Download PDF - Desert Research Institute
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<strong>Desert</strong> <strong>Research</strong> <strong>Institute</strong><br />
Division of Earth & Ecosystem Sciences (DEES)<br />
Landscape Dynamics<br />
Support Program (LanDPro)<br />
Meeting military readiness, mission capability, and battlefield preparation<br />
calls for large training areas in landscapes representative of the in-theater<br />
field environment. Access to safe and realistic training necessitates training<br />
area sustainability through land and cultural resource management, as<br />
well as the ability to predict and avoid areas sensitive to disturbance.<br />
Cost-effective, system-wide methodologies based on integrated scientific<br />
approaches for rapid site assessment can minimize disruptions to training,<br />
while fulfilling management strategies.<br />
LanDPro enhances and integrates recently completed soil, geomorphic,<br />
and hydrogeologic projects for ITAM and other DoD projects, as well as<br />
improves the robustness and universality of existing tools in support of<br />
use these tools to selectively assess and target sites for restoration and<br />
resource management. Additionally, expedited cultural resource inventories<br />
for DoD expansion areas or infrastructure modifications will be<br />
possible through enhancement of existing prototypes for predictive<br />
archaeological models.<br />
Photos: Sara E. Jenkins<br />
Related <strong>Research</strong> Sponsored in part by the Department of Defense<br />
Bullard, T., McDonald, E., and Baker, S. 2009. Integration of new methods in soils and geomorphology applied to cultural<br />
resources management on military lands. Workshop Report, sponsored by: Army <strong>Research</strong> Office, NAVFAC SW, <strong>Desert</strong><br />
<strong>Research</strong> <strong>Institute</strong>, Oct. 20-22, San Diego, CA.<br />
Caldwell, T.G., McDonald, E.V. and Young, M. 2006. Soil disturbance and hydrologic response at the National Training Center,<br />
Ft. Irwin, California. Journal of Arid Environments, 67, p. 456-472.<br />
McDonald, E.V., and Bullard, T.F. 2008. Geomorphic response to extreme change in a Mediterranean ecosystem: Holocene<br />
alluvial history of Santa Catalina Island, California, USA. European Geosciences Union, Geophysical <strong>Research</strong> Abstracts 10,<br />
EGU2008-A-10709.<br />
McDonald, E., Bullard, T., Britt, T., and Ruiz, M. 2004. Development of an archaeological predictive model for management of<br />
military lands: identification of geological variables in desert terrain. In: D.R. Caldwell, J. Ehlen, and R.S. Harmon, Eds.,<br />
Studies in Military Geology. Kluwer Academic, Boston, p. 259-270.