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Document Title: HSPF Model Framework Development for the Big Fork River and Little Fork River Watersheds [Project]
Date: 2012
Main Topic: Agricultural Drainage, Water Use & Availability, Water Conveyance & Hydraulics, Water Monitoring & Assessment, Water Economics
Keywords: Total Maximum Daily Load, Total Maximum Daily Loads, TMDL, TMDLs, T.M.D.L., T.M.D.Ls, watershed, watersheds, water shed, water sheds, water-shed, water-sheds, Hydrological Simulation Program--Fortran, HSPF, hydrology, hydrologic, model, models, modeling, modeled, watershed modeling, water-shed modeling, water shed modeling

Document Title: Draft Osakis Lake Area Excess Nutrients Total Maximum Daily Load Report
Date: 2016
Main Topic: Surface Water, Water Quality & Pollutants, Water Use & Availability, Water Conveyance & Hydraulics, Water Economics
Author (Corporate): Wenck Associates, Inc.
Keywords: atmospheric deposition, atmospheric depositions, Total Maximum Daily Load, Total Maximum Daily Loads, TMDL, TMDLs, T.M.D.L., T.M.D.Ls, non-point source, non-point sources, nonpoint source, nonpoint sources, non point source, non point sources, point source, point sources, surface runoff, surface runoffs, agricultural runoff, agricultural runoffs, agricultural run-off, agricultural run off, ag runoff, ag run-off, ag run off, nonpoint source pollution, non point source pollution, non-point source pollution, phosphorus load, phosphorus loads, phosphorus loading, water quality assessment, water quality assessments, water-quality assessment, water-quality assessments, water quality data, water quality modeling, water quality model, water quality standard, water quality standards, watershed assessment tool, watershed assessment tools, water shed assessment tool, water shed assessment tools, water-shed assessment tool, water-shed assessment tools, watershed management, watershed managements, water-shed management, water-shed managements, water shed management, water shed managements, watershed modeling, water-shed modeling, water shed modeling, water quality & pollutants, water quality and pollutants, impaired waters, impaired water, watershed monitors, watershed monitor, watershed monitoring, agricultural water shed, agricultural watershed, agricultural watersheds, ag watershed, W.R.A.P, watershed restoration and protection, WRAP, 303(d) list

Document Title: 12-Mile Creek Dissolved Oxygen Total Maximum Daily Load Report
Date: 2015
Main Topic: Surface Water, Water Quality & Pollutants, Water Use & Availability, Water Conveyance & Hydraulics, Water Education, Outreach & Community Capacity, Water Economics
Author (Corporate): Crow River Organization of Water, Minnesota Pollution Control Agency, Wenck Associates, Inc., RESPEC
Keywords: Total Maximum Daily Load, Total Maximum Daily Loads, TMDL, TMDLs, T.M.D.L., T.M.D.Ls, water quality indicator, water quality indicators, low dissolved oxygen, water quality assessment, water quality assessments, water-quality assessment, water-quality assessments, water quality data, water quality management, water quality managements, water quality modeling, water quality model, Water Quality Regulation, Water Quality Regulations, WQR, W.Q.R, WQRs, W.Q.Rs, water quality sampling, water quality standard, water quality standards, watershed assessment tool, watershed assessment tools, water shed assessment tool, water shed assessment tools, water-shed assessment tool, water-shed assessment tools, watershed management, watershed managements, water-shed management, water-shed managements, water shed management, water shed managements, watershed modeling, water-shed modeling, water shed modeling, dissolved oxygen, DO, water quality & pollutants, water quality and pollutants, water quality restoration, water temperature, water temperatures, watershed monitors, watershed monitor, watershed monitoring, 303(d) list, 12 Mile Creek Watershed

Document Title: Minnesota River, Shakopee Watershed Characterization Report
Date: 2017
Main Topic: Surface Water, Water Quality & Pollutants, Water Use & Availability, Hydrology
Author (Corporate): Minnesota Department of Natural Resources
Keywords: watershed, watersheds, water shed, water sheds, water-shed, water-sheds, geomorphology, geo-morphology, connectivity, connectiveness, hydrology, hydrologic, surface water hydrology, watershed approach, watershed approaches, watershed assessment tool, watershed assessment tools, water shed assessment tool, water shed assessment tools, water-shed assessment tool, water-shed assessment tools, watershed management, watershed managements, water-shed management, water-shed managements, water shed management, water shed managements, watershed modeling, water-shed modeling, water shed modeling, watershed restoration, water-shed restoration, water shed restoration, watershed restorations, water-shed restorations, water shed restorations, watershed scale, watershed-scale, watershed monitors, watershed monitor, watershed monitoring, watershed protections, watershed protection, watershed hydrology, watershed characterization, Minnesota River - Shakopee Watershed

