Bagnold, R. A., 1941, The physics of blown sand and desert dunes:
Methuen, London, 265 p. (A classic treatise concerning the origin and
evolution of dunes.)
Breed, C. S., and others, 1979, Regional studies of sand seas, using
Landsat (ERTS) imagery: _in_ McKee, E. D., ed., A study of global sand
seas: U.S. Geological Survey Professional Paper 1052, p. 305-397. (A
study of selected sand seas based on analysis of remote sensing
images, surface wind summaries, and available literature.)
Cook, R. U., and Warren, Andrew, 1973, Geomorphology in deserts:
University of California Press, Berkeley, California, 374 p. (Examines
the nature of landforms, soils, and geomorphological processes in the
world’s deserts.)
Eigeland, Tor, and others, 1982, The desert realm: National Geographic
Society, Washington, 304 p. (A well illustrated discussion of deserts
of America, Africa, Asia, and Australia.)
Ericksen, G. E., 1983, The Chilean nitrate deposits: American
Scientist, v. 71, p. 366-374. (A discussion of the origin of the
Chilean nitrate deposits which has puzzled scientists for more than
100 years.)
Gerster, Georg, 1960, Sahara-desert of destiny: Coward-McCann, New
York, 302 p. (How plants, animals, and people survive in the Sahara.)
Greeley, Ronald, and Iversen, J. D., 1985, Wind as a geological
process on Earth, Mars, Venus and Titan: Cambridge University Press,
New York, 333 p. (Expands the classic work of Bagnold to discuss
eolian processes in a planetary context. Describes the processes on
all moons and terrestrial planets with atmospheres.)
Hare, F. K., 1983, Climate on the desert fringe: _in_ Gardner, Ritz,
and Scoging, Helen, eds., Mega-geomorphology: Clarendon Press, Oxford,
p. 134-151. (The margins of many deserts are affected by tension
between society and environment. This paper summarizes the climatology
of arid zones.)
MacMahon, James A., 1985, Deserts: Alfred A. Knopf, Inc., New York,
640 p. (An Audubon Society Nature Guide to the deserts of the United
States, and their inhabitants.)
McCauley, J. F., and others, 1984, Remote monitoring of processes that
shape desert surfaces: The Desert Winds Project: U.S. Geological
Survey Bulletin 1634, 19 p. (Describes a new study on collecting
weather data from solar-powered data-collection platforms in deserts.
The data are relayed by a GOES satellite to the USGS in Flagstaff,
Arizona, and converted to graphic form.)
Meigs, Peveril, 1953, World distribution of arid and semi-arid
homoclimates: _in_ Reviews of research on arid zone hydrology: Paris,
United Nations Educational, Scientific, and Cultural Organization,
Arid Zone Programme-1, p. 203-209. (Classifies arid lands according to
precipitation.)
Nelson, R., 1988, Dryland management: the desertification problem:
Environmental Department Working Paper No. 8, Washington: World Bank,
42 p. (An excellent review of the present state of knowledge
concerning desertification.)
Tolba, M. K., 1984, Desertification is stoppable: Arid Lands
Newsletter No. 21, p. 2-9. (A discussion of the problems involved in
preventing desertification and reclaiming arid lands.)
Walker, A.S., 1986, Eolian geomorphology: _in_ Short, N.M., and Blair,
R.W., eds., Geomorphology from space: a global overview of regional
landforms: NASA SP-486, p. 447-520 (a brief review of desert
processes).
Warren, A. and Agnew, C., 1988, An assessment of desertification and
land degradation in arid and semi-arid areas: International Institute
for Environment and Development, Drylands Programme, Paper 2, London:
IIED, 103 p. (An evaluation of land degradation problems.)
The metric units used in this publication can be converted to English
units by using the approximate conversions given below: