The aim of this study was to investigate the influence of spatial variation in river channels and habitats on the distribution of fish communities in the headwater streams of the Jaú River System, a blackwater tributary of the Negro River. Collections and measurements were made in 34 headwater streams during the period of November-December, 1998. Fish were captured with fish traps and hand nets along standard reaches of two meanders. Data on benthic habitat structure, stream depth and width were collected along lateral transects in each sample reach. A total of 66 fish species from 24 families were collected and classified into seven trophic guilds: allocthonous insectivore, autochthonous insectivore, general insectivore, piscivore, detriti...
ABSTRACT This study aimed to determine whether fish species occupy different mesohabitats, as define...
Currently, the expansion of the agricultural frontier in the Amazon represents a profound change in ...
Habitat homogenization is one of the most important drivers of change in riverine fauna. Therefore, ...
The aim of this study was to investigate the influence of spatial variation in river channels and ha...
Species interactions can modulate the diversity and enhance the stability of biological communities ...
The aim of this study was to investigate the influence of spatial variation in river channels and ha...
Stream fish communities can show spatial and temporal patterns, which can be revealed by species ass...
Stream fish species can be distributed in space and time and in an organized pattern, which can be o...
Amazon streams are highly heterogeneous systems that encompass a remarkable diversity. Due to the in...
An overview of studies and theories on river ecology is presented, given enphasis to the importance ...
Made available in DSpace on 2015-09-25T12:20:54Z (GMT). No. of bitstreams: 1 PDF - Marcio Joaquim da...
A composição e a distribuição espacial de uma comunidade de peixes foram estudadas em três trechos d...
Land use changes can impact aquatic communities, compromising water quality due to the physical and ...
The amazon streams have harsh environmental characteristics for several fish species due to their ol...
Este estudo investigou a estrutura da comunidade de peixes em um trecho do Rio Matapi, um afluente d...
ABSTRACT This study aimed to determine whether fish species occupy different mesohabitats, as define...
Currently, the expansion of the agricultural frontier in the Amazon represents a profound change in ...
Habitat homogenization is one of the most important drivers of change in riverine fauna. Therefore, ...
The aim of this study was to investigate the influence of spatial variation in river channels and ha...
Species interactions can modulate the diversity and enhance the stability of biological communities ...
The aim of this study was to investigate the influence of spatial variation in river channels and ha...
Stream fish communities can show spatial and temporal patterns, which can be revealed by species ass...
Stream fish species can be distributed in space and time and in an organized pattern, which can be o...
Amazon streams are highly heterogeneous systems that encompass a remarkable diversity. Due to the in...
An overview of studies and theories on river ecology is presented, given enphasis to the importance ...
Made available in DSpace on 2015-09-25T12:20:54Z (GMT). No. of bitstreams: 1 PDF - Marcio Joaquim da...
A composição e a distribuição espacial de uma comunidade de peixes foram estudadas em três trechos d...
Land use changes can impact aquatic communities, compromising water quality due to the physical and ...
The amazon streams have harsh environmental characteristics for several fish species due to their ol...
Este estudo investigou a estrutura da comunidade de peixes em um trecho do Rio Matapi, um afluente d...
ABSTRACT This study aimed to determine whether fish species occupy different mesohabitats, as define...
Currently, the expansion of the agricultural frontier in the Amazon represents a profound change in ...
Habitat homogenization is one of the most important drivers of change in riverine fauna. Therefore, ...