Climate change is a severe threat for productivity of sugarcane crop. Crop models have
potential to quantify the climate change impacts, and management practices effects on …

Crop simulation models are still little used for sugarcane crops due to the lack of
understanding of their capabilities and experience in calibration as compared to other crops …

Sugarcane is cultivated on about 26 M ha across tropics and subtropics worldwide as a
source of many industrial products, especially sugar and also bioenergy purposes (biofuel …

CANEGRO-Sugarcane model was used to assess the impact of climate change on
sugarcane in different combinations of elevated temperature and CO 2 concentrations …

Abstract The Decision Support System for Agrotechnology transfer (DSSAT) is a global
modelling platform that encompasses crop models for more than 40 different crops. The …

Sugarcane is an economically important crop, and the impact of climate change can be
manifested much more in all stages like germination, tillering, grand growth, and maturity …

The DSSAT CANEGRO model was calibrated and verified using field experimental data
from five Tamil Nadu Agroclimatic Zones (1981–2022). The genetic coefficients of the …

DSSAT-CANEGRO model was calibrated and validated for four sugarcane cultivars planted
at three dates in two agroclimatic zones of Indian Punjab. For calibration two years (2015-16 …

DSSAT-CANEGRO model have been used to determine crop potential yield over eight
districts (viz; Muzaffarnagar, Shahjahanpur, Agra, Lucknow, Basti, Faizabad, Allahabad and …

The research on impact of climate change in variety specific sugarcane cultivation in
southern part of Nepal revealed realistic assessment on forecasting impact of climate …