Jenise M. Bauman

Instructor

Western Washington University

Affiliations

College of the Environment

College of the Environment Spatial Institute

Department Of Environmental Sciences

Department Of Urban And Environmental Planning And Policy

Institute for Watershed Studies

Studies Of Institute For Watershed

Department Of Environmental Studies And Geography

College of the Environment Spatial Institute

Institute Of Spatial

Western Washington University

Jenise M. Bauman is currently serving as a College Of The Environment Instructor at Western Washington University.

Honors

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Jenise M. Bauman

Western Washington University

Instructor

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ecology environmental science restoration ecology forestry biology fungal ecology mycelial interaction american chestnut forest ecology environmental engineering botany forest pathology forest restoration forest mycobiome fungus microbial ecology fungal biology plant pathology microorganisms plant disease plant science soil biology fungal symbiosis forest biology fungal diversity castanea dentata ecological engineering ima fungus forest research land restoration forest conservation river restoration human impacts on the environment sustainable agriculture invertebrate pathology mining environment horticultural plant crop establishment nature conservation watershed management river basin management arboriculture tree breeding reclamation host-parasite relationships forest health coal mine restoration ectomycorrhizal colonization applied ecology applied phycology forest ecosystems sustainable mining horticulture research applied plant ecology regenerative agriculture mining science mining engineering mining industry insect virus virus phylogeny landscape ecology plant health phytoremediation water conservation soil preparation methods restoration treatments plant community development cryphonectria parasitica surface mine restoration growth performance chestnut blight incidence chestnut seedlings reclaimed mine sites mine restoration physiology and survival chestnut blight

Notable Scholarly Works

Notable Federal Grants

Collaborators

Linking Marine Ecosystem Response to the Removal of Shoreline Armor and Large Dams in the Elwha River and Nearshore Environment of Washington, USA: An Extended Summary. Journal of Coastal Research (2024)

coastal researchriver restorationcoastal managementwetlandsextended summarymarine managementaquatic ecosystemstransitional watermarine ecosystem responseshoreline armoraquatic conservationmarine ecosystem-based managementwater pollutionenvironmental scienceecologyfisheries

A Review of Natural and Managed Revegetation Responses in Two De-Watered Reservoirs After Large Dam Removals on the Elwha River, Washington, USA. Frontiers in Ecology and Evolution (2023)

watershed managementhydrological processelwha riverenvironmental scienceenvironmental engineeringcivil engineeringwater conservationriver restorationecological engineeringrevegetation responseshydraulic researchlarge dam removalswater resourcesrestoration ecologywater resource managementwater scienceriver basin managementflood risk managementhydrology

Coastal Beaver, Chinook, Coho, Chum Salmon and Trout Response to Nearshore Changes Resulting From Diking and Large-Scale Dam Removals: Synergistic Ecosystem Engineering and Restoration in the Coastal Zone. Nature Conservation (2023)

J. Anne ShafferDave ParksKatrina CampbellAnna MoragneBligh HueskePamela AdamsJenise M. Bauman

watershed managementcoastal managementnature conservationconservation biologyconservation scienceenvironmental sciencecoastal engineeringenvironmental engineeringconservation planningaquatic conservationecologycoastal conservationchum salmontrout responserestoration ecologyfish biologyaquatic ecosystemsclimate changecoastal beavercoastal zonefishery managementlarge-scale dam removalsenvironmental biology

Riverbank Lupine’s (Lupinus Rivularis) Influence on Conifer Growth, Ectomycorrhizal Colonization, and Neighboring Vegetation in Coarse Sediments Left Behind After Dam Removal. Frontiers in Ecology and Evolution (2023)

conifer growthwetlandsdam removalectomycorrhizal colonizationnatural resource managementforest ecologysediment transportrestoration ecologyriver basin managementdeforestationecohydrologyriver restorationenvironmental scienceecologysediment-water interactionecosystems

Castanea Dentata Interactions and Ectomycorrhizal Colonization in Novel Ecosystems. Ecological Restoration (2022)

Jenise M. BaumanJennifer FranklinAmy Santas

novel ecosystemsrestoration ecologyecologyecosystemscastanea dentata

Tidal Marsh Plant Community Development Within Four Restored Lowland Estuaries in the Western Peninsulas of Washington State, USA. American Journal of Plant Sciences (2021)

washington statecoastal researchwetlandswestern peninsulasaquatic ecosystemsestuarine hydrodynamicsrestoration ecologygeographyhabitat reconstructionecohydrologyestuarine circulationenvironmental scienceecologyecosystemsestuaries

Abiotic and Biotic Factors in Coal Mine Soils Influence Ectomycorrhizal Composition and Symbiosis. Journal American Society of Mining and Reclamation (2019)

coal geologybiogeochemistrymicrobial ecologysoil biologysoil chemistrysoil organismssoil biochemistryfungal ecologysoil dynamicspedospheremycelial interactionenvironmental scienceecologysoil ecologyapplied geochemistrysoil

Interactions Between Ectomycorrhizal Fungi and Chestnut Blight ( Em Cryphonectria Parasitica /Em ) on American Chestnut ( Em Castanea Dentata /Em ) Used in Coal Mine Restoration. AIMS Microbiology (2018)

fungal diversityamerican chestnutfungusplant diseasefungal ecologyfungal symbiosisbiologyfungal biologychestnut blightmycelial interactionplant pathologyforest mycobiomeecologyforest pathologycoal mine restoration

Soil Metals and Ectomycorrhizal Fungi Associated With American Chestnut Hybrids as Reclamation Trees on Formerly Coal Mined Land. International Journal of Agronomy (2017)

fungal diversitysoil metalsfungusenvironmental remediationsoil biologyima fungusfungal ecologyfungal symbiosisforest mycobiomeectomycorrhizal fungi associatedfungal biologyamerican chestnut hybridsmycelial interactionenvironmental scienceenvironmental degradationsoil

Metals in Soil and American Chestnut Tissue in Experimental Soil Treatments Plots on a Coal Mine Reclaimed Site. Journal American Society of Mining and Reclamation (2016)

environmental engineeringtrace metalsmetal contaminationsoil chemistrymetals in soilmineral processingpedospheresoil pollutionenvironmental scienceenvironmental degradationapplied geochemistrysoilreclaimed water