Faculty

Institution

Unit

Venue

Ryan McEwan

Professor; Director of Graduate Program in Biology

University of Dayton

Affiliations

College of Arts and Sciences

Department of Biology

Ryan Mcewan is currently serving as a College Of Arts And Sciences Professor; Director of Graduate Program in Biology at University of Dayton.

Honors

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Experiences

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Education

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Ryan McEwan

University of Dayton

Professor; Director of Graduate Program in Biology

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ecology environmental science vegetation science forest ecology forestry botany plant science climate change plant ecology avian biology forest ecosystems aquatic ecosystems landscape ecology invasion biology terrestrial ecology earth science wildlife restoration ecology human impacts on the environment fire ecology biological invasions climatology microbial ecology biodiversity forest research applied ecology plant physiology evolutionary biology global ecology applied plant ecology arid environments plant biology terrestrial ecosystems forest restoration invasive shrub lonicera maackii wood science soil ecology plant diversity invasive species amur honeysuckle central kentucky climatic change environmental microbiology canadian studies ecosystem functioning spatial ecology environmental biology anthropogenic effects benthic ecology climate variability eastern north america leaf phenology freeze tolerance prescribed fire aquatic biota species diversity throughfall chemistry old-growth appalachian forest herbaceous layer second-growth forests gap dynamics old-growth temperate forest ecosystem interactions macroecology forest carbon forest biomass forest inventory climate change effects climate change adaptation climate change mitigation climate system global comparison forest productivity tree breeding primary production

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Trial of Fire and Ice: Assessment of Control Techniques for Pyrus Calleryana Invasion of Grasslands in Southwestern Ohio, USA. Ecological Restoration (2023)

Margaret E. MaloneyEric B. BorthGrace DietschM. Cait LloydRyan W. McEwan

landscape ecologywildlifecontrol techniquesfire ecologywildlife ecologysouthwestern ohioenvironmental scienceclimate changewildfiresvegetation scienceanthropologyrestoration ecologybiological invasionsconservation biologyecologyinvasion biology

Consequences of Spatial Structure in Soil–Geomorphic Data on the Results of Machine Learning Models. Geocarto International (2023)

Daehyun KimInsang SongLorrayne MiralhaDaniel R. HirmasRyan W. McEwanTom G. MuellerPavel Šamonil

soil-geomorphic datadata sciencemachine learningearth science

Pyrus Calleryana Extracts Reduce Germination of Native Grassland Species, Suggesting the Potential for Allelopathic Effects During Ecological Invasion. PeerJ (2023)

Michaela J. WoodsJonathan T. BauerDena SchaefferRyan W. McEwan

geneticsecological invasionvegetation sciencenative grassland speciesecologyplant sciencebotanyallelopathic effectsevolutionary biology

Seed Sources and Safe Sites as Drivers of Larix C Ajanderi Regeneration Following Wildfire in the Siberian Arctic. Ecosphere (2023)

Eric B. BorthHeather D. AlexanderNikita ZimovRyan W. McEwan

avian biologyfire ecologybiogeographycold region scienceenvironmental scienceclimate changewildfiresvegetation scienceterrestrial ecologyforest ecologyseed sourcesecologyplant scienceplant ecologybotanysiberian arcticsafe sites

Callery Pear Invasion in Prairie Restorations is Predicted by Proximity to Forest Edge, Not Species Richness. Biological Invasions (2022)

Michaela J. WoodsGrace DietschRyan W. McEwan

callery pear invasionprairie restorationsbiodiversityrestoration ecologyecologyinvasion biology

Leaf Phenology and Freeze Tolerance of the Invasive Tree Pyrus Calleryana (Roseaceae) and Potential Native Competitors1. The Journal of the Torrey Botanical Society (2022)

Margaret E. MaloneyAbby HayEric B. BorthRyan W. McEwan

freeze toleranceavian biologyplant biologyvegetation scienceleaf phenologyecologyplant ecologybotanyevolutionary biology

Oak Seedling Performance and Soil Development Across a Forest Restoration Chronosequence Following Agriculture in the American Midwest—a Greenhouse Experiment. Restoration Ecology (2021)

Michaela J. WoodsSarah J. FrankenbergJoseph R. JuodvalkisMary C. LloydMeredith CobbRyan W. McEwan

forestrysoilenvironmental scienceenvironmental researchrestoration ecologysoil developmentamerican midwestsoil carbon cycleforest ecologyforest restorationsustainable agricultureagronomyregenerative agricultureearth scienceapplied ecologysoil biologysoil fertilitygreenhouse experimentforest restoration chronosequencesoil technologyland useagricultural economics

Resprouting of the Woody Plant Pyrus Calleryana Influences Soil Ecology During Invasion of Grasslands in the American Midwest. Applied Soil Ecology (2021)

Michaela J. WoodsGrace K. AtteaRyan W. McEwan

forestryenvironmental sciencevegetation sciencerestoration ecologylandscape ecologyamerican midwestplant ecologyecologysoil ecologysoil environmentbiological invasionsplant sciencesustainable agriculturesoil dynamicshuman impacts on the environmentapplied ecologyland useclimate changeagricultural economics

