Dataset for finalized Arctic Grayling MS_Cutting et al. 2016

April 2011

Data collected in the fall to determine effects of overwintering on grayling growth and lipid storag...

Interdisciplinary approaches to enhance biological data collection and understanding of Arctic Grayling (Thymallus arcticus) spawning behaviour

July 2021

Increased pressure of industrial development in the Arctic drives the need for a better understandin...

Data_Sheet_1_Seasonality can affect ecological interactions between fishes of different thermal guilds.docx

Emma J. Bloomfield (13915227)
Matthew M. Guzzo (8038190)
Trevor A. Middel (13915230)
Mark S. Ridgway (5025332)
Bailey C. McMeans (2043529)

October 2022

Seasonality could play a crucial role in structuring species interactions. For example, many ectothe...

Data from: Seasonal change in trophic niche of adfluvial arctic grayling (Thymallus arcticus) and coexisting fishes in a high-elevation lake system

Cutting, Kyle A.
Cross, Wyatt F.
Anderson, Michelle L.
Reese, Elizabeth G.

May 2016

Introduction of non-native species is a leading threat to global aquatic biodiversity. Competition b...

Data from: Seasonal change in trophic niche of adfluvial arctic grayling (Thymallus arcticus) and coexisting fishes in a high-elevation lake system

Cutting, Kyle A.
Cross, Wyatt F.
Anderson, Michelle L.
Reese, Elizabeth G.

Introduction of non-native species is a leading threat to global aquatic biodiversity. Competition b...

Data from: Seasonal change in trophic niche of adfluvial arctic grayling (Thymallus arcticus) and coexisting fishes in a high-elevation lake system

Cutting, Kyle A.
Cross, Wyatt F.
Anderson, Michelle L.
Reese, Elizabeth G.

May 2016

Introduction of non-native species is a leading threat to global aquatic biodiversity. Competition b...

Seasonal Change in Trophic Niche of Adfluvial Arctic Grayling (Thymallus arcticus) and Coexisting Fishes in a High-Elevation Lake System.

Kyle A Cutting
Wyatt F Cross
Michelle L Anderson
Elizabeth G Reese

Introduction of non-native species is a leading threat to global aquatic biodiversity. Competition b...

Lake Trout (Salvelinus namaycush) and Arctic Grayling (Thymallus arcticus) Diet, Population, and Migration Dynamics in Arctic Ecosystems

Miano, Andrew

January 2013

Climate change has already increased temperatures in Arctic ecosystems and is predicted to continue ...

Feeding Behavior Comparison of Arctic Grayling in NE 12 and GTH 156

Babb, Shannon

April 2009

Arctic lakes provide a unique natural laboratory where changes of fish behavior can be studied. NE 1...

Dataset for 'Challenging convention: the winter ecology of a stream salmonid in a productive and stable environment'

Kemp, Paul

Data to support: Kemp, Paul et al (2016) Challenging convention: the winter ecology of brown trout ...

Climate-Induced Habitat Fragmentation Affects Metapopulation Structure of Arctic Grayling in Tundra Streams

Golden, Heidi E

September 2016

Climate change is altering ecosystems across the globe, with ecological and evolutionary consequence...

Data for "Decreasing snow cover alters functional composition and diversity of Arctic tundra"

Niittynen, Pekka
Luoto, Miska

July 2020

This page links to the data and code associated with the publication Niittynen et al. (2020) "Decrea...

Genetic monitoring informs conservation status and trend of Arctic grayling at the southern edge of their distribution

Kovach, Ryan P.
Whiteley, Andrew R.
Jaeger, Matthew E.
Painter, Sally
Lodmell, Angela
Leary, Robb F.

August 2020

The number of effective breeders (Nb) has been touted as a means to monitor freshwater fishes, but t...

Abiotic habitat assessment for arctic grayling in a portion of the big Manistee river, Michigan

Danhoff, Brian M.
Huckins, Casey J.
Auer, Nancy A.
Goble, Cameron W.
Ogren, Stephanie A.
Holtgren, J. Marty

July 2017

Interdisciplinary approaches to enhance biological data collection and understanding of Arctic Grayling (Thymallus arcticus) spawning behaviour

July 2021

Increased pressure of industrial development in the Arctic drives the need for a better understandin...

87delake.txt

April 2011

Data collected in the fall to determine effects of overwintering on grayling growth and lipid storag...

Interdisciplinary approaches to enhance biological data collection and understanding of Arctic Grayling (Thymallus arcticus) spawning behaviour

July 2021

Increased pressure of industrial development in the Arctic drives the need for a better understandin...

