EMSO ERIC, L'INFRASTRUCTURE PANEUROPÉENNE D'OBSERVATOIRES DES FONDS MARINS ET DE LA COLONNE D'EAU AUTOUR DES MERS EUROPÉENNES, ÉTEND SA COUVERTURE À L'ARCTIQUE

International audienceEMSO is a distributed Research Infrastructure currently comprising nine Regional Facilities (RFs) and three shallow water test sites, strategically located all the way from the southern entrance of the Arctic Ocean across to the North Atlantic through the Mediterranean to the Black Sea. Since the beginning of 2021 Norway has been integrated as a new EMSO ERIC member, extending the geographical coverage to the Nordic Sea and the Arctic. EMSO’s extension will benefi t from an experienced team managing moored observatories, ocean gliders and the Mohn Ridge Seafl oor and Water Column Observatory

EMSO ERIC, L'INFRASTRUCTURE PANEUROPÉENNE D'OBSERVATOIRES DES FONDS MARINS ET DE LA COLONNE D'EAU AUTOUR DES MERS EUROPÉENNES, ÉTEND SA COUVERTURE À L'ARCTIQUE

International audienceEMSO is a distributed Research Infrastructure currently comprising nine Regional Facilities (RFs) and three shallow water test sites, strategically located all the way from the southern entrance of the Arctic Ocean across to the North Atlantic through the Mediterranean to the Black Sea. Since the beginning of 2021 Norway has been integrated as a new EMSO ERIC member, extending the geographical coverage to the Nordic Sea and the Arctic. EMSO’s extension will benefi t from an experienced team managing moored observatories, ocean gliders and the Mohn Ridge Seafl oor and Water Column Observatory

EMSO-ERIC, the Pan-European Infrastructure of Seafloor and Water-Column Observatories Around the European Seas, Extends its Coverage to the Arctic

EMSO is a distributed Research Infrastructure currently comprising nine Regional Facilities (RFs) and three shallow water test sites, strategically located all the way from the southern entrance of the Arctic Ocean across to the North Atlantic through the Mediterranean to the Black Sea. Since the beginning of 2021 Norway has been integrated as a new EMSO ERIC member, extending the geographical coverage to the Nordic Sea and the Arctic. EMSO’s extension will benefit from an experienced team managing moored observatories, ocean gliders and the Mohn Ridge Seafloor and Water Column Observatory

Efficient Implementation of Application-Aware Spinlock Control in MPSoCs

Recent years have seen considerable progress in epidemiological and molecular genetic research into environmental and genetic factors in schizophrenia, but methodological uncertainties remain with regard to validating environmental exposures, and the population risk conferred by individual molecular genetic variants is small. There are now also a limited number of studies that have investigated molecular genetic candidate gene-environment interactions (G × E), however, so far, thorough replication of findings is rare and G × E research still faces several conceptual and methodological challenges. In this article, we aim to review these recent developments and illustrate how integrated, large-scale investigations may overcome contemporary challenges in G × E research, drawing on the example of a large, international, multi-center study into the identification and translational application of G × E in schizophrenia. While such investigations are now well underway, new challenges emerge for G × E research from late-breaking evidence that genetic variation and environmental exposures are, to a significant degree, shared across a range of psychiatric disorders, with potential overlap in phenotyp