundra and barren landscapes	Cryosphere	2015	https://doi.org/10.5194/tc-9-1343-2015	1998	2011	allyear	G1	Nuuk; Greenland; Schilthorn; Switzerland; Samoylov; Lena River; Siberia; Russia; Bayelva; Svalbard	local	seasonal average; yearly average	simulation of SEB; comparative; comparison model and model	unclear		model; JSBACH; ORCHIDEE; JULES; COUP; HYBRID8; LPJ-GUESS; reanalysis; WATCH	snow; snow melt; soil; soil moisture; landcover; permafrost; vegetation; irradiation; climate; temperature; precipitation; water vapor; pressure; wind	temperature; Lin; Kin; Rnet	; -0.05m_temperature; snow depth			time of year; location; 2m_temperature; time; year			climate; 2m_temperature; precipitation; snow cover dynamics; vegetation type; permafrost; topography
Arctic_SEB_2003-2004_1	Literature research	60.583333	-134.816667	1363.0	479	Journal	Bewley, D; Essery, R; Pomeroy, J; Menard, C	Measurements and modelling of snowmelt and turbulent heat fluxes over shrub tundra	Hydrology and Earth System Sciences	2010	https://doi.org/10.5194/hess-14-1331-2010	2003	2004	spring	G3	Wolf Creek; Yukon; Canada	local	daily average; 15April-14May; hourly average	in situ measurements; comparative; model experiment; model validation; comparison model and in situ	unclear		in situ; meteorological; model	vegetation; snow; snow melt; landcover; wind; temperature; irradiation; time of year	Kin; Lin; temperature; LE; H; Rnet	2m_temperature; Kin; Lin; wind speed; snow cover; H; LE; snow depth; SWE	H; LE		time of year; SWE; location	time; location		climate; 2m_temperature; precipitation; vegetation type; canopy height; snow cover
Arctic_SEB_2003-2004_1	Literature research	60.583333	-134.816667	1424.0	479	Journal	Bewley, D; Essery, R; Pomeroy, J; Menard, C	Measurements and modelling of snowmelt and turbulent heat fluxes over shrub tundra	Hydrology and Earth System Sciences	2010	https://doi.org/10.5194/hess-14-1331-2010	2003	2004	spring	S1	Wolf Creek; Yukon; Canada	local	daily average; 15April-14May; hourly average	in situ measurements; comparative; model experiment; model validation; comparison model and in situ	unclear		in situ; meteorological; model	vegetation; snow; snow melt; landcover; wind; temperature; irradiation; time of year	Kin; Lin; temperature; LE; H; Rnet	2m_temperature; Kin; Lin; wind speed; snow cover; H; LE; snow depth; SWE	H; LE		time of year; SWE; location	time; location		climate; 2m_temperature; precipitation; vegetation type; canopy height; snow cover
Arctic_SEB_1985-1989_1	Literature research	68.050000	-148.750000		517	Journal	Kane, Dl; Hinzman, Ld; Benson, Cs; Liston, Ge	Snow hydrology of a headwater Arctic basin .1. Physical measurements and process studies	Water Resources Research	1991	https://doi.org/10.1029/91WR00262	1985	1989	winter\|spring	water	Imnavait Creek; Alaska; USA	local; regional	daily average	in situ measurements; comparative; replicated	no		in situ; meteorological	scale; soil moisture; snow; snow melt; albedo; precipitation; topography; wind; advection	ET; albedo	albedo; SWE		E	time of year; time		time	topography; soil type
Arctic_SEB_2008-2008_1	Literature research	72.366667	126.050000		524	Journal	Muster, S; Langer, M; Heim, B; Westermann, S; Boike, J	Subpixel heterogeneity of ice-wedge polygonal tundra: a multi-scale analysis of land cover and evapotranspiration in the Lena river delta, Siberia	Tellus Series B-Chemical and Physical Meteorology	2012	https://doi.org/10.3402/tellusb.v64i0.17301	2008	2008	summer\|fall	tundra	Samoylov; Lena River; Siberia; Russia	local; regional	seasonal average; daily average; July-September	satellite measurements; satellite validation; comparison satellite and in situ; in situ measurements; replicated	unclear		satellite; CHRIS; PROBA; Landsat-7; in situ; remote sensing; dirigible; EC tower; meteorological	landcover; heterogeneity; scale; time of year; vegetation; topography; soil moisture; precipitation; water vapor; precipitation; wind; resistance; irradiation	ET; LE; temperature; Rnet	ET; Rnet; precipitation	ET fraction; ET		vegetation type; time of year	vegetation type; time of year		vegetation type; landscape; climate; 2m_temperature; precipitation; snow melt; permafrost; topography; vegetation cover
Arctic_SEB_1997-2018_1	Literature research	75.620000	-35.970000	2660.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_2	Literature research	67.000000	-47.030000	1840.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_3	Literature research	79.830000	-25.170000	870.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_4	Literature research	67.070000	-48.840000	1270.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_5	Literature research	64.950000	-49.890000	920.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_6	Literature research	64.510000	-49.270000	1120.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_7	Literature research	61.240000	-46.730000	1000.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_8	Literature research	61.100000	-46.830000	630.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_9	Literature research	61.180000	-46.820000	900.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_10	Literature research	72.390000	-27.230000	970.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_11	Literature research	65.780000	-38.900000	890.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_12	Literature research	76.420000	-68.150000	760.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_13	Literature research	72.890000	-53.580000	940.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_14	Literature research	67.100000	-49.950000	670.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_15	Literature research	79.910000	-24.080000	370.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_16	Literature research	64.480000	-49.540000	530.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_17	Literature research	61.030000	-46.850000	280.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_18	Literature research	72.220000	-26.820000	460.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_19	Literature research	65.640000	-38.900000	250.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_20	Literature research	76.400000	-68.270000	570.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_21	Literature research	72.900000	-54.300000	220.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_22	Literature research	70.470000	-149.890000	2.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	tundra	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_23	Literature research	71.320000	-156.620000	8.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	tundra	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_24	Literature research	70.500000	-157.410000	20.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	tundra	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_1997-2018_25	Literature research	79.975000	-74.145000	0.0	525	Journal	Nielsen-Englyst, P; Hoyer, Jl; Madsen, Ks; Tonboe, R; Dybkjaer, G; Alerskans, E	In situ observed relationships between snow and ice surface skin temperatures and 2 m air temperatures in the Arctic	Cryosphere	2019	https://doi.org/10.5194/tc-13-1005-2019	1997	2018	allyear	ice\|water	Greenland; Arctic Ocean; Alaska; Arctic	local; regional	halfhourly average; monthly average	in situ measurements; regression	yes		in situ; network; meteorological; meteo tower; PROMICE; ARM; ICEARC; SHEBA	temperature; time of year; time of day; wind; clouds; landcover; location	temperature; Rnet	2m_temperature; 0m_temperature; temperature gradient; wind speed	temperature gradient		time of day; time of year; cloud cover; location; surface type; 0m_temperature	time of year; cloud cover; location; surface type
Arctic_SEB_2001-2003_1	Literature research	71.300000	-156.600000		527	Journal	Molders, N; Luijting, H; Sassen, K	Use of atmospheric radiation measurement program data from Barrow, Alaska, for evaluation and development of snow-albedo parameterizations	Meteorology and Atmospheric Physics	2008	https://doi.org/10.1007/s00703-007-0271-6	2001	2003	allyear	ice	Barrow; Alaska; USA	local	daily average; February-May; seasonal average	model parametrization; model validation; comparison model and in situ	no		in situ; ARM; model; meteorological; meteo tower; ECHAM; HTSVS; ISBA; SAST	snow; albedo; precipitation; snow melt; temperature; time of day; time of year; wind	albedo; Kin; Kout; temperature	2m_temperature; wind speed; snow depth; albedo	albedo		time of year; time; temperature; wind speed; snow depth	time		climate; vegetation type
Arctic_SEB_2011-2011_1	Literature research	72.366667	126.050000		528	Journal	Helbig, M; Boike, J; Langer, M; Schreiber, P; Runkle, Brk; Kutzbach, L	Spatial and seasonal variability of polygonal tundra water balance: Lena river delta, northern Siberia (Russia)	Hydrogeology Journal	2013	https://doi.org/10.1007/s10040-012-0933-4	2011	2011	summer	W	Samoylov; Lena River; Siberia; Russia	local	22May-19August; halfhour average; seasonal average	in situ measurements; replicated; comparative	no		in situ; meteorological; meteo tower	landcover; soil; time of year; soil moisture; precipitation; topography; permafrost; pressure; water vapor; wind; temperature	ET; temperature	2m_temperature; soil moisture; precipitation; -0.05m_temperature; -0.1m_temperature; ET; hydraulic conductivity; lateral flow; runoff			time of year; snow melt; soil type; soil depth; permafrost degradation			permafrost; landscape; topography; climate; 2m_temperature; precipitation; soil type; vegetation type
Arctic_SEB_2004-2004_1	Literature research	71.300000	-156.600000		534	Journal	De Boer, G; Collins, Wd; Menon, S; Long, Cn	Using surface remote sensors to derive radiative characteristics of mixed-phase clouds: an example from m-pace	Atmospheric Chemistry and Physics	2011	https://doi.org/10.5194/acp-11-11937-2011	2004	2004	fall\|winter	tundra	ARM; Barrow; Alaska; USA	local	September-November	simulation of SEB; model validation; comparison model and model and in situ	no		model; in situ; ARM; radiosonde; remote sensing; RRTMG	clouds; time of day; temperature; atmosphere	Knet; Lnet; Kout; Lout; Kin; Lin; temperature	Knet; Lnet; Kout; Lout; Kin; Lin; CRF			time of year; cloud depth; LWP; IWP
Arctic_SEB_2000-2000_1	Literature research	71.300000	-156.600000		540	Journal	Dong, Xq; Mace, Gg	Arctic stratus cloud properties and radiative forcing derived from ground-based data collected at Barrow, Alaska	Journal of Climate	2003	https://doi.org/10.1175/1520-0442(2003)016<0445:ASCPAR>2.0.CO;2	2000	2000	spring\|summer\|fall	tundra	ARM; Barrow; Alaska; USA	local	10day average; May-September; monthly average	in situ measurements; comparative; comparison in situ and satellite	unclear		in situ; meteorological; ARM; remote sensing; radiosonde; satellite	clouds; time of year; temperature; pressure; water vapor	albedo; Rnet; Kin; Kout; Knet; Lin; Lout; Lnet; temperature	cloud fraction; cloud height; cloud temperature; cloud thickness; LWC; LWP; albedo; transmission; Knet; Lnet; CRF	cloud fraction; low cloud fraction; cloud height; cloud temperature; LWP; LWC; albedo; Knet; Lnet; CRF; transmission		time of year; cloud heigth; height above surface; cloud fraction	time of year; cloud fraction
Arctic_SEB_1	Literature research	64.891167	-162.356500		541	Journal	Thompson, C; Beringer, J; Chapin, Fs; Mcguire, Ad	Structural complexity and land-surface energy exchange along a gradient from Arctic tundra to boreal forest	Journal of Vegetation Science	2004	https://doi.org/10.1658/1100-9233(2004)015[0397:SCALEE]2.0.CO;2			summer	W2	Council; Alaska; USA	local	seasonal average	in situ measurements; comparative; replicated	unclear		in situ; EC tower; meteorological	vegetation; LAI; landcover; irradiation; time of year; topography; soil moisture; temperature	albedo; Rnet; G; LE; H	vegetation cover; albedo; G fraction; LE fraction; H fraction	vegetation cover; biomass; canopy height; LAI; SAI; albedo; Rnet; G fraction; LE fraction; H fraction		vegetation type; plant functional type; biomass; LAI	vegetation type; plant functional type		climate; 2m_temperature; precipitation; vegetation type; permafrost; soil type; vegetation cover
