Faculty

Institution

Unit

Venue

Johnathan D. Ebel

Idaho State University

Affiliations

College of Science and Engineering

Biological Sciences

NoneJohnathan D. Ebel is currently serving as a Biological Sciences faculty at Idaho State University.

Honors

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Experiences

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Education

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Johnathan D. Ebel

Idaho State University

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ecology aquatic ecosystems fish biology fishery management environmental science conservation biology aquatic conservation evolutionary biology water quality hydrology livestock science avian biology marine ecology freshwater ecosystems watershed management water ecologies public health climate change marine biology environmental research microbial ecology applied microbiology aquatic toxicology environmental microbiology water resource management water science applied ecology animal science animal ecology plant physiology biological oceanography benthic ecology nutrient physiology disparate impact habitat management breeding behavior animal reproduction wildlife management nutrient management stoichiometric distribution models ecological stoichiometry landscape extent cross ecosystem fluxes biofilm nutrient limitation experimental application idaho streams salmon carcass analog small stream habitats hatchery chinook salmon in-stream egg incubators natural juveniles hatchery supplementation depressed population size salmon-mediated nutrient flux reduced performance

Notable Scholarly Works

Notable Federal Grants

Collaborators

How Do Management Goals for Wild Chinook Salmon Align With Feasibility?. Fisheries (2024)

Timothy CopelandJonathan D. EbelRyan N. KinzerMatthew P. Corsi

conservation biologyaquatic conservationmanagementfishery management

A Fish out of Basin: Increased Stress Physiology and Reduced Performance of Salmon River Hatchery Chinook Salmon. North American journal of fisheries management (2022)

Jonathan D. EbelDonald A. LarsenKeats R. ConleyMollie A. Middleton

physiologyfishery managementfish biologyaquatic ecosystemsreduced performance

In‐Stream Egg Incubators Produce Hatchery Chinook Salmon With Similarities to and Differences From Natural Juveniles. North American journal of fisheries management (2020)

Keats R. ConleyJonathan D. EbelJohn S. HargroveWyatt PetersenLytle P. Denny

hatchery chinook salmonlivestock sciencefish biologyavian biologyfishery managementin-stream egg incubatorsaquatic ecosystemsbreeding behavioranimal reproductionanimal sciencewildlife managementdevelopmental biologyconservation biologyanimal ecologynatural juveniles

Salmon-Mediated Nutrient Flux in Snake River Sockeye Salmon Nursery Lakes: The Influence of Depressed Population Size and Hatchery Supplementation. Lake and Reservoir Management (2019)

Melissa L. EvansAndre E. KohlerRobert G. GriswoldKurt A. TardyKendra R. EatonJonathan D. Ebel

water qualityenvironmental scienceplant physiologyaquatic conservationlivestock scienceecologywatershed managementfish biologyhatchery supplementationdepressed population sizesalmon-mediated nutrient fluxwater ecologiesavian biologyfishery managementhydrologyaquatic ecosystemswater resourcesconservation biologyevolutionary biologynutrient managementfreshwater ecosystems

Stoichiometric Distribution Models: Ecological Stoichiometry at the Landscape Extent. Ecology letters (2017)

Shawn J. LerouxEric Vander WalYolanda F. WiersmaLouis CharronJonathan D. EbelNichola M. EllisChristopher HartEmilie KisslerPaul W. SaundersLucie MoudráAmy L. TannerSemra Yalcin

stoichiometric distribution modelsecological stoichiometryclimate changeecologylandscape extent

Ontogenetic Differences in Atlantic Salmon Phosphorus Concentration and Its Implications for Cross Ecosystem Fluxes. Ecosphere (2015)

J. D. EbelS. J. LerouxM. J. RobertsonJ. B. Dempson

cross ecosystem fluxesmarine ecologymarine biologyecologyevolutionary biology

Biofilm Nutrient Limitation, Metabolism, and Standing Crop Responses to Experimental Application of Salmon Carcass Analog in Idaho Streams. Canadian Journal of Fisheries and Aquatic Sciences (2014)

