Project News
- Project News
October 23, 2023
DeliSoil: New project under the EU Mission ‘A Soil Deal for Europe’
Through the strengthened cooperation of a diverse EU-wide consortium, a new project has been launched to develop solutions for the processing of nutrient-rich side streams from the food industry and prevent environmental risks. DeliSoil (Delivering safe, sustainable, tailored & societally accepted soil improvers from circular food production processes for boosting soil health) will advance the EU Fertiliser Regulation’s goal of bringing safe and high-quality recycled fertiliser products to the market, while promoting the EU Farm to Fork strategy on sustainable farming. Five regional Living Labs will be set up (Finland, Denmark, Germany, Spain and Italy), with stakeholders from across the food value chain. The focus is on mitigating waste from food processing and valorising resulting by-products, while offering landowners products to be tested on their own farms. Innovative solutions will be shared using side-streams from vegetable, meat, insect cultivation, olive oil, wine and food industries. DeliSoil will be working together with other EU projects, and the European Soil Observatory (EUSO) to ensure a co-ordinated approach to the implementation of the Mission Soil goals. The four-year project kicked off on 1 June 2023 with €7 million in funding from the Horizon Europe Work Programme. Led by Natural Resources Institute Finland (Luke), DeliSoil brings together 14 partners from research, industry and government sectors in 10 European countries. Reflecting on the impact of the project, DeliSoil project co-ordinator Ansa Palojärvi, Senior Scientist at Luke, said: “Up to 20% of food available in the EU becomes waste, of which big part is generated during food processing and manufacturing. This food waste has a high potential for recovery. DeliSoil is embracing the opportunity offered by the circular bioeconomy to use food waste from the food industry to develop organic fertilisers that can replace mineral fertilisers and improve soil health in Europe.” Other challenges addressed by DeliSoil include the production of environmentally sound and safe applications from waste streams, and ensuring the public are aware of their benefits. The project will facilitate knowledge exchange, improve interdisciplinary design processes and increase societal soil literacy to meet these aims. Please follow @DeliSoilEU on X and @DeliSoil-eu on LinkedIn for the latest updates. A new website is coming soon at delisoil.eu.
- Project News
- Marine
May 4, 2023
BIOGEARS Project Highlights the Potential of Biobased Ropes to Support Aquaculture
Results from the EU-funded BIOGEARS project have highlighted that new, biobased ropes developed for mussel farming perform better than current commercial models. Funded by the European Union under the European Maritime and Fisheries Fund, the four-year BIOGEARS project closed in April 2023. The aim of the project was to develop biobased rope solutions for the creation of an eco-friendly offshore aquaculture sector using a multitrophic approach and new biobased value chains. To meet this challenge, the research team identified suitable biobased materials and processed and developed fit-for-purpose prototype biobased ropes or “biogears”. The biogears were trialled over one year in real production environments. The results from the sea trials showed that biogears support higher production yields than their commercial counterparts maintaining their functional characteristics and durability for at least one year at sea. In addition to assessing the technical performance at sea, the BIOGEARS partners also completed a sustainability assessment to consider technical, environmental and economic aspects of the prototype ropes. Biodegradability tests showed that BIOGEARS ropes will not degrade in seawater at 20-30°C or below, while compostability tests demonstrated that biogears can be fully composted in industrial conditions (> 58 ºC). Composting, as an end of life (EoL) option for biobased ropes, could reduce the carbon footprint of longline mussel productions by 10%. The best-performing biogears prototype (B2) reduced by 34% the carbon footprint of mussel productions compared to conventional fossil-based ropes. The results showed that biogears have the potential to substitute conventional ropes in offshore longline mussel culture, promoting production yields, growth and quality of mussel and commercial benefits for “farmers, while supporting the creation of biobased value chains under the EU Bioeconomy Strategy framework,” explains Project Coordinator, Leire Arantzamendi “We are proud of the achievements of this project and look forward to developing this research further.”While economically the raw materials for the biogears are currently more costly than for fossil-fuel alternatives, there is an expectation that future trends of increasing biopolymer production to meet market demand could reduce the biopolymer price and make biogears more competitive. Furthermore, the higher mussel production yields can provide compensation for this. To find out more about the project please visit: biogears.eu, Twitter, LinkedIn or subscribe to news For more information, please contact us: Project Coordinator Leire Arantzamendi (larantzamendi@azti.es) or Communication and Press Jane Maher (jane@erinn.eu).
