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A Shining Star in Mexico
22 July 2004
Dr. Martha P.L. Whitaker of the GLOBE SMC team helped to coordinate this workshop to strengthen cross-border GLOBE data collection. "U. Sierra's strong agricultural-based curriculum made the SMC a perfect Earth Day activity", Whitaker noted.
With U. Sierra's enthusiastic leadership in becoming established as a GLOBE partnership and the bilingual teaching expertise of Yajaira Gray (Conservation Biologist, Arizona Sonora Desert Museum), and Floyd Gray (Director of University of Arizona's "Students Across the Border" Program), five schools were proudly added to GLOBE in Mexico:
Universidad de la Sierra in Moctezuma
Centro de Bachillerato Tecnologico Agropecuario 101 in Ures
Instituto Nacional de Investigaciones Forestales Agricolas y Recreaction in Hermosillo
Instituto Nacional de Investigaciones Forestales Agricolas y Recreacion in Moctezuma
Cecytes Granados in Granados
Future efforts in Mexico to support U. Sierra's partnership and SMEX04 in Northern Mexico will be possible through a recent $15,000 grant, awarded to Drs. Whitaker and Washburne by CONAHEC's Border Pact Program. SMEX04 is a coordinated effort among scientists to provide soil moisture validation data using remote sensing equipment in aircraft, satellites and manual soil moisture sampling by ground crews. Any near-border school can be a part of this cross-border research initiative by downloading the bilingual (Spanish/English) SMC literature and getting information about future workshops at:
http://www.hwr.arizona.edu/globe/sci/SM/SMC or by contacting
Martha P.L. Whitaker mplw@hwr.arizona.edu
Low-Budget/Low Tech Strategies for Data Collection
The SMC promotes two low-budget, low-technology strategies to participate in the twice-annual data collection campaigns. One is the use of foil pouches enclosed in zip-loc to bags, in lieu of soil sample cans. The foil envelopes are made by using a simple folding pattern to craft a "pouch" out of heavy-duty aluminum foil. Another low-budget strategy is to build a "light-bulb oven". The oven is constructed out of a 55-gallon drum, cut in half lengthwise, covered with aluminum-backed fiberglass insulation, and placed on concrete paving bricks. The device uses four 100-watt light bulbs under which soil samples are placed to dry (Figure 2).
For instructions on how to make and use the foil pouches, see: http://www.hwr.arizona.edu/globe/sci/SM/SMC/AGIfoilpouch.pdf
For instructions on how to make and use a light-bulb oven, see: http://www.hwr.arizona.edu/globe/sci/SM/SMC/OvenHowto3pg.pdf