Sentence examples for upstream hydrological from inspiring English sources

The influence of upstream population on LULC and upstream hydrological processes explained 59%and30%0% of the variance in lake storage volumes and sediment yield respectively.

Upstream impacts on hydrological processes can be broadly divided into two types: (i) human-influenced activities related to land use and (ii) natural impacts related to climate (Nepal [2012]).

However, quantitative analysis at the watershed scale is still a challenge due to the complex spatial heterogeneity of the upstream and downstream hydrological relationships and the inherent structure of drainage systems.

In the permafrost-dominated region upstream of the Jimai hydrological station, the impact of frozen ground degradation can explain 71% of the streamflow decrease.

Understanding the upstream-downstream linkages in hydrological processes is essential for water resources planning in river basins.

Based on the findings, the paper concludes that integrated systems analysis is required to understand the holistic complexity of upstream-downstream linkages of hydrological processes in the river basin context.

This review highlights the close upstream-downstream linkages in hydrological processes and water availability in the Himalayan region, but also underlines the limited understanding of these processes and their impacts in downstream areas resulting from the complexity and heterogeneity of the region, the lack of data, especially from upstream areas, and the impact of scale.

One of the worst flood-hit countries in the region, Bangladesh, receives relatively little hydrological data from upstream Nepal.

This study summarizes the present state of knowledge about linkages in hydrological processes between upstream and downstream areas of river basins in the Himalayan region based on a literature review.

Multiple regression of flow discharge against rainfall and temperature was used to determine the residual trend at four meteorological and hydrological stations located upstream and downstream of the Qom Rood Watershed.

This review focuses on synthesizing the available information on upstream-downstream linkages related to hydrological processes in the Himalayan region; in particular, the impacts of climate and land use changes on water quantity and sediment transport.