Document Title: Buffalo River Watershed Lakes Eutrophication Modeling - Draft Report
Date: 2013
Main Topic: Surface Water, Water Quality & Pollutants, Water Use & Availability, Water Conveyance & Hydraulics
Author (Corporate): Houston Engineering, Inc, Buffalo - Red River Watershed District
Keywords: eutrophication, eutrophications, water quality, water qualities, water-quality, water-qualities, water quality indicator, water quality indicators, watershed, watersheds, water shed, water sheds, water-shed, water-sheds, water quality assessment, water quality assessments, water-quality assessment, water-quality assessments, water quality modeling, water quality model, watershed assessment tool, watershed assessment tools, water shed assessment tool, water shed assessment tools, water-shed assessment tool, water-shed assessment tools, watershed modeling, water-shed modeling, water shed modeling, eutrophic, eutrophy, water quality & pollutants, water quality and pollutants, lake monitor, lake monitored, lake monitoring, lake monitors, W.R.A.P, watershed restoration and protection, WRAP, surface water quality, Buffalo River, Buffalo River Watershed

Document Title: Minnesota River Basin Meeting St. Paul District COE [Presentation]
Date: 2010
Main Topic: Surface Water, Hydrology
Author (Corporate): Engineer Research and Development Center
Keywords: subsurface water, sub-surface water, surface water, surface waters, surface-water, surface-waters, surfacewater, surfacewaters, hydrology, hydrologic, watershed management, watershed managements, water-shed management, water-shed managements, water shed management, water shed managements, watershed modeling, water-shed modeling, water shed modeling, presentation, presentations, Gridded Surface Subsurface Hydrologic Analysis, GSSHA, GSSHA model

Document Title: Integrating Nutrient Load Simulation into Basin-scale Watershed Models [Minnesota Pollution Control Agency] [Presentation]
Date: 2009
Main Topic: Surface Water, Water Quality & Pollutants
Keywords: nutrient load, nutrient-load, nutrient loading, nutrient loads, water quality, water qualities, water-quality, water-qualities, Better Assessment Science Integrating Point and Nonpoint sources, Better Assessment Science Integrating Point and Nonpoint sources (basins), Better Assessment Science Integrating Point and Nonpoint source, Hydrological Simulation Program--Fortran, HSPF, SWAT, Soil and Water Assessment Tool, water quality assessment, water quality assessments, water-quality assessment, water-quality assessments, watershed modeling, water-shed modeling, water shed modeling, water monitoring & assessment, water monitoring and assessment, presentation, presentations

Document Title: Evaluating the Transport and Fate of Nutrients in Large Scale River Basins Using an Integrated Modeling System (Landscape Ecology for Sustainable Environment and Culture)
Date: 2013
Main Topic: Hydrology
Keywords: sediment, sediments, sedimentation, land use, land uses, land-use, land-uses, hydrology, hydrologic, SWAT, Soil and Water Assessment Tool, watershed modeling, water-shed modeling, water shed modeling, nutrient transport, riverine model

Document Title: HSPF Phase 1 for the St. Louis, Cloquet and Nemadji Rivers [Project]
Date: 2013
Main Topic: Water Quality & Pollutants, Hydrology
Keywords: Hydrological Simulation Program--Fortran, HSPF, hydrology, hydrologic, model, models, modeling, modeled, watershed modeling, water-shed modeling, water shed modeling, water monitoring & assessment, water monitoring and assessment, nutrient assessment, nutrient assessments

Document Title: HSPF Phases1-2: Mississippi Headwaters, Leech Lake, and Pine River [Project]
Date: 2013
Main Topic: Water Quality & Pollutants, Hydrology
Keywords: Hydrological Simulation Program--Fortran, HSPF, hydrology, hydrologic, watershed modeling, water-shed modeling, water shed modeling, water monitoring & assessment, water monitoring and assessment

