Search Results - "Gosch, NJC"

Post-stocking condition of endangered pallid sturgeon released at age 0 by Gosch, NJC, Gemeinhardt, TR, Hall, JR, Whiteman, KW, Welker, TL, Bonneau, JL

“…Condition indices are commonly used to assess fish population status and are well suited for endangered species given that length and weight data collection is…”
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Dietary assessment of age-0 pallid sturgeon and shovelnose sturgeon: implications for surrogacy by Gosch, NJC, Gemeinhardt, TR, Civiello, AP, Harrison, AB, Bonneau, JL

“…Validation is critical when considering potential surrogates for endangered species research. The pallid sturgeon Scaphirhynchus albus is federally endangered…”
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Age-0 Shovelnose Sturgeon Prey Consumption in the Lower Missouri River by Gosch, N. J. C., Miller, M. L., Gemeinhardt, T. R., Starks, T. A., Civiello, A. P., Long, J. M., Bonneau, J. L.

“…A lack of nutritious food during the first year of life is a hypothesized factor that may limit survival of endangered pallid sturgeon Scaphirhynchus albus in…”
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Age‐0 sturgeon and shallow water: A local‐ and reach‐scale assessment by Gosch, N.J.C., Gemeinhardt, T.R., Bouska, W.W., Miller, M.L., Brown, T.L., Bonneau, J.L.

“…Despite the hypothesized benefits to age‐0 Scaphirhynchus sturgeon, the role that slow, shallow water plays during early life history remains uncertain…”
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Is Shallow Water a Suitable Surrogate for Assessing Efforts to Address Pallid Sturgeon Population Declines? by Gemeinhardt, T. R., Gosch, N. J. C., Morris, D. M., Miller, M. L., Welker, T. L., Bonneau, J. L.

“…It is hypothesized that slow, shallow water habitats benefit larval pallid sturgeon Scaphirhynchus albus; however, testing this hypothesis is difficult, given…”
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WATER QUALITY DURING TWO HIGH-FLOW YEARS ON THE LOWER MISSOURI RIVER: THE EFFECTS OF RESERVOIR AND TRIBUTARY CONTRIBUTIONS by Morris, D. M., Gemeinhardt, T. R., Gosch, N. J. C., Jensen, D. E.

“…ABSTRACT Complex socioeconomic and ecological issues, ranging from impaired streams to Gulf of Mexico hypoxia, have made nutrient management an increasingly…”
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Assessment of Missouri River floodplain invertebrates during historic inundation: implications for river restoration by Gosch, NJC, Miller, M L, Dzialowski, A R, Morris, D M, Gemeinhardt, T R, Bonneau, J L

“…Floodplain connectivity is important to aquatic organisms in large rivers. Anthropogenic alterations regulating the Missouri River have limited connectivity…”
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effect of predation on stunted and nonstunted white perch by Gosch, N.J.C, Pierce, L.L, Pope, K.L

“…Gosch NJC, Pierce LL, Pope KL. The effect of predation on stunted and nonstunted white perch. Ecology of Freshwater Fish 2010: 19: 401-407. © 2010 John Wiley &…”
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Assessment of Missouri River floodplain invertebrates during historic inundation: implications for river restoration by Gosch, N.J.C., Miller, M.L., Dzialowski, A.R., Morris, D.M., Gemeinhardt, T.R., Bonneau, J.L.

“…Floodplain connectivity is important to aquatic organisms in large rivers. Anthropogenic alterations regulating the Missouri River have limited connectivity…”
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Stomach Capacities of Six Freshwater Fishes by Gosch, Nathan J.C., Pope, Kevin L., Michaletz, Paul H.

“…We investigated the relationship between stomach capacity and total body length in bluegill (Lepomis macrochirus), spotted bass (Micropterus punctulatus),…”
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Using consumption rate to assess potential predators for biological control of white perch by Gosch, N.J.C., Pope, K.L.

“…Control of undesirable fishes is important in aquatic systems, and using predation as a tool for biological control is an attractive option to fishery…”
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Habitat characteristics at bluegill spawning colonies in a South Dakota glacial lake by Gosch, N. J. C., Phelps, Q. E., Willis, D. W.

“…–  Bluegill (Lepomis macrochirus) primarily reproduce in spawning colonies. We assessed habitat characteristics at 15 bluegill spawning colonies in a South…”
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Historical Fish Assemblage Flux in the Cheyenne River below Angostura Dam by Hoagstrom, Christopher W., DeWitte, Austin C., Gosch, Nathan J.C., Berry, Charles R.

“…Dams on rivers alter hydrology and geomorphology downstream, which often affect fish assemblage composition. Such was the case on the Upper Cheyenne River…”
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