Citation:

PANGAEA.923220

Name: Biomass analysis at the Jena Experiment field site from 2012 to 2015
Published: 2020-09-29
License: https://creativecommons.org/licenses/by/4.0/
Keywords: asynchrony; co-occurrence history; disturbance; Flood; grassland biodiversity; recovery; resistance; selection

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Published: 2020-09-29 • DOI registered: 2020-11-18

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Keyword(s):

asynchrony; co-occurrence history; disturbance; Flood; grassland biodiversity; recovery; resistance; selection

Related to:

van Moorsel, Sofia J; Hahl, Terhi; Petchey, Owen L; Ebeling, Anne; Eisenhauer, Nico; Schmid, Bernhard; Wagg, Cameron (2020): Co‐occurrence history increases ecosystem stability and resilience in experimental plant communities. Ecology, https://esajournals.onlinelibrary.wiley.com/doi/10.1002/ecy.3205

Project(s):

The Jena Experiment (JenExp)

Coverage:

Latitude: 50.946100 * Longitude: 11.611300

Date/Time Start: 2012-01-01T00:00:00 * Date/Time End: 2015-12-31T00:00:00

Event(s):

JenExp_2012 (Jena Experiment 2012) * Latitude: 50.946100 * Longitude: 11.611300 * Date/Time Start: 2012-01-01T00:00:00 * Date/Time End: 2012-12-31T00:00:00 * Location: Thuringia, Germany * Method/Device: Experiment (EXP)

JenExp_2013 (Jena Experiment 2013) * Latitude: 50.946100 * Longitude: 11.611300 * Date/Time Start: 2013-01-01T00:00:00 * Date/Time End: 2013-12-31T00:00:00 * Location: Thuringia, Germany * Method/Device: Experiment (EXP)

JenExp_2014 (Jena Experiment 2014) * Latitude: 50.946100 * Longitude: 11.611300 * Date/Time Start: 2014-01-01T00:00:00 * Date/Time End: 2014-12-31T00:00:00 * Location: Thuringia, Germany * Method/Device: Experiment (EXP)

Comment:

NOTE for reproducibility of our results

For all our analyses, we removed three plots from the original design (in all cases both split-split plots containing new/old communities)

B1A12, quadrat with Org soil

This 8-species mixture had to be excluded because of missing data and the data not accurately representing the plant community.

B2A05

Festuca pratense monoculture had to be exlucded because the wrong species was planted.