Document Title: HSPF Modeling for the Upper Mississippi Mainstem and Rum Rivers [Project]
Date: 2013
Main Topic: Hydrology
Keywords: Total Maximum Daily Load, Total Maximum Daily Loads, TMDL, TMDLs, T.M.D.L., T.M.D.Ls, Hydrological Simulation Program--Fortran, HSPF, hydrology, hydrologic, watershed modeling, water-shed modeling, water shed modeling, dissolved oxygen, DO, data analysis

Document Title: The challenge of documenting water quality benefits of conservation practices: a review of USDA-ARS's conservation effects assessment project watershed studies
Date: 2011
Main Topic: Water Conveyance & Hydraulics
Keywords: watershed modeling, water-shed modeling, water shed modeling, water quality & pollutants, water quality and pollutants, conservation practices, conservation practice, agricultural water shed, agricultural watershed, agricultural watersheds, ag watershed

Document Title: The Influence of Legacy P on Lake Water Quality in a Midwestern Agricultural Watershed
Date: 2017
Main Topic: Surface Water, Water Quality & Pollutants, Water Conveyance & Hydraulics
Keywords: eutrophication, eutrophications, agricultural runoff, agricultural runoffs, agricultural run-off, agricultural run off, ag runoff, ag run-off, ag run off, nonpoint source pollution, non point source pollution, non-point source pollution, watershed modeling, water-shed modeling, water shed modeling, manure, lake assessment program, lake assessment, legacy phosphorus

Document Title: Minnesota River, Shakopee Watershed Characterization Report Executive Summary
Date: 2017
Main Topic: Surface Water, Water Quality & Pollutants, Water Use & Availability, Hydrology
Author (Corporate): Minnesota Department of Natural Resources
Keywords: watershed, watersheds, water shed, water sheds, water-shed, water-sheds, geomorphology, geo-morphology, connectivity, connectiveness, hydrology, hydrologic, surface water hydrology, watershed approach, watershed approaches, watershed assessment tool, watershed assessment tools, water shed assessment tool, water shed assessment tools, water-shed assessment tool, water-shed assessment tools, watershed management, watershed managements, water-shed management, water-shed managements, water shed management, water shed managements, watershed modeling, water-shed modeling, water shed modeling, watershed restoration, water-shed restoration, water shed restoration, watershed restorations, water-shed restorations, water shed restorations, watershed scale, watershed-scale, watershed monitors, watershed monitor, watershed monitoring, watershed protections, watershed protection, watershed hydrology, watershed characterization, Minnesota River - Shakopee Watershed

Document Title: South Fork Crow River Watershed Characterization Report
Date: 2016
Main Topic: Surface Water, Water Quality & Pollutants, Water Use & Availability, Hydrology
Author (Corporate): Minnesota Department of Natural Resources
Keywords: watershed, watersheds, water shed, water sheds, water-shed, water-sheds, geomorphology, geo-morphology, connectivity, connectiveness, hydrology, hydrologic, watershed approach, watershed approaches, watershed assessment tool, watershed assessment tools, water shed assessment tool, water shed assessment tools, water-shed assessment tool, water-shed assessment tools, watershed management, watershed managements, water-shed management, water-shed managements, water shed management, water shed managements, watershed modeling, water-shed modeling, water shed modeling, watershed restoration, water-shed restoration, water shed restoration, watershed restorations, water-shed restorations, water shed restorations, watershed monitors, watershed monitor, watershed monitoring, watershed protections, watershed protection, agricultural water shed, agricultural watershed, agricultural watersheds, ag watershed, W.R.A.P, watershed restoration and protection, WRAP, "Healthy Watershed Approach", Healthy watershed approach, Healthy Watersheds Approach, Intensive Watershed Monitoring, IWM, watershed hydrology, Crow River, South Fork Crow River Watershed, watershed characterization

Document Title: Buffalo River Watershed SWAT Modeling
Date: 2013
Main Topic: Surface Water, Water Quality & Pollutants, Water Use & Availability, Water Conveyance & Hydraulics
Author (Corporate): Houston Engineering, Inc
Keywords: Total Maximum Daily Load, Total Maximum Daily Loads, TMDL, TMDLs, T.M.D.L., T.M.D.Ls, water quality, water qualities, water-quality, water-qualities, water quality indicator, water quality indicators, Hydrological Simulation Program--Fortran, HSPF, SWAT, Soil and Water Assessment Tool, water quality criteria, water quality modeling, water quality model, watershed modeling, water-shed modeling, water shed modeling, water quality & pollutants, water quality and pollutants, W.R.A.P, watershed restoration and protection, WRAP, Intensive Watershed Monitoring, IWM, surface water quality, Buffalo River, Buffalo River Watershed

