To develop the models for chlorophyll (CHL) estimation, the nature of a peak near 700 nm on the reflectance spectrum of water should be investigated. Simultaneous measurements of the reflectance spectra from 400 to 750 nm and relevant water quality constituent concentrations were carried out. A shift of the peak position and an increase of the peak magnitude, when chlorophyll concentration increased, were observed. The relationships of the magnitude and position of the peak to chlorophyll-a, were applied to several independent data sets. The parameters of the peak can be used as precise indicators of CHL content in inland waters
Experimental results have shown the existence of a strong relationship between chlorophyll alpha con...
A new three-band model was developed to estimate chlorophyll-a concentrations in turbid inland water...
Water deficits can cause chlorophyll degradation which decreases the total concentration of chloroph...
To develop the models for chlorophyll (CHL) estimation, the nature of a peak near 700 nm on the refl...
The chlorophyll-a concentration in waters is one of the main parameters of water color remote sensin...
Signature analysis of reflectance spectra was used for the selection of the most suitable spectral b...
The potential of using remote sensing for the detection of chlorophyll-a (CHL), dissolved organic ma...
High-resolution reflectance spectra in the range of 400-850 nm were obtained from Lake Kinneret duri...
Reflectance spectra from 400 to 750 nm were measured in Lake Kinneret, when low phytoplankton stock ...
Water is a key component of life, the natural environment and human health. For monitoring the condi...
A variety of models have been developed for estimating chlorophyll-a (Chl-a) concentration in turbid...
This work aims to extract optical parameters of coastal sea water with high sediment and chlorophyll...
First sentence of abstract: For case 2 turbid productive waters, we describe an algorithm to retriev...
Most algorithms for retrieving chlorophyll-a concentration (Chla) from reflectance spectra assume th...
Field-based collection of discrete measurements and laboratory analysis of water samples is the trad...
Experimental results have shown the existence of a strong relationship between chlorophyll alpha con...
A new three-band model was developed to estimate chlorophyll-a concentrations in turbid inland water...
Water deficits can cause chlorophyll degradation which decreases the total concentration of chloroph...
To develop the models for chlorophyll (CHL) estimation, the nature of a peak near 700 nm on the refl...
The chlorophyll-a concentration in waters is one of the main parameters of water color remote sensin...
Signature analysis of reflectance spectra was used for the selection of the most suitable spectral b...
The potential of using remote sensing for the detection of chlorophyll-a (CHL), dissolved organic ma...
High-resolution reflectance spectra in the range of 400-850 nm were obtained from Lake Kinneret duri...
Reflectance spectra from 400 to 750 nm were measured in Lake Kinneret, when low phytoplankton stock ...
Water is a key component of life, the natural environment and human health. For monitoring the condi...
A variety of models have been developed for estimating chlorophyll-a (Chl-a) concentration in turbid...
This work aims to extract optical parameters of coastal sea water with high sediment and chlorophyll...
First sentence of abstract: For case 2 turbid productive waters, we describe an algorithm to retriev...
Most algorithms for retrieving chlorophyll-a concentration (Chla) from reflectance spectra assume th...
Field-based collection of discrete measurements and laboratory analysis of water samples is the trad...
Experimental results have shown the existence of a strong relationship between chlorophyll alpha con...
A new three-band model was developed to estimate chlorophyll-a concentrations in turbid inland water...
Water deficits can cause chlorophyll degradation which decreases the total concentration of chloroph...