- Horizon Europe
- Project News
- Renewable Energy
February 22, 2023
Workshop on Practical Solutions to Decarbonise Energy Use In European Buildings
The EU-funded RES4Build project is hosting a workshop to identify technological, market and regulatory advancements for the heating and cooling of space and water in buildings. Taking place in Brussels on 29 March 2023, participants will have the opportunity to provide insight on solutions that will lead to the efficient decarbonisation of energy used in European buildings. Buildings account for more than 40% of energy consumption in Europe, most of which is still supplied by fossil fuels. Phasing out fossil fuel use in buildings can help address many of Europe’s most pressing challenges including climate change, air pollution and dependency on imported fuels. However, achieving this future requires the rapid upscaling of impactful, energy-efficient solutions. While approaches to decarbonising Europe’s buildings are available, the pace of change is slow. The workshop will bring together research, industry, policymakers, and end users to help identify the developments and conditions that are needed to accelerate this decarbonisation and meet EU policy objectives. The agenda will follow three key themes: The latest technological innovations to prioritise to enable EU decarbonisation objectives. Suitable market and regulatory conditions and how they can accelerate the pace of change. Incorporating end user and audience perspectives to implement these solutions. RES4BUILD is an EU-funded, Horizon 2020 research project that has made good progress in developing zero-carbon solutions for the building sector. The project’s integrated energy system incorporates heat pump and combined solar photovoltaic-thermal technologies together with thermal storage and smart management systems to produce low carbon heating and cooling for buildings. An impact assessment has indicated the technical potential of such integrated energy systems in the European market and ongoing work is clarifying the applicability of the approach to serve end users in their transition to decarbonisation. All public reports are available on the project website. For more information on the workshop, please visit: https://res4build.eu/news-events/news/Energy-Workshop-Brussels/
- Horizon Europe
- Project News
- Marine
February 2, 2023
BlueRemediomics: European project launched to harness the vast potential of marine microbial resources
A new European research project was recently launched which aims to leverage the untapped potential of marine microbial resources. The marine microbiome is one of the fastest growing segments of the blue bioeconomy, and its study is vital for the discovery, understanding, protection and utilisation of our ocean resources. BlueRemediomics will develop novel tools and approaches to explore marine microbiome data, uniting an international consortium of experts that will work on the discovery and production of high value sustainable marine microbiome-based products, processes and services. BlueRemediomics will systematically catalogue marine microbiome data and marine culture collections to facilitate the development of industrial processes that reduce waste, increase the reuse of natural products and by-products, and improve aquaculture processes. The project simultaneously aims to ensure equitable access to and sharing of benefits derived from any new products, such as new medicines or cosmeceuticals. It will also gauge the societal appetite for biobased solutions. “Marine microbes have evolved to exploit and reuse both natural and artificial resources that they encounter in their relatively nutrient-poor environment. This can be as simple as a single enzyme, or involve a series of processes involving different species,” said coordinator Rob Finn, Microbiome Informatics Team Leader and MGnify PI at EMBL-EBI. “The BlueRemediomics project will exploit existing data to help identify such processes and enable us to derive new biobased solutions for reducing waste or for bioremediation.” A key aim of the project is to develop an open access biodiscovery platform to integrate microbiome data, and to enrich this data with functional information to facilitate its exploration for potential biological products. The project will also develop innovative approaches for the isolation and growth of these microorganisms to further enable such exploration. “Marine microbial communities represent a vast unexploited treasure trove of bioresources that have the potential to strengthen the European blue economy,” said Chris Bowler, Director of Research at CNRS, co-coordinator of the project. “For example, to safely carry out aquaculture – the farming of our oceans – it is vital that we expand our understanding of the roles played by marine microbes for ocean health. The BlueRemediomics project will establish a Microbiome Health Index for monitoring marine environments, thus allowing us to promote healthy microbiome approaches and strategies in aquaculture in line with the ‘do no significant harm’ principle”. The project was awarded €7.65 million under the latest Horizon Europe Research and Innovation funding programme with an additional €1.54 million in Associated Partner funding provided by UK Research and Innovation (UKRI) and Swiss State Secretariat for Education, Research and Innovation (SERI). BlueRemediomics launched on 1st December 2022 and will run for four years. To keep up to date with the project, please visit twitter.com/BlueRemediomics. A website for the project is coming soon.
