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28. Baxter, G. T. 1972. The cutthroat, a fish SPORT FISH. with native roots. Wyoming Wildlife HISTORY 36(5):16-19. DESCRIPTION TAXONOMY This is an article concerning the cutthroat MANAGEMENT trout of Wyoming. Subspecies of cutthroat are DISTRIBUTION discussed as to their relationships and the 5 drainages in which they occur. A description of the cutthroat is given. 29. Baxter, G. T., and J. R. Simon. 1970. Wyoming SPECIES LIST fishes. Wyoming Fish and Game, Cheyenne. TAXONOMY Bulletin 4. 167 pp. KEY DISTRIBUTION This publication was designed for public use. DESCRIPTION It includes general notes on fishes, a checklist, FISH dicotomous key, along with photographs and LIFE HISTORY distributional maps for each Wyoming species. Species accounts include notes on food, habitat, and behavior. A brief discussion of hybridiza- tion, distributional changes up to 1970, a technical glossary, and a physiographic and hydrographic description of Wyoming are also included in the text. 30. Beattie, B. R., E. N. Castle, W. G. Brown, and W. Griffin. 1971. Economic conse- quences of interbasin water transfer. Oregon Agricultural Experiment Station, Oregon State University, Corvallis. Technical Bulletin No. 116. A model to measure the economic efficiency effects of interbasin water transfer has been developed. It is capable of accommodating multiple uses, values in transit, and produc- tion interdependencies. By accounting for regional direct and indirect costs and pecuniary externalities, regional income redistribution impacts of interbasin water transfer schemes can be estimated. The marginal value product of an acre foot of water used on irrigated cotton and .91 acre of land was estimated to be $33.32. In any complete analysis of water transfer projects, regional income distribution consequences of water transfer projects must be considered in addition to economic efficiency effects. Regions and people benefiting may be WATER DIV. ECONOMICS DEVELOPMENT MANAGEMENT COLORADO R. 22