The field measurement of biophysical parameters are collected by Dr Haidi Abdullah during his PhD stud
Wide field-of-view (FOV) sensors such as Sentinel-2 exhibit per-pixel view and illumination geometry...
Airborne hyperspectral remote observations, characterized by high spatial and spectral resolution, a...
Assessment of leaf and canopy chlorophyll content provides information on plant physiological status...
Leaf chlorophyll plays an essential role in controlling photosynthesis, physiological activities and...
A comparison between the sensitivities to leaf chlorophyll density at the canopy scale of several ve...
A comparison of the sensitivity of canopy scale estimators of leaf chlorophyll, obtainable with Sen...
The Sentinel-2 Multi-Spectral Imager (MSI) has three spectral bands centered at 705, 740, and 783 nm...
In this study we investigated importance of the spaceborne instrument Sentinel-2 red edge spectral b...
Systematic quantification and monitoring of forest biophysical and biochemical variables is required...
Needle-leaf chlorophyll content (Cab) of a Norway spruce stand was estimated from CHRIS-PROBA images...
This study investigates the potential of the Sentinel-2 satellite for monitoring the seasonal change...
Understanding the interaction of radiation with vegetation canopies requires a knowledge of the spec...
Estimates of biophysical and biochemical variables such as leaf area index (LAI) and canopy chloroph...
Abstract—This investigation quantitatively links physiologically based estimators of forest stand co...
This paper reports on progress made to link physiologically-based indicators to optical indices from...
Wide field-of-view (FOV) sensors such as Sentinel-2 exhibit per-pixel view and illumination geometry...
Airborne hyperspectral remote observations, characterized by high spatial and spectral resolution, a...
Assessment of leaf and canopy chlorophyll content provides information on plant physiological status...
Leaf chlorophyll plays an essential role in controlling photosynthesis, physiological activities and...
A comparison between the sensitivities to leaf chlorophyll density at the canopy scale of several ve...
A comparison of the sensitivity of canopy scale estimators of leaf chlorophyll, obtainable with Sen...
The Sentinel-2 Multi-Spectral Imager (MSI) has three spectral bands centered at 705, 740, and 783 nm...
In this study we investigated importance of the spaceborne instrument Sentinel-2 red edge spectral b...
Systematic quantification and monitoring of forest biophysical and biochemical variables is required...
Needle-leaf chlorophyll content (Cab) of a Norway spruce stand was estimated from CHRIS-PROBA images...
This study investigates the potential of the Sentinel-2 satellite for monitoring the seasonal change...
Understanding the interaction of radiation with vegetation canopies requires a knowledge of the spec...
Estimates of biophysical and biochemical variables such as leaf area index (LAI) and canopy chloroph...
Abstract—This investigation quantitatively links physiologically based estimators of forest stand co...
This paper reports on progress made to link physiologically-based indicators to optical indices from...
Wide field-of-view (FOV) sensors such as Sentinel-2 exhibit per-pixel view and illumination geometry...
Airborne hyperspectral remote observations, characterized by high spatial and spectral resolution, a...
Assessment of leaf and canopy chlorophyll content provides information on plant physiological status...
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