Contents Summary 693 I. Introduction 693 II. Comparison of various definitions and
measurement techniques of minimum conductance 694 III. Cuticular conductance 695 IV …

Stomata play a key role in plant adaptation to changing environmental conditions as they
control both water losses and CO2 uptake. Particularly, in the context of global change …

Tropospheric ozone (O3) is a secondary pollutant that causes oxidative stress in plants due
to the generation of excess reactive oxygen species (ROS). Phenylpropanoid metabolism is …

A common approach for estimating fluxes of CO2 and water in canopy models is to couple a
model of photosynthesis (An) to a semi‐empirical model of stomatal conductance (gs) such …

To derive O 3 dose–response relationships (DRR) for five European forest trees species and
broadleaf deciduous and needleleaf tree plant functional types (PFTs), phytotoxic O 3 doses …

The DO 3 SE (Deposition of O 3 for Stomatal Exchange) model is an established tool for
estimating ozone (O 3) deposition, stomatal flux and impacts to a variety of vegetation types …

Aim Stomata regulate CO2 uptake, water‐vapour loss and uptake of gaseous pollutants.
Jarvis‐type models that apply multiple‐constraint functions are commonly used to estimate …

Mediterranean forests close to urban areas are exposed to polluted plumes loaded with
tropospheric ozone. This is the case of Castelporziano Estate, a 6000 ha Mediterranean …

Dry deposition is a key process for surface ozone (O 3) removal. Stomatal uptake is a major
component of O 3 dry deposition, which is parameterized differently in current land surface …

We estimated daily use of stored water by Scots pine (Pinus sylvestris L.) trees growing in a
temperate climate with the ANAFORE model (ANAlysis of FORest Ecosystems) and …