Larval dispersal maps for each simulated cohort of 10,000 larvae within the northern Irish Sea (see Fig 1).

Sole larval supply to coastal nurseries: Interannual variability and connectivity at interregional and interpopulation scales

Savina-, Marie
Lunghi, Mathias
Archambault, B.
Baulier, Loic
Huret, Martin
Le Pape, Olivier

May 2016

Simulating fish larval drift helps assess the sensitivity of recruitment variability to early life h...

Modelled larval dispersal and measured gene flow : seascape genetics of the common cockle Cerastoderma edule in the southern Irish Sea

Coscia, I
Robins, PE
Porter, JS
Malham, SK
Ironside, JE

April 2013

The role of marine currents in shaping population connectivity in the common cockle Cerastoderma edu...

An analysis of larval dispersal and retention within the South Atlantic Bight using satellite-tracked drifters released on reef fish spawning grounds

Lesher, Ammon T.

January 2008

Studies that track the dispersal of eggs and larvae from a point source are an important component i...

Probability maps of predicted larval fish dispersal.

Alice E. Harada (787796)
Elise A. Lindgren (787797)
Maiko C. Hermsmeier (787798)
Peter A. Rogowski (787799)
Eric Terrill (787800)
Ronald S. Burton (153857)

August 2015

Both maps show the results of the predictive model run for twenty days following a collection dat...

Progressive vector simulations of passive 20-day pelagic larval periods based on ADCP data.

Geoffrey S. Cook (444341)
P. Ed Parnell (606600)
Lisa A. Levin (173316)

July 2014

Simulations were conducted by continuously releasing (n = 1×106) “virtual larva...

Larval release magnitude and movement pathlength.

Andrew S. Kough (419497)
Claire B. Paris (290536)
Mark J. Butler IV (419498)

June 2013

The probability of dispersal distances for larval releases from a central Caribbean release locat...

Histograms of radial dispersal distances for each simulated cohort of 10,000 larvae.

Kate Gormley (832108)
Clara Mackenzie (832109)
Peter Robins (704610)
Ilaria Coscia (122392)
Andrew Cassidy (832110)
Jenny James (832111)
Angela Hull (832112)
Stuart Piertney (832113)
William Sanderson (832114)
Joanne Porter (233725)

December 2015

Each Fig (a-d) displays histograms from six release dates (01 April—01 September), released from ...

Biophysical simulations showing dispersal of larvae from 4 Baltic locations.

Christin Appelqvist (701852)
Zyad K. Al-Hamdani (701853)
Per R. Jonsson (362739)
Jon N. Havenhand (291805)

March 2015

Relative larval dispersal probabilities predicted from a biophysical model where larvae were rele...

Dataset of Larval dispersal simulations of marine benthic invertebrates around New Zealand

Charles Michie
Alice Della Penna
Carolyn Lundquist
Shane Lavery

June 2023

Dataset generated from biophysical simulations modelling larval dispersal around New Zealand with Op...

Atlantic seep mussels larval dispersal simulations and genetic data

Jollivet, Didier
Portanier, Elodie
Nicolle, Amandine
Thiébaut, Eric
Biastoch, Arne

January 2023

These data aim at evaluating the hypothesis of long-distance dispersal across the North Atlantic and...

Larval dispersal (left), KE (m2.s-2, right) and surface current vectors for May (top) and September (bottom) of 2007.

Andressa D’Agostini (811061)
Douglas Francisco Marcolino Gherardi (811062)
Luciano Ponzi Pezzi (811063)

October 2015

The dashed areas highlight the region where the spawning and recruitment areas are located.</p

Hoc Tan Dao (736376)
Carolyn Smith-Keune (77301)
Eric Wolanski (297183)
Clive M. Jones (736377)
Dean R. Jerry (736378)

May 2015

Round circles indicate spawning grounds where the larvae are released. Square boxes are estimated...

DataSheet_1_Predictive biophysical models of bivalve larvae dispersal in Scotland.pdf

Ana Corrochano-Fraile (12489927)
Thomas P. Adams (2927001)
Dmitry Aleynik (7108628)
Michaël Bekaert (121005)
Stefano Carboni (2339416)

September 2022

In Scotland, bivalves are widely distributed. However, their larvae dispersion is still largely unkn...

Biophysical Modelling of Lophelia pertusa Larval Dispersal in the Skagerrak – An Area Isolated by Distance?

Fagerström, Vilhelm
Broström, Göran
Larsson, Ann

May 2018

Poster presentation at ATLAS 3rd General Assembly. The Skagerrak basin in northeastern North Sea...

Modelled larval dispersal and measured gene flow: seascape genetics of the common cockle Cerastoderma edule in the southern Irish Sea:Conservation Genetics

Coscia, Ilaria
Robins, Peter
Porter, Joanne
Malham, Shelagh
Ironside, Joseph Edward

September 2012

The role of marine currents in shaping population connectivity in the common cockle Cerastoderma edu...

Sole larval supply to coastal nurseries: Interannual variability and connectivity at interregional and interpopulation scales

Savina-, Marie
Lunghi, Mathias
Archambault, B.
Baulier, Loic
Huret, Martin
Le Pape, Olivier

May 2016

Simulating fish larval drift helps assess the sensitivity of recruitment variability to early life h...

Modelled larval dispersal and measured gene flow : seascape genetics of the common cockle Cerastoderma edule in the southern Irish Sea

Coscia, I
Robins, PE
Porter, JS
Malham, SK
Ironside, JE

April 2013

The role of marine currents in shaping population connectivity in the common cockle Cerastoderma edu...

