In the present study, the downscaled future climate data from the General Circulation Model
(GCM), CanESM2 has been used to calculate the monthly crop water requirements of the …

Climate change and agriculture land use changes in the form of cropping patterns are
closely linked with crop water use. In this study the SDSM (statistical downscaling model) …

A framework comprising of four interdependent modules has been developed to analyse
demand–supply scenarios under future uncertainties of climate change in an irrigation …

This paper presents an approach to model the expected impacts of climate change on
irrigation water demand in a reservoir command area. A statistical downscaling model and …

Irrigation is the major user of total water use in most of the tropical countries located in
Southeast Asia. Therefore, knowledge on future changes in irrigation demand in the context …

The climate change was known to force local hydrology, through changes in the pattern of
precipitation, temperature and the other hydrological variables. In this research, the impact …

Climate change threatens agricultural sustainability, especially water resource
management. This study comprehensively analyses how climate change impacts irrigation …

Climate change mainly affects crops via impacting evapotranspiration. This study quantifies
climate change impacts on evapotranspiration, crop water requirement, and irrigation water …

The effect of climate change on water availability and agriculture water demand is crucial for
assessing agricultural productivity and economic development in semi-arid regions. The …

Rise in temperature is one of the predicted impacts of climate change with significant
implications on water resources management. An attempt has been made to calculate the …