Mostrando 10 resultados de: 26
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PLoS ONE(3)
Proceedings of the Royal Society B: Biological Sciences(3)
Ecology(2)
Biological Conservation(1)
Biotropica(1)
An empirical evaluation of camera trap study design: How many, how long and when?
ArticleAbstract: Camera traps deployed in grids or stratified random designs are a well-established survey tool for wPalabras claves:Camera traps, community ecology, detectability, Mammals, Relative abundance, Species richness, study design, wildlife surveysAutores:Arbogast B.S., Baker-Whatton M., Beirne C., Boone H.M., Bowler M., Cove M.V., Ding P., Gonçalves A.L.S., Hansen C.P., Jansen P.A., Kays R., Knowles T.W., Kolowski J.M., McShea W.J., Millspaugh J., Moreira M.G., Pacifici K., Parsons A.W., Pease B.S., Rovero F., Santiago Espinosa, Santiago F. Burneo, Santos F., Schuttler S.G., Sheil D., Si X., Snider M., Spironello W.R.Fuentes:googlescopusAMAZONIA CAMTRAP: A data set of mammal, bird, and reptile species recorded with camera traps in the Amazon forest
OtherAbstract: The Amazon forest has the highest biodiversity on Earth. However, information on Amazonian vertebratPalabras claves:amazonía, data paper, Tropical Forest, VertebratesAutores:Aguiar-Silva F.H., Ahumada J.A., Alvarenga G.C., Alves G.B., Anaguano F., Antunes A.C., Antunes A.P., Ayala G., Baccaro F.B., Bager A., Barcelos D.C., Barnett A.P.A., Benavalli L., Borges-Almeida K., Boubli J.P., Brocardo C.R., Camilo A.R., Carnicer C., Castro A.B., Castro E.P., Costa H.C.M., da Rosa C.A., da Silva Ferraz D., da Silva Reis F., da Silva Zanzini A.C., David Auz, de Almeida Coelho A.G., de Almeida Correa A.P., de Almeida Jácomo A.T., de Avila Batista G., de Barros Barban A., de Lima C.A., de Lima Muniz F., de Lima Pereira K.D., de Pinho F.F., de Resende Assis J., de Thoisy B., Desbiez A.L.J., Didier K., do Prado H.A., dos Santos Maroclo Gomes A.C., dos Santos Monteiro E.C., Durigan C.C., Eaton D.P., El Bizri H.R., Fabiano Rodrigues de Melo, Figueiredo A., Fischer E., Forero-Medina G., Gajapersad K., Galo Zapata-Ríos, Gauzens B., Giroux A., Gräbin D.M., Herrera A.M., Isasi-Catalá E., Julia Salvador, Junior E.C., Keuroghlian A., Lane D.F., Lima I.J., Lopes A.M.C., Maioli L.U., Maracahipes-Santos L., Meiga A.Y., Mendonça E.N., Metzger J.P., Michalski F., Miranda J.M.D., Montanarin A., Monteza-Moreno C.M., Mozerle H.B., Nakano-Oliveira E., Neto G.D.S.F., Nunes A.V., Oliveira B.T., Oliveira E.G., Paim F.P., Palacios J., Palmeira F.B.L., Pedersoli G.H.P., Peres C.A., Polisar J., Polli D.J., Ramalho E.E., Rocha D.G., Röhe F., Rosa D.C.P., Santiago Espinosa, Santos F., Silva D.A., Silveira L., Silvério D.V., Teixeira J.V., Torralvo K., Trinca C.T., Valenzuela L., Venticinque E.M., Vieira E.M., Wallace R.B., Zárate-Castañeda C.Fuentes:scopusA graduate education framework for tropical conservation and development
ReviewAbstract: Conventional graduate training related to tropical conservation and development has typically separaPalabras claves:Alternative learning spaces, Collaborative research, Host-country partnerships, Interdisciplinary education, Learning platform, Problem-oriented researchAutores:Bruna E.M., Covert H., Dain J.L., Humphries S., Kainer K.A., Santiago Espinosa, Schmink M., Stepp J.R.Fuentes:scopusA standardized assessment of forest mammal communities reveals consistent functional composition and vulnerability across the tropics
