In this study, a hyperspectral radiometer was used to measure the remote sensing reflecance continuously along the Swan-Canning Cleanup Programe (SCCP) water sampling sites. The results of this thesis show that the model and method used in this study are capable of accurately estimating the phytoplankton concentration in the Swan River for a continuous transect encompassing and connecting half of the SCCP sample locations up to, and including Nile Street
This thesis illustrates the specific aspects that influence or limit the application of remotely-sen...
Remote sensing has the potential to provide truly synoptic views of water quality, the assessment of...
Not AvailableThe ability of hyper spectral optical measurements to discriminate changes in the compo...
The major water constituents, whose concentration and distribution can be determined by optical remo...
Eutrophication is an increasing problem in coastal waters of the Baltic Sea. Moreover, algal blooms,...
Eutrophication is an increasing problem in coastal waters of the Baltic Sea. Moreover, algal blooms,...
A hand-held spectroradiometer was used for above-water determination of subsurface spectral irradian...
Phytoplankton influences the spectral reflectance of most waters, thus it is accessible to remote se...
The aim of this study is to test a series of methods relying on hyperspectral measurements to charac...
The coastal zone of the Nile Delta is wealthy of natural resources that currently accommodate and su...
Field-based collection of discrete measurements and laboratory analysis of water samples is the trad...
Hyperspectral technique is considered as one promising tool to solve the problems in monitoring opti...
The methodology describes measurement of spectral reflectance from the surface of water bodies and...
Remote sensing has been used from the 80’s to study inland water quality. However, it was not until ...
Determination of subsurface spectral irradiance reflectance by use of a hand-held spectroradiometer ...
This thesis illustrates the specific aspects that influence or limit the application of remotely-sen...
Remote sensing has the potential to provide truly synoptic views of water quality, the assessment of...
Not AvailableThe ability of hyper spectral optical measurements to discriminate changes in the compo...
The major water constituents, whose concentration and distribution can be determined by optical remo...
Eutrophication is an increasing problem in coastal waters of the Baltic Sea. Moreover, algal blooms,...
Eutrophication is an increasing problem in coastal waters of the Baltic Sea. Moreover, algal blooms,...
A hand-held spectroradiometer was used for above-water determination of subsurface spectral irradian...
Phytoplankton influences the spectral reflectance of most waters, thus it is accessible to remote se...
The aim of this study is to test a series of methods relying on hyperspectral measurements to charac...
The coastal zone of the Nile Delta is wealthy of natural resources that currently accommodate and su...
Field-based collection of discrete measurements and laboratory analysis of water samples is the trad...
Hyperspectral technique is considered as one promising tool to solve the problems in monitoring opti...
The methodology describes measurement of spectral reflectance from the surface of water bodies and...
Remote sensing has been used from the 80’s to study inland water quality. However, it was not until ...
Determination of subsurface spectral irradiance reflectance by use of a hand-held spectroradiometer ...
This thesis illustrates the specific aspects that influence or limit the application of remotely-sen...
Remote sensing has the potential to provide truly synoptic views of water quality, the assessment of...
Not AvailableThe ability of hyper spectral optical measurements to discriminate changes in the compo...