This chapter presents the theoretical concepts necessary to link optical field sensor data with forest structural attributes. These concepts are important for...
A plant canopy gap-size analyzer, the Tracing Radiation and Architecture of Canopies (TRAC), developed by Chen and Cihlar [Appl Opt. 34, 6211(1995)] and...
Remote sensing often involves the estimation of in situ quantities from remote measurements. Linear regression, where there are no non-linear combinations of...
Leaf Area Index (LAI) has been used to estimate the carbon budget in several studies and is now mapped routinely from satellite imagery. In this study,...
In recent years, the computational power of personal computers (PC) has increased to the point that computationally-demanding research can now be achieved on...
Accurate and fast non-destructive measurements of leaf area index (LAI) of plant canopies are essential to environmental applications such as water and carbon...
Leaf area index (LAI) is an important structural vegetation parameter that is commonly derived from remotely sensed data. It has been used as a reliable...
Three-dimensional simulations of forest scenes rendered with the freeware POV-Ray (www.povray.org)were used to assess retrievals of plant and leaf area index...
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