TASC is based on SWAT-C (https://sites.google.com/view/swat-carbon)
Google Group: https://groups.google.com/g/TASC-modeling-group
Contact: Xuesong Zhang (Xuesong.Zhang@usda.gov)
Current model development efforts:
Rajith Mukundan: Variable source area and forest modeling
Sijal Dangol: Root and shoot development of crop, grass and forest
Kaiguang Zhao: Energy balance and photosynthesis
Xuesong Zhang: River routing and coupled terrestrial and aquatic carbon cycling
New video showing how to use R-SWAT for TASC:
TASC is a watershed scale model that converges terrestrial and aquatic carbon cycles at the watershed scale. It is based on the SWAT-Carbon model and has unique functions to assess impacts that agricultural management and climate change have on a wide range of processes and indicators, such as soil organic carbon storage, nitrous oxides emissions, freeze-thaw cycles/water temperature, and riverine carbon fluxes.
Carbon algorithms from EPIC, DayCent, DNDC, ORCHIDEE, CE-QUAL-ICM, CE-QUAL-WS, QUAL2K, and latest literature are under development.
Brief Introduction to SWAT-Carbon_Nov_2_2022.pdf