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LCZO -- Soil Biogeochemistry -- landscape-scale soil biogeochemistry and enzymes -- Northeastern Puerto Rico -- (2012-2012)
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Abstract
Metadata: See Hall and Silver 2015, Biogeochemistry for details on soil analyses and sites; See Hall et al. 2014 Ecology for details on enzyme analyses and phenolic substances
Hall, S., Treffkorn, J., & Silver, W. (2014). Breaking the enzymatic latch: Impacts of reducing conditions on hydrolytic enzyme activity in tropical forest soils. Ecology, 95(10), 2964-2973. Retrieved July 24, 2020, from www.jstor.org/stable/43493922
Hall, S., & Silver, W. (2015). Reducing conditions, reactive metals, and their interactions can explain spatial patterns of surface soil carbon in a humid tropical forest. Biogeochemistry, 125(2), 149–165. https://doi-org.unh.idm.oclc.org/10.1007/s10533-015-0120-5
Subject Keywords
Coverage
Spatial
Temporal
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Content
ReadMe.md
LCZO -- Soil Biogeochemistry -- landscape-scale soil biogeochemistry and enzymes -- Northeastern Puerto Rico -- (2012)
OVERVIEW
Description/Abstract
Metadata: See Hall and Silver 2015, Biogeochemistry for details on soil analyses and sites; See Hall et al. 2014 Ecology for details on enzyme analyses and phenolic substances Biogeochemistry (2015) 125:149–165 DOI 10.1007/s10533-015-0120-5 Ecology, 95(10), 2014, pp. 2964–2973 DOI 10.1890/13-2151.1
Creator/Author
Hall, Steven J.
CZOs
Luquillo
Contact
Miguel Leon, Miguel.Leon@unh.edu
SUBJECTS
Disciplines
Biogeochemistry
Topics
Soil Biogeochemistry
Subtopic
landscape-scale soil biogeochemistry and enzymes
Keywords
enzyme analysis|biogeochemistry|phenolics
Variables
Depth increment in cm soil slurry pH Fe(II) concentration in 0.5M HCl extraction|in micrograms Fe(II) per gram of dry soil Fe(III) concentration in 0.5M HCl extraction|in micrograms Fe(II) per gram of dry soil Beta glucosidase potential enzyme activities|micromol MUB per gram of dry soil per hour Beta glucosidase potential enzyme activities|micromol MUB per mg soil C per hour Cellobiohydrolase potential enzyme activities|micromol MUB per gram of dry soil per hour Cellobiohydrolase potential enzyme activities|micromol MUB per mg soil C per hour N-acetylglucosaminidase potential enzyme activities|micromol MUB per gram of dry soil per hour N-acetylglucosaminidase potential enzyme activities|micromol MUB per mg soil C per hour Xylosidase potential enzyme activities|micromol MUB per gram of dry soil per hour Xylosidasepotential enzyme activities|micromol MUB per mg soil C per hour Acid phosphatase potential enzyme activities|micromol MUB per gram of dry soil per hour Acid phosphatase potential enzyme activities|micromol MUB per mg soil C per hour Aluminum concentration in citrate-ascorbate extraction|mg Al per g of dry soil Iron concentration in citrate-ascorbate extraction|mg Fe per g of dry soil Manganase concentration in citrate-ascorbate extraction|mg Mn per g of dry soil Silica concentration in citrate-ascorbate extraction|mg Si per g of dry soil Aluminum concentration in 0.5M HCl extraction|mg Al per g of dry soil Iron concentration in 0.5M HCl extraction|mg Fe per g of dry soil Manganese concentration in 0.5M HCl extraction|mg Mn per g of dry soil Silica concentration in 0.5M HCl extraction|mg Si per g of dry soil Live fine roots|mg per cubic cm Dead fine roots|mg per cubic cm Soil percent N Soil percent C Soil C in mg per cubic cm Soil bulk density|g per cubic cm Aluminum concentrations in citrate/ditihionite extractions|mg per g of dry soil Iron concentrations in citrate/ditihionite extractions|mg per g of dry soil Dissolved organic C concentrations in 0.5M HCl extractions|mg C per g dry soil Dissolved organic C concentrations in deionized water extractions|mg C per g dry soil Soluble phenolics in deionized water extractions|microgram of phenolic C per g dry soil Percent clay Percent sand Percent silt Live fine root percent N Live fine root percent C Aluminum concentrations in oxalate extractions|mg Al per g of dry soil Iron concentrations in oxalate extractions|mg Fe per g of dry soil Silica concentrations in oxalate extractions|mg Si per g of dry soil
