Plants are frequently classified as isohydric or anisohydric in an attempt to portray their
water relations strategy or ecological niche. However, despite the popularity of the …

Plant microbiota are the subject of new product developments, primarily aimed at improving
plant health, nutrition, and stress resilience. However, current application of microbials in the …

The relationship between stomatal conductance (gs) and leaf water potential (Ψl) is key to
the understanding of plant function under changing climate. The variability among tree …

Plant function requires effective mechanisms to regulate water transport at a variety of
scales. Here, we develop a new theoretical framework describing plant responses to drying …

Droughts are expected to become more frequent and more intense under climate change.
Plant mortality rates and biomass declines in response to drought depend on stomatal and …

The concept of iso‐vs. anisohydry has been used to describe the stringency of stomatal
regulation of plant water potential (ψ). However, metrics that accurately and consistently …

Water scarcity is a critical limitation for agricultural systems. Two different water management
strategies have evolved in plants: an isohydric strategy and an anisohydric strategy …

Climate change is altering the dynamics, structure and function of the Amazon, a biome
deeply connected to the Earth's carbon cycle. Climate factors that control the spatial and …

Drought challenges plant water uptake and the vascular system. In the xylem it causes
embolism that impairs water transport from the soil to the leaves and, if uncontrolled, may …

Tree water use is central to plant function and ecosystem fluxes. However, it is still unknown
how organ‐level water‐relations traits are coordinated to determine whole‐tree water‐use …