Add to ORKGOptical properties (OPs) of non-flat narrow plant leaves, i.e., coniferous needles, are extensively used by the remote sensing community, in particular for calibration and validation of radiative transfer models at leaf and canopy level. Optical measurements of such small living elements are, however, a technical challenge and only few studies attempted so far to investigate and quantify related measurement errors. In this paper we review current methods and developments measuring optical properties of narrow leaves. We discuss measurement shortcomings and knowledge gaps related to a particular case of non-flat nonbifacial coniferous needle leaves, e.g., needles of Norway spruce (Picea abies (L.) Karst.)
Successful measurements of chlorophyll fluorescence (ChlF) spectral properties (typically in the wav...
The goal of this study was to determine if selected biochemical, structural and spectral properties ...
The potential applicability of the leaf radiative transfer model PROSPECT (version 3.01) was tested ...
Optical properties (OPs) of non-flat narrow plant leaves, i.e., coniferous needles, are extensively ...
ABSTRACT – Although leaf optical properties encompas an extensive subject, reviews are rare and gene...
Reliable information on the optical properties of leaves and needles is needed for parameterization ...
Coniferous forests are important in the regulation of the Earth’s climate and thus continuous ...
Leaf scattering spectrum is the key optical variable that conveys information about leaf absorbing c...
Leaf scattering spectrum is the key optical variable that conveys information about leaf absorbing c...
Leaf scattering spectrum is the key optical variable that conveys information about leaf absorbing c...
Gaps are unavoidable when compositing small or narrow plant parts (e.g., conifer needles, twigs, nar...
Leaf scattering spectrum is the key optical variable that conveys information about leaf absorbing c...
Leaf scattering spectrum is the key optical variable that conveys information about leaf absorbing c...
We present uncertainties associated with the measurement of coniferous needle-leaf optical propertie...
Estimation of total leaf area (LAT) is important to express biochemical properties in plant ecology ...
Successful measurements of chlorophyll fluorescence (ChlF) spectral properties (typically in the wav...
The goal of this study was to determine if selected biochemical, structural and spectral properties ...
The potential applicability of the leaf radiative transfer model PROSPECT (version 3.01) was tested ...
Optical properties (OPs) of non-flat narrow plant leaves, i.e., coniferous needles, are extensively ...
ABSTRACT – Although leaf optical properties encompas an extensive subject, reviews are rare and gene...
Reliable information on the optical properties of leaves and needles is needed for parameterization ...
Coniferous forests are important in the regulation of the Earth’s climate and thus continuous ...
Leaf scattering spectrum is the key optical variable that conveys information about leaf absorbing c...
Leaf scattering spectrum is the key optical variable that conveys information about leaf absorbing c...
Leaf scattering spectrum is the key optical variable that conveys information about leaf absorbing c...
Gaps are unavoidable when compositing small or narrow plant parts (e.g., conifer needles, twigs, nar...
Leaf scattering spectrum is the key optical variable that conveys information about leaf absorbing c...
Leaf scattering spectrum is the key optical variable that conveys information about leaf absorbing c...
We present uncertainties associated with the measurement of coniferous needle-leaf optical propertie...
Estimation of total leaf area (LAT) is important to express biochemical properties in plant ecology ...
Successful measurements of chlorophyll fluorescence (ChlF) spectral properties (typically in the wav...
The goal of this study was to determine if selected biochemical, structural and spectral properties ...
The potential applicability of the leaf radiative transfer model PROSPECT (version 3.01) was tested ...