Streamflow forecasting and hydrologic modelling are considered in a feasibility assessment of using the data produced by remote observation from space and/or aircraft to reduce the time and expense normally involved in achieving the ability to predict the hydrological behavior of an ungaged watershed. Existing watershed models are described, and both stochastic and parametric techniques are discussed towards the selection of a suitable simulation model. Technical progress and applications are reported and recommendations are made for additional research
Present and planned remote sensing capabilities were evaluated. The usefulness of six remote sensing...
Aircraft and satellite remote sensing systems which are capable of contributing to watershed managem...
The accuracy of remotely sensed measurements to provide inputs to hydrologic models of watersheds is...
A project is described whose goal was to define, implement and evaluate a pilot demonstration test t...
The development of a remote sensing model and its efficiency in determining parameters of hydrologic...
Regional hydrologic planning models built upon remote sensing capabilities and suited for ungaged wa...
A hydrological model is a useful tool to study the effects of human activities and climate change on...
Principal water resources users were surveyed to determine the impact of remote data streams on hydr...
A hydrologic planning model is developed based on remotely sensed inputs. Data from LANDSAT 1 are us...
A survey of the principal water resource users was conducted to determine the impact of new remote d...
This study was supported in part by the Office of Water Research and Technology, U. S. Department ...
Remotely sensed data were collected to demonstrate the feasibility of applying the results to water ...
A tropical forest area of Northern Thailand provided a test case of the application of the approach ...
The Stanford Watershed Model, the Kentucky Watershed Model and OPSET program, and the NASA-IBM syste...
The transfer of LANDSAT remote sensing technology from the research sector to user operational appli...
Present and planned remote sensing capabilities were evaluated. The usefulness of six remote sensing...
Aircraft and satellite remote sensing systems which are capable of contributing to watershed managem...
The accuracy of remotely sensed measurements to provide inputs to hydrologic models of watersheds is...
A project is described whose goal was to define, implement and evaluate a pilot demonstration test t...
The development of a remote sensing model and its efficiency in determining parameters of hydrologic...
Regional hydrologic planning models built upon remote sensing capabilities and suited for ungaged wa...
A hydrological model is a useful tool to study the effects of human activities and climate change on...
Principal water resources users were surveyed to determine the impact of remote data streams on hydr...
A hydrologic planning model is developed based on remotely sensed inputs. Data from LANDSAT 1 are us...
A survey of the principal water resource users was conducted to determine the impact of new remote d...
This study was supported in part by the Office of Water Research and Technology, U. S. Department ...
Remotely sensed data were collected to demonstrate the feasibility of applying the results to water ...
A tropical forest area of Northern Thailand provided a test case of the application of the approach ...
The Stanford Watershed Model, the Kentucky Watershed Model and OPSET program, and the NASA-IBM syste...
The transfer of LANDSAT remote sensing technology from the research sector to user operational appli...
Present and planned remote sensing capabilities were evaluated. The usefulness of six remote sensing...
Aircraft and satellite remote sensing systems which are capable of contributing to watershed managem...
The accuracy of remotely sensed measurements to provide inputs to hydrologic models of watersheds is...