The main objective of AdriaClim is to improve climate resilience in the cooperation area, by increasing the capacity to develop new climate adaptation plans and update existing ones and develop mitigation strategies based on high resolution, more accurate and reliable climate information (observations and integrated modeling) focussed on the coastal and marine areas (threatened by risks such as sea level rise, sea temperature and salinity anomalies, coastal erosion and salinization of freshwater) and related economic sectors and ecosystem services. AdriaClim aims at developing an Adriatic scale regional plus local scale for each Pilot integrated information systems composed by hydro-meteo-marine climatological databases (model scenarios and observation) and knowledge-based tools (e.g indicators) for advanced dynamical implementation of regional climate adaptation plans relevant and accessible for entire the Programme area and Countries.

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Border surveillance is a complex mission given the length of European borders and the variety of terrain configuration. ANDROMEDA’s aim is to create a political, organizational and legal environment to enable information sharing across the seven relevant sectors/user communities (transport, environmental protection, fisheries control, border control, general law enforcement, customs and defense) based on existing and also on future surveillance systems/networks with a view to achieve a fully operational CISE by 2021.

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The EU-funded AtlantECO project aims to develop and apply a novel, unifying framework that provides knowledge-based resources for a better understanding and management of the Atlantic Ocean and its ecosystem services. AtlantECO will engage with citizens and actors from the industry and policy sectors in order to stimulate responsible behaviour and Blue Growth. The project focuses on three pillars of research: microbiomes, plastic and the plastisphere, and seascape connectivity. In pursuit of this goal, AtlantECO is bringing together experts and pioneers from Europe, South America and South Africa with the relevant resources, knowledge and experience.

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The Copernicus Climate Change Service (C3S) currently includes operational predictions for seasonal timescales, as well as infrastructure for accessing climate projections for centennial timescales. In this project prototype services for climate predictions targeting the time horizon of years to decades ahead will be developed. The goal is to develop precursors for decadal prediction services targeting the time horizon when climate variability and anthropogenic climate change are expected to have comparable magnitude, and thus both need to be carefully considered and combined in creating outlooks of relevance to users. The work in this tender will demonstrate capability and applicability of predictive information on such timescales and complement related activities underway in the research community. Each partner, DWD (Germany), BSC (Spain), UKMO (United Kingdom) and CMCC (Italy), will work on a different climate service tailored to the needs of a specific stakeholder, thus covering four different sectors, respectively: infrastructure, agriculture, insurance and the energy sector. In particular, CMCC collaborates with ENEL Hydropower to develop a prototype service based on multi-model decadal predictions.

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CASCADE will develop a set of concerted and coordinated actions including monitoring (observing and modeling) and management (Maritime Spatial Planning – MSP, Integrated Coastal Zone Management – ICZM, Land-Sea Interaction – LSI) to enhance the knowledge and to evaluate the quality and assess the vulnerability of inland, coastal and marine ecosystems in Italy and Croatia with the final objective to restore endangered species and to support integrated management. The integrated modeling and observing systems will be developed to design and implement MSP/LSI/ICZM, management and restoration actions in 11 pilot areas. Pilot actions will assess and protect coastal and marine biodiversity in degraded areas, set up restoration actions, assess the impacts of extreme events on ecosystems and understand how to avoid conflicts and boost synergies in the areas. The project will consolidate long-lasting research capabilities in the field through a concrete dialogue with stakeholders and the participation of Agencies, research centers and universities in order to enhance inland, coastal and marine knowledge. Such shared information and monitoring protocols are essential for supporting concrete actions dealing with environmental vulnerability, fragmentation and safeguarding of ecosystem services at cross-border level.

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CASCADES project strives to understand the conditions under which climate risks propagate beyond their geographical and temporal location in ways that may affect European stability and cohesion. It does so via a broad 360° risk assessment and deeper thematic analyses of trade, value chain, financial and political connections between Europe and the rest of the world.

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”Change Game” is an innovative, interactive tool for educating children (12+) and young adults about climate change. It leverages the potential of video games to represent the complexity of the climate system and its interactions with humankind and with natural ecosystems. Scientifically grounded, the game aims to encourage a debate inside and outside the classroom about the system innovations required to become a net zero emissions and resilient society. Accompanying materials will support teachers and educators in their facilitative role, helping them foster a better understanding about the underlying assumptions that govern the climate change process. Such a participatory process will also encourage the identification of innovative solutions to reduce emissions and adapt to the impacts of climate change. Change Game will be developed in collaboration with Melazeta SrL, a company specialized in the design and implementation of applied games for educational and marketing purposes.

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The project CRAS aims, through an econometric and computational analysis, to better understand the contribution of agrobiodiversity to the resilience of agroecosystems and to the mitigation of the impacts of climate change on the agricultural sector.

