Hartman_2017_wetland

Study: A genomic perspective on stoichiometric regulation of soil carbon cycling

Publication: Hartman et al., A genomic perspective on stoichiometric regulation of soil carbon cycling (2017, The ISME Journal)

External link: SPIRE database (MAGs, genes and proteins including annotations)

Study accessions: PRJNA365773, PRJNA370735, PRJNA370736, PRJNA370737, and 29 others

Last annotation change: 2025-09-29

Environmental Metadata

Bulk_density_g_cm3

97%
0.295
 2
0.403
 2
0.176
 1
0.187
 1
other values
26

Soil_moisture

97%
47
 2
37.8
 1
38.6
 1
39
 1
other values
27

X_C_turnover_SCO2_C_Soil_C

97%
0.208
 2
0.111
 1
0.156
 1
0.162
 1
other values
27

ammonium_mg_kg

97%
10.17
 1
10.79
 1
10.8
 1
10.91
 1
other values
28

carbon_from_carbon_dioxide_g_m2

97%
1072.7
 1
1221.7
 1
1277
 1
1362.1
 1
other values
28

carbon_g_m2

97%
2256.4
 1
2556.1
 1
2569.3
 1
2746.4
 1
other values
28

carbon_percent

97%
10.02
 1
10.15
 1
10.26
 1
10.5
 1
other values
28

chloride_meq_l

97%
21.41
 2
10.27
 1
10.37
 1
10.43
 1
other values
27

nitrate_mg_kg

97%
1.35
 3
3.71
 2
0.86
 1
1.05
 1
other values
25

nitrogen_fertilizer_kg_ha

97%
control
 16
80
 16

phosphate_mg_kg

97%
18.7
 3
20.1
 3
20.5
 2
22.5
 2
other values
22

phosphorus_percent

97%
0.111
 3
0.06
 2
0.063
 2
0.064
 2
other values
23

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Sample alias Spire sample name Longitude Latitude Geographic location Location resolution Collection date Collection date end Last change Tax id Environment material Environment biome Environmental package Environment feature Artificial Pmid Doi