Future habitat model (FHM) of predicted versus observed values of ice extent by Ice Region and year.

Effects of future climate change (CGCM2 A2, B2 scenario) on (sub)arctic mammals.

Anouschka R. Hof (136365)
Roland Jansson (136367)
Christer Nilsson (139506)

February 2013

1G (Generalist): species utilizing a variety of habitat types, S (Specialist): species specialize...

Data from: How to survive a glaciation: the challenge of estimating biologically realistic potential distributions under freezing conditions

Guevara, Lázaro
León-Paniagua, Livia

Correlative ecological niche models are increasingly used to estimate potential distributions during...

Data from: How to survive a glaciation: the challenge of estimating biologically realistic potential distributions under freezing conditions

Guevara, Lázaro
León-Paniagua, Livia

March 2019

Correlative ecological niche models are increasingly used to estimate potential distributions during...

Future Habitat Model (FHM) outputs by Ice Region (Total Arctic [TotArc], Arctic Ocean [ArcOcn], Canadian Archipelago [CanArch], Huddon Bay [Hudson], East Greenland [EGreen], Barents and Kara Seas [BarKara], Baffin Bay and Newfoundland & Labrador [BaffNL], Southern Gulf of St. Lawrence [sGSL], Bering Sea [Bering], and Seas of Okhotsk and Japan [OkhJpn]).

Darrell R. J. Mullowney (17124796)
Krista D. Baker (10801056)
Cody S. Szuwalski (17124799)
Stephanie A. Boudreau (17124802)
Frédéric Cyr (798921)
Brooks A. Kaiser (14113785)

October 2023

Predictor terms are calendar month, Arctic Oscillation (AO) and carbon dioxide (CO2). edf refers to ...

Observed (black) versus predicted (red) ice extent (million km2) by month from 1980 to 2020 by Ice Region.

Darrell R. J. Mullowney (17124796)
Krista D. Baker (10801056)
Cody S. Szuwalski (17124799)
Stephanie A. Boudreau (17124802)
Frédéric Cyr (798921)
Brooks A. Kaiser (14113785)

October 2023

Observed data are from NOAA satellite observations and predicted ata are from the Future Habitat Mod...

Fig 8 -

Darrell R. J. Mullowney (17124796)
Krista D. Baker (10801056)
Cody S. Szuwalski (17124799)
Stephanie A. Boudreau (17124802)
Frédéric Cyr (798921)
Brooks A. Kaiser (14113785)

October 2023

Left. Marginal effect smooths of monthly ice extent patterns by Ice Region. Right. Contour plots of ...

Current predicted species richness for full model (A) and climatic model (B).

Francisco Amorim (515013)
Sílvia B. Carvalho (515014)
João Honrado (515015)
Hugo Rebelo (515016)

January 2014

Current predicted species richness for full model (A) and climatic model (B).</p

Ice extent indices by Ice Region grouped as new frontiers, historic ranges, and overall area.

Darrell R. J. Mullowney (17124796)
Krista D. Baker (10801056)
Cody S. Szuwalski (17124799)
Stephanie A. Boudreau (17124802)
Frédéric Cyr (798921)
Brooks A. Kaiser (14113785)

October 2023

Maximum and minimum based on annual observations and Habitat Potential based on difference of maximu...

Predicted suitable areas under changing climate scenarios assuming no dispersal and full / unlimited dispersal of the species.

Julius Maina Waititu (13899367)
Charles Ndegwa Mundia (13899370)
Arthur W. Sichangi (13899373)

October 2022

Predicted suitable areas under changing climate scenarios assuming no dispersal and full / unlimited...

PREDICTING THE HABITAT SUITABILITY OF ASIAN ELEPHANTS UNDER FUTURE CLIMATE SCENARIOS.

Sagar Budhathoki

February 2023

This is the data for "PREDICTING THE HABITAT SUITABILITY OF ASIAN ELEPHANTS UNDER FUTURE CLIMATE SCE...

Extent and habitat type of high habitat suitability predictions.

Fabio Campanella (587079)
Peter J. Auster (236923)
J. Christopher Taylor (509471)
Roldan C. Muñoz (160275)

February 2019

A) Total area covered by the high suitability predictions by time interval. B) Percentage of habitat...

Flowchart of development and evaluation of MaxEnt relative habitat suitability (RHS) models within each of 11 modeling regions.

