Faculty

Institution

Unit

Venue

Michael Madritch

Appalachian State University

Affiliations

Appalachian State University

College of Arts and Sciences

NoneMichael Madritch is currently serving as a Appalachian State University faculty at Appalachian State University.

Honors

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Experiences

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Education

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Michael Madritch

Appalachian State University

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ecology environmental science genetics vegetation science forestry evolutionary biology ecosystems forest ecology plant science plant ecology plant genetics botany forest ecosystems soil biology landscape ecology population genetics biogeography microbial ecology ecosystem functioning spatial ecology evolutionary ecology community (ecology) functional ecology applied ecology avian biology zoology soil microbiology forest biology tannin condensed tannins ecosystem function below-ground processes plant biotechnology adaptation restoration ecology ecological indicator plo biology insect science plant physiology tree physiology phenology ecosystem resilience in vivo systems ecosystem interactions ecosystem management genetic diversity morphological impact tree diseases plant-soil relationships plant-soil interactions soil ecology invasion biology plant metabolism phytochemistry terrestrial ecology wildlife ecology hydrobiology habitat management wildlife management soil chemistry soil science surface reactivity biological carbon fixation plant spectral diversity plant genetic factors nutrient regulation populus model system nutrient release genetic identity mixed forest stand grassland ecosystem plant-fungal diversity relationship plant spectra spatial scales landscape scales continental-scale assessment

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cliff Nesting Birds Provide Nutrient Inputs to Cliff Ecosystems. Basic and Applied Ecology (2024)

Rock‐Climbing Shifts Cliff‐Face Vegetation Community Composition Based on Site Characteristics. Applied Vegetation Science (2022)

Georgia R. HarrisonLaura M. BoggessJessica M. BudkeMichael D. Madritch

applied ecologycoastal managementplant scienceearth sciencesite characteristicsremote sensingplant ecologyforestrybiogeographylandscape ecologyenvironmental scienceecologyclimate changevegetation sciencelandscape changeapplied plant ecology

Coupling Spectral and Resource-Use Complementarity in Experimental Grassland and Forest Communities. Proceedings of the Royal Society B Biological Sciences (2021)

Anna K. SchweigerJeannine Cavender-BaresShan KothariPhilip A. TownsendMichael D. MadritchJake J. GrossmanHamed GholizadehRan WangJohn A. Gamon

resource-use complementarityforest communitiesecologyexperimental grasslandcommunity (ecology)

Remotely Detected Aboveground Plant Function Predicts Belowground Processes in Two Prairie Diversity Experiments. Ecological Monographs (2021)

Jeannine Cavender‐BaresAnna K. SchweigerJohn A. GamonHamed GholizadehKimberly HelzerCathleen LapadatMichael D. MadritchPhilip A. TownsendZhihui WangSarah E. Hobbie

forest ecologyspatial ecologyprairie diversity experimentsremote sensingplant ecologylandscape ecologyterrestrial ecologyaboveground plant functionecologyvegetation sciencebelowground processes

Linking Foliar Traits to Belowground Processes. Springer eBooks (2020)

Michael MadritchJeannine Cavender-BaresSarah E. HobbiePhilip A. Townsend

biogeochemistryaboveground-belowground interactionsfoliar traitsenvironmental scienceecology

Spectral Niches Reveal Taxonomic Identity and Complementarity in Plant Communities. (2020)

Anna K SchweigerJeannine M Cavender-BaresPhilip A. TownsendSarah E. HobbieMichael D. MadritchShan KothariJake J. GrossmanHamed GholizadehRan WangJohn A. Gamon

spectral nichesecologyplant communitiestaxonomic identity

Plant Spectral Diversity Integrates Functional and Phylogenetic Components of Biodiversity and Predicts Ecosystem Function. Nature Ecology & Evolution (2018)