B2A15

Onobrychis viciifolia monoculture had to be excluded because it was such an extreme outlier and the data did not accurately represent the community.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Event label	Event		van Moorsel, Sofia J
2	Date	Date		van Moorsel, Sofia J	Year of harvest
3	Date	Date		van Moorsel, Sofia J	Year and month of harvest
4	Season	Season		van Moorsel, Sofia J
5	Block	Block		van Moorsel, Sofia J
6	Experimental plot	Experimental plot		van Moorsel, Sofia J
7	Species richness	S		van Moorsel, Sofia J
8	Treatment	Treat		van Moorsel, Sofia J	Soil treatments
9	History	History		van Moorsel, Sofia J	Plant selection history: old (with history of co-occurrence)/new (without history of co-occurrence)
10	Legumes	Legumes	#	van Moorsel, Sofia J	In plot
11	Herbs, tall	Herbs tall	#	van Moorsel, Sofia J	In plot
12	Herbs, small	Herbs small	#	van Moorsel, Sofia J	In plot
13	Grasses	Grasses	#	van Moorsel, Sofia J	In plot
14	Biomass	Biom	g/m²	van Moorsel, Sofia J
15	Achillea millefolium, biomass as dry weight	A. millefolium biom	g/m²	van Moorsel, Sofia J
16	Ajuga reptans, biomass as dry weight	A. reptans biom	g/m²	van Moorsel, Sofia J
17	Alopecurus pratensis, biomass as dry weight	A. pratensis biom	g/m²	van Moorsel, Sofia J
18	Anthoxanthum odoratum, biomass as dry weight	A. odoratum biom	g/m²	van Moorsel, Sofia J
19	Anthriscus sylvatica, biomass as dry weight	A. sylvatica biom	g/m²	van Moorsel, Sofia J
20	Arrhenatherum elatius, biomass as dry weight	A. elatius biom	g/m²	van Moorsel, Sofia J
21	Avenula pubescens, biomass as dry weight	A. pubescens biom	g/m²	van Moorsel, Sofia J
22	Bromus erectus, biomass as dry weight	B. erectus biom	g/m²	van Moorsel, Sofia J
23	Bromus hordeaceus, biomass as dry weight	B. hordeaceus biom	g/m²	van Moorsel, Sofia J
24	Campanula patula, biomass as dry weight	C. patula biom	g/m²	van Moorsel, Sofia J
25	Cardamine pratensis, biomass as dry weight	C. pratensis biom	g/m²	van Moorsel, Sofia J
26	Crepis biennis, biomass as dry weight	C. biennis biom	g/m²	van Moorsel, Sofia J
27	Cynosurus cristatus, biomass as dry weight	C. cristatus biom	g/m²	van Moorsel, Sofia J
28	Dactylis glomerata, biomass as dry weight	D. glomerata biom	g/m²	van Moorsel, Sofia J
29	Daucus carota, biomass as dry weight	D. carota biom	g/m²	van Moorsel, Sofia J
30	Festuca pratensis, biomass as dry weight	F. pratensis biom	g/m²	van Moorsel, Sofia J
31	Festuca rubra, biomass as dry weight	F. rubra biom	g/m²	van Moorsel, Sofia J
32	Galium mollugo, biomass as dry weight	G. mollugo biom	g/m²	van Moorsel, Sofia J
33	Geranium pratense, biomass as dry weight	G. pratense biom	g/m²	van Moorsel, Sofia J
34	Glechoma hederacea, biomass as dry weight	G. hederacea biom	g/m²	van Moorsel, Sofia J
35	Heracleum sphondylium, biomass as dry weight	H. sphondylium biom	g/m²	van Moorsel, Sofia J
36	Holcus lanatus, biomass as dry weight	H. lanatus biom	g/m²	van Moorsel, Sofia J
37	Knautia arvensis, biomass as dry weight	K. arvensis biom	g/m²	van Moorsel, Sofia J
38	Lathyrus pratensis, biomass as dry weight	L. pratensis biom	g/m²	van Moorsel, Sofia J
39	Leontodon autumnalis, biomass as dry weight	L. autumnalis biom	g/m²	van Moorsel, Sofia J
40	Leontodon hispidus, biomass as dry weight	L. hispidus biom	g/m²	van Moorsel, Sofia J
41	Leucanthemum vulgare, biomass as dry weight	L. vulgare biom	g/m²	van Moorsel, Sofia J
42	Lotus corniculatus, biomass as dry weight	L. corniculatus biom	g/m²	van Moorsel, Sofia J
43	Luzula campestris, biomass as dry weight	L. campestris biom	g/m²	van Moorsel, Sofia J
44	Medicago lupulina, biomass as dry weight	M. lupulina biom	g/m²	van Moorsel, Sofia J
45	Medicago x varia, biomass as dry weight	M. x varia biom	g/m²	van Moorsel, Sofia J
46	Onobrychis viciifolia, biomass as dry weight	O. viciifolia biom	g/m²	van Moorsel, Sofia J
47	Phleum pratense, biomass as dry weight	P. pratense biom	g/m²	van Moorsel, Sofia J
48	Plantago lanceolata, biomass as dry weight	P. lanceolata biom	g/m²	van Moorsel, Sofia J
49	Plantago media, biomass as dry weight	P. media biom	g/m²	van Moorsel, Sofia J
50	Poa pratensis, biomass as dry weight	P. pratensis biom	g/m²	van Moorsel, Sofia J
51	Poa trivialis, biomass as dry weight	P. trivialis biom	g/m²	van Moorsel, Sofia J
52	Primula veris, biomass as dry weight	P. veris biom	g/m²	van Moorsel, Sofia J
53	Prunella vulgaris, biomass as dry weight	P. vulgaris biom	g/m²	van Moorsel, Sofia J
54	Ranunculus acris, biomass as dry weight	R. acris biom	g/m²	van Moorsel, Sofia J
55	Ranunculus repens, biomass as dry weight	R. repens biom	g/m²	van Moorsel, Sofia J
56	Sanguisorba officinalis, biomass as dry weight	S. officinalis biom	g/m²	van Moorsel, Sofia J
57	Taraxacum officinale, biomass as dry weight	T. officinale biom	g/m²	van Moorsel, Sofia J
58	Trifolium campestre, biomass as dry weight	T. campestre biom	g/m²	van Moorsel, Sofia J
59	Trifolium dubium, biomass as dry weight	T. dubium biom	g/m²	van Moorsel, Sofia J
60	Trisetum flavescens, biomass as dry weight	T. flavescens biom	g/m²	van Moorsel, Sofia J
61	Trifolium fragiferum, biomass as dry weight	T. fragiferum biom	g/m²	van Moorsel, Sofia J
62	Trifolium hybridum, biomass as dry weight	T. hybridum biom	g/m²	van Moorsel, Sofia J
63	Trifolium pratense, biomass as dry weight	T. pratense biom	g/m²	van Moorsel, Sofia J
64	Trifolium repens, biomass as dry weight	T. repens biom	g/m²	van Moorsel, Sofia J
65	Veronica chamaedrys, biomass as dry weight	V. chamaedrys biom	g/m²	van Moorsel, Sofia J
66	Vicia cracca, biomass as dry weight	V. cracca biom	g/m²	van Moorsel, Sofia J

License:

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

Size:

43918 data points

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