Calls
JPI CLIMATE & JPI OCEAN joint call on next generation climate science in EU for oceans
Funding Mechanism: JPI CLIMATE & JPI OCEANS | Deadline: 14 Jun 2019
The joint call is supported by 8 countries with a total budget of 8.1 million EUR and it focuses on oceans and climate, using observations and Earth system models in order to address the following topics:
 
 
  1. - Strengthening our understanding of climate variability and extremes resulting from the interactions with the oceans such as extratropical and tropical cyclones, and how they are affected by climate change on a range of time scales. 

 

  1. - Improving the representation of air-sea interactions, physical and biogeochemical ocean processes in Earth System Models to better represent small-scale non-linear processes as well as water, energy and carbon cycles. Model-data analyses using innovative approaches will be welcome. 

 

  1. - Improving estimates of climate change induced modifications of ocean physics and ocean chemistry, associated with biogeochemical cycles, including ocean acidification and carbon sequestration. 

 

This joint call between JPI Climate and JPI Oceans mobilizes funding organizations for transnational added values on climate sciences with a special focus on oceans and climate interactions. Only a strong collaboration and cohesion between the countries will lead to European leadership in the next IPCC assessments and science contribution required by United Nations Framework Convention on Climate Change (UNFCCC), which will then trigger a new wave of Climate Services innovation for next decade. Therefore, this joint call aims at funding at most two major projects for each theme encompassing as much as possible all countries participating in the call. Focusing on oceans will shed new light on the stressors impacting on marine life and consequently on marine bio-economy. The joint call will also help inform adaptation policy by bringing key knowledge to increase resilience and adaptation measures for vulnerable areas, especially in coastal and low island areas.
 
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