- Horizon Europe
- Project News
- Marine
January 25, 2023
Launch of SEALIVE Business Plan Tool to Support Sustainable Growth
Press release, 25 January 2023 Gate2Growth has launched a free, online tool to help companies to develop targeted business plans. Developed as part of the EU-funded, SEALIVE project, the Gate2Growth Business Plan Writer tool will guide entrepreneurs and business owners to develop business plans that uniquely include sustainability and circularity principles. The tool offers a one-stop shop to create a complete sustainable business plan, steering users through all the necessary steps from customer identification, production requirements, and management capabilities to funding strategies. SEALIVE is a €10.26 million, Horizon 2020-funded Innovation Action project that has the vision to reduce plastic waste and contamination on land and in seas by boosting the use of biomaterials and contributing to the circular economy with cohesive bio-plastic strategies. The new tool has been designed to support SEALIVE partners to develop business plans for project results. The tool is also open to the public and can be used by other entrepreneurs and SMEs to assess their own business plans, particularly through the lens of sustainability and circular economy principles. The Gate2Growth Business Plan Writer contains three components: An online business plan writer to ensure the business plan has a narrative, and that all business model components are outlined; A budget module to strengthen the financial background of the business plan, and; A business plan quality assessment to provide an indication of the completeness of the business plan and investor readiness. By working through all three parts, entrepreneurs can convert their business idea into a complete business plan and comprehensive budget overview while including considerations of circularity and sustainability. All data are saved in a protected space, and each user has full control over who can get access to the information uploaded. The final business plan can be downloaded as a PDF ready to be shared with potential investors or used in grant applications. Commenting on the significance of the tool, Carmen Bianca Socaciu, Senior Consultant at Gate2Growth said: “We know how hard it is to bring new ideas to market, particularly products that don’t follow conventional pipelines. With the Gate2Growth Business Plan Writer, SMEs and entrepreneurs have easy access to clear, tailored advice that will help their business goals take shape. We look forward to receiving participants’ feedback!” To access the business plan tool, visit g2g-tool.investornet.dk/sealive/. For more updates from SEALIVE, follow @EU_SEALIVE or visit sealive.eu.
