Results 71 to 80 of about 1,603,851 (198)
Spatiotemporal variations of soil moisture are affected by a combination of factors many factors including climate, vegetation, human activities, of which the primary factors vary greatly in different geographical zonal dimension in the Yellow River ...
Linghua Hu +7 more
doaj +1 more source
Relief shown by shading and spot heights. "The Geographical Journal Dec. 1922." Held at the American Geographical Society Library, University of Wisconsin Milwaukee.Color;1:750 ...
Royal Geographical Society (Great Britain)
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Relief shown by hachures and spot heights ; "Published for the Proceedings of the Royal Geographical Society, 1885."Color1:4,000 ...
Sharbau, H. (Henry)
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Relief shown by shading and spot heights. From the Geographical journal, 1912. Includes text. Rec. Dec. 13, 1912 gift from Dr.
Royal Geographical Society (Great Britain)
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Relief shown by spot heights ; From: Geographical Journal, March 1915Grayscale1:3,000,000 1 in.
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Global urbanization has long been hampered by the “metrocentric priority” paradigm, with small towns—core hubs for urban–rural integration—severely undervalued in practical value.
Dong Han +5 more
doaj +1 more source
Base map by the AGS with red and black annotations by the AGS showing universities giving instruction in geography and geographical societies. Map listed in: Manuscript and annotated maps in the American Geographical Society Library: a cartobibliography,
American Geographical Society of New York
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Predicting future carbon stock dynamics under different development scenarios is crucial for balancing regional economic growth with ecological protection and achieving sustainable development.
Lin Zhong +3 more
doaj +1 more source
Other title Title in lower right margin: Exploration of Africa Notes Relief shown by spot heights. Shows areas mapped from surveys, traverses, native reports or entirely unknown.
Royal Geographical Society (Great Britain)
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Rapid monitoring of global land change
Direct human action, principally land use expansion, and natural dynamics, such as fire and drought, drive global land change. Here we present a global land change monitoring system, DIST-ALERT, that rapidly tracks vegetation loss anomalies with 30 m ...
Amy H. Pickens +10 more
doaj +1 more source

