Faculty

Institution

Unit

Venue

Byron Shaw

University of Wisconsin–Stevens Point

Affiliations

COLLEGE OF NATURAL RESOURCES

Center For Watershed Science And Education

University of Wisconsin–Stevens Point

NoneByron Shaw is currently serving as a College Of Natural Resources faculty at University of Wisconsin–Stevens Point.

Honors

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Experiences

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Education

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Byron Shaw

University of Wisconsin–Stevens Point

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environmental science environmental engineering water quality groundwater ecology soil aquatic ecosystems hydrobiologia freshwater biology water science plant soil soil biology geoenvironmental engineering water ecologies freshwater ecosystems limnology soil restoration groundwater remediation groundwater pollution groundwater quality wisconsin lakes biology wetlands biodiversity ecosystems sustainable agriculture harmful algae aquatic conservation crop protection agronomy hydrological process ecohydrology forest ecosystems forest ecology soil dynamics water process engineering hydrobiology soil health nutrient management soil management soil organic matter plant-soil interactions forest soils forest productivity hydrogeologic system groundwater hydrogeochemistry soil degradation soil contamination elodea canadensis aquatic nuisance plants myriophyllum spicatum ecological life histories groundwater flow aquatic plants reciprocal growth effects organic matter forest stands ground pressure comparative study nitrate-n loading central sands barnyard management practices nodulated alfalfa

Notable Scholarly Works

Notable Federal Grants

Collaborators

Managing Nitrogen Contaminated Soils: Benefits of N 2 –Fixing Alfalfa. Agronomy Journal (2007)

Michael P. RusselleJoAnn F. S. LambNancy B. TurykByron H. ShawBill Pearson

soil restorationnutrient managementagricultural economicssustainable agricultureenvironmental sciencesoil managementenvironmental engineeringcrop protectionsoilagronomysoil health

Remediation of Soil and Groundwater Using Effectively and Ineffectively Nodulated Alfalfa. (2002)

soil restorationsoil contaminationgroundwaternodulated alfalfaenvironmental remediationenvironmental sciencegroundwater remediationbioremediationenvironmental engineeringsoilsoil degradationplant soilsoil biology

The Influence of Groundwater Flow on the Distribution and Abundance of Aquatic Plants in Some Wisconsin Lakes. Journal of Freshwater Ecology (2002)

aquatic plantsaquatic ecosystemshydrological processgroundwaterwater qualitywisconsin lakesgroundwater flowenvironmental sciencelimnologyfreshwater ecosystemsecohydrologywater ecologieswater scienceecologyfreshwater biology

A Proposed Aquatic Plant Community Biotic Index for Wisconsin Lakes. Environmental Management (2000)

aquatic ecosystemswisconsin lakeswater qualitywetlandshydrobiologiaaquatic conservationenvironmental sciencebiodiversitylimnologybiologyfreshwater ecosystemsecosystemswater ecologiesecologyfreshwater biology

A Comparative Study of Nitrate-N Loading to Groundwater From Mound, in Ground Pressure and at Grade Septic Systems. (1992)

hydrogeologygeoenvironmental engineeringgroundwaterwater qualityground pressuregroundwater pollutioncomparative studygroundwater qualityenvironmental sciencecivil engineeringgroundwater remediationwater process engineeringvadose zoneenvironmental engineeringgroundwater hydrogeochemistrywater sciencenitrate-n loadinghydrogeologic system

Effects of Barnyard Management Practices on Groundwater Quality in the Central Sands of Wisconsin. (1992)

geoenvironmental engineeringbarnyard management practicesgroundwaterwater qualitygroundwater pollutiongroundwater qualitysediment researchenvironmental scienceenvironmental engineeringcentral sands

Ecological Life Histories of the Three Aquatic Nuisance Plants, Myriophyllum Spicatum, Potamogeton Crispus and Elodea Canadensis. Hydrobiologia (1986)

Stanley A. NicholsByron H. Shaw

aquatic nuisance plantshydrobiologyhydrobiologiaecological life historiesharmful algaeelodea canadensisecologymyriophyllum spicatum

Reciprocal Growth Effects of Water and Organic Matter in Soils of Partially Cut Forest Stands. Plant and Soil (1974)

forest standsforest ecologyforest productivityreciprocal growth effectsplant-soil interactionsforestryenvironmental scienceforest ecosystemssoil organic matterenvironmental engineeringforest soilsorganic mattersoilsoil dynamicsplant soilsoil biology

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Byron Shaw

University of Wisconsin–Stevens Point

Affiliations

COLLEGE OF NATURAL RESOURCES

Center For Watershed Science And Education

University of Wisconsin–Stevens Point

NoneByron Shaw is currently serving as a College Of Natural Resources faculty at University of Wisconsin–Stevens Point.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Byron Shaw

University of Wisconsin–Stevens Point

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Managing Nitrogen Contaminated Soils: Benefits of N 2 –Fixing Alfalfa. Agronomy Journal (2007)

Michael P. RusselleJoAnn F. S. LambNancy B. TurykByron H. ShawBill Pearson

soil restorationnutrient managementagricultural economicssustainable agricultureenvironmental sciencesoil managementenvironmental engineeringcrop protectionsoilagronomysoil health

Remediation of Soil and Groundwater Using Effectively and Ineffectively Nodulated Alfalfa. (2002)

The Influence of Groundwater Flow on the Distribution and Abundance of Aquatic Plants in Some Wisconsin Lakes. Journal of Freshwater Ecology (2002)

A Proposed Aquatic Plant Community Biotic Index for Wisconsin Lakes. Environmental Management (2000)

A Comparative Study of Nitrate-N Loading to Groundwater From Mound, in Ground Pressure and at Grade Septic Systems. (1992)

Effects of Barnyard Management Practices on Groundwater Quality in the Central Sands of Wisconsin. (1992)

geoenvironmental engineeringbarnyard management practicesgroundwaterwater qualitygroundwater pollutiongroundwater qualitysediment researchenvironmental scienceenvironmental engineeringcentral sands

Ecological Life Histories of the Three Aquatic Nuisance Plants, Myriophyllum Spicatum, Potamogeton Crispus and Elodea Canadensis. Hydrobiologia (1986)

Stanley A. NicholsByron H. Shaw

aquatic nuisance plantshydrobiologyhydrobiologiaecological life historiesharmful algaeelodea canadensisecologymyriophyllum spicatum

Reciprocal Growth Effects of Water and Organic Matter in Soils of Partially Cut Forest Stands. Plant and Soil (1974)

1
10 / page