Transfer in the Ocean Including Inelastic Scattering Processes Using the Coupled Ocean-Atmosphere Radiative Transfer Model SCIATRAN. Poster presentation at Colour and Light in the Ocean from Earth Observation [...] knowledge on PFT algorithms and ecology to two studies of GEOMAR Helmholtz Centre for Ocean Research Kiel assessing oceanic emissions and the link to specific PFT abundances (Booge et al. 2016, Schlundt et [...] other ocean-colour algorithms, such as standard Chla retrievals (RD-13). The direction for new satellite sensor construction for obtaining high quality PFT products from multi- and hyperspectral ocean colour

future) with interests in ocean dynamics (currents, waves, fronts and eddies), air-sea interactions, water masses and meridional ocean circulation, ocean telecommunication, ocean and atmospheric modelling [...] Introduction Ocean and shelf seas are pivotal to the future of humankind. Currently the oceans provide roughly 20 % of the protein consumed by humans. Emerging countries, with a huge need for ocean resources [...] Production; Phytoplankton Functional Types; Ocean Optics; Remote Sensing of the Atmosphere and Ocean; Satellite Validation; Atmospheric Trace Gases Oceanic Emissions. She is the leader of the Helmholtz

questions,” says Christian Bock, “for example, how the warming and acidification of waters in the Arctic due to climate change will affect those animals that are perfectly adapted to living in the cold [...] oxygen. For top athletes, the lactate level is a way of measuring their fitness. In contrast, for Arctic fish that are subjected to rising temperatures, the lactate is an indicator that they are consuming [...] spectrometer with cryoprobe. Discover more A view inside – a fish in the NMR Integrative Ecophysiology Ocean Acidification

to obtain the respective c-PSC. 3.1.3 Phytoplankton Functional Types from NASA Ocean Biogeochemical Model The NASA Ocean Biogeochemical Model (NOBM) is a global biogeochemical model with cou- pled circulation [...] Kilias, Estelle, Hardge, K., et al. . 2015. Plankton ecology and biogeochemistry in a changing Arctic Ocean – Overview of long-term 58 Sy-4SciPFT-PVR- SY-4Sci Synergy R & D Study 4: Version 3.3 D2.4-AWI-IUP [...] the Southern Ocean: Mean Patterns, Trends and the Role f Climate Oscillations. Remote Sensing, 8, 420. C. Swan, C., Vogt, M., Gruber, N., Laufkötter, C. 2016. A global seasonal surface ocean climatology

melt events on stable oxygen isotope records from the Arctic. Due to rising temperatures over recent decades, the frequency of melt events in Arctic regions has increased. However, current models describing [...] Resolution in the harbour of Fremantle before International Ocean Discovery Program Exp. 356 (Photo: Jeroen Groeneveld) Reconstructing past ocean water conditions using geochemistry in foraminifera I am a [...] e structure of climate change) and the RECORDER research unit of the cluster of excellence: “The Ocean Floor – Earth’s Uncharted Interface”. It is joint effort of the Earth System Diagnostics group of

enough, some of these are made public. The use in research applications is usually free. Examples: Ocean Data View, a programme to visualise large geo-referenced data files UltraMassExplorer, a browser-based [...] Quicklinks Technology transfer - From research to business Technology Transfer Office Spin-offs Ocean Data View Inventions, innovative technologies and services originate, e.g. from the following R&D [...] Alfred-Wegener-Institute is one of the few institutions worldwide that conduct research both in the Arctic and Antarctic. The expertise of AWI with research in polar regions and the operation of the required

global Autonomous Reef Monitoring Structures (ARMS) programme • European collaborative project • Arctic & Antarctic data • Large scale experiment in Plymouth Sound Seagrass - mooring mitigation Larval [...] MRes Scientific Diving Initial intake – Jan 2025 National Geographic Pristine Seas: Conserving the Oceans M I L E S T O N E P R O T E C T 3 0 % O F T H E P L A N E T B Y 2 0 3 0 H A L F O F T H E P L A N [...] water habitat use Future - MRes Scientific Diving National GeographicPristine Seas: Conserving the Oceans Slide Number 20 Slide Number 21 Slide Number 22 National Geographic Pristine Seas Slide Number 24

the buoyancy and stickiness of floating microplastic particles leading to an export to the deeper ocean and sediments. Meanwhile, scientists and authorities worldwide have recognized the massive accumulation [...] stipend), Sebastian Primpke and Gunnar Gerdts) Fram Pollution Observatory / Microplastics in the Arctic (in-house project; PIs: Melanie Bergmann, Ilka Peeken and Gunnar Gerdts) “Microplastics Reactor” [...] Defining the baselines and standards for microplastics analyses in European waters); www.jpi-oceans.eu/ecological-aspects-microplastics (PIs: Sebastian Primpke and Gunnar Gerdts) WT.SH project “Size

O values in ice and water samples from the Arctic and Antarctic, as well as the δ 13 C values of dissolved inorganic carbon in the water of the polar oceans. In addition, our laboratories offer the possibility [...] input) and changes in the supply of nutrient silicon and its use in polar and subpolar ocean regions (e.g. Southern Ocean, North Pacific) can be reconstructed on geological time scales. For the measurements [...] Clumped isotopes δ 13 C + δ 18 O (biog. carbonate, foraminifers) Option: clumped isotopes Changes in ocean circulation, nutrient content and deep water ventilation (δ 13 C) Hydrographic changes (δ 18 O, Δ47)

O values in ice and water samples from the Arctic and Antarctic, as well as the δ 13 C values of dissolved inorganic carbon in the water of the polar oceans. In addition, our laboratories offer the possibility [...] input) and changes in the supply of nutrient silicon and its use in polar and subpolar ocean regions (e.g. Southern Ocean, North Pacific) can be reconstructed on geological time scales. For the measurements [...] Clumped isotopes δ 13 C + δ 18 O (biog. carbonate, foraminifers) Option: clumped isotopes Changes in ocean circulation, nutrient content and deep water ventilation (δ 13 C) Hydrographic changes (δ 18 O, Δ47)