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Global Change Biology(6)
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Ecological contingency in species shifts: Downslope shifts of woody species under warming climate and land-use change
ArticleAbstract: A predicted impact of a warming climate is an upslope shift of montane plant species. These upslopePalabras claves:basal area, Climate change, human disturbance cessation, Land use change, Recruitment, species elevational shiftAutores:Kenneth James Feeley, Wang G.G., Zhai L., Zhang B., Zhang J., Zhang X.Fuentes:scopusThermophilization of adult and juvenile tree communities in the northern tropical Andes
ArticleAbstract: Climate change is expected to cause shifts in the composition of tropical montane forests towards inPalabras claves:Climate change, Conservation biogeography, Dispersal modes, Species migrations, Thermal nichesAutores:Duque Montoya A.J., Kenneth James Feeley, Stevenson P.R.Fuentes:scopusThe Thermal Tolerances, Distributions, and Performances of Tropical Montane Tree Species
ArticleAbstract: Due to global warming, many species will face greater risks of thermal stress, which can lead to chaPalabras claves:Climate change, leaf temperatures, Leaf traits, MICROCLIMATE, thermophilization, tropical cloudforestsAutores:Duque A., Kenneth James Feeley, Martínez-Villa J.A., Perez T.M., Silva Duque A., Triviño Gonzalez D.Fuentes:scopusThe capacity to emit isoprene differentiates the photosynthetic temperature responses of tropical plant species
ArticleAbstract: Experimental research shows that isoprene emission by plants can improve photosynthetic performancePalabras claves:Climate change, Global warming, isoprene emission, Leaf biochemistry, photosynthetic temperature response, plant functional traits, THERMAL TOLERANCE, Tropical ForestAutores:Kenneth James Feeley, Slot M., Smith M.N., Taylor T.C.Fuentes:scopusThe data void in modeling current and future distributions of tropical species
ArticleAbstract: Conserving biodiversity in the face of climate change requires a predictive ecology of species distrPalabras claves:Bioclimatic niche envelope, Climate change, Conservation biogeography, habitat modeling, natural history collections, Species migrations, Tropical plantsAutores:Kenneth James Feeley, Silman M.R.Fuentes:scopusCompositional shifts of alpine plant communities across the high Andes
ArticleAbstract: Aim: Climate change is transforming mountain summit plant communities worldwide, but we know littlePalabras claves:Climate change, community thermal scores, latitude, Mountains, Species richness, thermophilization, vegetation dynamicsAutores:Antonella Bernardi, Beck S.G., Carilla J., Cuello S., Duchicela S.A., Eguiguren P., Francisco Cuesta C., Gámez L.E., Halloy S., Kenneth James Feeley, L. Hudson, Luís Daniel Llambí, M. V. Lencinas, Meneses R.I., Nikolay Aguirre, P. Rosero-Añazco, Pauli H., Peri P.L., Priscilla Muriel, Ramirez L.A., Ricardo Jaramillo, Thompson N., Tovar C., Yager K.Fuentes:scopusVariation in leaf temperatures of tropical and subtropical trees are related to leaf thermoregulatory traits and not geographic distributions
ArticleAbstract: To help predict the effects of global warming on plants, previous studies have investigated how thePalabras claves:Climate change, climatic distributions, climatic niches, leaf functional traits, leaf thermal properties, T max, T rate, tropical treesAutores:Kenneth James Feeley, Tserej O.Fuentes:scopusWeak phylogenetic and climatic signals in plant heat tolerance
ArticleAbstract: Aim: High heat tolerance is a potential way for plants to maintain performance under high temperaturPalabras claves:Climate change, common garden, community assembly, Ecophysiology, Environmental filter, photosynthesis, phylogenetic conservationAutores:Kenneth James Feeley, Perez T.M.Fuentes:scopusBiodiversity conservation: The key is reducing meat consumption
ReviewAbstract: The consumption of animal-sourced food products by humans is one of the most powerful negative forcePalabras claves:Biodiversity loss, Climate change, Livestock, Meat consumption, PermacultureAutores:Kenneth James Feeley, Machovina B., Ripple W.J.Fuentes:scopusBiotic attrition from tropical forests correcting for truncated temperature niches
ArticleAbstract: Species migration in response to warming temperatures is expected to lead to 'biotic attrition,' orPalabras claves:Amazon, Bioclimatic niche modelling, Climate change, extinction, Fundamental niche, GBIFAutores:Kenneth James Feeley, Silman M.R.Fuentes:scopus