Sentence examples for hydrometric network from inspiring English sources

This paper suggests taking advantage of kriging approaches to improve the design of a hydrometric network.

This methodology is developed for the hydrometric network of the transboundary Medjerda River in the North of Tunisia.

The hydrometric network intersection point set (HNIPS) is proposed to identify finite candidate sites along a river.

The information might prove to be helpful for decision makers to undertake cost-benefit analyses for hydrometric network updating in each region.

While the networks are optimized to have the maximum amount of information with minimum redundancy based on entropy concepts, this study extends the traditional entropy applications to the hydrometric network design by introducing several improvements.

The task at hand is to extend an existing hydrometric network in order to estimate, at ungauged sites, the average specific annual discharge which is a key basin descriptor.

Accounting for such spatial variability in designing hydrometric networks is crucial in obtaining an optimal network.

The analysis results show that almost all Canadian main watersheds contain deficient hydrometric networks.

Existing hydrometric networks need to be assessed and revised against the requirements on water quantity data to support integrated management.

This study highlights the impacts that the selected hydrologic characteristics of a basin have on the spatial variability of hydrometric networks.

This paper evaluates hydrometric networks to identify essential streamflow stations and critical areas (highly poor network density) within major watersheds across the different provinces of Canada using entropy theory.