Small molecules in plants–such as metabolites, phytohormones, reactive oxygen species
(ROS), and inorganic ions–participate in the processes of plant growth and development …

A surge of papers have reported low leaf vulnerability to xylem embolism during drought.
Here, we focus on the less studied, and more sensitive, outside‐xylem leaf hydraulic …

Net photosynthetic CO2 assimilation rate (A n) decreases at leaf temperatures above a
relatively mild optimum (T opt) in most higher plants. This decline is often attributed to …

Understanding the short‐term responses of mesophyll conductance (gm) and stomatal
conductance (gsc) to environmental changes remains a challenging yet central aspect of …

We present a robust estimation of the CO2 concentration at the surface of photosynthetic
mesophyll cells (cw), applicable under reasonable assumptions of assimilation distribution …

A fundamental assumption in plant science posits that leaf air spaces remain vapor
saturated, leading to the predominant view that stomata alone control leaf water loss. This …

Tracing and quantifying water fluxes in the hydrological cycle is crucial for understanding the
current state of ecohydrological systems and their vulnerability to environmental change …

Unsafe food cause serious threat to public health and the economy, exploiting effective food
quality assessment strategies has attracted concerns worldwide. Herein, inspired by Canna …

Abstract Changes in leaf temperature are known to drive stomatal responses, because the
leaf‐to‐air water vapour gradient (Δw) increases with temperature if ambient vapour …

Gas exchange measurements enable mechanistic insights into the processes that underpin
carbon and water fluxes in plant leaves which in turn inform understanding of related …