Proceedings of the 2021 conference on Big Data from Space, Soille, P., Loekken, S. and Albani, S., eds., EUR 30697 EN, Publications Office of the European Union, Luxembourg, 2021, ISBN 978-92-76-37661-3, doi:10.2760/125905, JRC125131, 2021
The Italian Space Agency (ASI) has promoted the development of the thematic platform costeLAB as ... more The Italian Space Agency (ASI) has promoted the development of the thematic platform costeLAB as a tool dedicated to monitoring, management and study of coastal areas (sea and land). costeLAB is being developed to run in a pre-operational context as an integrated system which exploits multi-mission and multi-sensor Earth Observation
big data – particularly from Copernicus Sentinels and ASI’s COSMO-SkyMed Synthetic Aperture Radar constellation and, in future, PRISMA – to generate products based on user-selected input parameters, without the need for large data volume transfers. costeLAB is interoperable with the Copernicus Open Access Hub and other data repositories and services. A portfolio of about 30 products (e.g. coastline, defense works, coastal habitat maps, flooding, hydrocarbon beaching, chlorophyll, wave, wind fields) is offered to support institutional, scientific and industrial
users towards implementation of national policies and directives, as well as to study, experiment and develop new downstream pre-operational services for monitoring and management of coastal areas.
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big data – particularly from Copernicus Sentinels and ASI’s COSMO-SkyMed Synthetic Aperture Radar constellation and, in future, PRISMA – to generate products based on user-selected input parameters, without the need for large data volume transfers. costeLAB is interoperable with the Copernicus Open Access Hub and other data repositories and services. A portfolio of about 30 products (e.g. coastline, defense works, coastal habitat maps, flooding, hydrocarbon beaching, chlorophyll, wave, wind fields) is offered to support institutional, scientific and industrial
users towards implementation of national policies and directives, as well as to study, experiment and develop new downstream pre-operational services for monitoring and management of coastal areas.
big data – particularly from Copernicus Sentinels and ASI’s COSMO-SkyMed Synthetic Aperture Radar constellation and, in future, PRISMA – to generate products based on user-selected input parameters, without the need for large data volume transfers. costeLAB is interoperable with the Copernicus Open Access Hub and other data repositories and services. A portfolio of about 30 products (e.g. coastline, defense works, coastal habitat maps, flooding, hydrocarbon beaching, chlorophyll, wave, wind fields) is offered to support institutional, scientific and industrial
users towards implementation of national policies and directives, as well as to study, experiment and develop new downstream pre-operational services for monitoring and management of coastal areas.
stratigraphic superimposition of preparation and pictorial layers. These outcomes further prove how challenging is the investigation of egg-tempera recipes, especially to correlate the analytical evidence with the pictorial effect appreciated with the naked eye.