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Assessment of the impacts of climate change on Mediterranean terrestrial ecosystems based on data from field experiments and long-term monitored field gradients in Catalonia
ReviewAbstract: Climate change is increasing temperatures globally and drought in many regions. If climate change coPalabras claves:Climate Change, Community and ecosystem changes, drought, experiments, Long-term, management, Mediterranean terrestrial ecosystems, molecular, Morphological and physiological changes, Nutrients, Observations, resilienceAutores:Achotegui-Castells A., Asensio D., Barbeta A., Bartrons M., Camino M., Carlos A. Gracia, Carnicer J., Estiarte M., Farré-Armengol G., Fernández-Martínez M., Filella I., Gargallo-Garriga A., Grau O., Liu D., Liu L., Llusià J., Margalef O., Nadal-Sala D., Ogaya R., Peguero G., Pẽuelas J., Pla-Rabes S., Preece C., Rico L., Rivas-Ubach A., Sabaté S., Sardans J., Sperlich D., Stefanescu C., Terradas J., Urbina I., Verger A., Vives M., Zhang C.Fuentes:scopusGOTILWA+: A process-based model that evaluates the effects of climate change on forests and explores forest management options for its mitigation
ArticleAbstract: In the current climate change context, it is essential to develop tools able to explore forest ecosyPalabras claves:Climate Change, Ecophysiological processes, Forest ecology, forestry, modellingAutores:Carlos A. Gracia, Nadal-Sala D., Sabaté S.Fuentes:scopusGains or losses in forest productivity under climate change? The uncertainty of CO<inf>2</inf> fertilization and climate effects
ArticleAbstract: Global warming poses great challenges for forest managers regarding adaptation strategies and speciePalabras claves:CO fertilization 2, drought, European beech, Forest growth simulation, GOTILWA+, Silver firAutores:Carlos A. Gracia, Hanewinkel M., Kreuzwieser J., Nadal-Sala D., Sperlich D., Yousefpour R.Fuentes:scopusGlobal warming likely to enhance black locust (Robinia pseudoacacia L.) growth in a Mediterranean riparian forest
ArticleAbstract: Mediterranean riparian forests are comparably humid environments that provide shelter for several brPalabras claves:Black locust, Climate Change, Ecophysiological models, Inverse modeling, Mediterranean riparian forestsAutores:Carlos A. Gracia, Hartig F., Nadal-Sala D., Sabaté S.Fuentes:scopusDifferent responses to water availability and evaporative demand of four co-occurring riparian tree species in NE Iberian Peninsula: Temporal and spatial sap flow patterns
ArticleAbstract: Mediterranean riparian forests are natural refuges for boreal and temperate origin's tree species asPalabras claves:Ash tree, Black alder, Black locust, Black poplar, Invasive species, Riparian forest, Sap flow density, Water availabilityAutores:Boumghar A., Carlos A. Gracia, Nadal-Sala D., Sabaté S., Sánchez-Costa E.Fuentes:scopusGrowth and water use performance of four co-occurring riparian tree species in a Mediterranean riparian forest
ArticleAbstract: Mediterranean riparian zones act as vegetation shelters for several deciduous tree species at the edPalabras claves:Black locust, Forest transpiration, Invasive tree species, Mediterranean riparian forests, Stem growth, water use efficiencyAutores:Carlos A. Gracia, Nadal-Sala D., Poblador S., Sabaté S., Sabater F., Sánchez-Costa E.Fuentes:scopusIncreasing aridity will not offset CO<inf>2</inf> fertilization in fast-growing eucalypts with access to deep soil water
ArticleAbstract: Rising atmospheric [CO2] (Ca) generally enhances tree growth if nutrients are not limiting. However,Palabras claves:deep soil water uptake, Eucalyptus saligna, Forest productivity, vapor pressure deficit, Water availabilityAutores:Barton C.V.M., Carlos A. Gracia, Ellsworth D.S., Medlyn B.E., Nadal-Sala D., Ruehr N.K., Sabaté S., Tissue D.T., Tjoelker M.G.Fuentes:scopusThe relative importance of soil depth for Aleppo pine (Pinus halepensis Mill.) resilience in face of the increasing aridity induced by climate change
ArticleAbstract: Most of Spanish forests are currently growing under water deficit conditions. Climate change projectPalabras claves:Aleppo pine, Climate Change, GOTILWA+, Soil depth, Water deficitAutores:Carlos A. Gracia, Nadal-Sala D., Sabaté S.Fuentes:scopus