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Sustainability of Tidal Energy (STE) is a National Science Foundation (NSF)-funded research effort at the University of Washington to develop scenarios for large-scale electricity generation from tidal currents in order to balance the benefits of predictable, renewable power generation against engineering feasibility, environmental compatibility, and social acceptance. Puget Sound, Washington, will be used as a case study of the general problem. A sustainable energy pathway is one that meets demands of society in the present without decreasing opportunities for society in the futu
Sustainability of Tidal Energy (STE) is a National Science Foundation (NSF)-funded research effort at the University of Washington to develop scenarios for large-scale electricity generation from tidal currents in order to balance the benefits of predictable, renewable power generation against engineering feasibility, environmental compatibility, and social acceptance. Puget Sound, Washington, will be used as a case study of the general problem. A sustainable energy pathway is one that meets demands of society in the present without decreasing opportunities for society in the futu
Sustainability of Tidal Energy (STE) is a National Science Foundation (NSF)-funded research effort at the University of Washington to develop scenarios for large-scale electricity generation from tidal currents in order to balance the benefits of predictable, renewable power generation against engineering feasibility, environmental compatibility, and social acceptance. Puget Sound, Washington, will be used as a case study of the general problem. A sustainable energy pathway is one that meets demands of society in the present without decreasing opportunities for society in the futu
Sustainability of Tidal Energy (STE) is a National Science Foundation (NSF)-funded research effort at the University of Washington to develop scenarios for large-scale electricity generation from tidal currents in order to balance the benefits of predictable, renewable power generation against engineering feasibility, environmental compatibility, and social acceptance. Puget Sound, Washington, will be used as a case study of the general problem. A sustainable energy pathway is one that meets demands of society in the present without decreasing opportunities for society in the futu