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Avni Malhotra
Pacific Northwest National LaboratoryMeeting roles in:
Patterns and Processes for Global Peatland Initiation and Expansion
Temporal and environmental drivers of eddy covariance and chamber discrepancies in methane flux measurements
A Review and Synthesis of Wetland and Peatland Models Simulating CH4 Production, Oxidation and Transport
Advancing Earth System Predictability: AI-Enhanced Integration of Models, Experiments, and Biogeochemical Processes I Poster
DELUGE - Disturbance and Ecohydrological Legacies in Upland Great-lakes Ecosystems: An Ecosystem Scale experiment to study coastal critical zone
Advancing Earth System Predictability: AI-Enhanced Integration of Models, Experiments, and Biogeochemical Processes II Oral
The International Soil Radiocarbon Database (ISRaD) version 2: Expanding Global Access, Utility, and Insights for Soil Biogeoscience
Plant Traits Regulate the Seasonal Patterns of Methane Production, Oxidation, and Transport across Coastal Wetlands
Next-Generation Modeling of Global Natural Methane Fluxes: Integrating Multi-scale Observations with Knowledge-Guided Machine Learning
Soils in the Anthropocene: Cross-Scale Mechanisms of Stabilization and Change I Oral
Understanding coastal terrestrial-aquatic interface soils through model-data comparisons
Artificial intelligence-guided iterations between observations and models significantly improve continental-scale predictions of sediment respiration
Soils in the Anthropocene: Cross-Scale Mechanisms of Stabilization and Change II Poster
Measuring and Modeling the Role of Roots and Belowground Processes in Biogeochemical Cycles I Oral
Measuring and Modeling the Role of Roots and Belowground Processes in Biogeochemical Cycles II Poster
Water table depths impact simulated Methane (CH4) Transport Pathways for a Rice Crop grown on Degraded Fen Peat Soil: results from Peatland-VU model
Belowground Dynamics Shape the Response of Peatland Biogeochemistry to Warming and Elevated CO2
A Continental Scale Analysis Reveals Widespread Root Bimodality
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