Pamela Lottero-Perdue

Professor of Science & Engineering Education

Towson University

Affiliations

Jess & Mildred Fisher College of Science & Mathematics

Department of Physics, Astronomy & Geosciences

Pamela Lottero-perdue is currently serving as a Physics, Astronomy & Geosciences Professor of Science & Engineering Education at Towson University.

Honors

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Experiences

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Education

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Pamela Lottero-Perdue

Towson University

Professor of Science & Engineering Education

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fungus fungal ecology microbiology ima fungus biology fungal biology fungal pathogens microorganisms antifungal agents entomology sociobiology ethology ecological entomology fungal diversity forest mycobiome social parasitism social insects environmental science ecology chemical ecology forestry ecosystems environmental degradation microbial pathogenesis biological pest control forest ecosystems forest pathology forest ecology medical entomology insect science fungal genetics medical mycology insect biochemistry animal behavior soil biology fungal evolution forest microbiome insect social behavior mutualism (biology) plant-insect interactions kin selection biosocial perspective soil suppressiveness soil microbiology cryptocercus woodroaches adaptive evolution lab-based study common wood-rot fungi rna interference reveals subterranean termites molecular antifungal defenses natural variation colony inbreeding selective sweeps external antifungal defenses hygienic responses selective pressure innate immunity termite eusociality subterranean termite susceptibility pedagogical practices

Notable Scholarly Works

Notable Federal Grants

Collaborators

Termite Eusociality and Contrasting Selective Pressure on Social and Innate Immunity. Behavioral Ecology and Sociobiology (2022)

selective pressuretermite eusocialityanimal behaviorethologyinnate immunitysociobiologybehavioral scienceskin selectionsocial parasitismsocial sciencesbiosocial perspectiveevolutionary psychologysocial behavior

Natural Variation in Colony Inbreeding Does Not Influence Susceptibility to a Fungal Pathogen in a Termite. Ecology and Evolution (2021)

microbiologyfungal diversityfungusfungal pathogensima fungusfungal ecologynatural variationbiologyfungal biologycolony inbreedingplant pathology

Parasites and Insects: Aspects of Social Behavior. In: Choe, JC (Ed.), Encyclopedia of Animal Behavior, (2nd ed.). (2019)

parasitologyethologysocial insectssociobiologyecological entomologyinsect sciencebehavioral sciencesinsect social behaviorsocial parasitismmedical entomologyentomologysocial behavior

Subterranean Termite Social and Alarm and Hygienic Responses to Fungal Pathogens. Insects (2019)

microbiologymicrobial ecologyfungusfungal pathogensima fungusfungal ecologyhygienic responsesbiologyforest mycobiome

A Lab-Based Study of Temperate Forest Termite Impacts on Two Common Wood-Rot Fungi. Environmental Entomology (2018)

forest microbiomefungal diversityfungusforest ecologyima fungusfungal ecologyforest mycobiomeecosystemsfungal biologyforest ecosystemslab-based studyforestrycommon wood-rot fungienvironmental scienceecologyforest pathologyenvironmental degradation

Selective Sweeps in Cryptocercus Woodroach Antifungal Proteins. Genetica (2016)

microbiologyselective sweepsfungusfungal geneticsfungal pathogensfungal ecologyantifungal agentsmicroorganisms

Variation in Subterranean Termite Susceptibility to Fatal Infections by Local Metarhizium Soil Isolates. Insectes Soc. (2015)

parasitologymicrobiologysoil suppressivenesssubterranean termite susceptibilitymicrobial ecologyfungusinfectious diseasessoil biologysoil microbiologyima fungusfungal ecologyfatal infectionspathogensmicroorganismssoil

Symbiont-Derived -1, 3-Glucanases in a Social Insect: Mutualism Beyond Nutrition. Front. Microbiol. (2014)

social insectsmutualism (biology)plant-insect interactionsinsect biochemistryecological entomologybiologyevolutionary biologysymbiosisentomology

A Common Antifungal Defense Strategy in Cryptocercus Woodroaches and Termites. Insectes Soc. (2012)

microbiologychemical ecologycryptocercus woodroachesfungusfungal pathogensbiological pest controlima fungusfungal ecologyantifungal agentsfungal biologyentomologymicroorganisms

Molecular Antifungal Defenses in Subterranean Termites: Rna Interference Reveals in Vivo Roles of Termicins and Gnbps Against a Naturally Encountered Pathogen. Dev. Comp. Immunol. (2012)

microbiologyfungusfungal pathogensmicrobial pathogenesisplant pathologyima fungusfungal ecologysubterranean termitesantifungal agentsbiologyfungal biologyrna interference revealsmolecular antifungal defensesmolecular biology

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