Coupling land use and climate change under shared socioeconomic pathway and
representative concentration pathway (SSP–RCP) scenarios can provide more accurate …

Since 2011, Myanmar has undergone a more rapid socio-economic development, which
may substantially have affected land use and land cover (LULC) and water resources. This …

Land-use and climate changes have impacts on hydrological processes for river basin. In
this study, a multi-scenario ensemble streamflow forecast (MESF) method is developed for …

As a result of climate change and human activities, water resources in the Xiangjiang River
Basin (XRB) are subject to seasonal and regional shortages. However, previous studies …

This paper presents the results of one of the hydrological models, the InVEST “Annual Water
Yield”(InVEST–AWY), applied to the Meta River basin in Colombia, which covers an area of …

Changes in water balance variables are essential in planning and management. Two major
factors affecting these variables are climate change and land use change. Few researches …

Hydrological simulation of the karst area is significant for assessing water resources
accurately and exploring the relationship in the hydrologic cycle. However, the existence of …

Climate change may have significant impacts on water balance and may considerably
influence flooding dynamics of river systems by increasing extreme precipitation. This study …

Future changes in land use/land cover (LULC) and climate (CC) affect watershed hydrology.
Despite past research on estimating such changes, studies on the impacts of both these …

Study region Tropical watershed in the Colombian Andes, the Chico River (CR) watershed.
Study focus Hydrological models are widely used to project the impacts of LULC (Land …