Document Title: Buffalo River Watershed Lake Conditions Report
Date: 2011
Main Topic: Surface Water, Water Quality & Pollutants, Water Use & Availability, Water Conveyance & Hydraulics
Author (Corporate): Houston Engineering, Inc
Keywords: Total Maximum Daily Load, Total Maximum Daily Loads, TMDL, TMDLs, T.M.D.L., T.M.D.Ls, water quality, water qualities, water-quality, water-qualities, water quality assessment, water quality assessments, water-quality assessment, water-quality assessments, water quality management, water quality managements, water quality modeling, water quality model, watershed modeling, water-shed modeling, water shed modeling, water quality protection, water quality & pollutants, water quality and pollutants, W.R.A.P, watershed restoration and protection, WRAP, Intensive Watershed Monitoring, IWM, surface water quality, Buffalo River, Buffalo River Watershed

Document Title: Buffalo River Watershed Watershed Conditions Report Addendum
Date: 2011
Main Topic: Surface Water, Water Quality & Pollutants, Water Use & Availability, Water Conveyance & Hydraulics
Author (Corporate): Houston Engineering, Inc
Keywords: Total Maximum Daily Load, Total Maximum Daily Loads, TMDL, TMDLs, T.M.D.L., T.M.D.Ls, watershed modeling, water-shed modeling, water shed modeling, W.R.A.P, watershed restoration and protection, WRAP, Intensive Watershed Monitoring, IWM, Buffalo River, Buffalo River Watershed

Document Title: Upper Minnesota River and Lac qui Parle River Model Development, Phase 1
Date: 2015
Main Topic: Surface Water, Hydrology
Keywords: runoff, runoffs, run-off, run-offs, run off, run offs, running off, runs off, hydrologic modeling, hydrologic model, hydrologic models, watershed modeling, water-shed modeling, water shed modeling, landscape, landscapes, Minnesota River, 319 project, 319, 319 Demonstration, Education, Research Final Research Report, hydrologic response unit, HRU, landscape structure, runoff pattern, Lac qui Parle River

Document Title: Watershed Achievements Report: 2015 Annual Report
Date: 2015
Main Topic: Surface Water, Urban & Industrial Stormwater, Agricultural Drainage, Water Quality & Pollutants, Water Use & Availability, Water Conveyance & Hydraulics, Water Education, Outreach & Community Capacity, Water Economics
Author (Corporate): Minnesota Pollution Control Agency
Keywords: Total Maximum Daily Load, Total Maximum Daily Loads, TMDL, TMDLs, T.M.D.L., T.M.D.Ls, Clean Water Act, cwa, Federal Clean Water Act, watershed, watersheds, water shed, water sheds, water-shed, water-sheds, watershed district, watershed districts, Watershed Management Organization, Watershed Management Organizations, WMO, WMOs, W.M.O., W.M.Os, watershed organization, watershed organizations, turbid, turbidity, turbidness, Clean Water Partnership program, Clean Water Partnership programs, nutrient, nutrients, watershed approach, watershed approaches, watershed assessment tool, watershed assessment tools, water shed assessment tool, water shed assessment tools, water-shed assessment tool, water-shed assessment tools, watershed management, watershed managements, water-shed management, water-shed managements, water shed management, water shed managements, watershed modeling, water-shed modeling, water shed modeling, watershed restoration, water-shed restoration, water shed restoration, watershed restorations, water-shed restorations, water shed restorations, excess nutrients, Red River, Red River Basin, Minnesota River, UMR, Upper Mississippi River, Lake Superior, watershed monitors, watershed monitor, watershed monitoring, watershed protections, watershed protection, W.R.A.P, watershed restoration and protection, WRAP, UMRB, Upper Mississippi River Basin, Intensive Watershed Monitoring, IWM, Section 319 Nonpoint Source Pollution Control Program, Minnesota River Basin, Des Moines River, St. Croix River

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