Jeffrey R. Dunk (2903273)
Brian Woodbridge (6204731)
Nathan Schumaker (3273678)
Elizabeth M. Glenn (6204734)
Brendan White (6204737)
David W. LaPlante (6204740)
Robert G. Anthony (2907647)
Raymond J. Davis (5587604)
Karl Halupka (6204743)
Paul Henson (6204746)
Bruce G. Marcot (843580)
Michele Merola-Zwartjes (6204749)
Barry R. Noon (578082)
Martin G. Raphael (3183291)
Jody Caicco (6204752)
Dan L. Hansen (6204755)
Mary Jo Mazurek (6204758)
James Thrailkill (6204761)

January 2019

Flowchart of development and evaluation of MaxEnt relative habitat suitability (RHS) models within e...

Representation of the Maxent models for the A. unedo habitat suitability predictions (average over replicated runs).

Maria Margarida Ribeiro (3911017)
Natália Roque (6191309)
Sílvia Ribeiro (4862770)
Catarina Gavinhos (6191312)
Isabel Castanheira (6191315)
Luís Quinta-Nova (6191318)
Teresa Albuquerque (488357)
Saki Gerassis (6191321)

January 2019

Warmer colors show areas with better-predicted conditions. Black dots show the species presence loca...

Snow crab potential habitat index by Ice Region.

Darrell R. J. Mullowney (17124796)
Krista D. Baker (10801056)
Cody S. Szuwalski (17124799)
Stephanie A. Boudreau (17124802)
Frédéric Cyr (798921)
Brooks A. Kaiser (14113785)

October 2023

Black points show ice extent areas based on historic NOAA satellite observations of maximum minus mi...

Data from: How to survive a glaciation: the challenge of estimating biologically realistic potential distributions under freezing conditions

Guevara, Lázaro
León-Paniagua, Livia

March 2019

Correlative ecological niche models are increasingly used to estimate potential distributions during...

Effects of future climate change (CGCM2 A2, B2 scenario) on (sub)arctic mammals.

Anouschka R. Hof (136365)
Roland Jansson (136367)
Christer Nilsson (139506)

February 2013

1G (Generalist): species utilizing a variety of habitat types, S (Specialist): species specialize...

Data from: How to survive a glaciation: the challenge of estimating biologically realistic potential distributions under freezing conditions

Guevara, Lázaro
León-Paniagua, Livia

Correlative ecological niche models are increasingly used to estimate potential distributions during...

Data from: How to survive a glaciation: the challenge of estimating biologically realistic potential distributions under freezing conditions

Guevara, Lázaro
León-Paniagua, Livia

March 2019

Correlative ecological niche models are increasingly used to estimate potential distributions during...

Future Habitat Model (FHM) outputs by Ice Region (Total Arctic [TotArc], Arctic Ocean [ArcOcn], Canadian Archipelago [CanArch], Huddon Bay [Hudson], East Greenland [EGreen], Barents and Kara Seas [BarKara], Baffin Bay and Newfoundland & Labrador [BaffNL], Southern Gulf of St. Lawrence [sGSL], Bering Sea [Bering], and Seas of Okhotsk and Japan [OkhJpn]).

Darrell R. J. Mullowney (17124796)
Krista D. Baker (10801056)
Cody S. Szuwalski (17124799)
Stephanie A. Boudreau (17124802)
Frédéric Cyr (798921)
Brooks A. Kaiser (14113785)

October 2023

Predictor terms are calendar month, Arctic Oscillation (AO) and carbon dioxide (CO2). edf refers to ...

Observed (black) versus predicted (red) ice extent (million km2) by month from 1980 to 2020 by Ice Region.

Darrell R. J. Mullowney (17124796)
Krista D. Baker (10801056)
Cody S. Szuwalski (17124799)
Stephanie A. Boudreau (17124802)
Frédéric Cyr (798921)
Brooks A. Kaiser (14113785)

October 2023

Observed data are from NOAA satellite observations and predicted ata are from the Future Habitat Mod...

Fig 8 -

Darrell R. J. Mullowney (17124796)
Krista D. Baker (10801056)
Cody S. Szuwalski (17124799)
Stephanie A. Boudreau (17124802)
Frédéric Cyr (798921)
Brooks A. Kaiser (14113785)

October 2023

Left. Marginal effect smooths of monthly ice extent patterns by Ice Region. Right. Contour plots of ...

Current predicted species richness for full model (A) and climatic model (B).

Francisco Amorim (515013)
Sílvia B. Carvalho (515014)
João Honrado (515015)
Hugo Rebelo (515016)

January 2014

Current predicted species richness for full model (A) and climatic model (B).</p

Ice extent indices by Ice Region grouped as new frontiers, historic ranges, and overall area.

