Faculty

Institution

Unit

Venue

Jesse Bellemare

Assistant Professor

Smith College

Affiliations

Biological Sciences

Smith College

Department Of Art

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Physics

Department Of Psychology

Department Of Statistical And Data Sciences

Department of Film and Media Studies

Department of Landscape Studies

Studies Of French

Studies Of Italian

Study Of Education And Child

Department of Exercise & Sport Studies

Jesse Bellemare is currently serving as a Biological Sciences Assistant Professor at Smith College.

Honors

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Experiences

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Education

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Jesse Bellemare

Smith College

Assistant Professor

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ecology forest ecology biogeography environmental science biodiversity community (ecology) botany forest ecosystems evolutionary biology forestry plant ecology ecology and evolutionary biology forest biology climate change applied ecology forest conservation phytogeography ecosystems forest research agricultural economics fungal ecology tree physiology plant science community forestry vegetation science spatial ecology plant-animal interactions forest restoration phenology western massachusetts foundation tree species ecological applications agroforestry systems agricultural history agrarian change historical geography ecological monograph animal ecology global ecology forest pathology forest transition theory plant biodiversity vegetation history plant diversity terrestrial ecology landscape ecology macroecology applied plant ecology invasion biology plant-soil interactions mycelial interaction forest mycobiome fungal diversity forest microbiome plant-insect interactions insect conservation forest entomology tropical insect science range shift tree growth forest plant communities agricultural land use species-environment relationships forested present historical land-use effects agricultural past niche syndromes life‐history traits geographical distribution patterns climatic tolerance native distributions community variation physiographic drivers rich mesic forests ecological niche

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cross‐Continental Ecological Drivers Behind Trait Clines in the Forest Grass Milium Effusum. UNC Libraries (2026)

Data From: Cross-Continental Ecological Drivers Behind Trait Clines in the Forest Grass Milium Effusum. DRYAD (2026)

Of Mutualism and Migration: Will Interactions With Novel Ericoid Mycorrhizal Communities Help or Hinder Northward Rhododendron Range Shifts?. Oecologia (2022)

Taryn L. MuellerElena Karlsen-AyalaDavid A. MoellerJesse Bellemare

fungal ecologyspatial ecologybiogeographyenvironmental sciencemicrobial ecologycommunity (ecology)evolutionary ecologyanimal ecologyplant-animal interactionsplant-soil interactionsecology and evolutionary biologymycelial interactionplant ecologyecologyglobal ecologyevolutionary biology

Limited Range-Filling Among Endemic Forest Herbs of Eastern North America and Its Implications for Conservation With Climate Change. Frontiers in Ecology and Evolution (2021)

Stephanie K. ErlandsonJesse BellemareDavid A. Moeller

endemic forest herbsbiodiversityforest conservationenvironmental scienceclimate changeforest ecologyecology and evolutionary biologyecologyeastern north america

Loss of a Foundation Species, Eastern Hemlock (Tsuga Canadensis), May Lead to Biotic Homogenization of Fungal Communities and Altered Bacterial Abundance in the Forest Floor. Northeastern Naturalist (2019)

forest ecosystemseastern hemlockforestryforest mycobiomebiodiversityfungal ecologytsuga canadensisforest microbiomeforest pathologymicrobial ecologycommunity (ecology)foundation speciesima fungusforest ecologyfungal diversityecologymicrobiology

Decline of a Foundation Tree Species Due to Invasive Insects Will Trigger Net Release of Soil Organic Carbon. Ecosphere (2018)

Danielle D. IgnaceAliza FasslerJesse Bellemare

foundation tree speciesnet releaseecosystemsinvasive insectsecologysoil organic carbon

The Potential for Indirect Negative Effects of Exotic Insect Species on a Liverwort, Bazzania Trilobata (Lepidoziaceae), Mediated by the Decline of a Foundation Tree Species, Tsuga Canadensis (Pinaceae) 1. The Journal of the Torrey Botanical Society (2018)

tropical insect sciencechemical ecologyecological entomologyecologyinsect scienceindirect negative effectsinsect conservationforest entomologycoevolutionentomologyplant-insect interactionsbotanybiologyplant-animal interactionsecology and evolutionary biologybiological pest controlpest managementevolutionary biologyfoundation tree speciescommunity (ecology)evolutionary ecologyapplied entomologyexotic insect species