Variables ODM2
Water depth|Aluminum|Magnesium|Clay|Extracellular enzyme activity|Cellobiohydrolase
TEMPORAL
Date Start
2012-01-01
Date End
2012-11-30
SPATIAL
Field Areas
Northeastern Puerto Rico and the Luquillo Mountains
Location
Northeastern Puerto Rico
North latitude
18.32232903
South latitude
18.26143335
West longitude
-65.85692813
East longitude
-65.74067507
REFERENCE
Citation
Hall et al. LCZO landscape-scale soil biogeochemistry and enzymes (2012)
CZO ID
6587
Additional Metadata
| Name | Value |
|---|---|
| czos | Luquillo |
| czo_id | 6587 |
| citation | Hall et al. LCZO landscape-scale soil biogeochemistry and enzymes (2012) |
| keywords | enzyme analysis, biogeochemistry, phenolics |
| variables | Depth increment in cm soil slurry pH Fe(II) concentration in 0.5M HCl extraction, in micrograms Fe(II) per gram of dry soil Fe(III) concentration in 0.5M HCl extraction, in micrograms Fe(II) per gram of dry soil Beta glucosidase potential enzyme activities, micromol MUB per gram of dry soil per hour Beta glucosidase potential enzyme activities, micromol MUB per mg soil C per hour Cellobiohydrolase potential enzyme activities, micromol MUB per gram of dry soil per hour Cellobiohydrolase potential enzyme activities, micromol MUB per mg soil C per hour N-acetylglucosaminidase potential enzyme activities, micromol MUB per gram of dry soil per hour N-acetylglucosaminidase potential enzyme activities, micromol MUB per mg soil C per hour Xylosidase potential enzyme activities, micromol MUB per gram of dry soil per hour Xylosidasepotential enzyme activities, micromol MUB per mg soil C per hour Acid phosphatase potential enzyme activities, micromol MUB per gram of dry soil per hour Acid phosphatase potential enzyme activities, micromol MUB per mg soil C per hour Aluminum concentration in citrate-ascorbate extraction, mg Al per g of dry soil Iron concentration in citrate-ascorbate extraction, mg Fe per g of dry soil Manganase concentration in citrate-ascorbate extraction, mg Mn per g of dry soil Silica concentration in citrate-ascorbate extraction, mg Si per g of dry soil Aluminum concentration in 0.5M HCl extraction, mg Al per g of dry soil Iron concentration in 0.5M HCl extraction, mg Fe per g of dry soil Manganese concentration in 0.5M HCl extraction, mg Mn per g of dry soil Silica concentration in 0.5M HCl extraction, mg Si per g of dry soil Live fine roots, mg per cubic cm Dead fine roots, mg per cubic cm Soil percent N Soil percent C Soil C in mg per cubic cm Soil bulk density, g per cubic cm Aluminum concentrations in citrate/ditihionite extractions, mg per g of dry soil Iron concentrations in citrate/ditihionite extractions, mg per g of dry soil Dissolved organic C concentrations in 0.5M HCl extractions, mg C per g dry soil Dissolved organic C concentrations in deionized water extractions, mg C per g dry soil Soluble phenolics in deionized water extractions, microgram of phenolic C per g dry soil Percent clay Percent sand Percent silt Live fine root percent N Live fine root percent C Aluminum concentrations in oxalate extractions, mg Al per g of dry soil Iron concentrations in oxalate extractions, mg Fe per g of dry soil Silica concentrations in oxalate extractions, mg Si per g of dry soil |
| disciplines | Biogeochemistry |
How to Cite
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