Welcome to Winter Soil Processes
![WSP Logo](/winter-soil-processes/sites/default/files/uploads/images/wsp_logo_redone.jpg)
Identifying the biogeochemical drivers such as energy and nutrient delivery on winter microbial community composition, functions and dynamics is critical to establishing a mechanistic understanding of winter biogeochemical cycles.
Future climate uncertainties highlight the need to develop and couple cutting edge-experimental approaches to biogeochemical-hydrological models to identify and predict the major controls on subsurface biogeochemical processes and the associated metabolic potential during the non-growing season.
![Field Work](/winter-soil-processes/sites/default/files/uploads/images/img_1638.jpg)
News
NGS paper published in Nature’s Communications Earth & Environment
Arash Rafat and Dr. Fereidoun Rezanezhad have co-authored a new paper in Nature’s Communications Earth & Environment projecting carbon emissions from peatlands over the non-growing season for the remainder of the 21st century using machine learning. Check out the paper here!