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11	Manure Management in the Maumee River Watershed and Watershed Modeling to Assess Impacts on Lake Erie's Water Quality Kast, Jeffrey Benjamin 19 December 2018 (has links) No description available. Agricultural Engineering Environmental Engineering Environmental Management Livestock Manure CAFO Water Quality Maumee River Watershed SWAT
12	GENETIC ANALYSIS OF PUTATIVE WALLEYE AND SAUGEYE IN RIVERS NEAR FORT WAYNE, INDIANA Gabriel L Curtis (9182993) 03 August 2020 (has links) <p>A saugeye is the progeny of a female walleye (<i>Sander vitreus)</i> and male sauger (<i>Sander canadensis)</i>. In the United States, hybrid saugeyes are considered important for recreational fisheries and as a potential food source. Saugeyes grow exceptionally faster than their non-hybrid parents and are more tolerant of a broader range of water conditions. They are also of interest to anglers due to their increased growth rate and ease to catch. Rather unexpectedly, biologists have recently observed fish that they believe to be saugeye in the Fort Wayne Rivers even though only walleye have been stocked in the area. The fish in Hurshtown Reservoir are believed to be walleye and the identification of those in the Three Rivers is unknown. A potential source for saugeye in the Fort Wayne Rivers is St. Marys State Fish Hatchery in Ohio. This research aims to determine if the fish found in the Fort Wayne Rivers are walleye or saugeye using microsatellite analysis. Microsatellites at seven loci were genotyped for 20 reference walleye, sauger, and saugeye as well as 21 unknown fish caught near Fort Wayne. Of the fish caught near Fort Wayne, three are from Hurshtown Reservoir and 18 are from the Three Rivers. Assignment tests of genotypes were completed using model and non-model based cluster analysis. Genotypic variation clearly resolved the two parent species from their hybrid offspring. Sixteen of eighteen <i>Sander</i> (unknown species) caught in Fort Wayne Rivers between 2018 and 2019 were determined to be first generation saugeye. The other two were walleye found in the Maumee River downstream of Hosey Dam. The three <i>Sander</i> caught in Hurshtown Reservoir were verified to be walleye. Sauger have never been stocked in the Fort Wayne Rivers and connecting waterways. Therefore, it is not likely that the saugeye found in the analysis are from natural reproduction. It is speculated that saugeye are swimming to Fort Wayne from hatcheries within the Maumee watershed. There are many potential sources for walleye in the Fort Wayne Rivers. </p> Genetics Animal Cell and Molecular Biology Vertebrate Biology Walleye Saugeye Microsatellites Maumee River watershed Fort Wayne
13	Maumee River Watershed Farmers’ Perceptions of Nutrient Loss Risk Schwab, Elizabeth Rose 07 October 2020 (has links) No description available. Environmental Science farmer perceptions agricultural nutrient loss risk accuracy SWAT Maumee River
14	Characterization of Metal Concentrations in Sediment and Water of the Swan Creek Watershed, A Major Tributary in the Maumee River Area of Concern Cropper, Neal H. 11 April 2013 (has links) No description available. Geology Geochemistry heavy metals metal concentrations Swan Creek Maumee River Area of Concern AOC
15	The Effects of Nonpoint Source Pollution on Cyanobacterial Blooms in Lake Erie From Agriculturally Applied Fertilizers in Northwestern Ohio, USA, for the Years (1999-2003) Bourne, Michael G., Jr. 29 March 2006 (has links) No description available. cyanobacterial blooms phycocyanin sewage sludge Maumee River fertilizers nonpoint source pollution Lake Erie Remote Sensing LANDSAT
16	Evaluating Fertilizer Application Practices to Reduce Phosphorus Discharge from the Maumee River Gildow, Marie C. 04 September 2015 (has links) No description available. Environmental Engineering Environmental Management Agricultural Engineering SWAT Maumee fertilizer application nutrient management phosphorus runoff
17	Re-evaluating the Development of Phosphorus Loading Restrictions: Maumee River Case Study Apostel, Anna 22 December 2016 (has links) No description available. Environmental Engineering Maumee River Lake Erie Phosphorus Algal Blooms Equifinaility TMDLs
18	Quantification of Microcystis in the Waters of Western Lake Erie and the Maumee River in the Summer of 2009 Wambo, Kathryn Ann 09 September 2010 (has links) No description available. Civil Engineering Engineering Environmental Engineering Environmental Science Microcystis blue green algae Lake Erie Maumee River cyanobacteria
19	The Surficial Geology of Fulton County, Ohio: Insight into the Late Pleistocene-Early Holocene Glaciated Landscape of the Huron-Erie Lake Plain, Fulton County Ohio, USA Blockland, Joseph D. January 2013 (has links) No description available. Geomorphology Geology glacial geology ice-walled lake plains Lake Maumee Delta Quadrangle, Huron-Erie Lake Plain surficial geology of Fulton County, Ohio Lake Maumee strandline
20	A Validation of Nass Crop Data Layer in the Maumee River Watershed Panozzo, Kimberly A. January 2016 (has links) No description available. Agriculture Geography Geographic Information Science Land Use Planning Remote Sensing Crop Data Layer NASS Remote Sensing Agriculture Agricultural Land Use Thematic map validation Validation Accuracy Assessment Statistical Analysis Comparative Analysis Maumee River Maumee River Watershed

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