Remote sensing technology allows us to recognize manifestations of regional thresholds, especially in the spatial characteristics of process agents. For example, a change in river channel pattern over a short distance reflects a threshold alteration in the physical controls of discharge and/or sediment. It is, therefore, a valuable indication of conditions as they exist. However, we probably will have difficulty determining whether the systemic parameters are now close to threshold conditions at which a different change will occur. This, of course, is a temporal and magnitude problem which is difficult to solve from the spatial characteristics
Any global view of landforms must include an evaluation of the link between plate tectonics and geom...
Contributions of remote sensing to hydrogeomorphology and terrain analysis are reviewed in order to ...
Erosive landscapes are formed from the amalgamation of individual sediment transport over space and ...
Remote sensing was considered invaluable for seeing landforms in their regional context and in relat...
In this paper we review threshold behaviour in environmental systems, which are often associated wit...
In this paper we review threshold behaviour in environmental systems, which are often associated wit...
Remote sensing technology, particularly the development of satellite imagery, has given geomorpholog...
Geomorphic systems are typically nonlinear, owing largely to their threshold-dominated nature (but d...
The process-response concept describes feedbacks between cascading and morphological systems, that i...
Megageomorphology is the study of regional topographic features and their relations to independent g...
A plea for a program of global geomorphological mapping based on remote sensing data is presented. I...
ABSTRACT. The general concepts generated by modern studies of geomorphological processes are examine...
Satellite remote sensing and geographic information systems are emerging technologies in geomorpholo...
From the Proceedings of the 1976 Meetings of the Arizona Section - American Water Resources Assn. an...
Geomorphic effectiveness has been an influential concept in geomorphology since its introduction by ...
Any global view of landforms must include an evaluation of the link between plate tectonics and geom...
Contributions of remote sensing to hydrogeomorphology and terrain analysis are reviewed in order to ...
Erosive landscapes are formed from the amalgamation of individual sediment transport over space and ...
Remote sensing was considered invaluable for seeing landforms in their regional context and in relat...
In this paper we review threshold behaviour in environmental systems, which are often associated wit...
In this paper we review threshold behaviour in environmental systems, which are often associated wit...
Remote sensing technology, particularly the development of satellite imagery, has given geomorpholog...
Geomorphic systems are typically nonlinear, owing largely to their threshold-dominated nature (but d...
The process-response concept describes feedbacks between cascading and morphological systems, that i...
Megageomorphology is the study of regional topographic features and their relations to independent g...
A plea for a program of global geomorphological mapping based on remote sensing data is presented. I...
ABSTRACT. The general concepts generated by modern studies of geomorphological processes are examine...
Satellite remote sensing and geographic information systems are emerging technologies in geomorpholo...
From the Proceedings of the 1976 Meetings of the Arizona Section - American Water Resources Assn. an...
Geomorphic effectiveness has been an influential concept in geomorphology since its introduction by ...
Any global view of landforms must include an evaluation of the link between plate tectonics and geom...
Contributions of remote sensing to hydrogeomorphology and terrain analysis are reviewed in order to ...
Erosive landscapes are formed from the amalgamation of individual sediment transport over space and ...