Add to ORKGContributions of remote sensing to hydrogeomorphology and terrain analysis are reviewed in order to identify characteristics that should receive support in system and sensor configuration planning. Fluvial morphological studies, peak discharge modeling, and hydrogeomorphic floodplain mapping using large scale (1:12,000) to small scale (1:750,000) orbital photography are discussed as well as quantitative assessment of terrain variables for specific applications
During the past decade, many actual and potential applications for remote sensing technology have be...
During the past decade, many actual and potential applications for remote sensing technology have be...
Regional hydrologic planning models built upon remote sensing capabilities and suited for ungaged wa...
The development of a remote sensing model and its efficiency in determining parameters of hydrologic...
Techniques are developed for the visual interpretation of drainage features from satellite imagery. ...
Remote sensing was considered invaluable for seeing landforms in their regional context and in relat...
Current research being conducted in remote sensing techniques for measuring hydrologic parameters an...
A review of literature indicates that little work is being done on determining base or minimum flows...
From the Proceedings of the 1974 Meetings of the Arizona Section - American Water Resources Assn. an...
In recent years, new remotely-sensed technologies, such as terrestrial and airborne laser scanner, h...
Aircraft and satellite remote sensing systems which are capable of contributing to watershed managem...
A tropical forest area of Northern Thailand provided a test case of the application of the approach ...
The variables related to the hydrological processes within a watershed are considered in four catego...
Streamflow forecasting and hydrologic modelling are considered in a feasibility assessment of using ...
The variables related to the hydrological processes within a watershed are considered in four catego...
During the past decade, many actual and potential applications for remote sensing technology have be...
During the past decade, many actual and potential applications for remote sensing technology have be...
Regional hydrologic planning models built upon remote sensing capabilities and suited for ungaged wa...
The development of a remote sensing model and its efficiency in determining parameters of hydrologic...
Techniques are developed for the visual interpretation of drainage features from satellite imagery. ...
Remote sensing was considered invaluable for seeing landforms in their regional context and in relat...
Current research being conducted in remote sensing techniques for measuring hydrologic parameters an...
A review of literature indicates that little work is being done on determining base or minimum flows...
From the Proceedings of the 1974 Meetings of the Arizona Section - American Water Resources Assn. an...
In recent years, new remotely-sensed technologies, such as terrestrial and airborne laser scanner, h...
Aircraft and satellite remote sensing systems which are capable of contributing to watershed managem...
A tropical forest area of Northern Thailand provided a test case of the application of the approach ...
The variables related to the hydrological processes within a watershed are considered in four catego...
Streamflow forecasting and hydrologic modelling are considered in a feasibility assessment of using ...
The variables related to the hydrological processes within a watershed are considered in four catego...
During the past decade, many actual and potential applications for remote sensing technology have be...
During the past decade, many actual and potential applications for remote sensing technology have be...
Regional hydrologic planning models built upon remote sensing capabilities and suited for ungaged wa...