The removal or substitution of riparian vegetation causes disturbance in physical environment, seasonal water flow and water chemical quality. These modifications can cause decrease in species richness by local extinctions. The aim of this study was to examine the effect of disturbance in the physical environmental on the richness and species composition of Odonata adults in streams with different levels of conservation in the river Suiá-Missu basin, Mato Grosso, Brazil. Modifications in the aquatic systems affected the Odonata community, probably because their ecophysiological and behavioral requirements of adults and larvae. Anisoptera species, which require sunny environments because of their body size, had higher species richness in env...
Since the relative role of local and regional abiotic factors on the Odonata diversity in rainforest...
AIMS: Investigated how the loss of environmental integrity affects damselfly species composition in ...
Tropical forests such as the Atlantic Forest are under constant threats from the impact of human act...
AIM: Here we assess the effects of habitat degradation on individuals of the two suborders of Odonat...
Since the relative role of local and regional abiotic factors on the Odonata diversity in rainforest...
The objective of this study was to compare the richness and density of Odonata larvae in four distin...
Water resources demand constant conservation actions due to several problems (e.g. riparian vegetati...
Interspecific interactions, such as competition, are among the key factors that determine the distri...
The odonates are insects that have a wide range of reproductive, ritualized territorial, and aggress...
Stream ecosystems may be strongly influenced in different ways by land use. The effects of land-cove...
The dragonflies and damselflies (Insecta: Odonata) are represented in majority by insects that have ...
Anthropic activities affect the dynamics of aquatic communities and can influence the reproductive b...
This study showed that the main impact on Odonata species of removal of riparian vegetation for road...
Anthropic activities affect the dynamics of aquatic communities and can influence the reproductive b...
The effect of riparian deforestation and stream impoundments on an odonate community was studied in ...
Since the relative role of local and regional abiotic factors on the Odonata diversity in rainforest...
AIMS: Investigated how the loss of environmental integrity affects damselfly species composition in ...
Tropical forests such as the Atlantic Forest are under constant threats from the impact of human act...
AIM: Here we assess the effects of habitat degradation on individuals of the two suborders of Odonat...
Since the relative role of local and regional abiotic factors on the Odonata diversity in rainforest...
The objective of this study was to compare the richness and density of Odonata larvae in four distin...
Water resources demand constant conservation actions due to several problems (e.g. riparian vegetati...
Interspecific interactions, such as competition, are among the key factors that determine the distri...
The odonates are insects that have a wide range of reproductive, ritualized territorial, and aggress...
Stream ecosystems may be strongly influenced in different ways by land use. The effects of land-cove...
The dragonflies and damselflies (Insecta: Odonata) are represented in majority by insects that have ...
Anthropic activities affect the dynamics of aquatic communities and can influence the reproductive b...
This study showed that the main impact on Odonata species of removal of riparian vegetation for road...
Anthropic activities affect the dynamics of aquatic communities and can influence the reproductive b...
The effect of riparian deforestation and stream impoundments on an odonate community was studied in ...
Since the relative role of local and regional abiotic factors on the Odonata diversity in rainforest...
AIMS: Investigated how the loss of environmental integrity affects damselfly species composition in ...
Tropical forests such as the Atlantic Forest are under constant threats from the impact of human act...