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Sponsored AI Networking Cookbook: Practical recipes for AI-assisted network automation and development AI Networking Cookbook: Practical recipes for AI-assisted network automation and development

Author

S. Delzon

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Aug 2026

The meeting of stomata, trichomes and xylem: Are leaf and wood anatomy coordinated to control water loss and transport in olive?

BACKGROUND AND AIMS Photosynthetic tissues of terrestrial plants require a continuous water supply to avoid desiccation while allowing CO2 to diffuse to chloroplasts. This imposes a functional coordination between water-conducting tissues and stomatal regulation. What is the anatomical basis of this coordination? MET...

Éric Garnier, J. Terral, Bertrand Limier et al. · 0 citations
Open access Oct 2026

Wood type influences tree responses to recurring hot and dry summer tree water deficits across European forests

Increasingly frequent summer droughts are intensifying stem dehydration across European forests, constraining tree growth and resilience. Even mild water-related stress can inhibit tree growth, although its impact is species-specific. Tree water deficit (TWD), a measure deduced from radial stem contraction during droug...

L. Nikinmaa, A. Stegehuis, M. Lindner et al. · 0 citations
Open access Sep 2026

Rooting for water: Bridging Plant Hydraulics and Ecohydrology to Predict Drought Stress

Forests regulate climate and sustain biodiversity, but their resilience is increasingly threatened by drought-induced hydraulic failure, when xylem water transport is impaired by embolism. A critical but poorly constrained determinant of this risk largely due to limited observations of deep root water uptake is the amo...

Arsène Druel, J. Ruffault, Hervé Cochard et al. · 0 citations
Aug 2026

Contrasting plastic and genetic responses of leaf unfolding and senescence to temperature in Quercus petraea.

Investigation of intra-specific phenological variation in Quercus petraea across the French Pyrenees using a multi-environment experimental framework reveals phase-specific differences in phenological responses, with stronger temperature-associated plasticity in spring than in autumn phenology.

Xuewen Zhou, Thomas Caignard, A. Kremer et al. · 0 citations

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