Arctic_SEB_1	Literature research	64.891167	-162.356500		541	Journal	Thompson, C; Beringer, J; Chapin, Fs; Mcguire, Ad	Structural complexity and land-surface energy exchange along a gradient from Arctic tundra to boreal forest	Journal of Vegetation Science	2004	https://doi.org/10.1658/1100-9233(2004)015[0397:SCALEE]2.0.CO;2			summer	S2	Council; Alaska; USA	local	seasonal average	in situ measurements; comparative; replicated	unclear		in situ; EC tower; meteorological	vegetation; LAI; landcover; irradiation; time of year; topography; soil moisture; temperature	albedo; Rnet; G; LE; H	vegetation cover; albedo; G fraction; LE fraction; H fraction	vegetation cover; biomass; canopy height; LAI; SAI; albedo; Rnet; G fraction; LE fraction; H fraction		vegetation type; plant functional type; biomass; LAI	vegetation type; plant functional type		climate; 2m_temperature; precipitation; vegetation type; permafrost; soil type; vegetation cover
Arctic_SEB_1	Literature research	64.891167	-162.356500		541	Journal	Thompson, C; Beringer, J; Chapin, Fs; Mcguire, Ad	Structural complexity and land-surface energy exchange along a gradient from Arctic tundra to boreal forest	Journal of Vegetation Science	2004	https://doi.org/10.1658/1100-9233(2004)015[0397:SCALEE]2.0.CO;2			summer	G3	Council; Alaska; USA	local	seasonal average	in situ measurements; comparative; replicated	unclear		in situ; EC tower; meteorological	vegetation; LAI; landcover; irradiation; time of year; topography; soil moisture; temperature	albedo; Rnet; G; LE; H	vegetation cover; albedo; G fraction; LE fraction; H fraction	vegetation cover; biomass; canopy height; LAI; SAI; albedo; Rnet; G fraction; LE fraction; H fraction		vegetation type; plant functional type; biomass; LAI	vegetation type; plant functional type		climate; 2m_temperature; precipitation; vegetation type; permafrost; soil type; vegetation cover
Arctic_SEB_1995-1995_1	Literature research	69.100000	-149.000000		550	Journal	Sturm, M; Mcfadden, Jp; Liston, Ge; Chapin, Fs; Racine, Ch; Holmgren, J	Snow-shrub interactions in Arctic tundra: a hypothesis with climatic implications	Journal of Climate	2001	https://doi.org/10.1175/1520-0442(2001)014<0336:SSIIAT>2.0.CO;2	1995	1995	winter\|spring	G4	Alaska; USA	local	hourly average	in situ measurements; comparative; replicated	no		in situ; remote sensing	vegetation; landcover; snow; snow melt; time of year; soil moisture temperature; LAI; topography	temperature	0m_temperature; 2m_temperature	vegetation cover; canopy heigth; stem diameter; LAI; snow depth; snow depth; SWE; 0m_temperature; snow density		time of year; vegetation type	vegetation type		topography; vegetation type
Arctic_SEB_1995-1995_1	Literature research	69.100000	-149.000000		550	Journal	Sturm, M; Mcfadden, Jp; Liston, Ge; Chapin, Fs; Racine, Ch; Holmgren, J	Snow-shrub interactions in Arctic tundra: a hypothesis with climatic implications	Journal of Climate	2001	https://doi.org/10.1175/1520-0442(2001)014<0336:SSIIAT>2.0.CO;2	1995	1995	winter\|spring	S1	Alaska; USA	local	hourly average	in situ measurements; comparative; replicated	no		in situ; remote sensing	vegetation; landcover; snow; snow melt; time of year; soil moisture temperature; LAI; topography	temperature	0m_temperature; 2m_temperature	vegetation cover; canopy heigth; stem diameter; LAI; snow depth; snow depth; SWE; 0m_temperature; snow density		time of year; vegetation type	vegetation type		topography; vegetation type
Arctic_SEB_1995-1995_1	Literature research	69.100000	-149.000000		550	Journal	Sturm, M; Mcfadden, Jp; Liston, Ge; Chapin, Fs; Racine, Ch; Holmgren, J	Snow-shrub interactions in Arctic tundra: a hypothesis with climatic implications	Journal of Climate	2001	https://doi.org/10.1175/1520-0442(2001)014<0336:SSIIAT>2.0.CO;2	1995	1995	winter\|spring	W2\|W3	Alaska; USA	local	hourly average	in situ measurements; comparative; replicated	no		in situ; remote sensing	vegetation; landcover; snow; snow melt; time of year; soil moisture temperature; LAI; topography	temperature	0m_temperature; 2m_temperature	vegetation cover; canopy heigth; stem diameter; LAI; snow depth; snow depth; SWE; 0m_temperature; snow density		time of year; vegetation type	vegetation type		topography; vegetation type
Arctic_SEB_2003-2011_1	Literature research	72.366667	126.050000		556	Journal	Yi, S; Wischnewski, K; Langer, M; Muster, S; Boike, J	Freeze/thaw processes in complex permafrost landscapes of northern Siberia simulated using the tem ecosystem model: impact of thermokarst ponds and lakes	Geoscientific Model Development	2014	https://doi.org/10.5194/gmd-7-1671-2014	2003	2011	unclear	W	Samoylov; Siberia; Russia	local	daily average; monthly average	simulation of SEB; model validation; comparison model and model and in situ	no		model; DOS-TEM; in situ	soil moisture; soil; landcover; vegetation; snow; time	temperature	snow thickness; -0.02m_temperature; -0.01m_temperature; -0.51m_temperature; -0.4m_temperature; -0.69m_temperature; -0.86m_temperature; -2m_temperature; -4m_temperature; -6m_temperature			time; time of year; vegetation type			climate; 2m_temperature; precipitation; vegetation type; vegetation cover
Arctic_SEB_2003-2011_1	Literature research	72.366667	126.050000		556	Journal	Yi, S; Wischnewski, K; Langer, M; Muster, S; Boike, J	Freeze/thaw processes in complex permafrost landscapes of northern Siberia simulated using the tem ecosystem model: impact of thermokarst ponds and lakes	Geoscientific Model Development	2014	https://doi.org/10.5194/gmd-7-1671-2014	2003	2011	unclear	water	Samoylov; Siberia; Russia	local	daily average; monthly average	simulation of SEB; model validation; comparison model and model and in situ	no		model; DOS-TEM; in situ	soil moisture; soil; landcover; vegetation; snow; time	temperature	snow thickness; -0.02m_temperature; -0.01m_temperature; -0.51m_temperature; -0.4m_temperature; -0.69m_temperature; -0.86m_temperature; -2m_temperature; -4m_temperature; -6m_temperature			time; time of year; vegetation type			climate; 2m_temperature; precipitation; vegetation type; vegetation cover
Arctic_SEB_2000-2008_1	Literature research	70.750000	-154.000000		560	Journal	Matell, N; Anderson, Rs; Overeem, I; Wobus, C; Urban, Fe; Clow, Gd	Modeling the subsurface thermal impact of Arctic thaw lakes in a warming climate	Computers & Geosciences	2013	https://doi.org/10.1016/j.cageo.2011.08.028	2000	2008	unclear	water	Drew Point; Alaska; USA	local	daily average	simulation of SEB; comparative	no		model; in situ	landcover; permafrost; soil moisture; ice; temperature	temperature	2m_temperature; -0.2m_temperature; -0.7m_temperature; -1.2m_temperature			time; time of year
Arctic_SEB_1991-1991_1	Literature research	67.000000	-54.000000	50.0	573	Journal	Vandenbroeke, Mr; Duynkerke, Pg; Oerlemans, J	The observed katabatic flow at the edge of the Greenland ice-sheet during GIMEX-91	Global and Planetary Change	1994	https://doi.org/10.1016/0921-8181(94)90003-5	1991	1991	summer	tundra	Sondre Stromfjord; Greenland	local	5-24July; hourly average; seasonal average	in situ measurements; comparative	yes		in situ; dirigible; GIMEX	temperature; time of year; wind; ice; landcover; atmosphere; advection; time of day; pressure; water vapor; clouds	temperature; LE; H; Rnet; Kin; G; ET	2m_temperature; wind speed; wind direction; atmospheric pressure; cloud cover; specific humidity	2m_temperature; wind speed		time of year; location; vegetation type; distance from ice edge; time of day	location; distance from ice edge
Arctic_SEB_1991-1991_1	Literature research	67.000000	-54.000000	330.0	573	Journal	Vandenbroeke, Mr; Duynkerke, Pg; Oerlemans, J	The observed katabatic flow at the edge of the Greenland ice-sheet during GIMEX-91	Global and Planetary Change	1994	https://doi.org/10.1016/0921-8181(94)90003-5	1991	1991	summer	tundra	Sondre Stromfjord; Greenland	local	5-24July; hourly average; seasonal average	in situ measurements; comparative	yes		in situ; dirigible; GIMEX	temperature; time of year; wind; ice; landcover; atmosphere; advection; time of day; pressure; water vapor; clouds	temperature; LE; H; Rnet; Kin; G; ET	2m_temperature; wind speed; wind direction; atmospheric pressure; cloud cover; specific humidity	2m_temperature; wind speed		time of year; location; vegetation type; distance from ice edge; time of day	location; distance from ice edge
Arctic_SEB_1991-1991_1	Literature research	67.000000	-54.000000	300.0	573	Journal	Vandenbroeke, Mr; Duynkerke, Pg; Oerlemans, J	The observed katabatic flow at the edge of the Greenland ice-sheet during GIMEX-91	Global and Planetary Change	1994	https://doi.org/10.1016/0921-8181(94)90003-5	1991	1991	summer	tundra	Sondre Stromfjord; Greenland	local	5-24July; hourly average; seasonal average	in situ measurements; comparative	yes		in situ; dirigible; GIMEX	temperature; time of year; wind; ice; landcover; atmosphere; advection; time of day; pressure; water vapor; clouds	temperature; LE; H; Rnet; Kin; G; ET	2m_temperature; wind speed; wind direction; atmospheric pressure; cloud cover; specific humidity	2m_temperature; wind speed		time of year; location; vegetation type; distance from ice edge; time of day	location; distance from ice edge
Arctic_SEB_1991-1991_1	Literature research	67.000000	-54.000000	150.0	573	Journal	Vandenbroeke, Mr; Duynkerke, Pg; Oerlemans, J	The observed katabatic flow at the edge of the Greenland ice-sheet during GIMEX-91	Global and Planetary Change	1994	https://doi.org/10.1016/0921-8181(94)90003-5	1991	1991	summer	tundra	Sondre Stromfjord; Greenland	local	5-24July; hourly average; seasonal average	in situ measurements; comparative	yes		in situ; dirigible; GIMEX	temperature; time of year; wind; ice; landcover; atmosphere; advection; time of day; pressure; water vapor; clouds	temperature; LE; H; Rnet; Kin; G; ET	2m_temperature; wind speed; wind direction; atmospheric pressure; cloud cover; specific humidity	2m_temperature; wind speed		time of year; location; vegetation type; distance from ice edge; time of day	location; distance from ice edge
Arctic_SEB_1991-1991_1	Literature research	67.000000	-54.000000	50.0	582	Journal	Elkhalfi, A	Two-dimensional simulations of katabatic layers observed during the GIMEX experiment	Annales Geophysicae-Atmospheres Hydrospheres and Space Sciences	1999	https://doi.org/10.1007/s00585-999-0533-3	1991	1991	summer	tundra	Sondre Stromfjord; Greenland	local	12July; hourly average	in situ measurements; simulation of SEB; comparative	yes		model; in situ measurements; GIMEX	landcover; wind; location; location; roughness; time of day; water vapor	Rnet; H; LE; temperature; albedo	Rnet; H; LE; 2m_temperature; specific humidity; wind speed; wind direction; ablation			time of day; vegetation type; distance from ice edge
Arctic_SEB_1991-1991_1	Literature research	67.000000	-54.000000	330.0	582	Journal	Elkhalfi, A	Two-dimensional simulations of katabatic layers observed during the GIMEX experiment	Annales Geophysicae-Atmospheres Hydrospheres and Space Sciences	1999	https://doi.org/10.1007/s00585-999-0533-3	1991	1991	summer	tundra	Sondre Stromfjord; Greenland	local	12July; hourly average	in situ measurements; simulation of SEB; comparative	yes		model; in situ measurements; GIMEX	landcover; wind; location; location; roughness; time of day; water vapor	Rnet; H; LE; temperature; albedo	Rnet; H; LE; 2m_temperature; specific humidity; wind speed; wind direction; ablation			time of day; vegetation type; distance from ice edge
