hat
Nan ankadreman an nan pwojè "ensèten nan prevwa fondan hydro-byochimik ak tras emisyon gaz sou echèl la jaden flè anba klima ak sèvi ak tè chanjman" kandida a PhD, nan tèt ansanm avèk patnè nou nan University of Giessen, ap devlope yon pwosesis-oryante modèl jaden flè ki klèman simulation entèraksyon an dinamik nan dlo, kabòn ak woulman nitwojèn pwosesis. Pou sa captage modèl chapant fkm a, yon bwat zouti modilè aplike ak ipotèz tès ki nan konpòtman skult, yo pral double nan modèl la LandscapeDNDC byochimik, yon dinamik modèl pwosesis ki baze sou pou simulation nan enfimyè gaz émissions soti nan tè ak pwosesis woulman ki asosye yo.
eng
In the frame of the project âUncertainty of predicted hydro-biogeochemical fluxes and trace gas emissions on the landscape scale under climate and land use changeâ the PhD candidate, in cooperation with our partners at the University of Giessen, will develop a process-oriented landscape model that explicitly simulate the dynamic interaction of water, carbon and nitrogen turnover processes. For this the Catchment Modelling Framework CMF, a modular toolbox to implement and test hypothesis of hydrologic behavior, will be coupled to the biogeochemical LandscapeDNDC model, a process-based dynamic model for the simulation of greenhouse gas emissions from soils and their associated turnover processes.