Faculty

Institution

Unit

Venue

Charles E. Mitchell

Professor

University of North Carolina at Chapel Hill

Affiliations

College of Arts and Sciences

Biology

Charles E. Mitchell is currently serving as a Biology Professor at University of North Carolina At Chapel Hill.

Honors

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Experiences

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Education

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Charles E. Mitchell

University of North Carolina at Chapel Hill

Professor

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ecology community (ecology) biodiversity evolutionary biology infectious diseases virology environmental science disease ecology ecosystems microbial ecology plant-virus interaction functional ecology applied ecology plant disease pathogens plant pathology plant science invasion biology ecological applications plant ecology plant virus evolutionary ecology virus research plant diversity vegetation science host-parasite relationships biological invasions soil biology ecology evolution host-microbe interactions plant-pathogen interactions plant physiology plant-animal interactions biotic interactions plant biodiversity wildlife ecology viral pathogens avian biology global ecology plo biology terrestrial ecology pathogen transmission virus transmission wildlife nature fungal ecology terrestrial biota biodiversity loss fungal pathogens aboveground-belowground interactions invasive species interspecies transmission environmental biology host response ecosystem interactions landscape ecology soil ecology phycology plant species community ecology grass species plant species richness marine biota disease transmission disease emergence climate warming disease risks light limitation invasion dynamics insect abundances new species plant invasions plant beta diversity beta diversity alpha diversity grassland productivity

Notable Scholarly Works

Notable Federal Grants

Collaborators

Amplification of Disease by Nutrient Addition: Testing Mechanisms From Individual to Community Levels. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Elizabeth T. GreenRobert W. HeckmanCharles E. Mitchell

community levelsnutrient additionpublic health

Order of Arrival and Nutrient Supply Alter Outcomes of Co-Infection With Two Fungal Pathogens. Proceedings of the Royal Society B Biological Sciences (2024)

Elizabeth T. GreenRita L. GrunbergCharles E. Mitchell

microbiologyinfection controlfungal pathogensinfectious diseasesbiologypathogenspathogen transmission

Disease Decreases Variation in Host Community Structure in an Old-Field Grassland. PLoS ONE (2023)

Rita L. GrunbergFletcher W. HallidayRobert W. HeckmanBrooklynn N. JoynerKayleigh R. O’KeeffeCharles E. Mitchell

epidemiologyhost community structureold-field grasslanddisease ecologyplo biologypublic healthecologycommunity (ecology)

Historical Contingency in Parasite Community Assembly: Community Divergence Results From Early Host Exposure to Symbionts and Ecological Drift. PLoS ONE (2023)

Rita L. GrunbergBrooklynn N. JoynerCharles E. Mitchell

parasitologyparasite community assemblyhistorical contingencyecological driftevolutionary biologyearly host exposureecologysymbiosis

A Microbial Mutualist Within Host Individuals Increases Parasite Transmission Between Host Individuals: Evidence From a Field Mesocosm Experiment. Frontiers in Microbiology (2022)

Kayleigh R. O’KeeffeBrandon T. WheelerCharles E. Mitchell

parasitologymicrobiologyparasite transmissionhost-microbe interactionsmicrobial mutualisthost-parasite relationshipshost individuals

Host Exposure to Symbionts and Ecological Drift Generate Divergence in Parasite Community Assembly. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Rita L. GrunbergBrooklynn N. JoynerCharles E. Mitchell

parasitologyparasite community assemblyhost exposureecologysymbiosis

Indirect Interactions Among Co-Infecting Parasites and a Microbial Mutualist Impact Disease Progression. Proceedings of the Royal Society B Biological Sciences (2021)

Kayleigh R. O'KeeffeAnita SimhaCharles E. Mitchell

parasitologyco-infecting parasiteshost-microbe interactionsinfectious diseaseshost-parasite relationshipsecologyindirect interactions

Nutrient Enrichment Increases Invertebrate Herbivory and Pathogen Damage in Grasslands. Journal of Ecology (2021)

Anne EbelingAlex T. StraussPeter B. AdlerCarlos A. ArnillasIsabel C. BarrioLori A. BiedermanElizabeth T. BorerMiguel N. BugalhoMaria C. CaldeiraMarc W. CadottePedro DaleoNico EisenhauerAnu EskelinenPhilip A. FayJennifer FirnPamela GraffNicole HagenahSylvia HaiderKimberly J. KomatsuRebecca L. McCulleyCharles E. MitchellJoslin L. MooreJesus PascualPablo L. PeriSally A. PowerSuzanne M. ProberAnita C. RischChristiane RoscherMahesh SankaranEric W. SeabloomHolger SchielzethMartin SchützKarina L. SpezialeMichelle TedderRisto VirtanenDana M. Blumenthal

pathogen damageapplied ecologybiogeochemistrysoil biologycommunity (ecology)plant soilplant-soil relationshipsinvertebrate damageplant damagefunctional ecologyplant-soil interactionsenvironmental scienceecologyecosystemssoilsoil ecology

