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Soil extracellular enzyme activity under controlled CO2 concentrations, Sheffield
Soil extracellular enzyme activity under controlled CO2 concentrations, Sheffield
This dataset contains potential activities of soil extra cellular enzyme measured from soil samples from the Phosphorus Limitation And ecosystem responses to Carbon dioxide Enrichment (PLACE). The enzyme activities measured are 1,4-β-glucosidase, cellobiohydrolase, N-acetyl β-D-glucosaminidase, leucine aminopeptidase, and acid phosphatase. Soil samples were collected in Autumn 2018 and analysed in the laboratory at Wageningen University. The experimental design uses 35 cm x 35 cm turf mesocosms from a long term nutrient manipulation experiment. The original experiment is based at Wardlow Hay Cop in the Peak District, UK. Two adjacent P-limited grass lands on a limestone/ calcareous soil and an acidic soil have had nutrient manipulated for more than 20 years. In 2018 these mesocosms were exposed to either ambient CO2 (ca. 410 ppm) or 600 ppm.
All data were generated by the authors. Enzyme analyses were conducted in triplicate (technical replication) and activities of unknown samples were calculated in reference to known substrate standards. All calculations were checked for errors prior to acceptance.
- University of Exeter United Kingdom
- Wageningen University & Research Netherlands
- University of Sheffield United Kingdom
WIMEK, Bodemscheikunde en Chemische Bodemkwaliteit, Enzyme stoichiometry, soil microbe, Environmental survey, carbon dioxide, eCO2, nitrogen, soil, climate change, Soil microbe, environmental survey, enzyme stoichiometry, phosphorus, climate, environment, Soil Chemistry and Chemical Soil Quality, Climate and climate change
WIMEK, Bodemscheikunde en Chemische Bodemkwaliteit, Enzyme stoichiometry, soil microbe, Environmental survey, carbon dioxide, eCO2, nitrogen, soil, climate change, Soil microbe, environmental survey, enzyme stoichiometry, phosphorus, climate, environment, Soil Chemistry and Chemical Soil Quality, Climate and climate change
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