Faculty

Institution

Unit

Venue

Harsh Bais

Professor of Plant Biology

University of Delaware

Affiliations

College of Agriculture and Natural Resources

Plant and Soil Sciences

Harsh Bais is currently serving as a College Of Agriculture And Natural Resources Professor of Plant Biology at University of Delaware.

Honors

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Experiences

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Education

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Harsh Bais

University of Delaware

Professor of Plant Biology

You can click a keyword to filter the displayed items

plant science botany plant physiology ecology plant biology environmental science microbiology microbial ecology genetics plant pathology plant ecology plant biotechnology environmental microbiology signal transduction soil biology applied microbiology plant-microbe interactions gene expression avian biology experimental botany phytochemistry bacillus subtilis biotechnology sustainable agriculture agricultural biotechnology crop science vegetation science hairy root cultures food chemistry rhizosphere agricultural chemistry plant development plant-abiotic interaction kin recognition soil microbiology microbial pathogenesis horticulture research agricultural sciences signaling pathways invasion biology clinical microbiology plant genomics plant-soil interactions root exudates food science forest ecology crop physiology phytotoxicity plant production root systems root morphology plant disease plant-soil relationships plant-pathogen interactions herbal medicine integrative biology algal biology experimental plant biology plant biochemistry industrial mycology plant immunity crop cultivation root exudation biofilm formation centaurea maculosa witloof chicory plant growth food research exotic plant invasion antimicrobial activity root specific elicitation arabidopsis thaliana roots salicylic acid fluorescent b-carbolines cichorium intybus coumarin production integrative plant biology biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Role of Bacillus Subtilis Exopolymeric Genes in Modulating Rhizosphere Microbiome Assembly. Environmental Microbiome (2024)

Caroline Sayuri NishisakaJoão Paulo VenturaHarsh P BaisRodrigo Mendes

immunologymicrobiomerhizosphere microbiome assembly

Simulated Microgravity Facilitates Stomatal Ingression by Salmonella in Lettuce and Suppresses a Biocontrol Agent. Scientific Reports (2024)

Noah TotslineKalmia E. KnielChandran SabagyanamHarsh P. Bais

public healthstomatal ingressionclinical microbiologyapplied microbiologysimulated microgravitybiocontrol agentgastroenterologyinfectious diseasesveterinary microbiologyfood microbiologyhealth scienceshost-microbe interactions

Synergism or Antagonism: Do Arbuscular Mycorrhizal Fungi and Plant Growth-Promoting Rhizobacteria Work Together to Benefit Plants?. International Journal of Plant Biology (2024)

Noah SavastanoHarsh Bais

symbiosisplant biologybiologymicrobial ecologyintegrative plant biologymolecular plant-microbe interactionsplant-soil interactionsplant-rhizobia interactionplant-microbe interactionsplant scienceplant ecologyecology

Deep Ultraviolet Fluorescence Sensing With Multispectral Imaging to Detect and Monitor Food‐Borne Pathogens on the Leafy Green Phyllosphere. Journal of Food Safety (2023)

Nick JohnsonKalmia KnielHarsh BaisAnthony Ragone

deep ultraviolet fluorescencemultispectral imagingfood safetyfood-borne pathogensoptical remote sensingenvironmental sciencemicrobial ecologypathogen detectionremote sensingenvironmental monitoringspectral imagingleafy green phyllosphereimage analysispathogen characterizationecologyhealth sciences

Microgravity and Evasion of Plant Innate Immunity by Human Bacterial Pathogens. npj Microgravity (2023)

Noah TotslineKalmia E. KnielHarsh P. Bais

immunologyhuman bacterial pathogensplant innate immunityinnate immune systemmicrobial ecologyinfectious diseasesmicrobiology

More Than Dirt: Soil Health Needs to Be Emphasized in Stream and Floodplain Restorations. Soil Systems (2023)

Shreeram P. InamdarSujay S. KaushalRobert Brian TetrickLarry TroutRichard RowlandDennis GenitoHarsh Bais

soil healthsustainable agricultureagricultural economicsfloodplain restorations

Plant Growth‐Promoting Rhizobacteria Mediate Soil Hydro‐Physical Properties: An Investigation With Bacillus Subtilis and Its Mutants. Vadose Zone Journal (2023)

Fatema KanizWenjuan ZhengHarsh BaisYan Jin

bacillus subtilisapplied microbiologyenvironmental microbiologyenvironmental sciencemicrobial ecologyplant scienceecologysoil biologyvadose zone

Spo0A-Dependent Antifungal Activity of a Plant Growth Promoting Rhizobacteria Bacillus Subtilis Strain Ud1022 Against the Dollar Spot Pathogen (Clarireedia Jacksonii). Biological Control (2023)

Charanpreet KaurMike FidanzaErik ErvinHarsh P. Bais

clarireedia jacksoniiapplied phycologyapplied microbiologyclinical microbiologyenvironmental microbiologyenvironmental scienceantifungal agentsplant growthrhizobacteria bacillus subtilisdollar spot pathogenplant pathologyplant scienceecologymicrobiology