Parasites, Niche Modification and the Host Microbiome: A Field Survey of Multiple Parasites. Molecular Ecology (2021)

Kayleigh R. O’KeeffeFletcher W. HallidayCorbin D. JonesIgnazio CarboneCharles E. Mitchell

parasitologyhost microbiomeniche modificationhost-parasite relationshipsmolecular ecologymultiple parasitesecology

Eutrophication, Biodiversity Loss, and Species Invasions Modify the Relationship Between Host and Parasite Richness During Host Community Assembly. Global Change Biology (2020)

Fletcher W. HallidayRobert W. HeckmanPeter A. WilfahrtCharles E. Mitchell

global ecologyhost-microbe interactionsparasite richnessbiodiversity losshost-parasite relationshipsinvasion biologyglobal change biologyspecies invasionsevolutionary biologyhost community assemblyecology

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Charles E. Mitchell

Professor

University of North Carolina at Chapel Hill

Affiliations

College of Arts and Sciences

Biology

Charles E. Mitchell is currently serving as a Biology Professor at University of North Carolina At Chapel Hill.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Charles E. Mitchell

University of North Carolina at Chapel Hill

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Amplification of Disease by Nutrient Addition: Testing Mechanisms From Individual to Community Levels. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Elizabeth T. GreenRobert W. HeckmanCharles E. Mitchell

community levelsnutrient additionpublic health

Order of Arrival and Nutrient Supply Alter Outcomes of Co-Infection With Two Fungal Pathogens. Proceedings of the Royal Society B Biological Sciences (2024)

Elizabeth T. GreenRita L. GrunbergCharles E. Mitchell

microbiologyinfection controlfungal pathogensinfectious diseasesbiologypathogenspathogen transmission

Disease Decreases Variation in Host Community Structure in an Old-Field Grassland. PLoS ONE (2023)

Rita L. GrunbergFletcher W. HallidayRobert W. HeckmanBrooklynn N. JoynerKayleigh R. O’KeeffeCharles E. Mitchell

epidemiologyhost community structureold-field grasslanddisease ecologyplo biologypublic healthecologycommunity (ecology)

Historical Contingency in Parasite Community Assembly: Community Divergence Results From Early Host Exposure to Symbionts and Ecological Drift. PLoS ONE (2023)

Rita L. GrunbergBrooklynn N. JoynerCharles E. Mitchell

parasitologyparasite community assemblyhistorical contingencyecological driftevolutionary biologyearly host exposureecologysymbiosis

A Microbial Mutualist Within Host Individuals Increases Parasite Transmission Between Host Individuals: Evidence From a Field Mesocosm Experiment. Frontiers in Microbiology (2022)

Kayleigh R. O’KeeffeBrandon T. WheelerCharles E. Mitchell

parasitologymicrobiologyparasite transmissionhost-microbe interactionsmicrobial mutualisthost-parasite relationshipshost individuals

Host Exposure to Symbionts and Ecological Drift Generate Divergence in Parasite Community Assembly. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Rita L. GrunbergBrooklynn N. JoynerCharles E. Mitchell

parasitologyparasite community assemblyhost exposureecologysymbiosis

Indirect Interactions Among Co-Infecting Parasites and a Microbial Mutualist Impact Disease Progression. Proceedings of the Royal Society B Biological Sciences (2021)

Kayleigh R. O'KeeffeAnita SimhaCharles E. Mitchell

parasitologyco-infecting parasiteshost-microbe interactionsinfectious diseaseshost-parasite relationshipsecologyindirect interactions

Nutrient Enrichment Increases Invertebrate Herbivory and Pathogen Damage in Grasslands. Journal of Ecology (2021)

Parasites, Niche Modification and the Host Microbiome: A Field Survey of Multiple Parasites. Molecular Ecology (2021)

Kayleigh R. O’KeeffeFletcher W. HallidayCorbin D. JonesIgnazio CarboneCharles E. Mitchell

parasitologyhost microbiomeniche modificationhost-parasite relationshipsmolecular ecologymultiple parasitesecology

Eutrophication, Biodiversity Loss, and Species Invasions Modify the Relationship Between Host and Parasite Richness During Host Community Assembly. Global Change Biology (2020)

Fletcher W. HallidayRobert W. HeckmanPeter A. WilfahrtCharles E. Mitchell

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Cornell University

plant-insect interactions

ecological issue

Erin Mordecai

Institution

Stanford University

ecology

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Jonathan Myers

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Washington University in St. Louis

functional ecology

biodiversity

Christina Richards

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marine genomics

plant science

Hillary Young

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environmental science

Pieter Johnson

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University of Colorado Boulder

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James Bever

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community (ecology)

biotic interaction

Sharon Collinge

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Cherie Briggs

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