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Showing 1 to 10 of 10 for “"Lake Sharpe"”.

  1. Habitat Selection and Movement of Pallid Sturgeon in Lake Sharpe, South Dakota

    … of pallid sturgeon, Scaphirhynchus albus, in Lake Sharpe, South Dakota, a Missouri River reservoir. Seven pallid sturgeon, (three < 5 kg and four 5 kg) were implanted with sonic tags and followed between June 1989 and October 1991. Pallid sturgeon selected the 4-5 m depth interval of water …

    sdstate Repository record for Habitat Selection and Movement of Pallid Sturgeon in Lake Sharpe, South Dakota (opens in a new tab)

  2. Results and Evaluation of An Aerial Creel Survey Technique On Lake Sharpe, South Dakota

    … of two independent surveys, was conducted on Lake Sharpe, South Dakota from May, 1973, through May, 1974. An aerial fisherman count was used to estimate fishing pressure and an angler interview survey was used to estimate catch rates, mean party size, mean fisherman day, and residence of the …

    sdstate Repository record for Results and Evaluation of An Aerial Creel Survey Technique On Lake Sharpe, South Dakota (opens in a new tab)

  3. The Contribution of Missouri River Reservoir Side-Channel and Floodplain Habitats to Mainstem Fish Populations: The Effects of Losing Connectivity Between Hipple Lake and Lake Sharpe

    … effects on floodplain habitats (i.e. floodplain lakes) and side-channel habitats (e.g. canals, side-channel embayments, stilling basins, and tributaries) in Lake Sharpe, SD. Floodplain and side-channel habitats are rare habitat in Lake Sharpe, a mainstem Missouri River reservoir, and are thought …

    sdstate Repository record for The Contribution of Missouri River Reservoir Side-Channel and Floodplain Habitats to Mainstem Fish Populations: The Effects of Losing Connectivity Between Hipple Lake and Lake Sharpe (opens in a new tab)

  4. Interactions between Walleye Sander vitreus and Smallmouth Bass Micropterus dolomieu in Missouri River reservoirs

    … (post-stocking) 2019 and 2021 from three bays in Lake Oahe, SD, two were stocked with Walleye (30-32 mm; 255-1,649 Walleye/ha) whereas one served as a reference. We estimated predator population abundance using Schnabel capture-recapture models and used bioenergetics to estimate the percent of …

    iastate Repository record for Interactions between Walleye Sander vitreus and Smallmouth Bass Micropterus dolomieu in Missouri River reservoirs (opens in a new tab)

  5. Exploring Interactions Between Walleye and Smallmouth Bass in South Dakota Waters

    … and smallmouth bass in the lower reaches of Lake Sharpe, a Missouri River reservoir, calculated diet overlap between both predators, and determined whether they partitioned the shared prey based on prey size. I also quantified walleye diets in the upper reach of the reservoir, which has a …

    sdstate Repository record for Exploring Interactions Between Walleye and Smallmouth Bass in South Dakota Waters (opens in a new tab)

  6. Assessment of White Bass Populations in Missouri River Impoundments Located in South Dakota

    … portion of the total harvest of sport fishes in Lakes Oahe, Sharpe, Francis Case, and Lewis and Clark, but little is known about their population dynamics. Age-0 white bass catch per unit effort (CPUE) in standardized seine samples from 1983 to 1995 was correlated with environmental data to …

    sdstate Repository record for Assessment of White Bass Populations in Missouri River Impoundments Located in South Dakota (opens in a new tab)

  7. Influence of Gizzard Shad on Fish Community Ecology in Northeastern South Dakota Glacial Lakes

    … shad in two northeastern South Dakota glacial lakes and 2) determine the impacts gizzard shad on the population dynamic rates and seasonal diets of both walleye and yellow perch in northeastern South Dakota glacial lakes. To determine the effects that gizzard shad had on walleye and yellow …

    sdstate Repository record for Influence of Gizzard Shad on Fish Community Ecology in Northeastern South Dakota Glacial Lakes (opens in a new tab)

  8. Sauger Population Ecology in Three Missouri River Mainstem Reservoirs

    … hybrids from three Missouri River reservoirs (Lakes Sharpe, Francis Case, and Lewis and Clark) to examine patterns of hybridization, and to quantify factors influencing year class formation. Hybridization rates varied from 4% in Lakes Sharpe and Francis Case to 21% in Lewis and Clark Lake. …

    sdstate Repository record for Sauger Population Ecology in Three Missouri River Mainstem Reservoirs (opens in a new tab)

  9. Behavioral Responses of Rainbow Smelt to Sensory Deterrent Systems

    … the primary prey fish for top-level predators in Lake Oahe. Historically, water level management and entrainment losses of rainbow smelt at the Lake Oahe dam have likely contributed to the reduced growth rate of walleye Sander vitreus, chinook salmon Oncorhynchus tshawytschu, as well as other …

    sdstate Repository record for Behavioral Responses of Rainbow Smelt to Sensory Deterrent Systems (opens in a new tab)

  10. Implications of Best Management Practices on Channel Evolution within the Bad River Watershed: West Central South Dakota

    … of sediment to the Bad River main channel and Lake Sharpe, a Missouri River main stem reservoir, while the upper Bad River Basin has been determined to produce only a small proportion of the sediment load conveyed to the mouth of the Bad River. Huge contrasts exist between current channel …

    sdstate Repository record for Implications of Best Management Practices on Channel Evolution within the Bad River Watershed: West Central South Dakota (opens in a new tab)