Global geomorphology: Report of Working Group Number 1

Details Global geomorphology: Report of Working Group Number 1 Global geomorphology: Report of Working Group Number 1

Jul 1985

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1985gmg..rept..101d&link_type=abstract

In its Global Mega-Geomorphology p 101-104 (SEE N85-32357 21-42)

Other

Earth Surface, Geomorphology, Landforms, Planetary Evolution, Remote Sensing, Climate, Conferences, Earthquakes, Maps, Recommendations, Tidal Waves

Scientific paper

Remote sensing was considered invaluable for seeing landforms in their regional context and in relationship to each other. Sequential images, such as those available from LANDSAT orbits provide a means of detecting landform change and the operation of large scale processes, such as major floods in semiarid regions. The use of remote sensing falls into two broad stages: (1) the characterization or accurate description of the features of the Earth's surface; and (2) the study of landform evolution. Recommendations for future research are made.

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