Passive detection of sun‐induced chlorophyll fluorescence (SIF) using spectroscopy has
been proposed as a proxy to quantify changes in photochemical efficiency at canopy level …

Canopy chlorophyll content (CCC) is an important indicator for crop-growth monitoring and
crop productivity estimation. The hybrid method, involving the PROSAIL radiative transfer …

Differences in growth rates between Eucalyptus clones depend on differences in the
acquisition of resources, and the efficiency of using resources to produce carbohydrates and …

Leaf angle distribution (LAD) is an important property which influences the spectral
reflectance and radiation transmission properties of vegetation canopies, and hence …

Physical model simulations have been widely utilized to simulate the reflectance of
vegetation canopies. Such simulations can be used to estimate key biochemical and …

As a significant forest disturbance factor, pine shoot beetles (PSB) have caused widespread
tree mortality in Yunnan pine forests over southwestern China. Due to significant vertical …

The effect that the canopy structure and the viewing geometry have on the intensity and the
spatial distribution of passively measured sun-induced chlorophyll fluorescence at canopy …

Tree canopy shading can significantly decrease the outdoor mean radiant temperature
(MRT). However, canopy radiative transfer is quite complex, making it challenging to …

Clumping index quantifies the level of foliage aggregation, relative to a random distribution,
and is a key structural parameter of plant canopies and is widely used in ecological and …

Clumping index is the measure of foliage grouping relative to a random distribution of leaves
in space. It is a key structural parameter of plant canopies that influences canopy radiation …