GES4SEAS Meeting Sets the Stage for a New Year in Marine Ecosystem Research
On January 11th, a meeting of the AZTI researchers, integrated on the GES4SEAS project, marked the beginning of a new year in marine ecosystem management and research
On January 11th, a meeting of the AZTI researchers, integrated on the GES4SEAS project, marked the beginning of a new year in marine ecosystem management and research
During the week of the 11th to the 15th of December 2023, the ICM hosted, once again, an ecosystem modelling course to teach participants from different institutions around the world how to use modelling techniques to study the effects of human activities and climate change on marine ecosystems
GES4SEAS project coordinator Angel Borja recently presented at the ESA-EC Science 2023 conference.
GES4SEAS project celebrates a prolific year with 13 articles published, exploring marine health, ecosystems, and sustainable management.
Professor Jacob Carstensen from Aarhus University, partner of the GES4SEAS project, was awarded the prestigious Björn Carlsons Östersjöpris 2023.
Invited as the keynote speaker, Professor Jacob Carstensen shared invaluable insights and experiences in managing eutrophication in this conference co-hosted by the Ministry of Ecology and Environment, China Association for Science and Technology and the Provincial Government of Shandong.
GES4SEAS is one of the Horizon Europe projects organizing a five-day course on Ecopath with Ecosim (EwE) that will take place from 11 to 15 December 2023.
Almost a month has passed since AZTI Summer School, and we share some highlights on the feedback survey filled out by the participants.
The AZTI Summer School 2023 held from the 5th to the 7th of June, at Aquarium of San Sebastian, Spain, brought together many experts to discuss the innovative and practical tools for monitoring and assessing human pressures affecting marine biodiversity.
AZTI is thrilled to announce the upcoming Summer School 2023, under the theme “Innovative and practical tools for monitoring and assessing multiple human pressures affecting biodiversity in marine systems.