Arctic_SEB_1991-1991_1	Literature research	67.000000	-54.000000	300.0	582	Journal	Elkhalfi, A	Two-dimensional simulations of katabatic layers observed during the GIMEX experiment	Annales Geophysicae-Atmospheres Hydrospheres and Space Sciences	1999	https://doi.org/10.1007/s00585-999-0533-3	1991	1991	summer	tundra	Sondre Stromfjord; Greenland	local	12July; hourly average	in situ measurements; simulation of SEB; comparative	yes		model; in situ measurements; GIMEX	landcover; wind; location; location; roughness; time of day; water vapor	Rnet; H; LE; temperature; albedo	Rnet; H; LE; 2m_temperature; specific humidity; wind speed; wind direction; ablation			time of day; vegetation type; distance from ice edge
Arctic_SEB_1991-1991_1	Literature research	67.000000	-54.000000	150.0	582	Journal	Elkhalfi, A	Two-dimensional simulations of katabatic layers observed during the GIMEX experiment	Annales Geophysicae-Atmospheres Hydrospheres and Space Sciences	1999	https://doi.org/10.1007/s00585-999-0533-3	1991	1991	summer	tundra	Sondre Stromfjord; Greenland	local	12July; hourly average	in situ measurements; simulation of SEB; comparative	yes		model; in situ measurements; GIMEX	landcover; wind; location; location; roughness; time of day; water vapor	Rnet; H; LE; temperature; albedo	Rnet; H; LE; 2m_temperature; specific humidity; wind speed; wind direction; ablation			time of day; vegetation type; distance from ice edge
Arctic_SEB_1998-2005_1	Literature research	72.366667	126.050000		593	Journal	Boike, J; Wille, C; Abnizova, A	Climatology and summer energy and water balance of polygonal tundra in the Lena river delta, Siberia	Journal of Geophysical Research-Biogeosciences	2008	https://doi.org/10.1029/2007JG000540	1998	2005	allyear	W	Samoylov; Lena River; Siberia; Russia	local	monthly average; 1June-24August	in situ measurements; comparative	H_inferred		in situ; meteorological; meteo tower	climate; precipitation; drought; soil moisture; atmosphere; advection; irradiation; soil; temperature; water vapor; wind; snow; time of year	LE; G; Rnet; H; ET	Rnet; 2m_temperature; snow depth; -0.47m_temperature; 0m_temperature; soil moisture; precipitation; snow depth; LE; H; G; ET; storage; bowen; LE fraction; G fraction; H fraction	Rnet; LE; H; G; Qrain; precipitation; ET; storage		time of year; year; 2m_temperature; climate	year; climate; time of year		permafrost; topography; flooding; soil type; vegetation type; climate; 2m_temperature; precipitation
Arctic_SEB_2015-2015_1	Literature research	78.918000	11.895000	61.0	597	Journal	Markowicz, Km; Pakszys, P; Ritter, C; Zielinski, T; Udisti, R; Cappelletti, D; Mazzola, M; Shiobara, M; Xian, P; Zawadzka, O; Lisok, J; Petelski, T; Makuch, P; Karasinski, G	Impact of north american intense fires on aerosol optical properties measured over the european Arctic in July 2015	Journal of Geophysical Research-Atmospheres	2016	https://doi.org/10.1002/2016JD025310	2015	2015	summer		Europe; Spitsbergen; Svalbard; Norway; Andenes; Hornsund; Ny Alesund	local; regional	daily average	in situ measurements; satellite measurements; regression; comparative	no		in situ; dirigible; remote sensing; model	disturbance; fire; aerosols; water vapor; MODIS; satellite	Kin; Kout; Lin; Lout	AOD; Knet; Lnet			time of year; location
Arctic_SEB_2015-2015_2	Literature research	77.000000	13.550000	12.0	597	Journal	Markowicz, Km; Pakszys, P; Ritter, C; Zielinski, T; Udisti, R; Cappelletti, D; Mazzola, M; Shiobara, M; Xian, P; Zawadzka, O; Lisok, J; Petelski, T; Makuch, P; Karasinski, G	Impact of north american intense fires on aerosol optical properties measured over the european Arctic in July 2015	Journal of Geophysical Research-Atmospheres	2016	https://doi.org/10.1002/2016JD025310	2015	2015	summer		Europe; Spitsbergen; Svalbard; Norway; Andenes; Hornsund; Ny Alesund	local; regional	daily average	in situ measurements; satellite measurements; regression; comparative	no		in situ; dirigible; remote sensing; model	disturbance; fire; aerosols; water vapor; MODIS; satellite	Kin; Kout; Lin; Lout	AOD; Knet; Lnet			time of year; location
Arctic_SEB_2015-2015_3	Literature research	69.279000	16.009000	380.0	597	Journal	Markowicz, Km; Pakszys, P; Ritter, C; Zielinski, T; Udisti, R; Cappelletti, D; Mazzola, M; Shiobara, M; Xian, P; Zawadzka, O; Lisok, J; Petelski, T; Makuch, P; Karasinski, G	Impact of north american intense fires on aerosol optical properties measured over the european Arctic in July 2015	Journal of Geophysical Research-Atmospheres	2016	https://doi.org/10.1002/2016JD025310	2015	2015	summer		Europe; Spitsbergen; Svalbard; Norway; Andenes; Hornsund; Ny Alesund	local; regional	daily average	in situ measurements; satellite measurements; regression; comparative	no		in situ; dirigible; remote sensing; model	disturbance; fire; aerosols; water vapor; MODIS; satellite	Kin; Kout; Lin; Lout	AOD; Knet; Lnet			time of year; location
Arctic_SEB_1994-2009_1	Literature research	71.300000	-156.500000		598	Journal	Shiklomanov, Ni; Streletskiy, Da; Nelson, Fe; Hollister, Rd; Romanovsky, Ve; Tweedie, Ce; Bockheim, Jg; Brown, J	Decadal variations of active-layer thickness in moisture-controlled landscapes, Barrow, Alaska	Journal of Geophysical Research-Biogeosciences	2010	https://doi.org/10.1029/2009JG001248	1994	2009	allyear	W	Barrow; Alaska; USA	local; regional	daily average; monthly average; yearly average	in situ measurements; comparative; replicated; experimental treatment	no		in situ; network; CALM; ITEX; Biocomplexity experiment	permafrost; time; time of year; soil moisture; topography; vegetation	temperature	; -4.77m_temperature; -12.77m_temperature; -0.2m_temperature; -1.2m_temperature; -0.5m_temperature; ALT; snow depth	ALT		time of year; time; location; surface type; organic layer thickness	time; location; surface type		climate; 2m_temperature; precipitation; topography; vegetation type; soil type; permafrost
Arctic_SEB_1999-2009_1	Literature research	70.466667	-156.600000		608	Journal	Jiang, Yy; Zhuang, Ql; O'donnell, Ja	Modeling thermal dynamics of active layer soils and near-surface permafrost using a fully coupled water and heat transport model	Journal of Geophysical Research-Atmospheres	2012	https://doi.org/10.1029/2012JD017512	1999	2009	allyear	W2\|W3	Atqasuk; Alaska; USA; Betty Pingo; West Dock high; Toolik; Sagwon	local	daily average	model experiment; simulation of SEB; model validation; comparison in situ and model; comparative; regression	no		model; in situ; network	climate; disturbance; fire; topography; soil; soil moisture; vegetation; permafrost; time	temperature	; -0.05m_temperature; -0.10m_temperature; -0.15m_temperature; -0.20m_temperature; -1.2m_temperature; soil moisture; 0m_temperature			time of year; year
Arctic_SEB_1999-2009_1	Literature research	70.466667	-156.600000		608	Journal	Jiang, Yy; Zhuang, Ql; O'donnell, Ja	Modeling thermal dynamics of active layer soils and near-surface permafrost using a fully coupled water and heat transport model	Journal of Geophysical Research-Atmospheres	2012	https://doi.org/10.1029/2012JD017512	1999	2009	allyear	W1	Atqasuk; Alaska; USA; Betty Pingo; West Dock high; Toolik; Sagwon	local	daily average	model experiment; simulation of SEB; model validation; comparison in situ and model; comparative; regression	no		model; in situ; network	climate; disturbance; fire; topography; soil; soil moisture; vegetation; permafrost; time	temperature	; -0.05m_temperature; -0.10m_temperature; -0.15m_temperature; -0.20m_temperature; -1.2m_temperature; soil moisture; 0m_temperature			time of year; year
Arctic_SEB_1990-1991_1	Literature research	67.000000	-54.000000	50.0	611	Journal	Oerlemans, J; Vugts, Hf	A meteorological experiment in the melting zone of the Greenland ice-sheet	Bulletin of the American Meteorological Society	1993	https://doi.org/10.1175/1520-0477(1993)074<0355:AMEITM>2.0.CO;2	1990	1991	summer	tundra	Sondre Stromfjord; Greenland	local	daily average; 12June-30July; seasonal average	in situ measurements; comparative	yes		meteorological; in situ; meteo tower; network; dirigible; radiosonde; GIMEX	water vapor; temperature; wind; landcover; ice; soil moisture; time of day; time of year; continentality; irradiation	albedo; Rin	2m_temperature; Kin; albedo; potential temperature; Rnet; wind speed	elevation; Kin; albedo; Knet; 2m_temperature; potential temperature; wind speed		time of year; distance from ice edge; vegetation type; elevation; year; time of day	vegetation type
Arctic_SEB_1990-1991_1	Literature research	67.000000	-54.000000	330.0	611	Journal	Oerlemans, J; Vugts, Hf	A meteorological experiment in the melting zone of the Greenland ice-sheet	Bulletin of the American Meteorological Society	1993	https://doi.org/10.1175/1520-0477(1993)074<0355:AMEITM>2.0.CO;2	1990	1991	summer	tundra	Sondre Stromfjord; Greenland	local	daily average; 12June-30July; seasonal average	in situ measurements; comparative	yes		meteorological; in situ; meteo tower; network; dirigible; radiosonde; GIMEX	water vapor; temperature; wind; landcover; ice; soil moisture; time of day; time of year; continentality; irradiation	albedo; Rin	2m_temperature; Kin; albedo; potential temperature; Rnet; wind speed	elevation; Kin; albedo; Knet; 2m_temperature; potential temperature; wind speed		time of year; distance from ice edge; vegetation type; elevation; year; time of day	vegetation type
Arctic_SEB_1990-1991_1	Literature research	67.000000	-54.000000	300.0	611	Journal	Oerlemans, J; Vugts, Hf	A meteorological experiment in the melting zone of the Greenland ice-sheet	Bulletin of the American Meteorological Society	1993	https://doi.org/10.1175/1520-0477(1993)074<0355:AMEITM>2.0.CO;2	1990	1991	summer	tundra	Sondre Stromfjord; Greenland	local	daily average; 12June-30July; seasonal average	in situ measurements; comparative	yes		meteorological; in situ; meteo tower; network; dirigible; radiosonde; GIMEX	water vapor; temperature; wind; landcover; ice; soil moisture; time of day; time of year; continentality; irradiation	albedo; Rin	2m_temperature; Kin; albedo; potential temperature; Rnet; wind speed	elevation; Kin; albedo; Knet; 2m_temperature; potential temperature; wind speed		time of year; distance from ice edge; vegetation type; elevation; year; time of day	vegetation type
Arctic_SEB_1990-1991_1	Literature research	67.000000	-54.000000	150.0	611	Journal	Oerlemans, J; Vugts, Hf	A meteorological experiment in the melting zone of the Greenland ice-sheet	Bulletin of the American Meteorological Society	1993	https://doi.org/10.1175/1520-0477(1993)074<0355:AMEITM>2.0.CO;2	1990	1991	summer	tundra	Sondre Stromfjord; Greenland	local	daily average; 12June-30July; seasonal average	in situ measurements; comparative	yes		meteorological; in situ; meteo tower; network; dirigible; radiosonde; GIMEX	water vapor; temperature; wind; landcover; ice; soil moisture; time of day; time of year; continentality; irradiation	albedo; Rin	2m_temperature; Kin; albedo; potential temperature; Rnet; wind speed	elevation; Kin; albedo; Knet; 2m_temperature; potential temperature; wind speed		time of year; distance from ice edge; vegetation type; elevation; year; time of day	vegetation type
Arctic_SEB_2006-2009_1	Literature research	64.866667	-110.416667		612	Journal	Grant, Rf; Humphreys, Er; Lafleur, Pm	Ecosystem CO2 and CH4 exchange in a mixed tundra and a fen within a hydrologically diverse Arctic landscape: 1. Modeling versus measurements	Journal of Geophysical Research-Biogeosciences	2015	https://doi.org/10.1002/2014JG002888	2006	2009	allyear	S\|G4	Daring Lake; NWT; Canada	local	15May-31August; seasonal average; hourly average	simulation of SEB; comparative; regression; model valitdation; comparison model and in situ	no		model; ecosys; EC tower; in situ; network	topography; permafrost; GHG; time; landcover; vegetation; temperature; water vapor; soil; soil moisture; precipitation; time of year	temperature; Rnet; LE; H; Rnet	2m_temperature; CO2 exchange; precipitation; Rnet; LE; H; VPD; Kin; -0.05m_temperature	soil characteristics; 2m_temperature; precipitation; snow melt; CO2 exchange; GPP; respiration		time of year; vegetation type	vegetation type; time; time of year		topography; soil type; vegetation type; landscape; soil characteristics
