Mostrando 6 resultados de: 6
Andean non-volant small mammals: A dataset of community assemblages of non-volant small mammals from the high Andes
OtherAbstract: Information from diversity inventories was used to study patterns of biodiversity and species distriPalabras claves:Andes, biodiversity inventory, COMMUNITIES, Small mammals, SOUTH AMERICAAutores:Alfonso Arguero, Ariatna Villarreal, Cairampoma R., D’Elía G., Ferro I., Hurtado N., Jayat J.P., Jorge M. Brito, Medina C.E., Novillo A., Percequillo A.R., Quiroga-Carmona M., Rengifo E.M., Solari S., Teta P., Urquizo J., Vivar E.Fuentes:scopusA new species of fish-eating rat, genus Neusticomys (Sigmodontinae), from Ecuador
ArticleAbstract: Background: In this study, the genetic substructure and morphology of the species Neusticomys monticPalabras claves:Andes, CRICETIDAE, ECUADOR, Ichthyomyini, Muroidea, Neusticomys monticolus, Neusticomys vossi sp. novAutores:Ayers S.B., Cox S.B., D’Elía G., Hanson J.D., Lee T.E., Santiago F. BurneoFuentes:googlescopusGenomic scale data shows that Parastacus nicoleti encompasses more than one species of burrowing continental crayfishes and that lineage divergence occurred with and without gene flow
ArticleAbstract: Delimiting species is a challenge, especially in scenarios of diversification with gene flow and whePalabras claves:Allopatry, Ancient lineages, Chilean Valdivian Forests, RAD-Sequencing, Speciation continuum, species complexAutores:D’Elía G., Hickerson M.J., Leaché A.D., Luis Amador, Victoriano P.F.Fuentes:scopusMolecular species delimitation reveals hidden specific diversity within a freshwater burrowing crayfish (Decapoda: Parastacidae) from southern Chile
ArticleAbstract: The Chilean freshwater crayfishes of the family Parastacidae have been little studied, in particularPalabras claves:Crustacea, geographic structure, Molecular systematics, Parastacus nicoleti, Phylogeography, SOUTH AMERICA, Species boundaries, species complexAutores:D’Elía G., Luis Amador, Victoriano P.F.Fuentes:scopusLeveraging natural history biorepositories as a global, decentralized, pathogen surveillance network
ReviewAbstract: The Severe Acute Respiratory Syndrome Coronavirus 2 (SARS-CoV-2) pandemic reveals a major gap in gloPalabras claves:Autores:Bates J., Camacho M.A., Carlos Carrion Bonilla, Colella J.P., Constable I., Cook J.A., Dunnum J.L., D’Elía G., Garza N.O., Greiman S.E., Hoberg E.P., Lessa E.P., Liphardt S.W., Londono-Gaviria M., Losos E., Lutz H.L., Martin M.L., Ribas C.C., Santiago F. Burneo, Struminger B., Thompson C.W., Torres-Perez F., Townsend Peterson A., Weksler M.Fuentes:scopusTaxonomy based on science is necessary for global conservation
ArticleAbstract:Palabras claves:Autores:Ahyong S.T., Alonso-Zarazaga M., Ammirati J., Araya J.F., Ascher J.S., Audisio T.L., Azevedo-Santos V.M., Bailly N., Baker W.J., Balke M., Barclay M.V.L., Barrett R.L., Benine R.C., Bickerstaff J.R.M., Bouchard P., Bour R., Bourgoin T., Boyko C.B., Breure A.S.H., Brothers D.J., Byng J.W., Campbell D., Ceríaco L.M.P., Cernák I., Cerretti P., Chang C.H., Cho S., Copus J.M., Costello M.J., Cseh A., Csuzdi C., Culham A., Daneliya M.E., Dekker R., Dickinson E.C., Dickinson T.A., Dijkstra K.D.B., Dima B., Dmitriev D.A., Duistermaat L., Dumbacher J.P., D’Elía G., d’Udekem d’Acoz C., Eiserhardt W.L., Ekrem T., Evenhuis N.L., Faille A., Fernández-Triana J.L., Fiesler E., Fishbein M., Fordham B.G., Freitas A.V.L., Friol N.R., Fritz U., Frøslev T., Funk V.A., Gaimari S.D., Garbino G.S.T., Garraffoni A.R.S., Geml J., Gill A.C., Gray A., Grazziotin F.G., Greenslade P., Gutiérrez E.E., Harvey M.S., Hazevoet C.J., He K., He X., Helfer S., Helgen K.M., Hita Garcia F., Holstein N., Horváth M.K., Hovenkamp P.H., Hwang W.S., Hyvönen J., Islam M.B., Iverson J.B., Ivie M.A., Jaafar Z., Jackson M.D., Jayat J.P., John E. Lattke, Johnson N.F., Kaiser H., Klitgård B.B., Knapp D.G., Kojima J.I., Kõljalg U., Kontschán J., Krell F.T., Krisai-Greilhuber I., Kullander S.O., Latella L., Lencioni V., Nora H. Oleas, Pyle R.L., Thomson S.A., van Dijk P.P., Van Heteren A.H.Fuentes:scopus