of two other species of Arbacia, and our data show that it is hybridizing with one of limited overlap in the subtropics. This separation has tropical sea urchin genus contains species in more than et al. 1997). An alternate route around the southern tip Present address: Science Applications International Corporation, MD, USA. Molecular Ecology (2011) doi: 10.1111/j.1365-294X.2011.05303.ximportant biogeographical consequences, because one ocean, because such contacts were possible in the past. The Tethys Sea in the Northern Hemisphere had connected the Indo-Pacific with the Atlantic until th
Isolation by distance (IBD) is one of the main modes of differentiation in marine species, above all...
Tripneustes is one of the most abundant and ecologically significant tropical echinoids. Highly valu...
We compared the genetic differentiation in the green sea urchin Strongylocentrotus droebachiensis fr...
of two other species of Arbacia, and our data show that it is hybridizing with one of limited overla...
Among shallow water sea urchin genera, Arbacia is the only genus that contains species found in both...
We present the global phylogeography of the black sea urchin Arbacia lixula, an amphi-Atlantic echin...
Distinguishing between intra- and inter-specific variation in genetic studies is critical to underst...
<div><p>We present the global phylogeography of the black sea urchin <em>Arbacia lixula</em>, an amp...
We present the global phylogeography of the black sea urchin Arbacia lixula, an amphi-Atlantic echin...
Sea urchins of the genus Tripneustes are among the most abundant and ecologically important pan-trop...
Many pantropical marine species have a similar disjunct range across the globe. There are two hypoth...
Sea urchins of the genus Arbacia are widely distributed throughout the world occurring in tropical, ...
Assessing population connectivity is necessary to construct effective marine protected areas. This c...
The `Eastern Paci¢c Barrier ' (EPB), 5400 km of uninterrupted deep water between the central an...
We present the global phylogeography of the black sea urchin Arbacia lixula, an amphi-Atlantic echin...
Isolation by distance (IBD) is one of the main modes of differentiation in marine species, above all...
Tripneustes is one of the most abundant and ecologically significant tropical echinoids. Highly valu...
We compared the genetic differentiation in the green sea urchin Strongylocentrotus droebachiensis fr...
of two other species of Arbacia, and our data show that it is hybridizing with one of limited overla...
Among shallow water sea urchin genera, Arbacia is the only genus that contains species found in both...
We present the global phylogeography of the black sea urchin Arbacia lixula, an amphi-Atlantic echin...
Distinguishing between intra- and inter-specific variation in genetic studies is critical to underst...
<div><p>We present the global phylogeography of the black sea urchin <em>Arbacia lixula</em>, an amp...
We present the global phylogeography of the black sea urchin Arbacia lixula, an amphi-Atlantic echin...
Sea urchins of the genus Tripneustes are among the most abundant and ecologically important pan-trop...
Many pantropical marine species have a similar disjunct range across the globe. There are two hypoth...
Sea urchins of the genus Arbacia are widely distributed throughout the world occurring in tropical, ...
Assessing population connectivity is necessary to construct effective marine protected areas. This c...
The `Eastern Paci¢c Barrier ' (EPB), 5400 km of uninterrupted deep water between the central an...
We present the global phylogeography of the black sea urchin Arbacia lixula, an amphi-Atlantic echin...
Isolation by distance (IBD) is one of the main modes of differentiation in marine species, above all...
Tripneustes is one of the most abundant and ecologically significant tropical echinoids. Highly valu...
We compared the genetic differentiation in the green sea urchin Strongylocentrotus droebachiensis fr...