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A biodiversity informatics approach to ethnobotany: Meta-analysis of plant use patterns in Ecuador
ArticleAbstract: We explored the relative importance of ecosystem diversity, socioeconomic, environmental, and geograPalabras claves:Ecosystem Diversity, Human-Plant Interaction, plant species richness, Socioeconomic, Environmental, and geographical FactorsAutores:Balslev H., Borchsenius F., Carlos E. Cerón-Martínez, Lucía de la TorreFuentes:scopusFundamental species traits explain provisioning services of tropical American palms
ArticleAbstract: The well-being of the global human population rests on provisioning services delivered by 12% of thePalabras claves:Autores:Balslev H., Camara-Lerét R., Faurby S., Göldel B., Kissling W.D., Manuel J. Macía, Rønsted N., Saslis-Lagoudakis C.H., Svenning J.C.Fuentes:scopusGenetic structuring in a Neotropical palm analyzed through an Andean orogenesis-scenario
ArticleAbstract: Andean orogenesis has driven the development of very high plant diversity in theNeotropics through iPalabras claves:Genetic divergence, GENETIC DIVERSITY, Microsatellite markers, Oenocarpus, PhylogeographyAutores:Balslev H., Bernal R., Millán B., Pintaud J.C., Ramírez M.M., Rommel Montufar, Sebastián EscobarFuentes:scopusDiversity patterns, environmental drivers and changes in vegetation composition in dry inter-Andean valleys
ArticleAbstract: Aims We studied diversity, patterns of endemism and turnover of vegetation composition in dry inter-Palabras claves:ECUADOR, Endemics, life forms, α-diversity, β-diversityAutores:Balslev H., Barfod A.S., Catalina Quintana, Girardello M.Fuentes:googlescopusLandscape diversity patterns and endemism of Araceae in Ecuador
ArticleAbstract: Araceae is one of the largest herb families in tropical America, but its patterns of diversity and ePalabras claves:Andes, Araceae, Diversity patterns, ECUADOR, endemism, GIS, Lowland rain forest, Pbkp_redictive distribution modelling, Species richness, variation partitioningAutores:Balslev H., Leimbeck R.M., Renato ValenciaFuentes:googlescopusPhylogenomic relationships and historical biogeography in the South American vegetable ivory palms (Phytelepheae)
ArticleAbstract: The palm tribe Phytelepheae form a clade of three genera and eight species whose phylogenetic relatiPalabras claves:Ancestral range evolution, Andean uplift, ARECACEAE, Phylogenomics, Target-sequence captureAutores:Balslev H., Helmstetter A.J., Rommel Montufar, Sebastián Escobar, Thomas L.P. CouvreurFuentes:scopusQualea amapaënsis (Vochysiaceae), a new and phytogeographically interesting species from Brazil
ArticleAbstract: Qualea amapaËnsis, the second species of sect. Polytrias Stafleu is described. It differs from its cPalabras claves:Autores:Balslev H., Scott Alan MoriFuentes:scopusRevealing floristic variation and map uncertainties for different plant groups in western Amazonia
ArticleAbstract: Questions: Understanding spatial variation in floristic composition is crucial to quantify the extenPalabras claves:Amazonian biogeography, area of applicability, ferns, Juruá river, Machine learning, Melastomataceae, Niche, Palms, plant community, remote sensing, species–environmental relationships, Tropical forests, vegetation mapping, ZingiberalesAutores:Balslev H., Chaves P.P., Emílio T., Gabriel M. Moulatlet, Ruokolainen K., Tuomisto H., Van doninck J., Zuquim G.Fuentes:scopusRevision of Otoba (Myristicaceae)
ArticleAbstract: Otoba is one of six American genera of Myristicaceae and recognized by having three stamens with almPalabras claves:Autores:Balslev H., Tatiana S. Jaramillo-VivancoFuentes:googlescopus