ArticleAbstract: The understanding of global diversity patterns has benefitted from a focus on functional traits andPalabras claves:community structure, Conservation, Functional traits, Mammals, trophic guild, Tropical ForestAutores:Ahumada J.A., Alvarez P., Boekee K., Jansen P.A., Julia Salvador, Martin E.H., Moreira M.G., O'Brien T.G., Rosa M., Rovero F., Santiago Espinosa, Santos F., Sheil D., Sutherland C., Tenan S., Zvoleff A.Fuentes:scopusConsistent diel activity patterns of forest mammals among tropical regions
ArticleAbstract: An animal’s daily use of time (their “diel activity”) reflects their adaptations, requirements, andPalabras claves:Autores:Ahumada J.A., Akampurira E., Beaudrot L., Bischof R., Bitariho R., Estienne V., Jansen P.A., Julia Salvador, Kayijamahe C., Martin E.H., Moreira M.G., Mugerwa B., Rovero F., Santiago Espinosa, Santos F., Semper-Pascual A., Sheil D., Spironello W.R., Uzabaho E., Vallejo-Vargas A.F.Fuentes:scopusDensity and activity patterns of ocelot populations in Yasuní National Park, Ecuador
ArticleAbstract: Ocelots were historically hunted for their skins but habitat loss is now their most serious threat,Palabras claves:Abundance, amazonía, Behavior, camera trap, Capture-recapture, mesopredatorAutores:Julia Salvador, Santiago EspinosaFuentes:scopusActivity patterns of tayra (Eira barbara) across their distribution
ArticleAbstract: Species' activity patterns are driven by the need to meet basic requirements of food, social interacPalabras claves:análisis de sobreposición, cámaras trampa, camera trap, Carnivores, carnivoros, catastro no-invasivo, Mustelidae, Neotrópico, Neotropics, noninvasive survey, overlap analysesAutores:Carolina Reyes-Puig, Cove M.V., Cruz P., Da Silva X.M., Foster R.J., Gorky Ríos-Alvear, Harmsen B.J., Hidalgo-Mihart M.G., Kolowski J.M., López-González C.A., Medici E.P., Paviolo A., Reyes-Puig J.P., Santiago Espinosa, Villafañe-Trujillo Á.J.Fuentes:scopusGeography of roadkills within the Tropical Andes Biodiversity Hotspot: Poorly known vertebrates are part of the toll
ArticleAbstract: We explore the effect of roads in animal mortality within the Biodiversity Hotspot with the highestPalabras claves:Atractus, ecological trap, ECUADOR, endangered species, Gymnophiona, protected areas, road ecology, wildlife mortalityAutores:Pablo Medrano-Vizcaíno, Santiago EspinosaFuentes:scopusGlobal camera trap synthesis highlights the importance of protected areas in maintaining mammal diversity
OtherAbstract: The establishment of protected areas (PAs) is a central strategy for global biodiversity conservatioPalabras claves:camera trap, Functional diversity, human accessibility, human footprint, mammal diversity, Protected area, Species richness, taxonomic diversityAutores:Agwanda B.R., Ahumada J.A., Andrianarisoa M.H., Appleton R.D., Bitariho R., Brodie J.F., Burton A.C., Chen C., Fisher J.T., Grigione M.M., Helgen K.M., Hubbard A., Hurtado C.M., Jansen P.A., Jiang X., Jonathan Davies T., Jones A., Kalies E.L., Kays R., Kiebou-Opepa C., Li X., Liu R., McShea W.J., Meyer E., Miller A.B., Moreira M.G., Murphy T., Piana R., Quan R.C., Rota C.T., Rovero F., Santiago Espinosa, Santos F., Schuttler S.G., Sheil D., Uduman A., van Bommel J.K., Young H.Fuentes:scopusErratum: Tropical mammal functional diversity increases with productivity but decreases with anthropogenic disturbance (Proc. R. Soc. B (2021) 288 (20202098) DOI: 10.1098/rspb.2020.2098)
OtherAbstract: In the article ‘Tropical mammal functional diversity increases with productivity but decreases withPalabras claves:Autores:Ahumada J.A., Andrianarisoa M.H., Astaiza J.H., Beaudrot L., Gorczynski D., Hsieh C., Jansen P.A., Johnson S.E., Julia Salvador, Kayijamahe C., Luciano J.T., Moreira M.G., Rovero F., Santiago Espinosa, Santos F.Fuentes:scopus