Arctic_SEB_2006-2009_1	Literature research	64.866667	-110.416667		612	Journal	Grant, Rf; Humphreys, Er; Lafleur, Pm	Ecosystem CO2 and CH4 exchange in a mixed tundra and a fen within a hydrologically diverse Arctic landscape: 1. Modeling versus measurements	Journal of Geophysical Research-Biogeosciences	2015	https://doi.org/10.1002/2014JG002888	2006	2009	allyear	W3	Daring Lake; NWT; Canada	local	15May-31August; seasonal average; hourly average	simulation of SEB; comparative; regression; model valitdation; comparison model and in situ	no		model; ecosys; EC tower; in situ; network	topography; permafrost; GHG; time; landcover; vegetation; temperature; water vapor; soil; soil moisture; precipitation; time of year	temperature; Rnet; LE; H; Rnet	2m_temperature; CO2 exchange; precipitation; Rnet; LE; H; VPD; Kin; -0.05m_temperature	soil characteristics; 2m_temperature; precipitation; snow melt; CO2 exchange; GPP; respiration		time of year; vegetation type	vegetation type; time; time of year		topography; soil type; vegetation type; landscape; soil characteristics
Arctic_SEB_1984-1991_1	Literature research	78.958056	12.478333		628	Journal	Putkonen, J	Soil thermal properties and heat transfer processes near Ny-Alesund, northwestern Spitsbergen, Svalbard	Polar Research	1998	https://doi.org/10.1111/j.1751-8369.1998.tb00270.x	1984	1991	allyear	B	Ny Alesynd; Svalbard; Norway	local	daily average; hourly average	in situ measurements; comparative; simulation of SEB; model validation; comparison model and in situe	unclear		in situ; model	soil; soil moisture; time of year; location	temperature	water table; thermal conductivity; 0.01m_temperature; 0m_temperature; -0.5m_temperature; -1m_temperature			time of year; time of day			climate; 2m_temperature; precipitation; landscape; soil type
Arctic_SEB_1998-2013_1	Literature research	71.300000	-156.600000		662	Journal	Atchley, Al; Painter, Sl; Harp, Dr; Coon, Et; Wilson, Cj; Liljedahl, Ak; Romanovsky, Ve	Using field observations to inform thermal hydrology models of permafrost dynamics with ats (v0.83)	Geoscientific Model Development	2015	https://doi.org/10.5194/gmd-8-2701-2015	1998	2013	allyear	S\|P	Barrow; Alaska; USA	local; regional	daily average; seasonal average	model validation; simulation of SEB; comparison model and in situ; comparative	yes		model; in situ measurements; meteo tower; meteorological; ARM; NGEE-Arctic; BEO	topography; landcover, soil; time of year; snow; temperature; irradiation; water vapor; wind	temperature	; -0.40m_temperature; -0.02m_temperature	snow depth; snow density; SWE		surface type; time of year	surface type
Arctic_SEB_2009-2014_1	Literature research	80.050000	-86.420000	600.0	666	Journal	Grachev, Aa; Persson, Pog; Uttal, T; Akish, Ea; Cox, Cj; Morris, Sm; Fairall, Cw; Stone, Rs; Lesins, G; Makshtas, Ap; Repina, Ia	Seasonal and latitudinal variations of surface fluxes at two Arctic terrestrial sites	Climate Dynamics	2018	https://doi.org/10.1007/s00382-017-3983-4	2009	2014	allyear	tundra	Eureka; Nunavut; Canada; Tiksi; Siberia; Russia	local	hourly average; daily average; 5day average	in situ measurement; comparative	no		in situ; meteorological; meteo tower; EC tower	time of year; latitude; topography; clouds; snow; soil; irradiation; permafrost; temperature; snow melt; sun angle; soil moisture; water vapor; wind; precipitation; pressure	Kin; Kout; Lin; Lout; Rnet; LE; H; G; temperature	wind speed; 2m_temperature; 6m_temperature; 10m_temperature; -0.10m_temperature; -0.20m_temperature; -0.45m_temperature; -1.2m_temperature; G; Kin; Kout; Lin; Lout; Rnet; albedo; H; LE; CO2			time of year; location; latitude; time			topography; landscape
Arctic_SEB_2009-2014_2	Literature research	71.600000	128.900000		666	Journal	Grachev, Aa; Persson, Pog; Uttal, T; Akish, Ea; Cox, Cj; Morris, Sm; Fairall, Cw; Stone, Rs; Lesins, G; Makshtas, Ap; Repina, Ia	Seasonal and latitudinal variations of surface fluxes at two Arctic terrestrial sites	Climate Dynamics	2018	https://doi.org/10.1007/s00382-017-3983-4	2009	2014	allyear	tundra	Eureka; Nunavut; Canada; Tiksi; Siberia; Russia	local	hourly average; daily average; 5day average	in situ measurement; comparative	no		in situ; meteorological; meteo tower; EC tower	time of year; latitude; topography; clouds; snow; soil; irradiation; permafrost; temperature; snow melt; sun angle; soil moisture; water vapor; wind; precipitation; pressure	Kin; Kout; Lin; Lout; Rnet; LE; H; G; temperature	wind speed; 2m_temperature; 6m_temperature; 10m_temperature; -0.10m_temperature; -0.20m_temperature; -0.45m_temperature; -1.2m_temperature; G; Kin; Kout; Lin; Lout; Rnet; albedo; H; LE; CO2			time of year; location; latitude; time			topography; landscape
Arctic_SEB_2000-2014_1	Literature research	72.366667	126.466667		689	Journal	Langer, M; Westermann, S; Boike, J; Kirillin, G; Grosse, G; Peng, S; Krinner, G	Rapid degradation of permafrost underneath waterbodies in tundra landscapes-toward a representation of thermokarst in land surface models	Journal of Geophysical Research-Earth Surface	2016	https://doi.org/10.1002/2016JF003956	2000	2014	allyear	water	Samoylov; Lena River; Siberia; Russia	local	seasonal average; discrete measurements	simulation of SEB; comparative; comparison model and model	unclear		model; in situ; CryoGrid3	landcover; soil moisture; permafrost; temperature; soil; wind; albedo; ice; snow; GHG	temperature; G	; -2m_temperature; -4m_temperature; -6m_temperature; -0.9m_temperature			lake size; time of year			permafrost; climate; 2m_temperature; soil type; snow dynamics; vegetation type; landscape
Arctic_SEB_2012-2013_1	Literature research	69.579590	-140.198530		697	Journal	Wolter, J; Lantuit, H; Fritz, M; Macias-Fauria, M; Myers-Smith, I; Herzschuh, U	Vegetation composition and shrub extent on the Yukon coast, Canada, are strongly linked to ice-wedge polygon degradation	Polar Research	2016	https://doi.org/10.3402/polar.v35.27489	2012	2013	summer	G3	Yukon; Canada	local; regional	discrete_measurements; daily average	in situ measurements; comparative; simulation of SEB; replicated	no		in situ; model	soil; soil moisture; permafrost; temperature; topography; permafrost	temperature		ALT; -0.05m_temperature			surface type		topography; vegetation type; climate; 2m_temperature; precipitation; soil type; permafrost; ALT
Arctic_SEB_2012-2013_2	Literature research	69.324710	-139.020920		697	Journal	Wolter, J; Lantuit, H; Fritz, M; Macias-Fauria, M; Myers-Smith, I; Herzschuh, U	Vegetation composition and shrub extent on the Yukon coast, Canada, are strongly linked to ice-wedge polygon degradation	Polar Research	2016	https://doi.org/10.3402/polar.v35.27489	2012	2013	summer	W3	Yukon; Canada	local; regional	discrete_measurements; daily average	in situ measurements; comparative; simulation of SEB; replicated	no		in situ; model	soil; soil moisture; permafrost; temperature; topography; permafrost	temperature		ALT; -0.05m_temperature			surface type		topography; vegetation type; climate; 2m_temperature; precipitation; soil type; permafrost; ALT
Arctic_SEB_2012-2013_3	Literature research	69.579300	-138.957400		697	Journal	Wolter, J; Lantuit, H; Fritz, M; Macias-Fauria, M; Myers-Smith, I; Herzschuh, U	Vegetation composition and shrub extent on the Yukon coast, Canada, are strongly linked to ice-wedge polygon degradation	Polar Research	2016	https://doi.org/10.3402/polar.v35.27489	2012	2013	summer	S1	Yukon; Canada	local; regional	discrete_measurements; daily average	in situ measurements; comparative; simulation of SEB; replicated	no		in situ; model	soil; soil moisture; permafrost; temperature; topography; permafrost	temperature		ALT; -0.05m_temperature			surface type		topography; vegetation type; climate; 2m_temperature; precipitation; soil type; permafrost; ALT
Arctic_SEB_2012-2013_4	Literature research	69.499790	-139.181500		697	Journal	Wolter, J; Lantuit, H; Fritz, M; Macias-Fauria, M; Myers-Smith, I; Herzschuh, U	Vegetation composition and shrub extent on the Yukon coast, Canada, are strongly linked to ice-wedge polygon degradation	Polar Research	2016	https://doi.org/10.3402/polar.v35.27489	2012	2013	summer	W3	Yukon; Canada	local; regional	discrete_measurements; daily average	in situ measurements; comparative; simulation of SEB; replicated	no		in situ; model	soil; soil moisture; permafrost; temperature; topography; permafrost	temperature		ALT; -0.05m_temperature			surface type		topography; vegetation type; climate; 2m_temperature; precipitation; soil type; permafrost; ALT
Arctic_SEB_2006-2007_1	Literature research	71.323000	-156.609000	7.6	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	W	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_2	Literature research	71.166800	-156.874300	7.0	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	tundra	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_3	Literature research	70.471800	-157.407000	20.0	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	W	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_4	Literature research	70.485900	-156.784500	15.4	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	tundra	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_5	Literature research	70.279500	-148.895700	11.6	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	W	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_6	Literature research	70.244100	-148.619400	13.5	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	tundra	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_7	Literature research	69.892200	-148.768000	77.6	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	G	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_8	Literature research	69.424300	-148.695900	299.0	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	G	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_9	Literature research	69.426200	-150.340400	158.0	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	G	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_10	Literature research	68.640100	-149.406500	774.0	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	G	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_11	Literature research	64.749200	-148.445600	216.8	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	G	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_12	Literature research	65.495000	-164.910000	235.8	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	G	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_13	Literature research	64.843300	-163.705300	140.0	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear	S\|P	Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2006-2007_14	Literature research	64.901800	-163.548300	91.9	701	Journal	Hines, Km; Bromwich, Dh; Bai, Ls; Barlage, M; Slater, Ag	Development and testing of polar wrf. Part iii: Arctic land	Journal of Climate	2011	https://doi.org/10.1175/2010JCLI3460.1	2006	2007	allyear		Alaska; USA; Barrow; Atqasuk; Council; Bonanza Creek; Ocean Point; Upper Kuparuk; Betty Pingo	local; regional	daily average; seasonal average	simulation of SEB; model validation; comparison model and in situ; model experiment; model parametrization	unclear		model; WRF; in situ; network	time of year; soil; clouds; snow; snow melt; albedo; water vapor; landcover; vegetation; topography; pressure; temperature; wind	temperature; G; Kin; albedo; Lin	pressure; 2m_temperature; -0.25m_temperature; wind speed; Kin; Lin; water vapor; cloud cover			time of year; time of day