Anna K. SchweigerJeannine Cavender-BaresPhilip A. TownsendSarah E. HobbieMichael D. MadritchRan WangDavid TilmanJohn A. Gamon

phenologyphylogeneticsplant spectral diversitysystems biologyevolutionary biologyecosystem functionevolutionary ecologyplant ecologyecosystem functioningfunctional ecologyecologyvegetation sciencebiodiversity

Soil Microbial Response Following Wildfires in Thermic Oak-Pine Forests. Biology and Fertility of Soils (2018)

Carbon Quantity and Quality Drives Variation in Cave Microbial Communities and Regulates Mn(II) Oxidation. Biogeochemistry (2017)

microbiologybiogeochemistryapplied geochemistrymicrobial ecologysoil biologysoil microbiologymicrobial diversitycarbon quantityenvironmental chemistryorganic geochemistrycave microbial communitiesquality drives variationbiological carbon fixationenvironmental scienceenvironmental microbiologymicroorganisms

Cliff Flora of the Big South Fork National River and Recreation Area. Natural Areas Journal (2017)

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Michael Madritch

Appalachian State University

Affiliations

Appalachian State University

College of Arts and Sciences

NoneMichael Madritch is currently serving as a Appalachian State University faculty at Appalachian State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Madritch

Appalachian State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cliff Nesting Birds Provide Nutrient Inputs to Cliff Ecosystems. Basic and Applied Ecology (2024)

Rock‐Climbing Shifts Cliff‐Face Vegetation Community Composition Based on Site Characteristics. Applied Vegetation Science (2022)

Georgia R. HarrisonLaura M. BoggessJessica M. BudkeMichael D. Madritch

Coupling Spectral and Resource-Use Complementarity in Experimental Grassland and Forest Communities. Proceedings of the Royal Society B Biological Sciences (2021)

Anna K. SchweigerJeannine Cavender-BaresShan KothariPhilip A. TownsendMichael D. MadritchJake J. GrossmanHamed GholizadehRan WangJohn A. Gamon

resource-use complementarityforest communitiesecologyexperimental grasslandcommunity (ecology)

Remotely Detected Aboveground Plant Function Predicts Belowground Processes in Two Prairie Diversity Experiments. Ecological Monographs (2021)

Jeannine Cavender‐BaresAnna K. SchweigerJohn A. GamonHamed GholizadehKimberly HelzerCathleen LapadatMichael D. MadritchPhilip A. TownsendZhihui WangSarah E. Hobbie

forest ecologyspatial ecologyprairie diversity experimentsremote sensingplant ecologylandscape ecologyterrestrial ecologyaboveground plant functionecologyvegetation sciencebelowground processes

Linking Foliar Traits to Belowground Processes. Springer eBooks (2020)

Michael MadritchJeannine Cavender-BaresSarah E. HobbiePhilip A. Townsend

biogeochemistryaboveground-belowground interactionsfoliar traitsenvironmental scienceecology

Spectral Niches Reveal Taxonomic Identity and Complementarity in Plant Communities. (2020)

Anna K SchweigerJeannine M Cavender-BaresPhilip A. TownsendSarah E. HobbieMichael D. MadritchShan KothariJake J. GrossmanHamed GholizadehRan WangJohn A. Gamon

spectral nichesecologyplant communitiestaxonomic identity

Plant Spectral Diversity Integrates Functional and Phylogenetic Components of Biodiversity and Predicts Ecosystem Function. Nature Ecology & Evolution (2018)

Anna K. SchweigerJeannine Cavender-BaresPhilip A. TownsendSarah E. HobbieMichael D. MadritchRan WangDavid TilmanJohn A. Gamon

Soil Microbial Response Following Wildfires in Thermic Oak-Pine Forests. Biology and Fertility of Soils (2018)

Carbon Quantity and Quality Drives Variation in Cave Microbial Communities and Regulates Mn(II) Oxidation. Biogeochemistry (2017)

Cliff Flora of the Big South Fork National River and Recreation Area. Natural Areas Journal (2017)

1
2
3
4
10 / page