Spoa-Dependent Antifungal Activity of a Plant Growth Promoting Rhizobacteria I Bacillus Subtilis /I Strain Ud1022 Against the Dollar Spot Pathogen ( I Clarireedia Jacksonii /I ). Social Science Research Network (2023)

Charanpreet KaurMike FidenzaErik ErvinHarsh Pal Bais

bacillus subtilisplant growthapplied microbiologysocial sciencesspoa-dependent antifungal activitydollar spot pathogennetwork sciencemicrobiology

Surfactin and Spo0A-Dependent Antagonism by Bacillus Subtilis Strain Ud1022 Against Medicago Sativa Phytopathogens. Plants (2023)

Amanda RosierMaude PomerleauPascale B. BeauregardDeborah A. SamacHarsh P. Bais

surfactant solutionsplant-abiotic interactionbacillus subtilispharmacologybacteriologyplant biotechnologyclinical microbiologyplant biologymolecular and cellular biologyplant physiologyplant diseasemolecular biologymedicago sativa phytopathogensplant pathologyplant sciencemicrobiologyhost-microbe interactions

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Harsh Bais

Professor of Plant Biology

University of Delaware

Affiliations

College of Agriculture and Natural Resources

Plant and Soil Sciences

Harsh Bais is currently serving as a College Of Agriculture And Natural Resources Professor of Plant Biology at University of Delaware.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Harsh Bais

University of Delaware

Professor of Plant Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Role of Bacillus Subtilis Exopolymeric Genes in Modulating Rhizosphere Microbiome Assembly. Environmental Microbiome (2024)

Caroline Sayuri NishisakaJoão Paulo VenturaHarsh P BaisRodrigo Mendes

immunologymicrobiomerhizosphere microbiome assembly

Simulated Microgravity Facilitates Stomatal Ingression by Salmonella in Lettuce and Suppresses a Biocontrol Agent. Scientific Reports (2024)

Noah TotslineKalmia E. KnielChandran SabagyanamHarsh P. Bais

Synergism or Antagonism: Do Arbuscular Mycorrhizal Fungi and Plant Growth-Promoting Rhizobacteria Work Together to Benefit Plants?. International Journal of Plant Biology (2024)

Noah SavastanoHarsh Bais

Deep Ultraviolet Fluorescence Sensing With Multispectral Imaging to Detect and Monitor Food‐Borne Pathogens on the Leafy Green Phyllosphere. Journal of Food Safety (2023)

Nick JohnsonKalmia KnielHarsh BaisAnthony Ragone

Microgravity and Evasion of Plant Innate Immunity by Human Bacterial Pathogens. npj Microgravity (2023)

Noah TotslineKalmia E. KnielHarsh P. Bais

immunologyhuman bacterial pathogensplant innate immunityinnate immune systemmicrobial ecologyinfectious diseasesmicrobiology

More Than Dirt: Soil Health Needs to Be Emphasized in Stream and Floodplain Restorations. Soil Systems (2023)

Shreeram P. InamdarSujay S. KaushalRobert Brian TetrickLarry TroutRichard RowlandDennis GenitoHarsh Bais

soil healthsustainable agricultureagricultural economicsfloodplain restorations

Plant Growth‐Promoting Rhizobacteria Mediate Soil Hydro‐Physical Properties: An Investigation With Bacillus Subtilis and Its Mutants. Vadose Zone Journal (2023)

Fatema KanizWenjuan ZhengHarsh BaisYan Jin

bacillus subtilisapplied microbiologyenvironmental microbiologyenvironmental sciencemicrobial ecologyplant scienceecologysoil biologyvadose zone

Spo0A-Dependent Antifungal Activity of a Plant Growth Promoting Rhizobacteria Bacillus Subtilis Strain Ud1022 Against the Dollar Spot Pathogen (Clarireedia Jacksonii). Biological Control (2023)

Charanpreet KaurMike FidanzaErik ErvinHarsh P. Bais

Charanpreet KaurMike FidenzaErik ErvinHarsh Pal Bais

bacillus subtilisplant growthapplied microbiologysocial sciencesspoa-dependent antifungal activitydollar spot pathogennetwork sciencemicrobiology

Surfactin and Spo0A-Dependent Antagonism by Bacillus Subtilis Strain Ud1022 Against Medicago Sativa Phytopathogens. Plants (2023)

Amanda RosierMaude PomerleauPascale B. BeauregardDeborah A. SamacHarsh P. Bais

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Similar Faculty Members

Donald A. Phillips

Institution

University of California, Davis

plant science

plant physiology

David R. Gang

Institution

Washington State University

biosynthesis

genomics

Frank Dazzo

Institution

Michigan State University

applied microbiology

microbiology

George Sundin

Institution

Michigan State University

plant pathology

pathogen

Ann Hirsch

Institution

University of California, Los Angeles

plant science

botany

Grant Cramer

Institution

University of Nevada, Reno

biosynthesis

protein regulation

Alison M. Berry

Institution

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microbial lipid metabolism

root nodule development

Abhaya M. Dandekar

Institution

University of California, Davis

experimental plant biology

synthetic plant biology

Martha C. Hawes

Institution

University of Arizona

agricultural economics

drought

Jyoti Shah

Institution

University of North Texas

plant pathology

molecular plant pathology