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I <br />for these birds can only be characterized as a dismal failure. The habitat simply does not <br />exist under current conditions. <br />My study of the nesting ecology of both species from Chapman to Lexington <br />during 1985 -1991 chronicles the situation (see annual reports submitted to FWS dated <br />1985, 1986, 1987, 1988, 1989, 1990). My nesting habitat data and population estimates <br />�z during those years do not agree with Tables 1 -2 and 1 -3 (op cited, Lingle 1993. Causes <br />of nest failure and mortality of least terns and piping plovers along the central Platte <br />River. Pages 130 -134 in Proc. Missouri River and it tributaries: piping plover and least <br />tern symposium). River use was greatest in 1985 following back -to -back 100 -year flood <br />events during the summers of 1983 and 1984. This stochastic event created plentiful <br />sandbars along the river which were used by both species. The shift to sandpits occurred <br />during the subsequent years to the extent that sandpits or dredge islands are the only <br />places where young have fledged in recent years. <br />This begs the question as to whether it is in the best interest of the species long <br />term well -being to attract them to an area where they are likely to be flooded or eaten by <br />je m predators. The best production occurs at Lake McConaughy and the lower Platte River <br />�es but the Cooperative Agreement does not allow for those areas to be considered. Clearly <br />' stochastic flood events provide the necessary requirements for these species to nest <br />throughout their range and it is this ephemeral nature of that type of habitat with which <br />these species evolved. It is unrealistic to think we can replicate these types of flood <br />events through releases from the Environmental Account stored in Lake McConaughy. <br />The birds will nest at sandpits and one way to insure their success is to hire tern and <br />plover wardens to guard each nest young 24 hours a day through the nesting seasons One <br />4other way to provide habitat is to ensure instream flows do not exceed 800 cfs during the <br />* nesting season. <br />Pallid Sturgeon <br />How you can monitor the impact of flow releases on a fish species that may or <br />may not exist 200+ miles downstream is beyond my comprehension. Fortunately, I do <br />not have to deal with that problem. <br />Other Species of Concern <br />The institutionalized clearcutting of riparian forests that is currently underway <br />under the guise of endangered species habitat augmentation can only be characterized as <br />dendrophobic (dendrophobia is the irrational fear or hatred of trees). No one knows what <br />is being lost since there are no thorough inventories being done prior to treatment. The <br />avifauna associated with these riparian zones is rich with neotropical migrants (e.g. <br />willow flycatcher and Bell's vireo) that are experiencing serious population declines <br />elsewhere in their range. Riparian cottonwood forests are perhaps the most endangered <br />habitat type in the West and Southwest yet here they are treated like musk thistles. <br />The arbitrary and capricious nature of the Cooperative Agreement is best revealed <br />by the fact that the federally endangered Bald Eagle was not included in the list of target <br />species. This was done despite the fact that the central Platte River hosts one of the <br />largest wintering concentrations in the lower 48 states and has an increasing number of <br />