Titlebook: Oaks Physiological Ecology. Exploring the Functional Diversity of Genus Quercus L.; Eustaquio Gil-Pelegrín,José Javier Peguero-Pina,Do Boo

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Physiological Evidence from Common Garden Experiments for Local Adaptation and Adaptive Plasticity al winter and seasonal drought and (2) the variation among populations that associated with climate variation and can be interpreted as local adaptation. We focus primarily on a series of common gardens that allow us to determine the genetically based differences in functional and physiological trai

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,Carbon Losses from Respiration and Emission of Volatile Organic Compounds—The Overlooked Side of Trody tissues increases with temperature, although in a hysteretic manner during a diel period. On a seasonal basis, besides temperature, water availability becomes the main abiotic driver of woody tissue R as drought stress down-regulates maintenance and growth metabolic processes in stems and roots.

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Photoprotective Mechanisms in the Genus , in Response to Winter Cold and Summer Drought, with particular emphasis on the role of free and enzymatic antioxidants, xanthophyll cycles and sustained engagement of dissipation. Afterwards, the chapter addresses with the need of photoprotection in deciduous oaks during autumn senescence associated to the risks of chlorophyll degradation and r

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Growth and Growth-Related Traits for a Range of , Species Grown as Seedlings Under Controlled Condithe RGR of adult . species; and (4) to compare the RGR of seedlings and adults, and identify which functional traits can explain the differences in RGR. Compared to woody species from other families, seedlings of . species were characterized by low RGR and specific leaf area (SLA), a high proportion

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