Faculty

Institution

Unit

Venue

Mark Bernards

Western Illinois University

Affiliations

School of Agriculture

Center Of Soybean Research

NoneMark Bernards is currently serving as a Center Of Soybean Research faculty at Western Illinois University.

Honors

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Experiences

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Education

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Mark Bernards

Western Illinois University

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weed technology weed science agricultural economics weed control sustainable agriculture ecology plant pathology botany crop protection environmental science plant science weed research agronomy pest management integrated plant protection biology pesticide science agricultural biotechnology vegetation science crop-weed interactions agricultural policy toxicology horticulture research pest science crop improvement crop science plant protection plant ecology nematology soybean cyst nematode environmental policy of the united states agribusiness environmental protection plant physiology experimental botany narrative asian studies cropping systems crop cultivation crop ecology induced resistance pest control agroecosystems agricultural sciences agroecology soil science soil degradation pesticide resistance precision crop protection diverse mixtures cover crop benefits alternative termination method problematic weeds weed pressure glyphosate-resistant corn a waterhemp population visual injury estimates susceptible waterhemp population common waterhemp cytochrome p450 resistant plants common lambsquarters dicamba-resistant soybeans environmental triggers

Notable Scholarly Works

Notable Federal Grants

Collaborators

Herbicide Programs for Control of a Five‐Way Herbicide Resistant Waterhemp Population in Xtendflex or Enlist E3 Soybean. Crop Forage & Turfgrass Management (2025)

sustainable agriculturepest managementweed controlweed scienceintegrated plant protectioncrop protectionagricultural economics

Influence of Glufosinate Mixtures on Waterhemp Control and Soybean Canopy and Yield. Weed Technology (2025)

agricultural economicssustainable agricultureweed controlagronomyweed scienceweed technology

Mutations in the Acetolactate Synthase (Als) Enzyme Affect Shattercane (Sorghum Bicolor) Response to Als-Inhibiting Herbicides. Hereditas (2023)

weed controlweed researchaffect shattercanesorghum bicolorbiologyweed scienceenzymesacetolactate synthasemolecular biologycrop protectionbiochemistrybiosynthesis

Palmer Amaranth (Amaranthus Palmeri) Adaptation to Us Midwest Agroecosystems. Frontiers in Agronomy (2022)

Maxwel C. OliveiraAmit J. JhalaMark L. BernardsChristopher A. ProctorStrahinja StepanovicRodrigo Werle

sustainable agricultureagroecosystemspalmer amaranthamaranthus palmeriagronomyagricultural sciencesvegetation scienceagroecologymidwest agroecosystemsecologyplant scienceplant ecologybotanyagricultural economics

Significance of Application Timing, Formulation, and Cytochrome P450 Genotypic Class on Sweet Corn Response to Dicamba. Weed Science (2022)

Christopher A. LandauMark L. BernardsAaron G. HagerMartin M. Williams

nsf1nsf1 hybridexperimental botanygeneticsbiologybiotechnologyapplication timingpesticide resistanceprecision crop protectionplant pathologyplant sciencecrop protectionherbicide safenersintegrated plant protection

A Comparison of Symmetrical and Asymmetrical Triazine Herbicides for Enhanced Degradation in Three Midwestern Soils. Weed Science (2018)

Ethan T. ParkerMicheal D. K. OwenMark L. BernardsWilliam S. CurranLawrence E. SteckelThomas C. Mueller

soilsoil scienceenvironmental sciencevegetation scienceweed sciencepest scienceenhanced degradationplant sciencemidwestern soilssustainable agricultureasymmetrical triazine herbicidesweed controlsoil degradationpest managementenvironmental degradationenvironmental engineeringagricultural economicspesticide scienceweed technology

Wet Volume 32 Issue 1 Cover and Front Matter. Weed Technology (2018)

Jason NorsworthyNick HarreDaniel StephensonMichael WalshCammy WillettTracy CandelariaJanis McfarlandHilary SandlerScott SensemanRick BoydstonLarry SteckelSarah WardKevin BradleyMark Bernards

agricultural economicscrop-weed interactionsweed controlweed researchweed scienceintegrated plant protectioncrop protectionweed technology

Enhanced Atrazine Degradation is Widespread Across the United States. Pest Management Science (2017)

Thomas C MuellerEthan T ParkerLarry SteckelSharon A ClayMicheal DK OwenWilliam S CurranRandall CurrieRobert ScottChristy SpragueDaniel O StephensonDonnie K MillerEric P ProstkoW James GricharJames MartinL Jason KruzKevin BradleyMark L BernardsPeter DotrayStevan KnezevicVince DavisRobert Klein

pharmacologypesticide sciencepest scienceenvironmental scienceatrazine degradationunited statesplant pathologypest managementecologypest controlcrop science

