Located in the southeastern China and northern Vietnam, the Red River is an important international trans-boundary river that has experienced rapid deforestation and environmental changes over the past decades. We conducted attribution analysis of impacts of various environmental changes on streamflow and sediment load. The contribution of reclassified environmental changes to total change of the streamflow and sediment load was separated. Land cover change based on climate-induced and human-induced indicators were defined. We found that human-induced land cover change was the main factor affecting changes of the streamflow and sediment load. Changes of the land cover were more pronounced in the dry season than in the wet season whereas sed...
Human activities have been widely acknowledged to be the main cause for the runoff decrease in the Y...
Soil erosion and land desertification are the most serious environmental problems globally. This stu...
Under intensifying human activities and climate change, runoff and sediment load have changed signif...
International audienceMechanical erosion and sediment transfers depend strongly on many natural para...
AbstractImpacts of vegetation change on streamflow have long been an issue for concern and climate v...
Suspended sediment transport in rivers is controlled by terrain, climate, and human activities. Thes...
In this study, we investigated the impact of climate change on streamflow and water quality (TSS, T-...
An integrated multi-model approach to predict future land cover in the Da River Basin in Vietnam was...
Climate change characterized by increasing temperature is able to affect precipitation regime and th...
Erosion and sediment transport have critical implications for aquatic ecology, agriculture, water su...
Change in land cover, e.g. from forest to bare soil, might severely impact the hydrological cycle at...
Runoff and sediment load changes are affected by climate change and human activities in an integrate...
SummaryAnthropogenic and climate influences on temporal changes in water discharge and sediment load...
Analysis of water discharge and sediment flux data as measured in the Longchuanjiang Basin in the Lo...
Evaluating the changes in runoff and analyzing its attribution under the changing environment is of ...
Human activities have been widely acknowledged to be the main cause for the runoff decrease in the Y...
Soil erosion and land desertification are the most serious environmental problems globally. This stu...
Under intensifying human activities and climate change, runoff and sediment load have changed signif...
International audienceMechanical erosion and sediment transfers depend strongly on many natural para...
AbstractImpacts of vegetation change on streamflow have long been an issue for concern and climate v...
Suspended sediment transport in rivers is controlled by terrain, climate, and human activities. Thes...
In this study, we investigated the impact of climate change on streamflow and water quality (TSS, T-...
An integrated multi-model approach to predict future land cover in the Da River Basin in Vietnam was...
Climate change characterized by increasing temperature is able to affect precipitation regime and th...
Erosion and sediment transport have critical implications for aquatic ecology, agriculture, water su...
Change in land cover, e.g. from forest to bare soil, might severely impact the hydrological cycle at...
Runoff and sediment load changes are affected by climate change and human activities in an integrate...
SummaryAnthropogenic and climate influences on temporal changes in water discharge and sediment load...
Analysis of water discharge and sediment flux data as measured in the Longchuanjiang Basin in the Lo...
Evaluating the changes in runoff and analyzing its attribution under the changing environment is of ...
Human activities have been widely acknowledged to be the main cause for the runoff decrease in the Y...
Soil erosion and land desertification are the most serious environmental problems globally. This stu...
Under intensifying human activities and climate change, runoff and sediment load have changed signif...