Arctic_SEB_2011-2011_1	Literature research	72.600000	-37.950000		708	Journal	Wright, P; Bergin, M; Dibb, J; Lefer, B; Domine, F; Carman, T; Carmagnola, C; Dumont, M; Courville, Z; Schaaf, C; Wang, Zs	Comparing MODIS daily snow albedo to spectral albedo field measurements in central Greenland	Remote Sensing of Environment	2014	https://doi.org/10.1016/j.rse.2013.08.044	2011	2011	spring\|summer	ice	Summit; Greenland	local; regional	daily average; discrete measurements	satellite validation; comparison satellite and in situ	no		satellite; in situ; BSRN	albedo; snow	albedo	albedo	albedo		time of year	location
Arctic_SEB_1995-1997_1	Literature research	79.933333	11.916667	20.0	714	Journal	Lloyd, Cr; Harding, Rj; Friborg, T; Aurela, M	Surface fluxes of heat and water vapour from sites in the european Arctic	Theoretical and Applied Climatology	2001	https://doi.org/10.1007/s007040170003	1995	1997	summer	G	Europe; Ny Alesund; Svalbard; Zackenberg; Greenland; Finland; Kaamanen; Skalluvaara	local	seasonal average; 28June-27August; daily average; hourly average; monthly average	in situ measurement; comparative	no		EC tower; in situ	climate; latitude; topography; permafrost; soil moisture; vegetation; resistance; roughness; irradiation; snow; time of year; temperature; soil; precipitation; wind; water vapor	LE; H; Rnet; G; ET; Lin; Lout; Kin; Kout; temperature; albedo	albedo; Rnet; LE; H; EBC; surface resistance	albedo; roughness length; surface resistance; snow melt; 2m_temperature; ET; LE; Rnet; H; ET fraction bowen; priestley-taylor		time of year; vegetation type	vegetation type; time of year; time		vegetation type; soil type; climate; 2m_temperature; precipitation; permafrost; snow dynamics
Arctic_SEB_1995-1997_2	Literature research	74.466667	-19.433333	50.0	714	Journal	Lloyd, Cr; Harding, Rj; Friborg, T; Aurela, M	Surface fluxes of heat and water vapour from sites in the european Arctic	Theoretical and Applied Climatology	2001	https://doi.org/10.1007/s007040170003	1995	1997	summer	W	Europe; Ny Alesund; Svalbard; Zackenberg; Greenland; Finland; Kaamanen; Skalluvaara	local	seasonal average; 28June-27August; daily average; hourly average; monthly average	in situ measurement; comparative	no		EC tower; in situ	climate; latitude; topography; permafrost; soil moisture; vegetation; resistance; roughness; irradiation; snow; time of year; temperature; soil; precipitation; wind; water vapor	LE; H; Rnet; G; ET; Lin; Lout; Kin; Kout; temperature; albedo	albedo; Rnet; LE; H; EBC; surface resistance	albedo; roughness length; surface resistance; snow melt; 2m_temperature; ET; LE; Rnet; H; ET fraction bowen; priestley-taylor		time of year; vegetation type	vegetation type; time of year; time		vegetation type; soil type; climate; 2m_temperature; precipitation; permafrost; snow dynamics
Arctic_SEB_1995-1997_3	Literature research	69.133333	27.283333	155.0	714	Journal	Lloyd, Cr; Harding, Rj; Friborg, T; Aurela, M	Surface fluxes of heat and water vapour from sites in the european Arctic	Theoretical and Applied Climatology	2001	https://doi.org/10.1007/s007040170003	1995	1997	summer	W	Europe; Ny Alesund; Svalbard; Zackenberg; Greenland; Finland; Kaamanen; Skalluvaara	local	seasonal average; 28June-27August; daily average; hourly average; monthly average	in situ measurement; comparative	no		EC tower; in situ	climate; latitude; topography; permafrost; soil moisture; vegetation; resistance; roughness; irradiation; snow; time of year; temperature; soil; precipitation; wind; water vapor	LE; H; Rnet; G; ET; Lin; Lout; Kin; Kout; temperature; albedo	albedo; Rnet; LE; H; EBC; surface resistance	albedo; roughness length; surface resistance; snow melt; 2m_temperature; ET; LE; Rnet; H; ET fraction bowen; priestley-taylor		time of year; vegetation type	vegetation type; time of year; time		vegetation type; soil type; climate; 2m_temperature; precipitation; permafrost; snow dynamics
Arctic_SEB_1995-1997_4	Literature research	69.816667	27.200000	280.0	714	Journal	Lloyd, Cr; Harding, Rj; Friborg, T; Aurela, M	Surface fluxes of heat and water vapour from sites in the european Arctic	Theoretical and Applied Climatology	2001	https://doi.org/10.1007/s007040170003	1995	1997	summer	W	Europe; Ny Alesund; Svalbard; Zackenberg; Greenland; Finland; Kaamanen; Skalluvaara	local	seasonal average; 28June-27August; daily average; hourly average; monthly average	in situ measurement; comparative	no		EC tower; in situ	climate; latitude; topography; permafrost; soil moisture; vegetation; resistance; roughness; irradiation; snow; time of year; temperature; soil; precipitation; wind; water vapor	LE; H; Rnet; G; ET; Lin; Lout; Kin; Kout; temperature; albedo	albedo; Rnet; LE; H; EBC; surface resistance	albedo; roughness length; surface resistance; snow melt; 2m_temperature; ET; LE; Rnet; H; ET fraction bowen; priestley-taylor		time of year; vegetation type	vegetation type; time of year; time		vegetation type; soil type; climate; 2m_temperature; precipitation; permafrost; snow dynamics
Arctic_SEB_1972-2004_1	Literature research	69.050000	-133.360000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1972-2004_2	Literature research	69.070000	-133.400000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1972-2004_3	Literature research	69.030000	-133.370000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1972-2004_4	Literature research	69.030000	-133.430000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1972-2004_5	Literature research	69.010000	-133.500000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1972-2004_6	Literature research	68.600000	-133.640000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1972-2004_7	Literature research	68.590000	-133.650000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1972-2004_8	Literature research	68.680000	-133.700000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1972-2004_9	Literature research	68.650000	-133.730000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1972-2004_10	Literature research	68.560000	-133.670000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1972-2004_11	Literature research	68.540000	-133.660000		726	Journal	Lantz, Tc; Marsh, P; Kokelj, Sv	Recent shrub proliferation in the Mackenzie delta uplands and microclimatic implications	Ecosystems	2013	https://doi.org/10.1007/s10021-012-9595-2	1972	2004	spring\|summer	shrub tundra	Inuvik; NWT; Canada	local; regional	dialy average; monthly average; yearly average	remote sensing measurements; comparative; in situ measurements; replicated	no		in situ; remote sensing; aircraft	vegetation; albedo; snow; soil; disturbance; fire; time of year; landcover	Rnet; albedo; temperature; Kin; Kout	albedo; Rnet; -0.10m_temperature	albedo; snow depth; snow density; SWE		vegetation type; shrub cover; time of year	vegetation type; shrub cover; time of year; time		topography; climate; 2m_temperature; disturbance; vegetation type
Arctic_SEB_1979-1995_1	Literature research	80.600000	58.000000		736	Journal	Adams, Jm; Bond, Na; Overland, Je	Regional variability of the Arctic heat budget in fall and winter	Journal of Climate	2000	https://doi.org/10.1175/1520-0442(2000)013<3500:RVOTAH>2.0.CO;2	1979	1995	fall\|winter	tundra	Arctic; Franz Josef Land; Anjou Island; Barrow; Alaska; USA; Eureka; Canada	local; regional	daily average	In situ measurements; comparison in situ and reanalysis	Rnet_inferred		in situ; reanalysis; NCEP; NCAR	atmosphere; advection; teleconnection; temperature; time of year; convergence	temperature; Fnet	2m_temperature			time of year; location
Arctic_SEB_1979-1995_2	Literature research	76.000000	138.000000		736	Journal	Adams, Jm; Bond, Na; Overland, Je	Regional variability of the Arctic heat budget in fall and winter	Journal of Climate	2000	https://doi.org/10.1175/1520-0442(2000)013<3500:RVOTAH>2.0.CO;2	1979	1995	fall\|winter	tundra	Arctic; Franz Josef Land; Anjou Island; Barrow; Alaska; USA; Eureka; Canada	local; regional	daily average	In situ measurements; comparison in situ and reanalysis	Rnet_inferred		in situ; reanalysis; NCEP; NCAR	atmosphere; advection; teleconnection; temperature; time of year; convergence	temperature; Fnet	2m_temperature			time of year; location
Arctic_SEB_1979-1995_3	Literature research	71.300000	-156.000000		736	Journal	Adams, Jm; Bond, Na; Overland, Je	Regional variability of the Arctic heat budget in fall and winter	Journal of Climate	2000	https://doi.org/10.1175/1520-0442(2000)013<3500:RVOTAH>2.0.CO;2	1979	1995	fall\|winter	tundra	Arctic; Franz Josef Land; Anjou Island; Barrow; Alaska; USA; Eureka; Canada	local; regional	daily average	In situ measurements; comparison in situ and reanalysis	Rnet_inferred		in situ; reanalysis; NCEP; NCAR	atmosphere; advection; teleconnection; temperature; time of year; convergence	temperature; Fnet	2m_temperature			time of year; location
Arctic_SEB_1979-1995_4	Literature research	80.000000	-86.000000		736	Journal	Adams, Jm; Bond, Na; Overland, Je	Regional variability of the Arctic heat budget in fall and winter	Journal of Climate	2000	https://doi.org/10.1175/1520-0442(2000)013<3500:RVOTAH>2.0.CO;2	1979	1995	fall\|winter	tundra	Arctic; Franz Josef Land; Anjou Island; Barrow; Alaska; USA; Eureka; Canada	local; regional	daily average	In situ measurements; comparison in situ and reanalysis	Rnet_inferred		in situ; reanalysis; NCEP; NCAR	atmosphere; advection; teleconnection; temperature; time of year; convergence	temperature; Fnet	2m_temperature			time of year; location
Arctic_SEB_1996-2005_1	Literature research	61.300000	-120.700000	280.0	739	Journal	Zhang, Ys; Carey, Sk; Quinton, Wl	Evaluation of the algorithms and parameterizations for ground thawing and freezing simulation in permafrost regions	Journal of Geophysical Research-Atmospheres	2008	https://doi.org/10.1029/2007JD009343	1996	2005	allyear	W	Scotty Creek; Granger Creek; Wolf Creek; Canada	local	annual average	model experiment; simulation of SEB; comparative; comparison model and model and in situ; model validation	unclear		model; in situ	soil; soil moisture; permafrost; temperature; time of year; location; time	temperature; LE	soil moisture; ALT; Freezing depth; -0.4m_temperature; -0.02m_temperature			; -0.1m_temperature; -0.2m_temperature; -0.4m_temperature; days after thawing start; days after freezing start; soil type; time of year			soil type; soil characteristics; topography
Arctic_SEB_1996-2005_2	Literature research	60.550000	-134.816667	1338.0	739	Journal	Zhang, Ys; Carey, Sk; Quinton, Wl	Evaluation of the algorithms and parameterizations for ground thawing and freezing simulation in permafrost regions	Journal of Geophysical Research-Atmospheres	2008	https://doi.org/10.1029/2007JD009343	1996	2005	allyear	tundra	Scotty Creek; Granger Creek; Wolf Creek; Canada	local	annual average	model experiment; simulation of SEB; comparative; comparison model and model and in situ; model validation	unclear		model; in situ	soil; soil moisture; permafrost; temperature; time of year; location; time	temperature; LE	soil moisture; ALT; Freezing depth; -0.4m_temperature; -0.02m_temperature			; -0.1m_temperature; -0.2m_temperature; -0.4m_temperature; days after thawing start; days after freezing start; soil type; time of year			soil type; soil characteristics; topography
Arctic_SEB_1996-2005_3	Literature research	60.516667	-134.483333	1175.0	739	Journal	Zhang, Ys; Carey, Sk; Quinton, Wl	Evaluation of the algorithms and parameterizations for ground thawing and freezing simulation in permafrost regions	Journal of Geophysical Research-Atmospheres	2008	https://doi.org/10.1029/2007JD009343	1996	2005	allyear		Scotty Creek; Granger Creek; Wolf Creek; Canada	local	annual average	model experiment; simulation of SEB; comparative; comparison model and model and in situ; model validation	unclear		model; in situ	soil; soil moisture; permafrost; temperature; time of year; location; time	temperature; LE	soil moisture; ALT; Freezing depth; -0.4m_temperature; -0.02m_temperature			; -0.1m_temperature; -0.2m_temperature; -0.4m_temperature; days after thawing start; days after freezing start; soil type; time of year			soil type; soil characteristics; topography
