The effect of riparian deforestation and stream impoundments on an odonate community was studied in áreas of surviving Atlantic forest in Viçosa and in Rio Doce State Park (PERD), Marliéria, Minas Gerais, Brazil. During 1997 16 species of Libellulidae, 4 Coenagrionidae, 2 Gomphidae, 2 Calopterygidae, 1 Megapodagrionidae, 1 Aeshnidae and 3 Protoneuridae were collected. In Viçosa, the association of sampled odonates with lotic or lentic systems, and in PERD for areas with or without riparian vegetation were compared. The results suggest that although overall odonate taxonomic richness is high in areas without riparian vegetation. Likely, because productivity increase of such areas and its invasion by lentic Odonata species
Abstract: The regional knowledge of species diversity and distribution is important to support conse...
A survey of odonatofauna was carried out in Mata do Baú, a predominantly forested area in Barroso, M...
AIM: Here we assess the effects of habitat degradation on individuals of the two suborders of Odonat...
Stream ecosystems may be strongly influenced in different ways by land use. The effects of land-cove...
The removal or substitution of riparian vegetation causes disturbance in physical environment, seaso...
A survey of Odonata was carried out in the central region of the state of Rio Grande do Sul: the Taq...
Abstract Dragonflies and damselflies (Insecta: Odonata) are widely distributed among freshwater ecos...
In this study we report twenty-one species of Odonata from the Bodoquena Mountains, Mato Grosso do S...
This study showed that the main impact on Odonata species of removal of riparian vegetation for road...
One of the most endangered ecosystems in America is the Atlantic Forest, which demands emergency act...
Dragonflies and damselflies (Insecta: Odonata) are widely distributed among freshwater ecosystems of...
Tropical forests such as the Atlantic Forest are under constant threats from the impact of human act...
Diversity of Odonata (Insecta) in lotic systems from Serra da Bodoquena, Mato Grosso do Sul State, B...
Only 8% of the approximately 120 conservation units in Minas Gerais State collect information on the...
Abstract Only 8% of the approximately 120 conservation units in Minas Gerais State collect informati...
Abstract: The regional knowledge of species diversity and distribution is important to support conse...
A survey of odonatofauna was carried out in Mata do Baú, a predominantly forested area in Barroso, M...
AIM: Here we assess the effects of habitat degradation on individuals of the two suborders of Odonat...
Stream ecosystems may be strongly influenced in different ways by land use. The effects of land-cove...
The removal or substitution of riparian vegetation causes disturbance in physical environment, seaso...
A survey of Odonata was carried out in the central region of the state of Rio Grande do Sul: the Taq...
Abstract Dragonflies and damselflies (Insecta: Odonata) are widely distributed among freshwater ecos...
In this study we report twenty-one species of Odonata from the Bodoquena Mountains, Mato Grosso do S...
This study showed that the main impact on Odonata species of removal of riparian vegetation for road...
One of the most endangered ecosystems in America is the Atlantic Forest, which demands emergency act...
Dragonflies and damselflies (Insecta: Odonata) are widely distributed among freshwater ecosystems of...
Tropical forests such as the Atlantic Forest are under constant threats from the impact of human act...
Diversity of Odonata (Insecta) in lotic systems from Serra da Bodoquena, Mato Grosso do Sul State, B...
Only 8% of the approximately 120 conservation units in Minas Gerais State collect information on the...
Abstract Only 8% of the approximately 120 conservation units in Minas Gerais State collect informati...
Abstract: The regional knowledge of species diversity and distribution is important to support conse...
A survey of odonatofauna was carried out in Mata do Baú, a predominantly forested area in Barroso, M...
AIM: Here we assess the effects of habitat degradation on individuals of the two suborders of Odonat...