NEANIAS is delivering innovative services including cross-cutting thematic and interdisciplinary core ones in three major sectors: Underwater research, Atmospheric research and Space research. However, NEANIAS is not only aiming to address the needs of the specific sectors but also to enable cross-sectoral collaboration as well as the engagement of both the scientific and professional communities unlocking a number of opportunities in the new EOSC (European Open Science Cloud) era.
ViaLactea is a toolkit of visual analytics interfaces for the Astrophysics and Planetary sectors facilitating exploitation of multi-wavelength (from near infrared to the radio spectrum) observations of the Milky Way [VSB+18].
With this article we present all about the NEANIAS S1 Service - ViaLactea service. The ViaLactea service provides an advanced operational solution for data management and visualization of astrophysics FAIR data surveys of the Galactic Plane to study the star formation process of the Milky Way.
The NEANIAS WP3 “Atmospheric Thematic services” is focused on the co-design of four services in the atmospheric environment, addressing land-atmosphere interfaces, appropriate for the Research and Development user-communities.
With this article we introduce the NEANIAS A3 Service, Atmo forecast. Air pollution is currently the most important environmental risk to human health (as reported by the European Environment Agency), especially in urban areas, where most of the population lives, according to the UN.
CAESAR (Compact And Extended Sources Automated Recognition) service provides a straightforward solution to segment astrophysical FITS maps, allowing for the extraction and characterization of both compact (e.g. stars, galaxies) and extended sources (e.g. galactic filaments, supernovae remnants).
The NEANIAS UW-MOS service (U2 - Seafloor mosaicking from optical data), developed by Coronis Computing S.L., deals with optical mapping in underwater environments. UW-MOS provides an operational solution for large area representation of the seafloor addressing also visibility limitations from the underwater medium.
If you are in the northern hemisphere and raise your eyes to the sky in an early evening during the winter season you could look for the Orion constellation, easily recognizable by its shape.
Did you miss the webinar we did to present the NEANIAS project and the 2nd Open Call? Do you want to see it again? The video recording corresponding to the webinar carried out by the NEANIAS team is now available.