Arctic_SEB_1983-2005_1	Literature research	71.300000	-156.620000		757	Journal	Zhang, K; Kimball, Js; Mu, Qz; Jones, La; Goetz, Sj; Running, Sw	Satellite based analysis of northern et trends and associated changes in the regional water balance from 1983 to 2005	Journal of Hydrology	2009	https://doi.org/10.1016/j.jhydrol.2009.09.047	1983	2005	allyear	W	Arctic; Alaska; USA; Barrow; Atqasuk; Manitoba; Saskatchewan; Alberta; Canada; Ivotuk;	local; regional	daily average; yearly average	simulation of SEB; regression; comparison model and satellite; model validation	unclear		satellite; AVHRR; GIMMS; MODIS; GEWEX; NCEP; NCAR; reanalysis; in situ; network; model; GPCP; meteorological; meteo tower; EC tower	year; landcover; NDVI; vegetation; irradiation; albedo; climate; precipitation; resistance; time of year	ET; albedo	conductance; LE; precipitation; ET			NDVI; time of year; time
Arctic_SEB_1983-2005_2	Literature research	70.470000	-157.410000		757	Journal	Zhang, K; Kimball, Js; Mu, Qz; Jones, La; Goetz, Sj; Running, Sw	Satellite based analysis of northern et trends and associated changes in the regional water balance from 1983 to 2005	Journal of Hydrology	2009	https://doi.org/10.1016/j.jhydrol.2009.09.047	1983	2005	allyear	G4	Arctic; Alaska; USA; Barrow; Atqasuk; Manitoba; Saskatchewan; Alberta; Canada; Ivotuk;	local; regional	daily average; yearly average	simulation of SEB; regression; comparison model and satellite; model validation	unclear		satellite; AVHRR; GIMMS; MODIS; GEWEX; NCEP; NCAR; reanalysis; in situ; network; model; GPCP; meteorological; meteo tower; EC tower	year; landcover; NDVI; vegetation; irradiation; albedo; climate; precipitation; resistance; time of year	ET; albedo	conductance; LE; precipitation; ET			NDVI; time of year; time
Arctic_SEB_1983-2005_3	Literature research	68.490000	-115.750000		757	Journal	Zhang, K; Kimball, Js; Mu, Qz; Jones, La; Goetz, Sj; Running, Sw	Satellite based analysis of northern et trends and associated changes in the regional water balance from 1983 to 2005	Journal of Hydrology	2009	https://doi.org/10.1016/j.jhydrol.2009.09.047	1983	2005	allyear	G4	Arctic; Alaska; USA; Barrow; Atqasuk; Manitoba; Saskatchewan; Alberta; Canada; Ivotuk;	local; regional	daily average; yearly average	simulation of SEB; regression; comparison model and satellite; model validation	unclear		satellite; AVHRR; GIMMS; MODIS; GEWEX; NCEP; NCAR; reanalysis; in situ; network; model; GPCP; meteorological; meteo tower; EC tower	year; landcover; NDVI; vegetation; irradiation; albedo; climate; precipitation; resistance; time of year	ET; albedo	conductance; LE; precipitation; ET			NDVI; time of year; time
Arctic_SEB_1998-2001_1	Literature research	71.300000	-156.600000		758	Journal	Schaefer, K; Zhang, Tj; Slater, Ag; Lu, Lx; Etringer, A; Baker, I	Improving simulated soil temperatures and soil freeze/thaw at high-latitude regions in the simple biosphere/carnegie-ames-stanford approach model	Journal of Geophysical Research-Earth Surface	2009	https://doi.org/10.1029/2008JF001125	1998	2001	allyear	tundra	Barrow; North America	local	halfhour average	simulation of SEB; comparative; comparison model and model and in situ; model validation	unclear		model; SibCASA; in situ; EC tower; reanalysis; NARR	soil; soil moisture; permafrost; temperature; snow; wind; time of year; precipitation; snow melt; landcover; vegetation	temperature	2m_temperature; precipitation; snow density; -0.08m_temperature; -0.1m_temperature; -0.5m_temperature; -1m_temperature; snow depth			time of year
Arctic_SEB_2008-2011_1	Literature research	67.920000	-139.470000		784	Journal	Roy-Leveillee, P; Burn, Cr; Mcdonald, Id	Vegetation-permafrost relations within the forest-tundra ecotone near old crow, northern Yukon, Canada	Permafrost and Periglacial Processes	2014	https://doi.org/10.1002/ppp.1805	2008	2011	allyear	W3	Old Crow Flats; Yukon; Canada	local; regional	seasonal average; yearly average; daily average; monthly average	in situ measurement; comparative; replicated	no		in situ	vegetation; snow; snow melt; soil; landcover; heterogeneity; permafrost; temperature; time of year	temperature	snow depth; permafrost temperature; -1.25m_temperature	2m_temperature; TDD; FDD; permafrost temperature; 0m_temperature; canopy height; snow depth; snow density		canopy height; permafrost temperature; time of year	vegetation type; time
Arctic_SEB_2002-2003_1	Literature research	70.560000	-156.670000	8.0	792	Journal	Milton, Sf; Earnshaw, P	Evaluation of surface water and energy cycles in the met office global nwp model using CEOP data	Journal of the Meteorological Society of Japan	2007	https://doi.org/10.2151/jmsj.85A.43	2002	2003	allyear	B2b	global	local; global	seasonal average; monthly average	simulation of SEB; model validation; comparison model and in situ and satellite and reanalysis; model parametrization	unclear		model; NWP; GEWEX; CSE; in situ; network; satellite; reanalysis; ERA-40; GPCC; GPCP	time of day; time of year; year; precipitation; water vapor; temperature; clouds; snow melt; albedo; heterogeneity	temperature; Knet; Lnet; ET; albedo; Kin; Kout; Lin; Lout; LE; H	precipitation; 2m_temperature; water vapor; Rnet; Knet; Lnet; Kin; Lin	precipitation		time of year	time
Arctic_SEB_2002-2003_2	Literature research	71.670000	128.330000	38.0	792	Journal	Milton, Sf; Earnshaw, P	Evaluation of surface water and energy cycles in the met office global nwp model using CEOP data	Journal of the Meteorological Society of Japan	2007	https://doi.org/10.2151/jmsj.85A.43	2002	2003	allyear	B2b	global	local; global	seasonal average; monthly average	simulation of SEB; model validation; comparison model and in situ and satellite and reanalysis; model parametrization	unclear		model; NWP; GEWEX; CSE; in situ; network; satellite; reanalysis; ERA-40; GPCC; GPCP	time of day; time of year; year; precipitation; water vapor; temperature; clouds; snow melt; albedo; heterogeneity	temperature; Knet; Lnet; ET; albedo; Kin; Kout; Lin; Lout; LE; H	precipitation; 2m_temperature; water vapor; Rnet; Knet; Lnet; Kin; Lin	precipitation		time of year	time
Arctic_SEB_1995-1995_1	Literature research	69.401000	-147.194333	360.0	807	Journal	Eugster, W; Mcfadden, Jp; Chapin, Fs	Differences in surface roughness, energy, and CO2 fluxes in two moist tundra vegetation types, kuparuk watershed, Alaska, usa	Arctic Antarctic and Alpine Research	2005	https://doi.org/10.1657/1523-0430(2005)037[0061:DISREA]2.0.CO;2	1995	1995	summer	tundra	Kuparuk River; Alaska; USA	local	21-29June; hourly average	in situ measurement; comparative	no		GIS; satellite; in situ; meteorological	vegetation; LAI; landcover; soil; roughness; soil moisture; time of day; temperature; permafrost; wind; precipitation; water vapor; irradiation	LE; H; G; temperature; Rnet	Rnet; G; LE; H; CO2; -0.05m_temperature	roughness length; canopy height; soil pH; 1.8m_temperature; 0.05m_temperature; -0.01m_temperature; -0.05m_temperature; LAI; Rnet; H; LE; G; CO2	Rnet; H; LE; G; CO2	time of day; vegetation type	vegetation type	vegetation type	soil type; vegetation type; species richness; LAI; vegetation cover; permafrost; ALT; topography; climate; 2m_temperature; precipitation
Arctic_SEB_1995-1995_2	Literature research	69.441000	-147.329667	269.0	807	Journal	Eugster, W; Mcfadden, Jp; Chapin, Fs	Differences in surface roughness, energy, and CO2 fluxes in two moist tundra vegetation types, kuparuk watershed, Alaska, usa	Arctic Antarctic and Alpine Research	2005	https://doi.org/10.1657/1523-0430(2005)037[0061:DISREA]2.0.CO;2	1995	1995	summer	tundra	Kuparuk River; Alaska; USA	local	21-29June; hourly average	in situ measurement; comparative	no		GIS; satellite; in situ; meteorological	vegetation; LAI; landcover; soil; roughness; soil moisture; time of day; temperature; permafrost; wind; precipitation; water vapor; irradiation	LE; H; G; temperature; Rnet	Rnet; G; LE; H; CO2; -0.05m_temperature	roughness length; canopy height; soil pH; 1.8m_temperature; 0.05m_temperature; -0.01m_temperature; -0.05m_temperature; LAI; Rnet; H; LE; G; CO2	Rnet; H; LE; G; CO2	time of day; vegetation type	vegetation type	vegetation type	soil type; vegetation type; species richness; LAI; vegetation cover; permafrost; ALT; topography; climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_1	Literature research	68.766667	-148.583333	1142.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	B	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_2	Literature research	69.383333	-147.133333	590.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	P	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_3	Literature research	68.633333	-148.383333	795.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	P	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_4	Literature research	69.100000	-149.000000	380.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	S\|P	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_5	Literature research	69.066667	-147.250000	443.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	S\|P	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_6	Literature research	69.133333	-147.400000	349.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	S\|P	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_7	Literature research	69.016667	-147.216667	537.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	S\|P	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_8	Literature research	68.583333	-149.750000	366.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	S\|P	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_8	Literature research	68.583333	-149.750000	625.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	S\|P	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_4	Literature research	69.100000	-149.000000	610.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	G	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_4	Literature research	69.100000	-149.000000	488.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	G	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_9	Literature research	68.616667	-148.383333	438.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	G	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_10	Literature research	69.433333	-147.333333	443.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	G	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_11	Literature research	69.400000	-147.200000	745.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	G	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_9	Literature research	68.616667	-148.383333	269.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	G	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_12	Literature research	68.616667	-148.683333	360.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	G	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_13	Literature research	69.033333	-147.233333	777.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	G	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_14	Literature research	67.450000	-149.916667	938.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	G	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_15	Literature research	69.166667	-147.133333	351.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	W	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_12	Literature research	68.616667	-148.683333	380.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	W	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_2	Literature research	70.283333	-147.100000	522.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	W	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_16	Literature research	70.283333	-147.083333	336.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	W	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1994-1996_17	Literature research	69.633333	-148.400000	917.0	808	Journal	Mcfadden, Jp; Eugster, W; Chapin, Fs	A regional study of the controls on water vapor and CO2 exchange in Arctic tundra	Ecology	2003	https://doi.org/10.1890/01-0444	1994	1996	summer	water	Alaska; USA	local; regional	seasonal average; discrete measurements	in situ measurements; comparative; replicated	no		in situ; EC tower; network; FLUXNET	vegetation; landcover; LAI; soil moisture; temperature; resistance	ET; G	ET; ET fraction; conductance	continentality; LAI; soil moisture; ALT; canopy height; LAI; conductance; roughness length	ET; ET fraction; conductance	vegetation type; conductance; soil moisture	vegetation type; location	vegetation type; conductance; soil moisture	climate; 2m_temperature; precipitation