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DESARC-MARESANUS addresses two environmental problems of great importance: the increase in atmospheric concentration of carbon dioxide (CO2) and the consequent acidification of the oceans. Global warming resulting from increased levels of atmospheric CO2 from anthropogenic activities such as the combustion of fossil fuels and deforestation is already causing impacts on human society and ecosystems, as recognized by the Special report ‘Global Warming of 1.5 ºC’ published by the Intergovernmental Panel on Climate Change (IPCC). In parallel to the impacts caused directly and indirectly by the global warming, the absorption and diffusion of CO2 accumulated in the atmosphere by the ocean is increasing seawater acidity, already posing high risks for marine ecosystems, such as coral reefs. To limit global warming “well below 2 ° C”, as agreed under the Paris Agreement, a drastic reduction in greenhouse gas emissions is crucial but no longer sufficient, since it becomes necessary, to start removing CO2 from the atmosphere, in quantities the more significant, the more emissions reduction is postponed. The “DESARC-MARESANUS” project aims at studying and assessing a process for removing CO2 from the atmosphere and simultaneously counteract ocean acidification. This process, already analysed at Politecnico di Milano, with the first preliminary results published in the journal “Mitigation and Adaptation Strategies for Global Change” , is based on biomass gasification to produce lime which is spread in the oceans in order to decrease their acidity, also generating decarbonized energy by-products such as hydrogen. The research activity of DESARC-MARESANUS project aims to study more in…

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Globally, the industrial sector substantially contributes to the high level of the world’s consumption of energy, natural resources and generation of waste. It is one of the most energy and resource intensive sectors in the world. Nigeria, one of the largest economies in Africa, does not have a clear cut policy on eco-innovation. More importantly, in light of the challenges such as resource scarcity, inadequate power supply, hazardous substances and waste generation, resource inefficiency and high intensity energy consumption facing the industrial sector, there is an urgent need to assess the policy measures that will guarantee transition to a sustainable manufacturing (UNEP 2011) which is fair and creates social and economic benefits in the country. However, before these can be achieved, it is crucial to understand how firms access, assimilate and develop the knowledge needed to reduce their environmental footprints. The overall objective of ECO-innovation and the Dynamics of External Knowledge Sourcing (ECO-DEKS) is to examine the dynamics of alliance portfolio for eco-innovation in the manufacturing and service sectors of Nigeria using both qualitative and quantitative data. ECO-DEKS focuses on the two sectors because of their significance to environmental sustainability. Together, these two sectors account for 70.84% of the GDP of the Nigerian economy in 2017. The sectors are similar in that they are characterized by considerable innovation potentials and by the highest potential environmental gains, but differ in terms of technology and the context within which the economic agents act. Therefore, the way in which firms within each sector…

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The EFFICIENT BUILDINGS project, as its predecessor MEDNICE, supports the Efficient Buildings Community established within the Interreg Mediterranean programme framework. The community brings together local and national public authorities, energy agencies, enterprises and research organizations to exchanges methodologies, experiences and tools on energy efficiency in the public buildings of the Mediterranean region.

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ENGAGE is a project funded by the European Union’s Horizon 2020 programme and carried out by a consortium of 25 European and International organizations. As the world faces the risks of dangerous climate change, policy-makers, industry and civil society leaders are counting on Integrated Assessment Models (IAMs) to inform and guide strategies to deliver on the objectives of the Paris Agreement (PA). ENGAGE rises to this challenge by engaging these stakeholders in co-producing a new generation of global and national decarbonisation pathways. These new pathways will supplement natural science, engineering and economics, traditionally represented in IAMs, with cutting-edge insights from social science in order to reflect multidimensional feasibility of decarbonisation and identify opportunities to strengthen climate policies. The pathways will be designed to minimise overshoot of the temperature target and analyse the timing of net-zero emissions to meet the Paris temperature target and reduce the reliance on controversial negative emissions technologies. In addition, they will link national mitigation strategies of major emitters with the PA’s objectives, integrate potential game-changing innovations, and advance conceptually novel approaches to architectures of international climate agreements. ENGAGE will also quantify avoided impacts of climate change, co-benefits and trade-offs of climate policy, and identify the biggest sectoral opportunities for climate change mitigation. In ENGAGE, we will set new standards of transparency for global and national IAMs. The new pathways will be developed in an iterative global and national stakeholder process and a consortium of leading global and national IAMs and social scientists. This co-production process ensures…

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EOSC-Pillar gathers representatives of the fast-growing national initiatives for coordinating data infrastructures and services in Italy, France, Germany, Austria and Belgium to establish an agile and efficient federation model for open science services covering the full spectrum of European research communities.

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ESiWACE2 will deliver configurations of leading models that can make efficient use of the largest supercomputers in Europe and run at unprecedented resolution for high-quality weather and climate predictions. It will develop HPC benchmarks, increase flexibility to use heterogeneous hardware and co-design and provide targeted education and training for one of the most challenging applications to shape the future of HPC in Europe.

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The project aims to develop an innovative European climate climate prediction system for the European climate forecasting system (EUCP)