Jonathan D. EbelAmy M. MarcarelliAndre E. Kohler

water qualityapplied microbiologyenvironmental scienceaquatic conservationenvironmental researchecologybiofilm nutrient limitationpublic healthbiological oceanographyexperimental applicationfish biologyaquatic toxicologymarine ecologyaquatic ecosystemsbenthic ecologynutrient physiologyfreshwater ecosystemsidaho streamsenvironmental microbiologymicrobial ecologybiofilmssalmon carcass analog

Constructed Ponds and Small Stream Habitats: Hypothesized Interactions and Methods to Minimize Impacts. Journal of Water Resource and Protection (2013)

Jonathan D. EbelWinsor H. Lowe

environmental engineeringwatershed managementwater resource managementhydrologydisparate impactwater scienceenvironmental sciencehabitat managementsmall stream habitatsapplied ecologyecologywater ecologies

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Johnathan D. Ebel

Idaho State University

Affiliations

College of Science and Engineering

Biological Sciences

NoneJohnathan D. Ebel is currently serving as a Biological Sciences faculty at Idaho 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

Johnathan D. Ebel

Idaho State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

How Do Management Goals for Wild Chinook Salmon Align With Feasibility?. Fisheries (2024)

Timothy CopelandJonathan D. EbelRyan N. KinzerMatthew P. Corsi

conservation biologyaquatic conservationmanagementfishery management

A Fish out of Basin: Increased Stress Physiology and Reduced Performance of Salmon River Hatchery Chinook Salmon. North American journal of fisheries management (2022)

Jonathan D. EbelDonald A. LarsenKeats R. ConleyMollie A. Middleton

physiologyfishery managementfish biologyaquatic ecosystemsreduced performance

In‐Stream Egg Incubators Produce Hatchery Chinook Salmon With Similarities to and Differences From Natural Juveniles. North American journal of fisheries management (2020)

Keats R. ConleyJonathan D. EbelJohn S. HargroveWyatt PetersenLytle P. Denny

Salmon-Mediated Nutrient Flux in Snake River Sockeye Salmon Nursery Lakes: The Influence of Depressed Population Size and Hatchery Supplementation. Lake and Reservoir Management (2019)

Melissa L. EvansAndre E. KohlerRobert G. GriswoldKurt A. TardyKendra R. EatonJonathan D. Ebel

Stoichiometric Distribution Models: Ecological Stoichiometry at the Landscape Extent. Ecology letters (2017)

Shawn J. LerouxEric Vander WalYolanda F. WiersmaLouis CharronJonathan D. EbelNichola M. EllisChristopher HartEmilie KisslerPaul W. SaundersLucie MoudráAmy L. TannerSemra Yalcin

stoichiometric distribution modelsecological stoichiometryclimate changeecologylandscape extent

Ontogenetic Differences in Atlantic Salmon Phosphorus Concentration and Its Implications for Cross Ecosystem Fluxes. Ecosphere (2015)

J. D. EbelS. J. LerouxM. J. RobertsonJ. B. Dempson

cross ecosystem fluxesmarine ecologymarine biologyecologyevolutionary biology

Biofilm Nutrient Limitation, Metabolism, and Standing Crop Responses to Experimental Application of Salmon Carcass Analog in Idaho Streams. Canadian Journal of Fisheries and Aquatic Sciences (2014)

Jonathan D. EbelAmy M. MarcarelliAndre E. Kohler

Constructed Ponds and Small Stream Habitats: Hypothesized Interactions and Methods to Minimize Impacts. Journal of Water Resource and Protection (2013)

Jonathan D. EbelWinsor H. Lowe

1
10 / page

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Institution

University of Toledo

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freshwater biology

aquatic parasites

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aquatic ecosystems

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freshwater biology

fish ecology

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