Climate Change, Managed Relocation, Andthe Risk of Intra-Continental Plant Invasions: A Theoretical and Empirical Exploration Relative to the Flora of New England. Rhodora (2017)

Jesse BellemareBryan ConnollyDov F. Sax

biogeographyenvironmental sciencevegetation scienceintra-continental plant invasionsplant ecologyclimate changeinvasion biology

Horticultural Escape Greatly Outpaces Natural Migration in the Northward Range Shift of an Eastern Us Tree Species, Magnolia Tripetala. 101st ESA Annual Meeting (August 7 -- 12, 2016) (2016)

tree growthforestryforest biologybiodiversitytree physiologyrange shifthorticultural escapebiogeographynatural migrationevolutionary ecologynorthward range shiftforest ecologyecology and evolutionary biologyplant ecologyapplied ecologyecologyevolutionary biology

Plants' Native Distributions Do Not Reflect Climatic Tolerance. Diversity and Distributions (2016)

Tierney BocsiJenica M. AllenJesse BellemareJohn KarteszMisako NishinoBethany A. Bradley

climatic tolerancebiodiversityplant diversityvegetation sciencenative distributionsplant scienceplant ecologyecology

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Jesse Bellemare

Assistant Professor

Smith College

Affiliations

Biological Sciences

Smith College

Department Of Art

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Physics

Department Of Psychology

Department Of Statistical And Data Sciences

Department of Film and Media Studies

Department of Landscape Studies

Studies Of French

Studies Of Italian

Study Of Education And Child

Department of Exercise & Sport Studies

Jesse Bellemare is currently serving as a Biological Sciences Assistant Professor at Smith College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jesse Bellemare

Smith College

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cross‐Continental Ecological Drivers Behind Trait Clines in the Forest Grass Milium Effusum. UNC Libraries (2026)

Data From: Cross-Continental Ecological Drivers Behind Trait Clines in the Forest Grass Milium Effusum. DRYAD (2026)

Of Mutualism and Migration: Will Interactions With Novel Ericoid Mycorrhizal Communities Help or Hinder Northward Rhododendron Range Shifts?. Oecologia (2022)

Taryn L. MuellerElena Karlsen-AyalaDavid A. MoellerJesse Bellemare

Limited Range-Filling Among Endemic Forest Herbs of Eastern North America and Its Implications for Conservation With Climate Change. Frontiers in Ecology and Evolution (2021)

Stephanie K. ErlandsonJesse BellemareDavid A. Moeller

endemic forest herbsbiodiversityforest conservationenvironmental scienceclimate changeforest ecologyecology and evolutionary biologyecologyeastern north america

Decline of a Foundation Tree Species Due to Invasive Insects Will Trigger Net Release of Soil Organic Carbon. Ecosphere (2018)

Danielle D. IgnaceAliza FasslerJesse Bellemare

foundation tree speciesnet releaseecosystemsinvasive insectsecologysoil organic carbon

Climate Change, Managed Relocation, Andthe Risk of Intra-Continental Plant Invasions: A Theoretical and Empirical Exploration Relative to the Flora of New England. Rhodora (2017)

Jesse BellemareBryan ConnollyDov F. Sax

biogeographyenvironmental sciencevegetation scienceintra-continental plant invasionsplant ecologyclimate changeinvasion biology

Horticultural Escape Greatly Outpaces Natural Migration in the Northward Range Shift of an Eastern Us Tree Species, Magnolia Tripetala. 101st ESA Annual Meeting (August 7 -- 12, 2016) (2016)

Plants' Native Distributions Do Not Reflect Climatic Tolerance. Diversity and Distributions (2016)

Tierney BocsiJenica M. AllenJesse BellemareJohn KarteszMisako NishinoBethany A. Bradley

climatic tolerancebiodiversityplant diversityvegetation sciencenative distributionsplant scienceplant ecologyecology

1
2
3
10 / page