Faculty

Institution

Unit

Venue

Benjamin Sedinger

University of Wisconsin–Stevens Point

Affiliations

COLLEGE OF NATURAL RESOURCES

Department Of Wildlife

Wisconsin Center For Wildlife

University of Wisconsin–Stevens Point

NoneBenjamin Sedinger is currently serving as a College Of Natural Resources faculty at University of Wisconsin–Stevens Point.

Honors

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Experiences

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Education

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Benjamin Sedinger

University of Wisconsin–Stevens Point

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ecology population biology animal ecology wildlife wildlife ecology conservation biology avian biology population ecology evolutionary biology environmental science ecology and evolutionary biology population growth biological conservation ornithology animal conservation wildlife biology wildlife management breeding behavior statistics statistical models demography community (ecology) climate change statistical methodology population studies population dynamics demographic forecasting habitat management spatial ecology animal management demographic parameters evolutionary applications ecological applications functional ecology applied ecology ecology evolution cryosphere water resource management management science migration studies anthropogenic effects demographic process glaciers habitat loss water conservation water availability adaptive management resource constraints resource allocation movement ecology biodiversity conservation nature conservation reproductive success unmanned systems unmanned vehicles human-wildlife relationships vegetation history population models hierarchical model animal demography anthropogenic impacts spurious relationships harvested species harbor seals tidewater glacier fjords ice dynamics wood ducks mortality risk maternal investment affects waterfowl population experimental harvest regulations null models

Notable Scholarly Works

Notable Federal Grants

Collaborators

Drone‐Based Radiotelemetry and Imagery Systems Provide an Advantage Over Traditional Techniques for Estimating Survival of Dependent Juveniles. Wildlife Society Bulletin (2025)

unmanned aerial vehicleswildlifedronesdependent juvenilesremote sensingunmanned systemsunmanned vehiclesunmanned aircraft systemsimagery systemstraditional techniques

Estimating Waterfowl Breeding Pair and Brood Densities Using Distance Sampling With Uncrewed Aerial Systems. Ecological Solutions and Evidence (2025)

wildlife ecologyunmanned aerial vehiclespopulation biologywildlifebrood densitiesuncrewed aerial systemsavian biologyanimal ecologywaterfowl breeding pairevolutionary biologybreeding behaviorpopulation ecologyecologyornithology

Patterns of Brood Dispersal and Habitat Use in Emperor Goose (Anser Canagicus) Goslings: Behavioral and Ecological Insights. Research Square (2025)

wildlife ecologypopulation biologyevolutionary ecologybrood dispersalemperor gooseavian biologyanimal ecologyanimal behaviorevolutionary biologybreeding behaviorbehavioral ecologyecologyanser canagicusecology and evolutionary biology

Harvest Management and Mast Abundance Affect Black Bear Harvest Demographics in the United States. Journal of Wildlife Management (2024)

wildlife ecologypopulation biologywildlifeanimal conservationconservation scienceagricultural economicsanimal managementhuman-wildlife relationshipsunited stateswildlife biologywildlife managementanimal ecologyharvest managementecologybiological conservationconservation biology

Previous Reproductive Success and Environmental Variation Influence Nest‐Site Fidelity of a Subarctic‐Nesting Goose. Ecology and Evolution (2024)

wildlife ecologyreproductive successevolutionary ecologysubarctic‐nesting gooseprevious reproductive successavian biologybiologyanimal ecologybreeding behaviorbehavioral ecologyecologypopulation ecologyecology and evolutionary biology

Migratory Patterns of Mallards in Eastern North America as Revealed From Band‐Recovery Data. Journal of Wildlife Management (2023)

Philip LavretskyBenjamin Sedinger

wildlife ecologyeastern north americawildlifeanimal managementmigration studiesavian biologywildlife managementband-recovery dataanimal ecologymigratory patternsmovement ecologyecologywildlife biologyconservation biologyornithology

Nest Traits and Major Flooding Events Influence Nest Survival of Emperor Geese While Regional Environmental Variation Linked to Climate Does Not. Ornithological applications (2023)

wildlife ecologypopulation biologywildlifenest traitsavian biologyanimal ecologyregional environmental variationevolutionary biologypopulation ecologyecologyemperor geeseconservation biology

A Hierarchical Model for Jointly Assessing Ecological and Anthropogenic Impacts on Animal Demography. Journal of Animal Ecology (2022)

wildlife ecologyhuman impacts on the environmentpopulation biologywildlifeanthropogenic effectspopulation growthenvironmental scienceanimal demographyecological applicationsanimal ecologypopulation ecologyecologyanthropogenic impactshierarchical model

A Niche for Null Models in Adaptive Resource Management. Ecology and Evolution (2022)

resource constraintsoperational efficiencyadaptive managementeconomicsresource allocationnull modelsmanagement science

Density‐Dependence Produces Spurious Relationships Among Demographic Parameters in a Harvested Species. Journal of Animal Ecology (2022)

harvested speciesspatial ecologyecology evolutionspurious relationshipspopulation biologybiodiversitydemographic parameterspopulation dynamicsfunctional ecologycommunity (ecology)evolutionary biologybiological conservationapplied ecologyecologypopulation ecologyecology and evolutionary biologyconservation biology

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Benjamin Sedinger

University of Wisconsin–Stevens Point

Affiliations

COLLEGE OF NATURAL RESOURCES

Department Of Wildlife

Wisconsin Center For Wildlife

University of Wisconsin–Stevens Point

NoneBenjamin Sedinger is currently serving as a College Of Natural Resources faculty at University of Wisconsin–Stevens Point.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Benjamin Sedinger

University of Wisconsin–Stevens Point

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Drone‐Based Radiotelemetry and Imagery Systems Provide an Advantage Over Traditional Techniques for Estimating Survival of Dependent Juveniles. Wildlife Society Bulletin (2025)

unmanned aerial vehicleswildlifedronesdependent juvenilesremote sensingunmanned systemsunmanned vehiclesunmanned aircraft systemsimagery systemstraditional techniques

Estimating Waterfowl Breeding Pair and Brood Densities Using Distance Sampling With Uncrewed Aerial Systems. Ecological Solutions and Evidence (2025)

Patterns of Brood Dispersal and Habitat Use in Emperor Goose (Anser Canagicus) Goslings: Behavioral and Ecological Insights. Research Square (2025)

Harvest Management and Mast Abundance Affect Black Bear Harvest Demographics in the United States. Journal of Wildlife Management (2024)

Previous Reproductive Success and Environmental Variation Influence Nest‐Site Fidelity of a Subarctic‐Nesting Goose. Ecology and Evolution (2024)

Migratory Patterns of Mallards in Eastern North America as Revealed From Band‐Recovery Data. Journal of Wildlife Management (2023)

Philip LavretskyBenjamin Sedinger

Nest Traits and Major Flooding Events Influence Nest Survival of Emperor Geese While Regional Environmental Variation Linked to Climate Does Not. Ornithological applications (2023)

wildlife ecologypopulation biologywildlifenest traitsavian biologyanimal ecologyregional environmental variationevolutionary biologypopulation ecologyecologyemperor geeseconservation biology

A Hierarchical Model for Jointly Assessing Ecological and Anthropogenic Impacts on Animal Demography. Journal of Animal Ecology (2022)

A Niche for Null Models in Adaptive Resource Management. Ecology and Evolution (2022)

resource constraintsoperational efficiencyadaptive managementeconomicsresource allocationnull modelsmanagement science

Density‐Dependence Produces Spurious Relationships Among Demographic Parameters in a Harvested Species. Journal of Animal Ecology (2022)

1
2
10 / page