Darrell R. J. Mullowney (17124796)
Krista D. Baker (10801056)
Cody S. Szuwalski (17124799)
Stephanie A. Boudreau (17124802)
Frédéric Cyr (798921)
Brooks A. Kaiser (14113785)

October 2023

Maximum and minimum based on annual observations and Habitat Potential based on difference of maximu...

Predicted suitable areas under changing climate scenarios assuming no dispersal and full / unlimited dispersal of the species.

Julius Maina Waititu (13899367)
Charles Ndegwa Mundia (13899370)
Arthur W. Sichangi (13899373)

October 2022

Predicted suitable areas under changing climate scenarios assuming no dispersal and full / unlimited...

PREDICTING THE HABITAT SUITABILITY OF ASIAN ELEPHANTS UNDER FUTURE CLIMATE SCENARIOS.

Sagar Budhathoki

February 2023

This is the data for "PREDICTING THE HABITAT SUITABILITY OF ASIAN ELEPHANTS UNDER FUTURE CLIMATE SCE...

Extent and habitat type of high habitat suitability predictions.

Fabio Campanella (587079)
Peter J. Auster (236923)
J. Christopher Taylor (509471)
Roldan C. Muñoz (160275)

February 2019

A) Total area covered by the high suitability predictions by time interval. B) Percentage of habitat...

Flowchart of development and evaluation of MaxEnt relative habitat suitability (RHS) models within each of 11 modeling regions.

Jeffrey R. Dunk (2903273)
Brian Woodbridge (6204731)
Nathan Schumaker (3273678)
Elizabeth M. Glenn (6204734)
Brendan White (6204737)
David W. LaPlante (6204740)
Robert G. Anthony (2907647)
Raymond J. Davis (5587604)
Karl Halupka (6204743)
Paul Henson (6204746)
Bruce G. Marcot (843580)
Michele Merola-Zwartjes (6204749)
Barry R. Noon (578082)
Martin G. Raphael (3183291)
Jody Caicco (6204752)
Dan L. Hansen (6204755)
Mary Jo Mazurek (6204758)
James Thrailkill (6204761)

January 2019

Flowchart of development and evaluation of MaxEnt relative habitat suitability (RHS) models within e...

Representation of the Maxent models for the A. unedo habitat suitability predictions (average over replicated runs).

Maria Margarida Ribeiro (3911017)
Natália Roque (6191309)
Sílvia Ribeiro (4862770)
Catarina Gavinhos (6191312)
Isabel Castanheira (6191315)
Luís Quinta-Nova (6191318)
Teresa Albuquerque (488357)
Saki Gerassis (6191321)

January 2019

Warmer colors show areas with better-predicted conditions. Black dots show the species presence loca...

Snow crab potential habitat index by Ice Region.

Darrell R. J. Mullowney (17124796)
Krista D. Baker (10801056)
Cody S. Szuwalski (17124799)
Stephanie A. Boudreau (17124802)
Frédéric Cyr (798921)
Brooks A. Kaiser (14113785)

October 2023

Black points show ice extent areas based on historic NOAA satellite observations of maximum minus mi...

Data from: How to survive a glaciation: the challenge of estimating biologically realistic potential distributions under freezing conditions

Guevara, Lázaro
León-Paniagua, Livia

March 2019

Correlative ecological niche models are increasingly used to estimate potential distributions during...

Effects of future climate change (CGCM2 A2, B2 scenario) on (sub)arctic mammals.

Anouschka R. Hof (136365)
Roland Jansson (136367)
Christer Nilsson (139506)

February 2013

1G (Generalist): species utilizing a variety of habitat types, S (Specialist): species specialize...

Data from: How to survive a glaciation: the challenge of estimating biologically realistic potential distributions under freezing conditions

Guevara, Lázaro
León-Paniagua, Livia

Correlative ecological niche models are increasingly used to estimate potential distributions during...

Data from: How to survive a glaciation: the challenge of estimating biologically realistic potential distributions under freezing conditions

Guevara, Lázaro
León-Paniagua, Livia

March 2019

Correlative ecological niche models are increasingly used to estimate potential distributions during...

Future habitat model (FHM) of predicted versus observed values of ice extent by Ice Region and year.

Abstract

Extracted data

Future habitat model (FHM) of predicted versus observed values of ice extent by Ice Region and year.

Abstract

Extracted data

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