Arctic_SEB_1992-1997_1	Literature research	78.916667	11.866667		810	Journal	Winther, Jg; Gerland, S; Orbaek, Jb; Ivanov, B; Blanco, A; Boike, J	Spectral reflectance of melting snow in a high Arctic watershed on Svalbard: some implications for optical satellite remote sensing studies	Hydrological Processes	1999	https://doi.org/10.1002/(SICI)1099-1085(199909)13:12/13<2033::AID-HYP892>3.0.CO;2-M	1992	1997	spring\|summer	snow\|tundra	Ny Alesund; Svalbard; Norway	local	daily average; April-July	in situ measurements; comparative; satellite validation; comparison satellite and in situ	no		in situ; satellite; Landsat	snow; snow melt; clouds; temperature; aerosols; time of year; landcover; sun angle; year	albedo	albedo			time of year			climate; 2m_temperature; landcover; permafrost; landscape
Arctic_SEB_2015-2015_1	Literature research	78.926000	11.530000		825	Journal	Lisok, J; Rozwadowska, A; Pedersen, Jg; Markowicz, Km; Ritter, C; Kaminski, Jw; Struzewska, J; Mazzola, M; Udisti, R; Becagli, S; Gorecka, I	Radiative impact of an extreme Arctic biomass-burning event	Atmospheric Chemistry and Physics	2018	https://doi.org/10.5194/acp-18-8829-2018	2015	2015	summer		Ny Alesund; Svalbard; Norway	local; regional	halfhourly average	simulation of SEB; model validation; comparison in situ and model; comparative	unclear		in situ; remote sensing; model; GIS; BSRN	disturbance; aerosols; time of year; time of day	Rin	Fin; Fout			aerosol cover
Arctic_SEB_2012-2013_1	Literature research	66.830000	65.980000		831	Journal	Frost, Gv; Epstein, He; Walker, Da; Matyshak, G; Ermokhina, K	Seasonal and long-term changes to active-layer temperatures after tall shrubland expansion and succession in Arctic tundra	Ecosystems	2018	https://doi.org/10.1007/s10021-017-0165-5	2012	2013	allyear	tundra	Kharp; Siberia; Russia	local	daily average; seasonal average	in situ measurements; comparative; regression; replicated	no	Land cover: Tundra undergoing shrubification	in situ; GIS; CAVM	vegetation; time of year; time; soil; snow; temperature	temperature	2m_temperature; -0.05m_temperature; thawing factor; freezing factor; thawing degree days	soil organic thickness; LAI; canopy height	; -0.05m_temperature; -0.2m_temperature	time of year; vegetation type; shrub cover; soil type	vegetation type	vegetation type	climate; vegetation type; soil type; landscape; topography; 2m_temperature; precipitation
Arctic_SEB_2008-2008_1	Literature research	72.366667	126.500000		839	Journal	Langer, M; Westermann, S; Boike, J	Spatial and temporal variations of summer surface temperatures of wet polygonal tundra in Siberia - implications for MODIS lst based permafrost monitoring	Remote Sensing of Environment	2010	https://doi.org/10.1016/j.rse.2010.04.012	2008	2008	summer\|fall	W	Samoylov; Lena River; Siberia; Russia	local; regional	discrete measurements; daily average	satellite validation; comparison satellite and remote sensing	no		satellite; remote sensing; MODIS	heterogeneity; landcover; clouds; precipitation; irradiation; temperature; time of year; soil moisture	temperature; Rnet	2m_temperature; precipitation; 0m_temperature; -0.01m_temperature; -0.20m_temperature; -0.40m_temperature; Rnet; temperature gradient			time of year; surface type; soil moisture; Rnet			topography; climate; 2m_temperature; precipitation; permafrost; vegetation type; vegetation cover
Arctic_SEB_2004-2013_1	Literature research	78.920000	11.530000		843	Journal	Yeo, H; Park, Sj; Kim, Bm; Shiobara, M; Kim, Sw; Kwon, H; Kim, Jh; Jeong, Jh; Park, Ss; Choi, T	The observed relationship of cloud to surface longwave radiation and air temperature at ny-angstrom lesund, Svalbard	Tellus Series B-Chemical and Physical Meteorology	2018	https://doi.org/10.1080/16000889.2018.1450589	2004	2013	allyear	tundra	Ny Alesund; Spitsbergen; Svalbard; Norway	local	monthly average; halfhour average	in situ measurements; comparative; regression	no		in situ; meteorological	clouds; time of year; advection; atmosphere; temperature; teleconnection	Lin; Lout; temperature; Kin; Kout	cloud fraction; cloud height; Kin; Kout; Lin; Lout; 2m_temperature		Lin; Lout	time of year; cloud cover; cloud base height; 2m_temperature		cloud cover
Arctic_SEB_1969-2013_1	Literature research	78.933333	11.883333		852	Journal	Lopez-Moreno, Ji; Boike, J; Sanchez-Lorenzo, A; Pomeroy, Jw	Impact of climate warming on snow processes in Ny-Alesund, a polar maritime site at Svalbard	Global and Planetary Change	2016	https://doi.org/10.1016/j.gloplacha.2016.09.006	1969	2013	allyear	B	Bayelva station; Ny Alesund; Svalbard; Norway	local	yearly average	model experiment; simulation of SEB; comparative	unclear		model; CRHM; CMIP5; in situ; Metno; meteorological; network; meteo tower	temperature; water vapor; wind; precipitation; snow; time; time of year; irradiation	Rnet; Lin; temperature; Kin	2m_temperature; precipitation; snow depth; SWE	SWE	2m_temperature; precipitation	time; time of year; 2m_temperature	2m_temperature	time	topography; vegetation type; soil type; climate; 2m_temperature; precipitation
Arctic_SEB_2003-2008_1	Literature research	71.323000	-156.607000	8.0	868	Journal	Wang, Xw; Zender, Cs	Arctic and antArctic diurnal and seasonal variations of snow albedo from multiyear baseline surface radiation network measurements	Journal of Geophysical Research-Earth Surface	2011	https://doi.org/10.1029/2010JF001864	2003	2008	allyear	tundra	Ny Alesund; Svalbard; Norway; Barrow; Alaska; USA; Antarctic	local	monthly average; yearly average	in situ measurement; comparative	unclear		in situ; network; BSRN	sun angle; snow; time of year; time of day; snow melt; latitude; clouds; topography; wind	albedo; Kin; Kout; temperature	albedo; 2m_temperature; Kin; Kout; cloud cover; solar zenith angle	cloud cover; Kin; albedo		time of year; time of day; cloud cover; location	time of day; time of year; cloud cover; location		topography; landscape; vegetation type
Arctic_SEB_2003-2008_2	Literature research	78.925000	11.950000	11.0	868	Journal	Wang, Xw; Zender, Cs	Arctic and antArctic diurnal and seasonal variations of snow albedo from multiyear baseline surface radiation network measurements	Journal of Geophysical Research-Earth Surface	2011	https://doi.org/10.1029/2010JF001864	2003	2008	allyear	tundra	Ny Alesund; Svalbard; Norway; Barrow; Alaska; USA; Antarctic	local	monthly average; yearly average	in situ measurement; comparative	unclear		in situ; network; BSRN	sun angle; snow; time of year; time of day; snow melt; latitude; clouds; topography; wind	albedo; Kin; Kout; temperature	albedo; 2m_temperature; Kin; Kout; cloud cover; solar zenith angle	cloud cover; Kin; albedo		time of year; time of day; cloud cover; location	time of day; time of year; cloud cover; location		topography; landscape; vegetation type
Arctic_SEB_2013-2013_1	Literature research	71.300000	-156.500000		869	Journal	Bisht, G; Riley, Wj; Wainwright, Hm; Dafflon, B; Yuan, Fm; Romanovsky, Ve	Impacts of microtopographic snow redistribution and lateral subsurface processes on hydrologic and thermal states in an Arctic polygonal ground ecosystem: a case study using elm-3d v1.0	Geoscientific Model Development	2018	https://doi.org/10.5194/gmd-11-61-2018	2013	2013	allyear	W	Barrow; Alaska; USA	local; regional	monthly average	simulation of SEB; comparative; model experiment; model validation; comparison model and in situ; in situ measurements; replicated; regression	unclear		model; ELM-3D; E3SM; in situ; NGEE-Arctic	topography; snow; wind; heterogeneity; soil moisture	temperature; H; LE	snow depth; -0.20m_temperature; -0.50m_temperature; -0.75m_temperature; -1m_temperature			surface type; time of year			climate; 2m_temperature; precipitation; vegetation type; permafrost; ALT; topography
Arctic_SEB_2004-2006_1	Literature research	64.868850	-110.425033		873	Journal	Lafleur, Pm; Humphreys, Er	Spring warming and carbon dioxide exchange over low Arctic tundra in central Canada	Global Change Biology	2008	https://doi.org/10.1111/j.1365-2486.2007.01529.x	2004	2006	winter\|spring\|summer	S1	TERS; Daring Lake; NWT; Canada	local	May-August; 5day_mean; seasonal average	in situ measurements; comparative	no		EC tower; in situ; meteorological; meteo tower	temperature; snow; snow melt; precipitation; drought; GHG; soil; time of year; wind; water vapor; irradiation; soil moisture	temperature; ET; Kin; Kout; LE	2m_temperature; -0.05m_temperature; ET	2m_temperature; ET		time of year; time	time		climate; 2m_temperature; precipitation; vegetation type; landscape; canopy height; vegetation cover; phenology
Arctic_SEB_2012-2013_1	Literature research	67.150000	50.016667		886	Journal	Moustafa, Se; Rennermalm, Ak; Smith, Lc; Miller, Ma; Mioduszewski, Jr; Koenig, Ls; Hom, Mg; Shuman, Ca	Multi-modal albedo distributions in the ablation area of the southwestern Greenland ice sheet	Cryosphere	2015	https://doi.org/10.5194/tc-9-905-2015	2012	2013	summer	ice	Greenland; Kangerlussuaq	local; regional	June; discrete measurements	in situ measurements; comparative; satellite measurements	no		in situ; satellite; meteorological; meteo tower; MODIS	snow; snow melt; atmosphere; temperature; time of year	albedo	albedo; ablation rate; Kin; Kout	albedo		time of year; continentality; albedo; surface type; solar zenith angle	solar zenith angle; cloud cover; time of year; time of day; surface type
Arctic_SEB_2006-2006_1	Literature research	80.000000	-24.000000	550.0	891	Journal	Boggild, Ce; Brandt, Re; Brown, Kj; Warren, Sg	The ablation zone in northeast Greenland: ice types, albedos and impurities	Journal of Glaciology	2010	https://doi.org/10.3189/002214310791190776	2006	2006	summer	ice	Kronprinz Christians Land; Greenland	local	26July-12August; seasonal average	in situ measurements; comparative	no		in situ	aerosol; landcover; temperature; topography; soil; soil moisture; snow; snow melt	albedo	ice type; elevation	albedo		distance from ice edge	cloud cover; solar zenith angle; ice type
Arctic_SEB_2006-2006_1	Literature research	80.000000	-24.000000	330.0	891	Journal	Boggild, Ce; Brandt, Re; Brown, Kj; Warren, Sg	The ablation zone in northeast Greenland: ice types, albedos and impurities	Journal of Glaciology	2010	https://doi.org/10.3189/002214310791190776	2006	2006	summer	B	Kronprinz Christians Land; Greenland	local	26July-12August; seasonal average	in situ measurements; comparative	no		in situ	aerosol; landcover; temperature; topography; soil; soil moisture; snow; snow melt	albedo	ice type; elevation	albedo		distance from ice edge	cloud cover; solar zenith angle; ice type
