The original publication can be found at www.springerlink.comHabitat forming algae play an important role in the ecology of temperate reefs worldwide. Despite this, our understanding of levels of gene flow within and among populations of algae is largely limited to studies on intertidal species; we know comparatively little about important habitat-forming subtidal algae. Here, we develop eight polymorphic microsatellite markers for the characterisation of population genetic diversity and structure in the subtidal kelp, Ecklonia radiata. This large macroalga is the most abundant habitat-forming kelp on the subtidal rocky reefs of temperate Australia and New Zealand where it forms extensive forests that support an astounding diversity of asso...
Various stressors such as higher temperatures, grazing by sea urchins, and anthropogenic effects may...
© 2019 CSIRO. Temperate intertidal shores globally are often dominated by habitat-forming seaweeds, ...
International audiencePorts and farms are well-known primary introduction hot spots for marine non-i...
Characterising patterns of dispersal and gene flow in habitat-forming organisms is becoming a focal ...
© 2008 Springer. Part of Springer Science+Business MediaHabitat-forming macroalgae play a central ro...
International audienceMarine ecosystems formed by kelp forests are severely threatened by global cha...
With marine protected areas being established worldwide there is a pressing need to understand how t...
With marine protected areas being established worldwide there is a pressing need to understand how t...
Macroalgae underpin most temperate inshore ecosystems, but increasing macroalgal loss, fragmentation...
© 2016, Springer Science+Business Media Dordrecht. The Australasian fucoid, Hormosira banksii, commo...
The evolution of asexual reproduction is considered a response to environmental conditions where it ...
Macrocystis represents the most widely distributed kelp genus, providing structure and energy for on...
International audienceKelp forests are threatened by human activities that result in habitat loss or...
Macroalgae underpin most temperate inshore ecosystems, but increasing macroalgalloss, fragmentation ...
Various stressors such as higher temperatures, grazing by sea urchins, and anthropogenic effects may...
© 2019 CSIRO. Temperate intertidal shores globally are often dominated by habitat-forming seaweeds, ...
International audiencePorts and farms are well-known primary introduction hot spots for marine non-i...
Characterising patterns of dispersal and gene flow in habitat-forming organisms is becoming a focal ...
© 2008 Springer. Part of Springer Science+Business MediaHabitat-forming macroalgae play a central ro...
International audienceMarine ecosystems formed by kelp forests are severely threatened by global cha...
With marine protected areas being established worldwide there is a pressing need to understand how t...
With marine protected areas being established worldwide there is a pressing need to understand how t...
Macroalgae underpin most temperate inshore ecosystems, but increasing macroalgal loss, fragmentation...
© 2016, Springer Science+Business Media Dordrecht. The Australasian fucoid, Hormosira banksii, commo...
The evolution of asexual reproduction is considered a response to environmental conditions where it ...
Macrocystis represents the most widely distributed kelp genus, providing structure and energy for on...
International audienceKelp forests are threatened by human activities that result in habitat loss or...
Macroalgae underpin most temperate inshore ecosystems, but increasing macroalgalloss, fragmentation ...
Various stressors such as higher temperatures, grazing by sea urchins, and anthropogenic effects may...
© 2019 CSIRO. Temperate intertidal shores globally are often dominated by habitat-forming seaweeds, ...
International audiencePorts and farms are well-known primary introduction hot spots for marine non-i...