International audienceParameters’ acquisition is a key step for the distributed hydrological model when simulating a basin. Based on remote sensing technology, this article proposed a parameters acquisition method of distributed hydrological model. That is extracting the important ground objects’ information from the images to obtain some parameters of the model. This article also used the hierarchical classification principle, and introduced the extraction method of several ground objects. At last, by means of TopModel, we simulated the Xueye Reservoir, Laiwu City in Shandong Province. The experiment shows that this method can effectively improve the accuracy of model simulation
An integrated modeling system has been developed for water resources management of the Tarim River B...
TOPKAPI is a physically-based, fully distributed hydrological model with a simple and parsimonious p...
Potential application of remote sensing in hydrology is one of the hot spots in the distributed hydr...
Nowadays, great efforts have been made on distributed hydrological modeling. It is believed that, di...
International audienceCompared with the traditional lumped hydrological models, distributed hydrolog...
For the purpose of water resources management in the Yellow River Basin with highly spatial differen...
The main obstacles in current distributed hydrological modeling are the lack of sufficient data for ...
Distributed ecohydrological model which can simulate hydrological components, vegetation and landsur...
An integrated modeling system has been developed for water resources management of the Tarim River B...
Floods are one of the main natural disaster threats to the safety of people’s lives and property. Fl...
The coupled routing and excess storage (CREST) distributed hydrological model has been applied regio...
High-resolution data on the spatial pattern of water use are a prerequisite for appropriate and sust...
This paper describes a distributed modeling approach applied to stimulate the stream flow on a 30.06...
The development of western China is confronted with serious challenges on water resources due to the...
In the distributed hydrological simulations for complex mountain areas, large amounts of meteorologi...
An integrated modeling system has been developed for water resources management of the Tarim River B...
TOPKAPI is a physically-based, fully distributed hydrological model with a simple and parsimonious p...
Potential application of remote sensing in hydrology is one of the hot spots in the distributed hydr...
Nowadays, great efforts have been made on distributed hydrological modeling. It is believed that, di...
International audienceCompared with the traditional lumped hydrological models, distributed hydrolog...
For the purpose of water resources management in the Yellow River Basin with highly spatial differen...
The main obstacles in current distributed hydrological modeling are the lack of sufficient data for ...
Distributed ecohydrological model which can simulate hydrological components, vegetation and landsur...
An integrated modeling system has been developed for water resources management of the Tarim River B...
Floods are one of the main natural disaster threats to the safety of people’s lives and property. Fl...
The coupled routing and excess storage (CREST) distributed hydrological model has been applied regio...
High-resolution data on the spatial pattern of water use are a prerequisite for appropriate and sust...
This paper describes a distributed modeling approach applied to stimulate the stream flow on a 30.06...
The development of western China is confronted with serious challenges on water resources due to the...
In the distributed hydrological simulations for complex mountain areas, large amounts of meteorologi...
An integrated modeling system has been developed for water resources management of the Tarim River B...
TOPKAPI is a physically-based, fully distributed hydrological model with a simple and parsimonious p...
Potential application of remote sensing in hydrology is one of the hot spots in the distributed hydr...