Laserfiche WebLink
populations of cutthroat trout from the upper <br />Green River basin and then compare and evaluate <br />the data for consistency between samples which <br />would indicate that these samples represent <br />remnants of the cutthroat trout once inhabiting <br />the whole upper Green River watershed. <br />36. Behnke, R. J. 1972a. The rationale of preserving GENETICS <br />genetic diversity: examples of the FISH <br />utilization of intraspecific races of HABITAT <br />salmonid fishes in fisheries management. <br />Proceedings Western Association Game and <br />Fish Commissioners 52:559-561. <br />This paper discusses the problem of considering <br />the behavioral, physiological and ecological <br />attributes of a population or of a generalized <br />concept of a species to be representative of <br />all populations. The rationale to perpetuating <br />native races and subspecies centers on the <br />values of perpetuating genetic diversity. <br /> <br />37. Behnke, R. J. 1972b. Rare and endangered <br />trouts of the southwest. In: Symposium <br />on rare and endangered wildlife of the <br />southwestern United States. New Mexico <br />Department of Game and Fish, Santa Fe. <br />pp. 129-133. <br />This paper discusses the need for documentation <br />of the distribution of pure populations of our <br />native trouts so that watersheds can be given <br />special classification and protection. Success- <br />ful transplants of rare trout into new habitat <br />can be made, thus expanding their range and <br />abundance. The basic problem, however, is that <br />of finding sources of pure populations to be <br />used for transplanting. A list of rare native <br />trout is also given. <br />38. Behnke, R. J. 1972c. The systematics of <br />salmonid fishes of recently glaciated <br />lakes. Journal Canadian Fisheries Research <br />Board 29(6):639-671. (Abstr.) <br />The systematics of the subfamilies Salmoninae <br />and Coregoninae of recently glaciated regions <br />are reviewed. Interrelation between systematics <br />and fisheries biology are stressed, pointing <br />DISTRIBUTION <br />GENETICS <br />POPULATION <br />ENDANG. FISH <br />FISH <br />TAXONOMY <br />GENETICS <br />MANAGEMENT <br />25 <br />