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Adding labile carbon to peatland soils triggers deep carbon breakdown
Sumudu Rajakaruna
, Ghiwa Makke
, Nathalia Graf Grachet
, Christian Ayala-Ortiz
, John Bouranis
, David W. Hoyt
, Jason Toyoda
, Elizabeth H. Denis
, James J. Moran
, Tianze Song
, Xiaoxu Sun
, Elizabeth K. Eder
, Allison R. Wong
, Rosalie Chu
, Heino Heyman
, Max Kolton
, Jeffrey P. Chanton
, Rachel M. Wilson
, Joel Kostka
,
Malak M. Tfaily
Research output
:
Contribution to journal
›
Article
›
peer-review
9
Scopus citations
Overview
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Keyphrases
Labile Carbon
100%
Peat Soil
100%
Peat Carbon
100%
Deep Carbon
100%
Peatland
66%
Climate Change
33%
Organic Matter
33%
Microbiome
33%
Vulnerability
33%
Global Change
33%
Microbial Population
33%
Metabolomics
33%
Stable Isotopes
33%
Processing Model
33%
Model Parameterization
33%
Carbon Input
33%
Microbial Dynamics
33%
Microbial Response
33%
Refined Model
33%
Carbon Processing
33%
Carbon-climate Feedback
33%
Dynamic Driving
33%
Multiplatform Approaches
33%
Carbon Flow
33%
Thermodynamic Energy
33%
Omics Approaches
33%
Microbial Network
33%
Carbon Degradation
33%
Microbial Carbon
33%
DNA-stable Isotope Probing
33%
Carbon Mineralization
33%
Metabolizer
33%
Recalcitrant Carbon
33%
Glucose Addition
33%
Immunology and Microbiology
Dynamics
100%
Stable-Isotope Probing
100%
Carbon Cycle
100%
Multi-Omics
100%
Carbon Mineralization
100%
Microbiome
100%
Earth and Planetary Sciences
Stable Isotope
66%