hat
Pou adrese chanjman nan klima enpak sou pwodiksyon manje mondyal ak sekirite alimantè gen yon bezwen pou pi bon konpreyansyon yo genyen sou repons rekòt chanjman nan klimatik variation ak ekstrèm ak entegrasyon sa yo repons nan modèl simulation rekòt. Evalyasyon Previous te echwe pou pou kont ase pou efè sa yo ki, yo bay prediksyon aktyèl la nan ogmantasyon nan ekstrèm tanperati anba chanjman nan klima, pouvwa mennen nan yon underestimation grav nan pèt sede. Pwojè a pral vize a amelyore kapasite a nan modèl simulation rekòt modèl repons lapli, estrès segondè tanperati alantou flè, yon etap kle nan devlopman ble.
eng
To address climate change impacts on global food production and food security there is a need for better understanding of crop responses to changes in climatic variability and extremes and integration these response into crop simulation models. Previous assessments have failed to account sufficiently for such effects which, given current predictions of increases in weather extremes under climate change, may lead to a severe underestimation of yield losses. The project will aim to improve the capacity of crop simulation models to model wheat responses to high temperature stress around flowering, a key stage of wheat development.