<p>The upper Paraná River system (UP) is a highly diverse biogeographic province for freshwater fishes, but little is known about processes which shaped that diversity. This study describes the phylogeographic pattern in <i>Hypostomus ancistroides</i>, a suckermouth catfish species that is widespread in the UP and also reported from the adjoining Ribeira do Iguape basin. We used complete mtDNA sequences of ATPase 6/8 of 162 specimens to infer haplotype distribution using phylogenetic and demographic analyses and a Bayesian molecular clock. Results suggest that during the Quaternary <i>H. ancistroides</i> has undergone superimposed phylogeographic histories, alternating between isolation and subsequent merging of different populations. Occur...
The Neotropical region represents one of the greatest biodiversity hotspots on earth. Despite its un...
Brachyplatystoma platynemum is a catfish species widely distributed in the Amazon basin. Despite bei...
Accurately quantifying biodiversity is fundamental for both evolutionary theory and conservation str...
Only one species of armored catfish, Ancistrus cirrhosus Valenciennes 1836, has been historically de...
Hypomasticus copelandii is a Neotropical freshwater fish widely distributed across coastal drainages...
Ecological opportunity is often proposed as a driver of accelerated diversification, but evidence ha...
The Neotropics possess the greatest freshwater fish diversity of the world, rendering the study of t...
The main objectives of this study are estimate a species-dense, time-calibrated molecular phylogeny ...
In this study, phylogenetic and phylogeographic analyses of populations identified as Hypostomus str...
With 149 currently recognized species, Hypostomus is one of the most species-rich catfish genera in ...
Paleo-drainage connections and headwater stream-captures are two main historical processes shaping t...
Paleo-drainage connections and headwater stream-captures are two main historical processes shaping t...
Freshwater fish are an ideal model to illustrate how climate-tectonic changes affect the distributio...
Abstract Historical biogeography seeks to explain contemporary distributions of taxa in the context ...
Historical biogeography seeks to explain contemporary distributions of taxa in the context of intrin...
The Neotropical region represents one of the greatest biodiversity hotspots on earth. Despite its un...
Brachyplatystoma platynemum is a catfish species widely distributed in the Amazon basin. Despite bei...
Accurately quantifying biodiversity is fundamental for both evolutionary theory and conservation str...
Only one species of armored catfish, Ancistrus cirrhosus Valenciennes 1836, has been historically de...
Hypomasticus copelandii is a Neotropical freshwater fish widely distributed across coastal drainages...
Ecological opportunity is often proposed as a driver of accelerated diversification, but evidence ha...
The Neotropics possess the greatest freshwater fish diversity of the world, rendering the study of t...
The main objectives of this study are estimate a species-dense, time-calibrated molecular phylogeny ...
In this study, phylogenetic and phylogeographic analyses of populations identified as Hypostomus str...
With 149 currently recognized species, Hypostomus is one of the most species-rich catfish genera in ...
Paleo-drainage connections and headwater stream-captures are two main historical processes shaping t...
Paleo-drainage connections and headwater stream-captures are two main historical processes shaping t...
Freshwater fish are an ideal model to illustrate how climate-tectonic changes affect the distributio...
Abstract Historical biogeography seeks to explain contemporary distributions of taxa in the context ...
Historical biogeography seeks to explain contemporary distributions of taxa in the context of intrin...
The Neotropical region represents one of the greatest biodiversity hotspots on earth. Despite its un...
Brachyplatystoma platynemum is a catfish species widely distributed in the Amazon basin. Despite bei...
Accurately quantifying biodiversity is fundamental for both evolutionary theory and conservation str...