Seedling Growth and Soil Chemistry in a Chronosequence of Forest Restoration From Agriculture. (2021)

Michaela J. WoodsSarah J FrankenbergJoseph R JuodvalkisMary C LloydMeredith CobbRyan McEwan

forest restorationsustainable agricultureagronomyregenerative agricultureagricultural economics

Assessing Seed Handling Processes to Facilitate a Community-Engaged Approach to Regional Forest Restoration. Forests (2020)

Meredith CobbMichaela J. WoodsRyan W. McEwan

forest restorationforestrycommunity developmentcommunity engagementenvironmental scienceregional forest restorationcommunity-engaged researchrestoration ecology

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Ryan McEwan

Professor; Director of Graduate Program in Biology

University of Dayton

Affiliations

College of Arts and Sciences

Department of Biology

Ryan Mcewan is currently serving as a College Of Arts And Sciences Professor; Director of Graduate Program in Biology at University of Dayton.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ryan McEwan

University of Dayton

Professor; Director of Graduate Program in Biology

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Trial of Fire and Ice: Assessment of Control Techniques for Pyrus Calleryana Invasion of Grasslands in Southwestern Ohio, USA. Ecological Restoration (2023)

Margaret E. MaloneyEric B. BorthGrace DietschM. Cait LloydRyan W. McEwan

Consequences of Spatial Structure in Soil–Geomorphic Data on the Results of Machine Learning Models. Geocarto International (2023)

Daehyun KimInsang SongLorrayne MiralhaDaniel R. HirmasRyan W. McEwanTom G. MuellerPavel Šamonil

soil-geomorphic datadata sciencemachine learningearth science

Pyrus Calleryana Extracts Reduce Germination of Native Grassland Species, Suggesting the Potential for Allelopathic Effects During Ecological Invasion. PeerJ (2023)

Michaela J. WoodsJonathan T. BauerDena SchaefferRyan W. McEwan

geneticsecological invasionvegetation sciencenative grassland speciesecologyplant sciencebotanyallelopathic effectsevolutionary biology

Seed Sources and Safe Sites as Drivers of Larix C Ajanderi Regeneration Following Wildfire in the Siberian Arctic. Ecosphere (2023)

Eric B. BorthHeather D. AlexanderNikita ZimovRyan W. McEwan

Callery Pear Invasion in Prairie Restorations is Predicted by Proximity to Forest Edge, Not Species Richness. Biological Invasions (2022)

Michaela J. WoodsGrace DietschRyan W. McEwan

callery pear invasionprairie restorationsbiodiversityrestoration ecologyecologyinvasion biology

Leaf Phenology and Freeze Tolerance of the Invasive Tree Pyrus Calleryana (Roseaceae) and Potential Native Competitors1. The Journal of the Torrey Botanical Society (2022)

Margaret E. MaloneyAbby HayEric B. BorthRyan W. McEwan

freeze toleranceavian biologyplant biologyvegetation scienceleaf phenologyecologyplant ecologybotanyevolutionary biology

Oak Seedling Performance and Soil Development Across a Forest Restoration Chronosequence Following Agriculture in the American Midwest—a Greenhouse Experiment. Restoration Ecology (2021)

Michaela J. WoodsSarah J. FrankenbergJoseph R. JuodvalkisMary C. LloydMeredith CobbRyan W. McEwan

Resprouting of the Woody Plant Pyrus Calleryana Influences Soil Ecology During Invasion of Grasslands in the American Midwest. Applied Soil Ecology (2021)

Michaela J. WoodsGrace K. AtteaRyan W. McEwan

Seedling Growth and Soil Chemistry in a Chronosequence of Forest Restoration From Agriculture. (2021)

Michaela J. WoodsSarah J FrankenbergJoseph R JuodvalkisMary C LloydMeredith CobbRyan McEwan

forest restorationsustainable agricultureagronomyregenerative agricultureagricultural economics

Assessing Seed Handling Processes to Facilitate a Community-Engaged Approach to Regional Forest Restoration. Forests (2020)

Meredith CobbMichaela J. WoodsRyan W. McEwan

forest restorationforestrycommunity developmentcommunity engagementenvironmental scienceregional forest restorationcommunity-engaged researchrestoration ecology

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Similar Faculty Members

David A. Haukos

Institution

Kansas State University

conservation science

constructed wetland

Jesse Nippert

Institution

Kansas State University

terrestrial ecology

forest ecosystem

Anna Sala

Institution

University of Montana

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environmental science

Carla D'Antonio

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David Rizzo

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University of California, Davis

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forest mycobiome

Catherine A. Gehring

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plant populations

plant science

Edith Allen

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environmental science

David Ward

Institution

Kent State University

applied plant ecology

ecosystem

Katharine Suding

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ecology

environmental science

Miles Silman

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Wake Forest University

community (ecology)

tropical forest ecology