Funds from this grant provide partial support to INTERPOL to develop a Radiological and Nuclear Terrorism Prevention Program (RNTPP). Building on the success of their Biological Terrorism Prevention Program, INTERPOL 's work plan for developing the RNTPP will include organizing three terrorism prevention courses and one tabletop terrorism prevention exercise per year for three years, holding a international working group meeting to produce a report targeting the needs of police services in preventing nuclear and radiological terrorism, developing an investigative handbook, and designing and deploying five e-learning modules. Partnering with the International Atomic Energy Agency, INTERPOL will also develop a joint course aimed specifically at educating and training emergency personnel and other likely first responders to potential nuclear or radiological attacks.

This grant funds an initiative at the Center for Nonproliferation Studies (CNS) at Middlebury College's Monterey Institute of International Studies to expand course offerings at CNS's unique master's program in Nonproliferation and Terrorism Studies, broadening and strengthening the scientific aspects of the curriculum. Using Sloan Foundation funding, CNS will add five additional science- and technology-based courses with at least 15 students each; offer two new weekend workshops annually on science- and technology-based themes with at least 25 students each; and continue its pre-enrollment, two-week, non-credit course in basic science and mathematics for new M.A. students.

In fall 2010, the Center for Nonproliferation Studies (CNS) of Middlebury College's Monterey Institute of International Studies was selected by the Austrian Foreign Ministry to manage a new Center for Disarmament and Non-Proliferation in Vienna, home-city of the International Atomic Energy Agency and, therefore, the global center for nuclear diplomacy. In September 2011, CNS ran a pilot one-week intensive course on nonproliferation at the new Center, aimed at providing nonproliferation education and training for diplomats, government officials, and mid-career professionals at international organizations. Funds from this grant will allow CNS to expand its offerings in Vienna either to one two-week course annually or, if diplomats cannot spare that much time for training, to two one-week courses. Each course would have at least 20 participants, at least 70% of whom would be from Non-Aligned countries. The rest would be diplomats from other countries or employees of international organizations, most of whom have excellent technical backgrounds but limited knowledge of the politics, institutions, and agreements that govern the international nuclear regime.

Funds from this grant support a project by Resources for the Future (RFF) to assess the risks associated with increased shale gas development in the United States as viewed by both experts and the public. Primary focus will be on water scarcity and water, air, and soil quality issues associated with surface operations at well sites, vertical well drilling, horizontal drilling, deep hydraulic fracturing, and wastewater disposal. Expert views will be assembled from existing literature, recent government analyses, and interviews with selected experts. Public views will be determined by means of interviews with up to 100 people, four focus groups, and a survey of 1,500 randomly selected adults that will focus on public willingness to pay to reduce risks from shale gas development. Participants in the interviews, focus groups, and surveys will be drawn from residents in the western region of the United States, including Texas, where oil and gas production has a long history, and from the six-state eastern region of the Marcellus shale formation, where oil and gas production had not occurred for many years until recently and where shale gas production could be extensive in the near future. Subsequent to this research, RFF will identify, describe, and analyze the drivers of environmental risks associated with shale gas production and the policy levers potentially available to reduce these risks. RFF will describe and analyze current and prospective regulation and legislation at the national, river basin commission, and state levels, with some attention to the local level. Finally, RFF will put all of this together to develop recommendations for improvements in regulation and legislation.

As countries around the world consider building their first nuclear power plant, they must inevitably consider the question of what will happen to the used or "spent" nuclear fuel that will come out of these reactors. An attractive option, especially for countries that are small or that will have only a small number of nuclear power plants, is to work cooperatively with other countries to create a regional spent fuel and high-level nuclear waste repository, thus sharing among a set of partner countries the high costs of such a facility. Since 2009, the Foundation has provided funds to the Arius Association to enable them to promote the regional repository approach in the Arabian Gulf-Middle East region and in South East Asia. Several countries in each of these regions are committed to launching nuclear power programs. Funds from this grant will provide support to Arias for the continuation of these efforts. During that time they will help plan and provide the intellectual backing for two regional meetings. The United Arab Emirates will host an Arabian Gulf-Middle East meeting; and the International Atomic Energy Agency will host a South East Asia meeting. By the end of the two-year grant period, Arius aims to facilitate the creation of multinational working groups considering the desirability and feasibility of creating regional repositories in each of these regions. Working with partner countries and the IAEA, Arius will draft the technical and legal documents needed to make this possible. They will also publish at least one article in a major international magazine that explains and publicizes their work on regional repositories and showcases their progress.

Though new technology has recently led to a huge increase in the estimates of the amount of natural gas that can be produced economically from U.S. shale deposits, detailed objective analysis of how much gas can actually be produced from these deposits has not yet been done. This grant to the University of Texas at Austin's Bureau of Economic Geology (BEG) will support just such an analysis. BEG will obtain government and company data-some public and some proprietary-on all existing gas wells in the five major shale gas regions of the United States and use these data to perform a well-by-well analysis of production capacity. Although the BEG project will not cover all shale regions, the ones included are expected to yield the lion's share of shale gas over the next 20 years, the time horizon for the study. BEG will also quantify the needs for land and water use to enable various levels of shale gas production to be achieved.