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LCZO -- Soil Microbes, Soil Geochemistry -- Enzyme activity and microbial community structure -- Northeastern Puerto Rico -- (2011-2012)
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Abstract
see chapter three of http://criticalzone.org/luquillo/publications/pub/stone-plante-2014-soil-microbial-communities-and-soil-organic-matter-compos/
Subject Keywords
Coverage
Spatial
Temporal
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Content
ReadMe.md
LCZO -- Soil Microbes, Soil Geochemistry -- Enzyme activity and microbial community structure -- Northeastern Puerto Rico -- (2011-2012)
OVERVIEW
Description/Abstract
see chapter three of http://criticalzone.org/luquillo/publications/pub/stone-plante-2014-soil-microbial-communities-and-soil-organic-matter-compos/
Creator/Author
Stone, M.M., DeForest, J.L., Plante, A.F.
CZOs
Luquillo
Contact
Miguel Leon, Miguel.Leon@unh.edu
Subtitle
Changes in extracellular enzyme activity and microbial community structure with soil depth at the Luquillo Critical Zone Observatory
SUBJECTS
Disciplines
Biogeochemistry
Topics
Soil Microbes|Soil Geochemistry
Subtopic
Enzyme activity and microbial community structure
Keywords
extracellular enzyme activity|microbial community structure
Variables
soil order| forest type| catena position| pit| soil depth| carbon concentration| nitrogen concentration| total extractable phosphorus|ppm (sum of Bicarb and NaOH P)| sodium bicarbonate extractable P| NaOH extractable P| soil pH (1:10 soil : DI water)| water content| alphia glucosidase activity| alpha glucosidase activity per unit biomass| alphia glucosidase activity per unit soil C| beta glucosidase activity| beta glucosidase activity per unit biomass| beta glucosidase activity per unit soil C| beta xylosidase activity| beta xylosidase activity per unit biomass| beta xylosidase activity per unit soil C| cellobiohydrolase activity| cellobiohyrolase activity per unit biomass| cellobiohyrolase activity per unit soil C| N-acetyl glucosaminidase activity| N-acetyl glucosaminidase activity per unit biomass| N-acetyl glucosaminidase activity per unit soil C| acid phosphatase activity| acid phosphatase activity per unit biomass| acid phosphatase activity per unit soil C| carbon-degradizing enzyme activity (AG+BG+BX+CBH)| carbon-degrading enzyme activity per unit biomass| log ( (NAG / (AG + BG+BX+CBH))+1) represents ratio of N:C enzyme activity| log((AG+BG+BX+CBH)/AP)+1) represents ratio of C:P enzyme activity| log((NAG/AP)+1)| AG+BG+BX+CBH+AP+NAGrepresents total extracellular enzyme activity| (AG+BG+BX+CBH+AP+NAG) / bio.nmol represents total enzyme activity normalized to total biomass| Actinobacteria biomass| Arbuscular mycorhizal fungi biomass| Anaerobic bacteria biomass| Eukaryote biomass (non-fungal)| Fungal biomass (non-AMF)| Gram negative bacteria biomass| Gram positive bacteria biomass| General biomarkers biomass (non-specific to a certain group)| nmol Act C / bio.nmol| nmol AMF C / bio.nmol| nmol Ana C / bio.nmol| nmol Euk C / bio.nmol| nmol Fung C / bio.nmol| nmol GramN C / bio.nmol| nmol GramP C / bio.nmol| Act + Ana + GramN + GramP| Fung + AMF|
Variables ODM2
acid phosphatase|Microbial biomass|Extracellular enzyme activity|Alpha-N-Acetylglucosaminidase|Glucosidase|Activity, beta-glucosidase|Carbon|Cellobiohydrolase|land classification|Phosphorus|Nitrogen|Depth, soil|Soil classification|pH|Phosphorus, total|Volumetric water content
TEMPORAL
Date Start
2011-06-01
Date End
2012-07-05
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
Stone M. M., J.L. DeForest, and A.F. Plante (2014), Changes in extracellular enzyme activity and microbial community structure with soil depth at the Luquillo Critical Zone Observatory. University of Pennsylvania.
CZO ID
3970
Additional Metadata
| Name | Value |
|---|---|
| czos | Luquillo |
| czo_id | 3970 |
| citation | Stone M. M., J.L. DeForest, and A.F. Plante (2014), Changes in extracellular enzyme activity and microbial community structure with soil depth at the Luquillo Critical Zone Observatory. University of Pennsylvania. |
| keywords | extracellular enzyme activity, microbial community structure |
| subtitle | Changes in extracellular enzyme activity and microbial community structure with soil depth at the Luquillo Critical Zone Observatory |
| variables | soil order, forest type, catena position, pit, soil depth, carbon concentration, nitrogen concentration, total extractable phosphorus, ppm (sum of Bicarb and NaOH P), sodium bicarbonate extractable P, NaOH extractable P, soil pH (1:10 soil : DI water), water content, alphia glucosidase activity, alpha glucosidase activity per unit biomass, alphia glucosidase activity per unit soil C, beta glucosidase activity, beta glucosidase activity per unit biomass, beta glucosidase activity per unit soil C, beta xylosidase activity, beta xylosidase activity per unit biomass, beta xylosidase activity per unit soil C, cellobiohydrolase activity, cellobiohyrolase activity per unit biomass, cellobiohyrolase activity per unit soil C, N-acetyl glucosaminidase activity, N-acetyl glucosaminidase activity per unit biomass, N-acetyl glucosaminidase activity per unit soil C, acid phosphatase activity, acid phosphatase activity per unit biomass, acid phosphatase activity per unit soil C, carbon-degradizing enzyme activity (AG+BG+BX+CBH), carbon-degrading enzyme activity per unit biomass, log ( (NAG / (AG + BG+BX+CBH))+1) represents ratio of N:C enzyme activity, log((AG+BG+BX+CBH)/AP)+1) represents ratio of C:P enzyme activity, log((NAG/AP)+1), AG+BG+BX+CBH+AP+NAGrepresents total extracellular enzyme activity, (AG+BG+BX+CBH+AP+NAG) / bio.nmol represents total enzyme activity normalized to total biomass, Actinobacteria biomass, Arbuscular mycorhizal fungi biomass, Anaerobic bacteria biomass, Eukaryote biomass (non-fungal), Fungal biomass (non-AMF), Gram negative bacteria biomass, Gram positive bacteria biomass, General biomarkers biomass (non-specific to a certain group), nmol Act C / bio.nmol, nmol AMF C / bio.nmol, nmol Ana C / bio.nmol, nmol Euk C / bio.nmol, nmol Fung C / bio.nmol, nmol GramN C / bio.nmol, nmol GramP C / bio.nmol, Act + Ana + GramN + GramP, Fung + AMF, |
| disciplines | Biogeochemistry |
How to Cite
This resource is shared under the Creative Commons Attribution CC BY.
http://creativecommons.org/licenses/by/4.0/
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