An analysis of larval dispersal and retention within the South Atlantic Bight using satellite-tracked drifters released on reef fish spawning grounds

Lesher, Ammon T.

January 2008

Studies that track the dispersal of eggs and larvae from a point source are an important component i...

Probability maps of predicted larval fish dispersal.

Alice E. Harada (787796)
Elise A. Lindgren (787797)
Maiko C. Hermsmeier (787798)
Peter A. Rogowski (787799)
Eric Terrill (787800)
Ronald S. Burton (153857)

August 2015

Both maps show the results of the predictive model run for twenty days following a collection dat...

Progressive vector simulations of passive 20-day pelagic larval periods based on ADCP data.

Geoffrey S. Cook (444341)
P. Ed Parnell (606600)
Lisa A. Levin (173316)

July 2014

Simulations were conducted by continuously releasing (n = 1×106) “virtual larva...

Larval release magnitude and movement pathlength.

Andrew S. Kough (419497)
Claire B. Paris (290536)
Mark J. Butler IV (419498)

June 2013

The probability of dispersal distances for larval releases from a central Caribbean release locat...

Histograms of radial dispersal distances for each simulated cohort of 10,000 larvae.

Kate Gormley (832108)
Clara Mackenzie (832109)
Peter Robins (704610)
Ilaria Coscia (122392)
Andrew Cassidy (832110)
Jenny James (832111)
Angela Hull (832112)
Stuart Piertney (832113)
William Sanderson (832114)
Joanne Porter (233725)

December 2015

Each Fig (a-d) displays histograms from six release dates (01 April—01 September), released from ...

Biophysical simulations showing dispersal of larvae from 4 Baltic locations.

Christin Appelqvist (701852)
Zyad K. Al-Hamdani (701853)
Per R. Jonsson (362739)
Jon N. Havenhand (291805)

March 2015

Relative larval dispersal probabilities predicted from a biophysical model where larvae were rele...

Dataset of Larval dispersal simulations of marine benthic invertebrates around New Zealand

Charles Michie
Alice Della Penna
Carolyn Lundquist
Shane Lavery

June 2023

Dataset generated from biophysical simulations modelling larval dispersal around New Zealand with Op...

Atlantic seep mussels larval dispersal simulations and genetic data

Jollivet, Didier
Portanier, Elodie
Nicolle, Amandine
Thiébaut, Eric
Biastoch, Arne

January 2023

These data aim at evaluating the hypothesis of long-distance dispersal across the North Atlantic and...

Larval dispersal (left), KE (m2.s-2, right) and surface current vectors for May (top) and September (bottom) of 2007.

Andressa D’Agostini (811061)
Douglas Francisco Marcolino Gherardi (811062)
Luciano Ponzi Pezzi (811063)

October 2015

The dashed areas highlight the region where the spawning and recruitment areas are located.</p

Hoc Tan Dao (736376)
Carolyn Smith-Keune (77301)
Eric Wolanski (297183)
Clive M. Jones (736377)
Dean R. Jerry (736378)

May 2015

Round circles indicate spawning grounds where the larvae are released. Square boxes are estimated...

DataSheet_1_Predictive biophysical models of bivalve larvae dispersal in Scotland.pdf

Ana Corrochano-Fraile (12489927)
Thomas P. Adams (2927001)
Dmitry Aleynik (7108628)
Michaël Bekaert (121005)
Stefano Carboni (2339416)

September 2022

In Scotland, bivalves are widely distributed. However, their larvae dispersion is still largely unkn...

Biophysical Modelling of Lophelia pertusa Larval Dispersal in the Skagerrak – An Area Isolated by Distance?

Fagerström, Vilhelm
Broström, Göran
Larsson, Ann

May 2018

Poster presentation at ATLAS 3rd General Assembly. The Skagerrak basin in northeastern North Sea...

Modelled larval dispersal and measured gene flow: seascape genetics of the common cockle Cerastoderma edule in the southern Irish Sea:Conservation Genetics

Coscia, Ilaria
Robins, Peter
Porter, Joanne
Malham, Shelagh
Ironside, Joseph Edward

September 2012

The role of marine currents in shaping population connectivity in the common cockle Cerastoderma edu...

Sole larval supply to coastal nurseries: Interannual variability and connectivity at interregional and interpopulation scales

Savina-, Marie
Lunghi, Mathias
Archambault, B.
Baulier, Loic
Huret, Martin
Le Pape, Olivier

May 2016

Simulating fish larval drift helps assess the sensitivity of recruitment variability to early life h...

Modelled larval dispersal and measured gene flow : seascape genetics of the common cockle Cerastoderma edule in the southern Irish Sea

Coscia, I
Robins, PE
Porter, JS
Malham, SK
Ironside, JE

April 2013

The role of marine currents in shaping population connectivity in the common cockle Cerastoderma edu...

An analysis of larval dispersal and retention within the South Atlantic Bight using satellite-tracked drifters released on reef fish spawning grounds

Lesher, Ammon T.

January 2008

Studies that track the dispersal of eggs and larvae from a point source are an important component i...

Larval dispersal maps for each simulated cohort of 10,000 larvae within the northern Irish Sea (see Fig 1).

Abstract

Extracted data

Larval dispersal maps for each simulated cohort of 10,000 larvae within the northern Irish Sea (see Fig 1).

Abstract

Extracted data

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