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Renewable energy sources and their integration with other power sources to support remote communities is of interest for Mars applications as well as Earth communities. The NSF, NASA, and DOE have been jointly supporting development of a 100 kW cold weather wind turbine through grants and SBIR's independently managed by each agency but coordinated by NASA. The NSF grant is specific to address issues associated with the South Pole Application and a 3 kW direct drive unit is currently being tested there in support of the development of the 100 kW unit. An NREL contract is focused on development of the 100 kW direct drive generator. The NASA SBIR is focused on development of the 100 kW direct drive wind turbine.

The National Science Foundation (NSF) has responsibility for the management, funding, and operation of the United States Antarctic Program (USAP), the U.S. national research program in Antarctica. The program is multifaceted, having international obligations under the Antarctic Treaty, providing grantees funding for Antarctic scientific research, and providing the necessary operational and logistical support to researchers to execute their programs. The latter includes building, maintaining, and operating all research stations, camps, and other facilities, and operating two research vessels, ski-equipped C-130 airplanes, and helicopters. The paper will examine some of USAP's logistical and operational challenges. For example, for 4 of the last 5 seasons the Program has used U.S. Air Force C-5B airplanes to deliver cargo such as helicopters and Twin Otter airplanes to McMurdo Station sea-ice runway at the beginning of the season. USAP has no concrete runway in Antarctica.

The United States Antarctic Program (USAP) is managed by the National Science Foundation (NSF). NSF supports a number of scientific research programs on the Antarctic continent and the surrounding oceans, including biology, glaciology, aeronomy and astrophysics, earth sciences, and ocean and climate systems. Antarctica is a difficult region to reach. It is an inhospitable place to live. At the same time, it is a nearly pristine, natural scientific laboratory where much about our planet can be learned. NSF supplies all life support and infrastructure for USAP, including two research vessels, a number of seasonal field camps, and three permanent research stations: McMurdo, South Pole, and Palmer. Last year, we presented a paper introducing ICES to Antarctica (SAE Technical Paper #921128). This paper provides updates and explores new areas of the program.