Zanatta, Marco; Herber, Andreas (2019): Aircraft measurements of aerosol size distribution in the Arctic during flight P6_206_ACLOUD_2017_1705290701 of the ACLOUD campaign 2017 [dataset]. Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven, PANGAEA, https://doi.org/10.1594/PANGAEA.900323, In: Zanatta, M; Herber, A (2019): Aircraft measurements of aerosol size distribution in the Arctic during the ACLOUD campaign 2017 [dataset publication series]. Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven, PANGAEA, https://doi.org/10.1594/PANGAEA.900341
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Project(s):
Arctic Amplification (AC3)
Funding:
German Research Foundation (DFG), grant/award no. 268020496: TRR 172: ArctiC Amplification: Climate Relevant Atmospheric and SurfaCe Processes, and Feedback Mechanisms
Coverage:
Median Latitude: 79.489986 * Median Longitude: 10.172859 * South-bound Latitude: 78.246800 * West-bound Longitude: 7.037650 * North-bound Latitude: 80.268300 * East-bound Longitude: 15.453600
Date/Time Start: 2017-05-29T05:12:01 * Date/Time End: 2017-05-29T09:16:58
Minimum ALTITUDE: 25.7000 m * Maximum ALTITUDE: 3552.2700 m
Event(s):
P6_206_ACLOUD_2017_1705290701 (Flight 08) * Latitude Start: 78.245886 * Longitude Start: 15.501626 * Latitude End: 78.245903 * Longitude End: 15.501495 * Date/Time Start: 2017-05-29T04:49:00 * Date/Time End: 2017-05-29T09:20:59 * Location: Svalbard * Campaign: P6-206_ACLOUD_2017 (ACLOUD) * Basis: POLAR 6 * Method/Device: Aircraft (AC)
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Identification | ID | Zanatta, Marco | flight number | ||
| 2 | DATE/TIME | Date/Time | Zanatta, Marco | Geocode | ||
| 3 | ALTITUDE | Altitude | m | Zanatta, Marco | Geocode – m a.s.l. | |
| 4 | LATITUDE | Latitude | Zanatta, Marco | Geocode | ||
| 5 | LONGITUDE | Longitude | Zanatta, Marco | Geocode | ||
| 6 | Aerosol number concentration | CP | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | |
| 7 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(81.07-83.34nm) |
| 8 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(83.34-85.67nm) |
| 9 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(85.67-88.07nm) |
| 10 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(88.07-90.53nm) |
| 11 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(90.53-93.07nm) |
| 12 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(93.07-95.67nm) |
| 13 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(95.67-98.35nm) |
| 14 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(98.35-101.1nm) |
| 15 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(101.1-103.93nm) |
| 16 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(103.93-106.84nm) |
| 17 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(106.84-109.83nm) |
| 18 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(109.83-112.91nm) |
| 19 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(112.91-116.07nm) |
| 20 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(116.07-119.32nm) |
| 21 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(119.32-122.66nm) |
| 22 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(122.66-126.09nm) |
| 23 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(126.09-129.62nm) |
| 24 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(129.62-133.25nm) |
| 25 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(133.25-136.98nm) |
| 26 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(136.98-140.82nm) |
| 27 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(140.82-144.76nm) |
| 28 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(144.76-148.81nm) |
| 29 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(148.81-152.98nm) |
| 30 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(152.98-157.26nm) |
| 31 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(157.26-161.66nm) |
| 32 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(161.66-166.19nm) |
| 33 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(166.19-170.84nm) |
| 34 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(170.84-175.62nm) |
| 35 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(175.62-180.54nm) |
| 36 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(180.54-185.59nm) |
| 37 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(185.59-190.79nm) |
| 38 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(190.79-196.13nm) |
| 39 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(196.13-201.62nm) |
| 40 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(201.62-207.26nm) |
| 41 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(207.26-213.07nm) |
| 42 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(213.07-219.03nm) |
| 43 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(219.03-225.16nm) |
| 44 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(225.16-231.47nm) |
| 45 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(231.47-237.95nm) |
| 46 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(237.95-244.61nm) |
| 47 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(244.61-251.46nm) |
| 48 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(251.46-258.49nm) |
| 49 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(258.49-265.73nm) |
| 50 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(265.73-273.17nm) |
| 51 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(273.17-280.82nm) |
| 52 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(280.82-288.68nm) |
| 53 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(288.68-296.76nm) |
| 54 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(296.76-305.07nm) |
| 55 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(305.07-313.61nm) |
| 56 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(313.61-322.39nm) |
| 57 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(322.39-331.41nm) |
| 58 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(331.41-340.69nm) |
| 59 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(340.69-350.23nm) |
| 60 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(350.23-360.03nm) |
| 61 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(360.03-370.11nm) |
| 62 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(370.11-380.47nm) |
| 63 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(380.47-391.12nm) |
| 64 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(391.12-402.07nm) |
| 65 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(402.07-413.33nm) |
| 66 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(413.33-424.9nm) |
| 67 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(424.9-436.79nm) |
| 68 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(436.79-449.02nm) |
| 69 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(449.02-461.59nm) |
| 70 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(461.59-474.51nm) |
| 71 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(474.51-487.8nm) |
| 72 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(487.8-501.45nm) |
| 73 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(501.45-515.49nm) |
| 74 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(515.49-529.92nm) |
| 75 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(529.92-544.76nm) |
| 76 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(544.76-560.01nm) |
| 77 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(560.01-575.68nm) |
| 78 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(575.68-591.8nm) |
| 79 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(591.8-608.37nm) |
| 80 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(608.37-625.4nm) |
| 81 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(625.4-642.91nm) |
| 82 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(642.91-660.9nm) |
| 83 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(660.9-679.41nm) |
| 84 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(679.41-698.43nm) |
| 85 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(698.43-717.98nm) |
| 86 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(717.98-738.08nm) |
| 87 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(738.08-758.74nm) |
| 88 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(758.74-779.98nm) |
| 89 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(779.98-801.81nm) |
| 90 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(801.81-824.26nm) |
| 91 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(824.26-847.34nm) |
| 92 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(847.34-871.06nm) |
| 93 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(871.06-895.44nm) |
| 94 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(895.44-920.51nm) |
| 95 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(920.51-946.28nm) |
| 96 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(946.28-972.77nm) |
| 97 | Log-normal particle size distribution | dN/dlogDp | #/cm3 | Zanatta, Marco | UHSAS-2 (AWI) | Diameter boundary(972.77-1000nm) |
| 98 | Residual value | Residual | Zanatta, Marco | UHSAS-2 (AWI) | 1=measurement of cloud residuals; 0=measurement of total aerosol |
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Size:
460600 data points
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