The GEOMAR Helmholtz Centre for Ocean Research Kiel is among the largest non- university research institutions in the field of marine sciences in Germany (950 staff, incl. 450 experienced scientists and about 200 doctoral candidates). It is a member of the Helmholtz Association, Germany’s largest non-university scientific organisation. The centre’s mandate is the inter- and multidisciplinary investigation of all relevant aspects of modern marine sciences, from sea floor geology through physical, chemical and biological oceanography to marine meteorology. Research is conducted worldwide in all oceans. The main research topics are grouped in four divisions: Ocean Circulation and Climate Dynamics, Marine Biogeochemistry, Marine Ecology, and Dynamics of the Ocean Floor. Its publication record and research grant funding is leading in these fields. GEOMAR cooperates closely with national and international research institutions and with a number of SMEs active in marine technology and science. Although GEOMAR’s mandate is to carry out basic science studies on the oceans, the centre strives to link basic knowledge to applied issues including gas hydrate, volcanic and seismic hazard, marine substances and onshore aquaculture research. This scientific breadth and the state-of-the-art infrastructure, particularly adapted for deployments in the open ocean and the deep sea, gives GEOMAR a unique profile and a central collaborative role within the German and international marine science community.
Ulf Riebesell (m, PhD 1991, biological oceanography). Head of Department Biological Oceanography at GEOMAR and professor at Kiel University, coordinator of BMBF national projects BIOACID and CUSCO, deputy coordinator of EU-PF7 EPOCA. 25 years of experience in marine plankton ecology and biogeochemistry. Conception, construction and operation of Kiel Off-Shore Mesocosms for Ocean Simulations (KOSMOS). Web of Science statistics (3/2019): 231 peer-reviewed publications, 12732 citations, h-index=65,
Project role AQUACOSM: Task Leader WP6.6: Provision of TA to GEOMAR-KOSMOS; Task Leader WP7.2: Development and construction of offshore systems for collection of minimum disturbed natural water; Co-Leader WP3.1: Workshops on best practices and optimisation of mesocosmapproaches; Co-Leader WP7.1: Conceptualisation of a pilot AQUACOSM; Contributor to all WPs.
Project role AQUACOSM-plus: Task Co-Leader WP3.3: Enlarging the mesocosm based experimental research community beyond AQUACOSM-plus. Task Co-Leader WP6.1: Mesocosm symposium on grand challenges in aquatic research. Task Leader WP9.20: Provision of TA to GEOMAR-KOSMOS; Contributor to all WPs.
Martin Wahl (m, PhD 1987, benthic ecology). Marine benthic community ecologists. Head of the Department Benthic Ecology with ca 35 staff. Leader and coordinator of numerous national and international projects. Consortium leader in BIOACID. Over 30 years of experience with the ecology of benthic ecosystems in the Baltic Sea, Mediterranean Sea, Red Sea, NW Atlantic and E Pacific. Conception and construction of the innovative KOB system. 3200 citations, h-index=30.
Project role AQUACOSM: Task Leader WP6.7: Provision of TA to GEOMAR-KOB; Contributor to WP5.
Frank Melzner (m, PhD 2005, animal physiology). Head of the working group Ecophysiology at GEOMAR and adjunct professor at Kiel University (PD). PI of >15 projects during the last 12 years and coordinator of Kiel Organism Culture Centre (KIMOCC), funded by the DFG Excellence Initiative ‘Future Ocean’. Over 15 years of experience with ecology and physiology research involving animals in lab and field, with a focus on sensitive life stages and multi-generational experimental approaches. Web of Science statistics (3/2019): 60 peer-reviewed publications, 3069 citations, h-index=26.
Project role AQUACOSM-plus: Provision of TA to GEOMAR-KOB (task9.21); Contributor to WP 3, 5 and 6.
GEOMAR Helmholtz Centre for Ocean Research Kiel
GEOMAR Helmholtz Centre for Ocean Research Kiel
Wischhofstraße 1-3
Kiel
Germany
Website: http://www.geomar.de/en/
WP1 | Consortium management
WP3 | Science and innovation strategy for society
WP4 | Breaching barriers to open mesocosm science, including open science tools and data
WP5 | Outreach activities: Communication, Dissemination and Exploitation
WP6 | Defining Grand Challenges in aquatic mesocosm research
WP8 | Pilot execution of Grand Challenge scenario-testing through bridging scales of experimental and observational RI networks