Data_Sheet_1_Seasonality can affect ecological interactions between fishes of different thermal guilds.docx

Emma J. Bloomfield (13915227)
Matthew M. Guzzo (8038190)
Trevor A. Middel (13915230)
Mark S. Ridgway (5025332)
Bailey C. McMeans (2043529)

October 2022

Seasonality could play a crucial role in structuring species interactions. For example, many ectothe...

Data from: Seasonal change in trophic niche of adfluvial arctic grayling (Thymallus arcticus) and coexisting fishes in a high-elevation lake system

Cutting, Kyle A.
Cross, Wyatt F.
Anderson, Michelle L.
Reese, Elizabeth G.

May 2016

Introduction of non-native species is a leading threat to global aquatic biodiversity. Competition b...

Data from: Seasonal change in trophic niche of adfluvial arctic grayling (Thymallus arcticus) and coexisting fishes in a high-elevation lake system

Cutting, Kyle A.
Cross, Wyatt F.
Anderson, Michelle L.
Reese, Elizabeth G.

Introduction of non-native species is a leading threat to global aquatic biodiversity. Competition b...

Data from: Seasonal change in trophic niche of adfluvial arctic grayling (Thymallus arcticus) and coexisting fishes in a high-elevation lake system

Cutting, Kyle A.
Cross, Wyatt F.
Anderson, Michelle L.
Reese, Elizabeth G.

May 2016

Introduction of non-native species is a leading threat to global aquatic biodiversity. Competition b...

Seasonal Change in Trophic Niche of Adfluvial Arctic Grayling (Thymallus arcticus) and Coexisting Fishes in a High-Elevation Lake System.

Kyle A Cutting
Wyatt F Cross
Michelle L Anderson
Elizabeth G Reese

Introduction of non-native species is a leading threat to global aquatic biodiversity. Competition b...

Lake Trout (Salvelinus namaycush) and Arctic Grayling (Thymallus arcticus) Diet, Population, and Migration Dynamics in Arctic Ecosystems

Miano, Andrew

January 2013

Climate change has already increased temperatures in Arctic ecosystems and is predicted to continue ...

Feeding Behavior Comparison of Arctic Grayling in NE 12 and GTH 156

Babb, Shannon

April 2009

Arctic lakes provide a unique natural laboratory where changes of fish behavior can be studied. NE 1...

Dataset for 'Challenging convention: the winter ecology of a stream salmonid in a productive and stable environment'

Kemp, Paul

Data to support: Kemp, Paul et al (2016) Challenging convention: the winter ecology of brown trout ...

Climate-Induced Habitat Fragmentation Affects Metapopulation Structure of Arctic Grayling in Tundra Streams

Golden, Heidi E

September 2016

Climate change is altering ecosystems across the globe, with ecological and evolutionary consequence...

Data for "Decreasing snow cover alters functional composition and diversity of Arctic tundra"

Niittynen, Pekka
Luoto, Miska

July 2020

This page links to the data and code associated with the publication Niittynen et al. (2020) "Decrea...

Genetic monitoring informs conservation status and trend of Arctic grayling at the southern edge of their distribution

Kovach, Ryan P.
Whiteley, Andrew R.
Jaeger, Matthew E.
Painter, Sally
Lodmell, Angela
Leary, Robb F.

August 2020

The number of effective breeders (Nb) has been touted as a means to monitor freshwater fishes, but t...

Abiotic habitat assessment for arctic grayling in a portion of the big Manistee river, Michigan

Danhoff, Brian M.
Huckins, Casey J.
Auer, Nancy A.
Goble, Cameron W.
Ogren, Stephanie A.
Holtgren, J. Marty

July 2017

Interdisciplinary approaches to enhance biological data collection and understanding of Arctic Grayling (Thymallus arcticus) spawning behaviour

July 2021

Increased pressure of industrial development in the Arctic drives the need for a better understandin...

87delake.txt

April 2011

Data collected in the fall to determine effects of overwintering on grayling growth and lipid storag...

Interdisciplinary approaches to enhance biological data collection and understanding of Arctic Grayling (Thymallus arcticus) spawning behaviour

July 2021

Increased pressure of industrial development in the Arctic drives the need for a better understandin...

Data_Sheet_1_Seasonality can affect ecological interactions between fishes of different thermal guilds.docx

Emma J. Bloomfield (13915227)
Matthew M. Guzzo (8038190)
Trevor A. Middel (13915230)
Mark S. Ridgway (5025332)
Bailey C. McMeans (2043529)

October 2022

Seasonality could play a crucial role in structuring species interactions. For example, many ectothe...

Dataset for finalized Arctic Grayling MS_Cutting et al. 2016

Abstract

Extracted data

Dataset for finalized Arctic Grayling MS_Cutting et al. 2016

Abstract

Extracted data

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