Arctic_SEB_2006-2006_2	Literature research	70.469611	-156.591028	24.0	903	Journal	Oechel, Wc; Laskowski, Ca; Burba, G; Gioli, B; Kalhori, Aam	Annual patterns and budget of CO2 flux in an Arctic tussock tundra ecosystem	Journal of Geophysical Research-Biogeosciences	2014	https://doi.org/10.1002/2013JG002431	2006	2006	allyear	G4	Atqasuk; North Slope; Alaska; USA	local	seasonal average; halfhour average; yearly average	in situ measurements; comparative; regression	no		in situ; EC tower; meteorological	GHG; temperature; time of year; water vapor; wind; irradiation; precipitation; time of day	Rnet; temperature; H; LE	Rnet; 2m_temperature; -0.05m_temperature	Rnet; 2m_temperature; -0.05m_temperature; wind speed; H; LE		time of year; freezing; thawing; time of day	time of year		vegetation type; canopy height; topography; soil type; permafrost; ALT
Arctic_SEB_1995-1999_1	Literature research	79.933333	11.916667		904	Journal	Essery, R; Blyth, E; Harding, R; Lloyd, C	Modelling albedo and distributed snowmelt across a low hill in Svalbard	Nordic Hydrology	2005		1995	1999	spring\|summer	B1	Ny-Alesund; Svalbard; Norway	local; regional	discrete measurements	simulation of SEB; model validation	no		in situ; simulation of SEB	snow; snow melt; time of year; heterogeneity; time	albedo; temperature	albedo	SWE		time of year; time	time of year		vegetation type; climate; 2m_temperature; precipitation; snow melt
Arctic_SEB_2014-2016_1	Literature research	68.450000	-133.300000		908	Journal	Zwieback, S; Westermann, S; Langer, M; Boike, J; Marsh, P; Berg, A	Improving permafrost modeling by assimilating remotely sensed soil moisture	Water Resources Research	2019	https://doi.org/10.1029/2018WR023247	2014	2016	summer	B	TVC; NWT; Canada	local; regional	daily average; 24July-25August; 05June-24August; discrete measurements	simulation of SEB; model validation; comparison model and in situ; in situ measurements; replicated; model experiment	unclear	Coordinates source unclear: Trail Valley Creek Research Centre located about 50km NE of Inuvik, Canada	satellite; model; CryoGrid3; in situ; MERRA2; reanalysis; Radarsat-2	soil moisture; permafrost; heterogeneity; soil; topography; temperature; wind; water vapor; irradiation; albedo; snow; time of day; time of year	temperature; G	; -0.05m_temperature; -0.2m_temperature; 2m_temperature; precipitation; soil moisture			time of year; time; soil type			topography; landscape; permafrost; vegetation type; ALT; soil type
Arctic_SEB_2013-2015_1	Literature research	73.133333	-80.000000		910	Journal	Domine, F; Picard, G; Morin, S; Barrere, M; Madore, Jb; Langlois, A	Major issues in simulating some Arctic snowpack properties using current detailed snow physics models: consequences for the thermal regime and water budget of permafrost	Journal of Advances in Modeling Earth Systems	2019	https://doi.org/10.1029/2018MS001445	2013	2015	allyear	snow\|tundra	Bylot Island; Nunavut; Canada	local	hourly average; discrete measurements	simulation of SEB; model validation; comparison model and model and in situ	unclear		model; Crocus; SNOWPACK; in situ; meteorological; meteo tower; reanalysis; ERA-Interim	snow; time of year; snow melt	temperature; G	0m_temperature; snow density; thermal conductivity; -0.1m_temperature; G; temperature gradient			time of year; snow height			climate; 2m_temperature
Arctic_SEB_2012-2014_1	Literature research	68.033333	19.050000		922	Journal	Jammet, M; Dengel, S; Kettner, E; Parmentier, Fjw; Wik, M; Crill, P; Friborg, T	Year-round CH4 and CO2 flux dynamics in two contrasting freshwater ecosystems of the Subarctic	Biogeosciences	2017	https://doi.org/10.5194/bg-14-5189-2017	2012	2014	allyear	W	Stordalen; Abisko; Sweden	local	daily average	in situ measurement; comparative	no		in situ; EC tower	landcover; time of year; irradiation; temperature; precipitation; lapse rate; soil; time of day; snow	Rnet; H; LE; temperature; albedo	2m_temperature; -1m_temperature; -0.05m_temperature; precipitation; Rnet; albedo; temperature gradient; H; LE	2m_temperature; -0.1m_temperature; -1m_temperature; Kin	CH4; CO2	time of year	time of year; year; vegetation type; ice cover; time of day	2m_temperature; -0.1m_temperature; wind speed; LE; H; Kin; time of year	climate; 2m_temperature; permafrost; vegetation type
Arctic_SEB_2012-2014_1	Literature research	68.033333	19.050000		922	Journal	Jammet, M; Dengel, S; Kettner, E; Parmentier, Fjw; Wik, M; Crill, P; Friborg, T	Year-round CH4 and CO2 flux dynamics in two contrasting freshwater ecosystems of the Subarctic	Biogeosciences	2017	https://doi.org/10.5194/bg-14-5189-2017	2012	2014	allyear	water	Stordalen; Abisko; Sweden	local	daily average	in situ measurement; comparative	no		in situ; EC tower	landcover; time of year; irradiation; temperature; precipitation; lapse rate; soil; time of day; snow	Rnet; H; LE; temperature; albedo	2m_temperature; -1m_temperature; -0.05m_temperature; precipitation; Rnet; albedo; temperature gradient; H; LE	2m_temperature; -0.1m_temperature; -1m_temperature; Kin	CH4; CO2	time of year	time of year; year; vegetation type; ice cover; time of day	2m_temperature; -0.1m_temperature; wind speed; LE; H; Kin; time of year	climate; 2m_temperature; permafrost; vegetation type
Arctic_SEB_2015-2015_1	Literature research	72.659000	-38.571000		924	Journal	Adolph, Ac; Albert, Mr; Hall, Dk	Near-surface temperature inversion during summer at Summit, Greenland, and its relation to modis-derived surface temperatures	Cryosphere	2018	https://doi.org/10.5194/tc-12-907-2018	2015	2015	summer	ice	Summit; Greenland	local; regional	8June-18July; daily average	comparison satellite and in situ; regression	no		satellite; MODIS; in situ; meteorological; meteo tower	lapse rate; mixing ratio; temperature; irradiation; wind; time of year; clouds	temperature	0m_temperature; 2m_temperature; frequency; temperature gradient			time of year; cloud cover; temperature gradient; wind speed; Kin
Arctic_SEB_1999-2014_1	Literature research	71.281000	-156.596000	4.5	938	Journal	Liljedahl, Ak; Hinzman, Ld; Kane, Dl; Oechel, Wc; Tweedie, Ce; Zona, D	Tundra water budget and implications of precipitation underestimation	Water Resources Research	2017	https://doi.org/10.1002/2016WR020001	1999	2014	allyear	W	Biocomplexity Watershed; Barrow; Alaska; USA; Utqiagvik	local	seasonal average	in situ measurement; comparative	no		in situ; meteorological; meteo tower; EC tower	snow; precipitation; wind; time of year; temperature; water vapor; irradiation; time; soil moisture	ET	SWE; precipitation; runoff; ET; water table; soil moisture; snow melt	2m_temperature; ET; storage; precipitation; ablation; runoff		time; time of year	time; time of year		climate; precipitation; 2m_temperature; permafrost; vegetation type; soil type; ALT
Arctic_SEB_2009-2012_1	Literature research	72.373000	126.486000		963	Journal	Boike, J; Georgi, C; Kirilin, G; Muster, S; Abramova, K; Fedorova, I; Chetverova, A; Grigoriev, M; Bornemann, N; Langer, M	Thermal processes of thermokarst lakes in the continuous permafrost zone of northern Siberia - observations and modeling (Lena river delta, Siberia)	Biogeosciences	2015	https://doi.org/10.5194/bg-12-5941-2015	2009	2012	allyear	water	Samoylov; Lena River; Siberia; Russia	local	seasonal average; yearly average; daily average; hourly average	in situ measurements; comparative; simulation of SEB; model validation; comparison model and in situ	unclear		in situ; model; Flake	temperature; time of year; landcover; ice; snow	G; temperature; Lnet; Knet; Kin; Kout; Lin; Lout	2m_temperature; Kin; Kout; Lin; Lout; Knet; Lnet; 0m_temperature; -2m_temperature; -4m_temperature; -6m_temperature; storage			time of year; location; ice cover			hydrology; permafrost; soil type; landscape; 2m_temperature; lake characteristics; ice cover
Arctic_SEB_2009-2012_2	Literature research	72.378000	126.496000		963	Journal	Boike, J; Georgi, C; Kirilin, G; Muster, S; Abramova, K; Fedorova, I; Chetverova, A; Grigoriev, M; Bornemann, N; Langer, M	Thermal processes of thermokarst lakes in the continuous permafrost zone of northern Siberia - observations and modeling (Lena river delta, Siberia)	Biogeosciences	2015	https://doi.org/10.5194/bg-12-5941-2015	2009	2012	allyear	water	Samoylov; Lena River; Siberia; Russia	local	seasonal average; yearly average; daily average; hourly average	in situ measurements; comparative; simulation of SEB; model validation; comparison model and in situ	unclear		in situ; model; Flake	temperature; time of year; landcover; ice; snow	G; temperature; Lnet; Knet; Kin; Kout; Lin; Lout	2m_temperature; Kin; Kout; Lin; Lout; Knet; Lnet; 0m_temperature; -2m_temperature; -4m_temperature; -6m_temperature; storage			time of year; location; ice cover			hydrology; permafrost; soil type; landscape; 2m_temperature; lake characteristics; ice cover
Arctic_SEB_2009-2012_3	Literature research	72.374000	126.511000		963	Journal	Boike, J; Georgi, C; Kirilin, G; Muster, S; Abramova, K; Fedorova, I; Chetverova, A; Grigoriev, M; Bornemann, N; Langer, M	Thermal processes of thermokarst lakes in the continuous permafrost zone of northern Siberia - observations and modeling (Lena river delta, Siberia)	Biogeosciences	2015	https://doi.org/10.5194/bg-12-5941-2015	2009	2012	allyear	water	Samoylov; Lena River; Siberia; Russia	local	seasonal average; yearly average; daily average; hourly average	in situ measurements; comparative; simulation of SEB; model validation; comparison model and in situ	unclear		in situ; model; Flake	temperature; time of year; landcover; ice; snow	G; temperature; Lnet; Knet; Kin; Kout; Lin; Lout	2m_temperature; Kin; Kout; Lin; Lout; Knet; Lnet; 0m_temperature; -2m_temperature; -4m_temperature; -6m_temperature; storage			time of year; location; ice cover			hydrology; permafrost; soil type; landscape; 2m_temperature; lake characteristics; ice cover
Arctic_SEB_2009-2012_4	Literature research	72.369000	126.505000		963	Journal	Boike, J; Georgi, C; Kirilin, G; Muster, S; Abramova, K; Fedorova, I; Chetverova, A; Grigoriev, M; Bornemann, N; Langer, M	Thermal processes of thermokarst lakes in the continuous permafrost zone of northern Siberia - observations and modeling (Lena river delta, Siberia)	Biogeosciences	2015	https://doi.org/10.5194/bg-12-5941-2015	2009	2012	allyear	water	Samoylov; Lena River; Siberia; Russia	local	seasonal average; yearly average; daily average; hourly average	in situ measurements; comparative; simulation of SEB; model validation; comparison model and in situ	unclear		in situ; model; Flake	temperature; time of year; landcover; ice; snow	G; temperature; Lnet; Knet; Kin; Kout; Lin; Lout	2m_temperature; Kin; Kout; Lin; Lout; Knet; Lnet; 0m_temperature; -2m_temperature; -4m_temperature; -6m_temperature; storage			time of year; location; ice cover			hydrology; permafrost; soil type; landscape; 2m_temperature; lake characteristics; ice cover
Arctic_SEB_2009-2012_5	Literature research	72.328000	126.177000		963	Journal	Boike, J; Georgi, C; Kirilin, G; Muster, S; Abramova, K; Fedorova, I; Chetverova, A; Grigoriev, M; Bornemann, N; Langer, M	Thermal processes of thermokarst lakes in the continuous permafrost zone of northern Siberia - observations and modeling (Lena river delta, Siberia)	Biogeosciences	2015	https://doi.org/10.5194/bg-12-5941-2015	2009	2012	allyear	water	Samoylov; Lena River; Siberia; Russia	local	seasonal average; yearly average; daily average; hourly average	in situ measurements; comparative; simulation of SEB; model validation; comparison model and in situ	unclear		in situ; model; Flake	temperature; time of year; landcover; ice; snow	G; temperature; Lnet; Knet; Kin; Kout; Lin; Lout	2m_temperature; Kin; Kout; Lin; Lout; Knet; Lnet; 0m_temperature; -2m_temperature; -4m_temperature; -6m_temperature; storage			time of year; location; ice cover			hydrology; permafrost; soil type; landscape; 2m_temperature; lake characteristics; ice cover