We present an empirical application of multispectral laser scanning for monitoring the seasonal and spatial changes in pine chlorophyll (<i>a</i> + <i>b</i>) content and upscaling the accurate leaf-level chlorophyll measurements into branch and tree level. The results show the capability of the new instrument for monitoring the changes in the shape and physiology of tree canopy: the spectral indices retrieved from the multispectral point cloud agree with laboratory measurements of the chlorophyll <i>a</i> and <i>b</i> content. The approach opens new prospects for replacing destructive and labour-intensive manual sampling with remote observations of tree physiology
Traditional forestry, ecology, and fuels monitoring methods can be costly and error-prone, and are o...
Trees adapt to their growing conditions by regulating the sizes of their parts and their relationshi...
Global warming is posing a threat to the health and condition of forests as the amount and length of...
We propose an empirical method for nondestructive estimation of chlorophyll in tree canopies. The fi...
Airborne Laser Scanning (ALS) has been a well-established tool for the measurement of surface topogr...
The concept for a new multi-spectral canopy LIDAR (MSCL) instrument was tested by simulating return ...
Vegetation canopies represent the interface between the atmosphere and the biosphere and play an im...
Leaf area index (LAI) or plant area index (PAI) are commonly used to represent canopy structure and ...
Light detection and ranging (lidar) systems are active sensors capable of creating a permanent three...
Global warming is posing a threat to the health and condition of forests as the amount and length of...
Accurately monitoring of tree phenological dynamics is crucial for understanding how forest ecosyste...
AbstractThe objective of this study was to determine whether leaf area index (LAI) can be accurately...
Leaves in forests assimilate carbon from the atmosphere and woody components store the net productio...
The use of multi-temporal laser scanner data is potentially an efficient method for monitoring of ve...
Forest leaf water content (LWC) plays a key role in many physiological processes such as plant growt...
Traditional forestry, ecology, and fuels monitoring methods can be costly and error-prone, and are o...
Trees adapt to their growing conditions by regulating the sizes of their parts and their relationshi...
Global warming is posing a threat to the health and condition of forests as the amount and length of...
We propose an empirical method for nondestructive estimation of chlorophyll in tree canopies. The fi...
Airborne Laser Scanning (ALS) has been a well-established tool for the measurement of surface topogr...
The concept for a new multi-spectral canopy LIDAR (MSCL) instrument was tested by simulating return ...
Vegetation canopies represent the interface between the atmosphere and the biosphere and play an im...
Leaf area index (LAI) or plant area index (PAI) are commonly used to represent canopy structure and ...
Light detection and ranging (lidar) systems are active sensors capable of creating a permanent three...
Global warming is posing a threat to the health and condition of forests as the amount and length of...
Accurately monitoring of tree phenological dynamics is crucial for understanding how forest ecosyste...
AbstractThe objective of this study was to determine whether leaf area index (LAI) can be accurately...
Leaves in forests assimilate carbon from the atmosphere and woody components store the net productio...
The use of multi-temporal laser scanner data is potentially an efficient method for monitoring of ve...
Forest leaf water content (LWC) plays a key role in many physiological processes such as plant growt...
Traditional forestry, ecology, and fuels monitoring methods can be costly and error-prone, and are o...
Trees adapt to their growing conditions by regulating the sizes of their parts and their relationshi...
Global warming is posing a threat to the health and condition of forests as the amount and length of...