LotusLive Connections is part address book, part real-time collaboration tool. Pricing starts at $79 per month, per user. Our data support that higher densities of leaf-litter frogs tend to occur in the Neotropical region compared to the Old World tropics, tending to be higher in Central America than in South America.LotusLive Events helps you manage events registrations host your event and follow up with post-event analysis e-mail reminders generate automatically. Rhinella ornata had the highest mean body mass (12.1 ± 7.5 g), and E. Thoropa miliaris had the largest values of SVL (39.0 ± 10.3 mm), whereas the smallest species were Euparkerella brasiliensis (16.7 ± 2.2 mm) and E.
Haddadus binotatus had the highest density (1.1 ind/100 m 2). The estimated density of the local leaf-litter frog assemblage based on plot sampling was 4.3 frogs/100 m 2. Haddadus binotatus, a direct-developing frog, was the most abundant species in the community. The local assemblage of frogs associated to the leaf-litter was composed by 14 species, belonging to nine families. Herein we combined three sampling methods (large plots, visual encounter surveys and pitfall traps) to present data on species composition, richness, relative abundance and densities. We studied the leaf-litter frog community of Estação Ecológica Estadual Paraíso, in Guapimirim, Rio de Janeiro State, southeastern Brazil. We compare densities obtained in our study data with those of other studied rainforest sites in various tropical regions of the world. The gymnophtalmid lizard Leposoma scincoides was the most abundant reptile species (mean density of 0.3 ind/100 m 2). The reptile community of Morro São João was dominated by species of the families Gekkonidae and Gymnophtalmidae (Lacertilia) and Colubridae (Serpentes).
For amphibians, Eleutherodactylus and Scinax were the most speciose genera with three species each, and Eleutherodactylus binotatus was the most abundant species (mean density of 3.0 frogs/100 m 2). The estimated densities (based on results of plot sampling) were 4.5 ind/100 m 2 for amphibians and 0.8 ind/100 m 2 for lizards, and the overall density (amphibians and lizards) was 5.3 ind/100 m 2. We recorded sixteen species of amphibians and nine of reptiles.
We combined three sampling methods: plot sampling, visual encounter surveys and pitfall traps. We studied the herpetofaunal community from the Atlantic forest of Morro São João, in Rio de Janeiro State, Brazil, and present data on species composition, richness, relative abundance and densities.
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