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Jennifer Watts
Woodwell Climate Research CenterMeeting roles in:
Impacts of wildfire on permafrost thaw and soil carbon cycling in black spruce forests near Hess Creek, Alaska
Understanding rangeland carbon dynamics using standardized observations and their application in machine learning model
ABCFlux v2: A New Synthesis of Monthly Carbon Dioxide and Methane Fluxes from Arctic-Boreal Terrestrial and Freshwater Ecosystems
Drivers of Photosynthetic Physiology Revealed by Long-term Continuous Chlorophyll Fluorescence Measurements
Effects of seasonal and multi-decadal lake area change on methane emissions in a lowland tundra river delta
Characterizing soil organic carbon distribution and disturbance effects in Arctic and Boreal ecosystems using a two-stage deep learning framework
RangeStar: A Remote Sensing-Driven Process-Based Model for Estimating Rangeland Productivity and Carbon Dynamics
Contemporary Arctic-boreal Zone Carbon Dioxide and Methane Flux Budgets and their Radiative Impact
Operational near real-time fluxes of CO2 and CH4 across the Arctic-Boreal region
Drivers of Soil Methane Sources and Sinks within a Northern Conifer Forest
Tree stem methane fluxes show distinct trends across the landscape of a northern conifer forest
Understanding Soil CH₄ Sink-To-Source Transition in Sub-boreal Forest via Model-Data Fusion
Uniting Modelers, Microbiologists, and Biogeochemists to Improve Wetland Methane Prediction: Workshop Report and Community Engagement
Synthesis of Initial Flux Data From a Retrogressive Thaw Slump in Northern Alaska
Elevated methane emissions and carbon cycling in a retrogressive thaw slump in northern Alaska
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