The paper presents an overview of recent seafloor long-term single-frame multiparameter platform developed in the framework of the European Commission and Italian projects starting from the GEOSTAR prototype. The main features of the different systems are described as well as the sea missions that led to their validation. The ORION seafloor observatory network recently developed, based on the GEOSTAR-type platforms and engaged in a deep-sea mission at 3300 m w.d. in the Mediterranean Sea, is also described
International audienceLong-term monitoring of the ocean, for instance its seismic activity, remains ...
The dataset contains sea bottom Turbidity meter measures Purpose - WORK IN PROGRES
Important processes that affect the Earth, for example climate change and geohazards, are driven by ...
Seafloor long-term, multiparameter, single-frame observatories have been developed within the framew...
The GEOSTAR is a technological and scientific project aimed at the realisation of an autonomous bent...
The Geophysical and Oceanographic Station for Abyssal Research (GEOSTAR), an autonomous seafloor obs...
From 2000 to 2005 two geophysical exploration missions were undertaken in the Tyrrhenian deep seaflo...
GEOSTAR (1 and 2) and ORION-GEOSTAR 3 seafloor missions have been performed in the frame of a Europ...
GEOSTAR is the prototype of the first European long-term, multidisciplinary deep sea observatory for...
The establishment of a global network of seafloor observatories will help to provide the means to u...
We assess the first mission of the GEOSTAR (GEophysical and Oceanographic STation for Abyssal Resear...
A suitable sampling technology to identify species and to estimate population dynamics based on indi...
We provide a dataset of 3D coordinate time series of 37 continuous GNSS stations installed for stabi...
The final target of the MONSOON project (MONitoraggio SOttOmariNo for environmental and energetic pu...
A suitable sampling technology to identify species and to estimate population dynamics based on indi...
International audienceLong-term monitoring of the ocean, for instance its seismic activity, remains ...
The dataset contains sea bottom Turbidity meter measures Purpose - WORK IN PROGRES
Important processes that affect the Earth, for example climate change and geohazards, are driven by ...
Seafloor long-term, multiparameter, single-frame observatories have been developed within the framew...
The GEOSTAR is a technological and scientific project aimed at the realisation of an autonomous bent...
The Geophysical and Oceanographic Station for Abyssal Research (GEOSTAR), an autonomous seafloor obs...
From 2000 to 2005 two geophysical exploration missions were undertaken in the Tyrrhenian deep seaflo...
GEOSTAR (1 and 2) and ORION-GEOSTAR 3 seafloor missions have been performed in the frame of a Europ...
GEOSTAR is the prototype of the first European long-term, multidisciplinary deep sea observatory for...
The establishment of a global network of seafloor observatories will help to provide the means to u...
We assess the first mission of the GEOSTAR (GEophysical and Oceanographic STation for Abyssal Resear...
A suitable sampling technology to identify species and to estimate population dynamics based on indi...
We provide a dataset of 3D coordinate time series of 37 continuous GNSS stations installed for stabi...
The final target of the MONSOON project (MONitoraggio SOttOmariNo for environmental and energetic pu...
A suitable sampling technology to identify species and to estimate population dynamics based on indi...
International audienceLong-term monitoring of the ocean, for instance its seismic activity, remains ...
The dataset contains sea bottom Turbidity meter measures Purpose - WORK IN PROGRES
Important processes that affect the Earth, for example climate change and geohazards, are driven by ...