This study is the first application of harmonic analysis to remotely sensed chlorophyll-a concentration in lakes. Freshwater phytoplankton phenology can track the development of algal blooms in lakes. The dynamics of algal blooms in Lake Balaton is analyzed over 9 years by harmonic analysis of MERIS-derived chlorophyll-a estimates. An analysis of the significance of the individual harmonic terms at each significant frequency provides the amplitudes and phases. Four lake basins are analyzed and phenological indicators are presented. The basins show distinct algal bloom phenologies
The phytoplankton biomass (chlorophyll-a, Chl-a) is directly related to the total production of lake...
The absorption spectra of photosynthetic algae are characterized by a continuous envelope, which is ...
The aim of this study is to test a series of methods relying on hyperspectral measurements to charac...
Phytoplankton biomass is important to monitor in lakes due to its influence on water quality and lak...
AbstractPhytoplankton biomass is important to monitor in lakes due to its influence on water quality...
The aim of this study is to test a series of methods relying on hyperspectral measurements to charac...
Shallow fluvial lakes are dynamic ecosystems shaped by physical and biological factors and character...
Shallow fluvial lakes are dynamic ecosystems shaped by physical and biological factors and character...
Phytoplankton pigments absorb sunlight for photosynthesis, protect the chloroplast from damage cause...
Freshwater ecosystems are challenged by cultural eutrophication across the globe, and it is a priori...
Field-based collection of discrete measurements and laboratory analysis of water samples is the trad...
Remote sensing has the potential to provide truly synoptic views of water quality, in particular, th...
The extension and frequency of algal blooms in surface waters can be monitored using remote sensing ...
The extension and frequency of algal blooms in surface waters can be monitored using remote sensing ...
Any model for aquatic primary production requires the phytoplankton biomass as most importan...
The phytoplankton biomass (chlorophyll-a, Chl-a) is directly related to the total production of lake...
The absorption spectra of photosynthetic algae are characterized by a continuous envelope, which is ...
The aim of this study is to test a series of methods relying on hyperspectral measurements to charac...
Phytoplankton biomass is important to monitor in lakes due to its influence on water quality and lak...
AbstractPhytoplankton biomass is important to monitor in lakes due to its influence on water quality...
The aim of this study is to test a series of methods relying on hyperspectral measurements to charac...
Shallow fluvial lakes are dynamic ecosystems shaped by physical and biological factors and character...
Shallow fluvial lakes are dynamic ecosystems shaped by physical and biological factors and character...
Phytoplankton pigments absorb sunlight for photosynthesis, protect the chloroplast from damage cause...
Freshwater ecosystems are challenged by cultural eutrophication across the globe, and it is a priori...
Field-based collection of discrete measurements and laboratory analysis of water samples is the trad...
Remote sensing has the potential to provide truly synoptic views of water quality, in particular, th...
The extension and frequency of algal blooms in surface waters can be monitored using remote sensing ...
The extension and frequency of algal blooms in surface waters can be monitored using remote sensing ...
Any model for aquatic primary production requires the phytoplankton biomass as most importan...
The phytoplankton biomass (chlorophyll-a, Chl-a) is directly related to the total production of lake...
The absorption spectra of photosynthetic algae are characterized by a continuous envelope, which is ...
The aim of this study is to test a series of methods relying on hyperspectral measurements to charac...