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Article(5)
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Journal of Biogeography(2)
Journal of Vegetation Science(1)
Palaeogeography, Palaeoclimatology, Palaeoecology(1)
The New phytologist(1)
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Ecología(4)
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ODS 13: Acción por el clima(5)
ODS 15: Vida de ecosistemas terrestres(5)
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A 370,000-year record of vegetation and fire history around Lake Titicaca (Bolivia/Peru)
ArticleAbstract: Fossil pollen and charcoal analyses of sediments from Lake Titicaca, Peru/Bolivia, provide a recordPalabras claves:Andes, Climate Change, fire, Fossil charcoal, Fossil pollen, InterglacialAutores:Bush M.B., Collins A., Fritz S.C., Gosling W.D., Hanselman J.A., Knox C., Paul A. BakerFuentes:scopusAndean microrefugia: testing the Holocene to predict the Anthropocene
ArticleAbstract: Microrefugia are important for supporting populations during periods of unfavourable climate changePalabras claves:Andes, Climate Change, Conservation, fire, Microrefugia, palaeoecology, Polylepis, rugosityAutores:Bryan G. Valencia, Bush M.B., Gosling W.D., Matthews-Bird F., Urrego D.H., Williams J.J.Fuentes:googlescopusLong-term drivers of change in Polylepis woodland distribution in the central Andes
ArticleAbstract: Question: Is the modern patchy distribution of highly biodiverse Polylepis woodlands a consequence oPalabras claves:Andes, Biodiversity, Bolivia, Charcoal, Climate Change, Moisture balance, Perú, Pollen, Polylepis, seasonality, TEMPERATUREAutores:Bryan G. Valencia, Bush M.B., Christopher K., Gosling W.D., Hanselman J.A.Fuentes:googlescopusPolylepis woodland dynamics during the last 20,000 years
ArticleAbstract: Aim: To determine the palaeoecological influences of climate change and human land use on the spatiaPalabras claves:Andean forest, Climate Change, endemism, Fossil pollen, Holocene, Human impact, hyper-fragmented, Interglacial, natural fires, Polylepis woodlandsAutores:Bryan G. Valencia, Bush M.B., Coe A.L., Gosling W.D., Orren E.Fuentes:googlescopusThermal niche traits of high alpine plant species and communities across the tropical Andes and their vulnerability to global warming
ArticleAbstract: Aim: The climate variability hypothesis (CVH) predicts that locations with reduced seasonal temperatPalabras claves:Climate Change, climate seasonality, Endemics, Mountains, Niche breadth, thermal optimumAutores:Beck S.G., Buytaert W., Carilla J., Carmen Ulloa-Ulloa, Francisco Cuesta C., Gosling W.D., Halloy S., Jácome J., Luís Daniel Llambí, Meneses R.I., Nikolay Aguirre, Pauli H., Priscilla Muriel, Suárez-Duque D., Tovar C., Viñas P., Yager K.Fuentes:googlescopus