In 2005 the Marine Board - ESF established a Working Group (consisting of nominated experts) on remote sensing of shelf sea ecosystems, with a remit to review the state of the art and to make recommendations about research priorities and organisational changes needed to advance the application of scientific knowledge in this subject area. The context for the study is the increasingly urgent requirement for regular monitoring of shelf sea ecosystems in order to meet international treaty obligations for protecting the health status of European coastal waters, allied with a recognition that the contribution of ocean colour remote sensing to this operational task has been slow to develop when compared with the benefits of other satellite oceano...
The editorial paper aims to highlight the main topics investigated in the Special Issue (SI) “Water ...
Ecosystem scale, adaptive management of the marine environment, emphasised by the Convention on Biol...
Spectrally-resolved water-leaving radiances (ocean colour) and inferred chlorophyll concentration ar...
The growth of interest in the marine environment has forced man to pay more attention to this enviro...
Optical remote sensing offers a wide range of possibilities for the large-scale, long-term assessmen...
Ocean colour radiometry by earth-orbiting spacecraft has already been conducted for some thirty year...
The Convention on Biological Diversity and the UN Decade of the Ocean have set targets to reaching o...
The enclosed and marginal seas surrounding the European continent exhibit a wide spectrum of environ...
In the frame of "ocean colour" remote sensing, the European Seas can be considered optically complex...
Marine Protected Areas (MPAs) are recognised globally as effective tools for protecting valuable and...
Abstract This chapter reviews the Remote Sensing (RS) technologies that are particularly appropria...
Konferansebidrag tilknyttet fortsettelsen av OceanObs`09 konferansen : Observations and Informat...
This paper summarises the research conducted at MUMM in optical remote sensing of Belgian coastal wa...
The EU Integrated Maritime Policy draws on Maritime Spatial Planning to reconcile protection and exp...
Earth observation satellites cover large areas with frequent temporal repetition and provide us with...
The editorial paper aims to highlight the main topics investigated in the Special Issue (SI) “Water ...
Ecosystem scale, adaptive management of the marine environment, emphasised by the Convention on Biol...
Spectrally-resolved water-leaving radiances (ocean colour) and inferred chlorophyll concentration ar...
The growth of interest in the marine environment has forced man to pay more attention to this enviro...
Optical remote sensing offers a wide range of possibilities for the large-scale, long-term assessmen...
Ocean colour radiometry by earth-orbiting spacecraft has already been conducted for some thirty year...
The Convention on Biological Diversity and the UN Decade of the Ocean have set targets to reaching o...
The enclosed and marginal seas surrounding the European continent exhibit a wide spectrum of environ...
In the frame of "ocean colour" remote sensing, the European Seas can be considered optically complex...
Marine Protected Areas (MPAs) are recognised globally as effective tools for protecting valuable and...
Abstract This chapter reviews the Remote Sensing (RS) technologies that are particularly appropria...
Konferansebidrag tilknyttet fortsettelsen av OceanObs`09 konferansen : Observations and Informat...
This paper summarises the research conducted at MUMM in optical remote sensing of Belgian coastal wa...
The EU Integrated Maritime Policy draws on Maritime Spatial Planning to reconcile protection and exp...
Earth observation satellites cover large areas with frequent temporal repetition and provide us with...
The editorial paper aims to highlight the main topics investigated in the Special Issue (SI) “Water ...
Ecosystem scale, adaptive management of the marine environment, emphasised by the Convention on Biol...
Spectrally-resolved water-leaving radiances (ocean colour) and inferred chlorophyll concentration ar...