Metabolism of 2,4‐Dichlorophenoxyacetic Acid Contributes to Resistance in a Common Waterhemp ( Amaranthus Tuberculatus ) Population. Pest Management Science (2017)

Marcelo RA FigueiredoLacy J LeibhartZachary J ReicherPatrick J TranelScott J NissenPhilip WestraMark L BernardsGreg R KrugerTodd A GainesMithila Jugulam

common waterhemppharmacologyweed controlweed researchbiologyplant physiologyweed sciencechemical ecologycytochrome p450induced resistanceplant pathologyplant sciencecrop protectionbotanyresistant plantsweed technologybiochemistry

Multiple-Herbicide Resistance in a 2,4-D–Resistant Waterhemp ( Amaranthus Tuberculatus ) Population From Nebraska. Weed Science (2017)

Roberto J. CrespoAna B. WingeyerGreg R. KrugerChance W. RigginsPatrick J. TranelMark L. Bernards

weed technologyenvironmental toxicologysustainable agriculturepesticide sciencepest managementweed controlweed researchgreenhouse bioassaysenvironmental scienceweed sciencetoxicologyplant pathologymultiple-herbicide resistancecrop protectionlactofen applicationagricultural economicsintegrated plant protection

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Mark Bernards

Western Illinois University

Affiliations

School of Agriculture

Center Of Soybean Research

NoneMark Bernards is currently serving as a Center Of Soybean Research faculty at Western Illinois University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mark Bernards

Western Illinois University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Herbicide Programs for Control of a Five‐Way Herbicide Resistant Waterhemp Population in Xtendflex or Enlist E3 Soybean. Crop Forage & Turfgrass Management (2025)

sustainable agriculturepest managementweed controlweed scienceintegrated plant protectioncrop protectionagricultural economics

Influence of Glufosinate Mixtures on Waterhemp Control and Soybean Canopy and Yield. Weed Technology (2025)

agricultural economicssustainable agricultureweed controlagronomyweed scienceweed technology

Mutations in the Acetolactate Synthase (Als) Enzyme Affect Shattercane (Sorghum Bicolor) Response to Als-Inhibiting Herbicides. Hereditas (2023)

weed controlweed researchaffect shattercanesorghum bicolorbiologyweed scienceenzymesacetolactate synthasemolecular biologycrop protectionbiochemistrybiosynthesis

Palmer Amaranth (Amaranthus Palmeri) Adaptation to Us Midwest Agroecosystems. Frontiers in Agronomy (2022)

Maxwel C. OliveiraAmit J. JhalaMark L. BernardsChristopher A. ProctorStrahinja StepanovicRodrigo Werle

Significance of Application Timing, Formulation, and Cytochrome P450 Genotypic Class on Sweet Corn Response to Dicamba. Weed Science (2022)

Christopher A. LandauMark L. BernardsAaron G. HagerMartin M. Williams

A Comparison of Symmetrical and Asymmetrical Triazine Herbicides for Enhanced Degradation in Three Midwestern Soils. Weed Science (2018)

Ethan T. ParkerMicheal D. K. OwenMark L. BernardsWilliam S. CurranLawrence E. SteckelThomas C. Mueller

Wet Volume 32 Issue 1 Cover and Front Matter. Weed Technology (2018)

Jason NorsworthyNick HarreDaniel StephensonMichael WalshCammy WillettTracy CandelariaJanis McfarlandHilary SandlerScott SensemanRick BoydstonLarry SteckelSarah WardKevin BradleyMark Bernards

agricultural economicscrop-weed interactionsweed controlweed researchweed scienceintegrated plant protectioncrop protectionweed technology

Enhanced Atrazine Degradation is Widespread Across the United States. Pest Management Science (2017)

pharmacologypesticide sciencepest scienceenvironmental scienceatrazine degradationunited statesplant pathologypest managementecologypest controlcrop science

Metabolism of 2,4‐Dichlorophenoxyacetic Acid Contributes to Resistance in a Common Waterhemp ( Amaranthus Tuberculatus ) Population. Pest Management Science (2017)

Marcelo RA FigueiredoLacy J LeibhartZachary J ReicherPatrick J TranelScott J NissenPhilip WestraMark L BernardsGreg R KrugerTodd A GainesMithila Jugulam

Multiple-Herbicide Resistance in a 2,4-D–Resistant Waterhemp ( Amaranthus Tuberculatus ) Population From Nebraska. Weed Science (2017)

Roberto J. CrespoAna B. WingeyerGreg R. KrugerChance W. RigginsPatrick J. TranelMark L. Bernards

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