- Project News
- Health
December 7, 2022
EU project launched to better understand marine biodiversity decline and restore ocean health
A new EU project has been launched to improve how biodiversity is recorded and protected in marine and coastal environments. Funded by the Horizon Europe programme, MARCO-BOLO (MARine Coastal BiOdiversity Long-term Observations) will structure and strengthen European coastal and marine biodiversity observation capabilities, linking them to global efforts to understand and restore ocean health. Coastal and marine areas are incredibly dynamic and productive oceanic regions, providing significant resources and services for both wildlife and people. They are also subject to intense pressures from agricultural and industry pollution in waterways, dredging, and building development. Many national and regional programmes assess environmental health and human impact on our coasts, but these programmes are often fragmented, short term, and uncoordinated at larger scales. MARCO-BOLO will address this problem by connecting existing initiatives, optimising and improving methods, and further innovating technologies for biodiversity observations. The project aims to deliver a transformative change in how marine biodiversity is monitored and managed. The research team will engage with diverse stakeholders to tailor research and observation data for direct use, delivering practical tools that will allow politicians and companies to determine biodiversity health, predict changes, monitor changes from imposed policies and proactively manage environments and their biodiversity. The project has four key objectives: Improve acquisition, coordination and delivery of marine, coastal and freshwater biodiversity observations to relevant users. Enable technologies for cost-effective, timely and accurate biodiversity observations. Test new tools, technologies and models to better understand biodiversity decline. Empower European biodiversity observatory operators, data producers and users by creating and sharing best practice guidelines for gathering and using biodiversity data to contribute to biodiversity restoration efforts. MARCO-BOLO’s innovations will address the full pipeline of data collection and use: from testing new monitoring tools using eDNA, robotics, optical and acoustic techniques, to data integration methods for environmental modelling, and guidance on how data can be stored, shared and applied in policy contexts. Project coordinator Nicolas Pade from European Marine Biological Resource Centre (EMBRC) said: “We need good data to protect and restore biodiversity effectively. By engaging with policy and decision makers throughout the project, we will ensure that our tools and techniques will support lasting, positive change in how we monitor and protect marine and coastal biodiversity in Europe and internationally.” MARCO-BOLO launched on 1 December 2022 and will run for four years. It is coordinated by the EMBRC and comprises an expert team of 28 partner institutions from 14 countries. For more information, follow @MARCOBOLO_EU.
- Horizon Europe
- Project News
- Health
- Marine
November 28, 2022
New Horizon Europe project launched to enhance the resilience of EU aquaculture by improving aquatic animal health and welfare
Researchers from 16 countries are uniting to transform aquatic animal health and welfare within the European aquaculture industry, while also supporting the environmentally friendly, inclusive, safe and healthy production of seafood. Funded by the EU Horizon Europe programme, Cure4Aqua is a €4.8 million, 4.5-year project that will develop new approaches to prevent aquatic fish diseases through innovative prophylaxis and technologies for early disease detection, while also supporting the advancement of alternative treatments to replace pharmaceuticals in disease control. Farmed seafood is an important source of protein for food and animal feed, with a low-carbon footprint, essential to help build a sustainable food system. However, the control of pathogens continues to be a major challenge for the sector. This is particularly relevant for Europe, where there is a great variety of species and production systems, which hinders the implementation of good husbandry practices tailored to each aquatic species. Cure4Aqua has brought together leading experts to take several key actions: Develop cost-effective vaccines to prevent diseases in farmed fish Implement selective breeding programmes to improve stress and disease management Develop innovative, bio-based and sustainable alternatives to antibiotics for controlling fish diseases at various life stages Develop new tools and artificial-intelligence-based technology to improve fish health and welfare Improve diagnostics of fish pathogens Integrate farmer and fish welfare as a priority of aquaculture production by developing high welfare standards that consider different life-stages, production systems, and knowledge of welfare needs. Cure4Aqua project coordinator, Ivona Mladineo from the Institute of Parasitology (BCAS) in Czech Republic said: “Research must be at the forefront of positive changes that will ensure our food systems are sustainable while caring about high health and welfare standards for fish. There is an urgent need to solve some of the major shortcomings and constraints that the European aquaculture industry is facing. Cure4Aqua will address these issues by building a co-creative approach with other players interested and involved in the aquaculture. I am looking forward leading this vital project.” Cure4Aqua partners held an inaugural project meeting on 16-17 November 2022 in Prague (Czech Republic). The project will run until April 2027. For more information, please visit cure4aqua-project.eu or follow @Cure4Aqua_EU
- Project News
- Land Restoration
November 2, 2022
Open Call for Artists in Residence at European Wetland Restoration Sites
The EU-funded project, WaterLANDS, has launched six open calls for artists in residence in Bulgaria, Estonia, Ireland, Italy, the Netherlands and the United Kingdom. WaterLANDS will provide funding to support artistic engagement with the protection and restoration of wetlands and local communities. Funded under the EU Green Deal, WaterLANDS is a five-year, €23.6 million project led by University College Dublin. WaterLANDS aims to restore damaged wetlands across Europe and lay the foundations for upscaling protection across wider areas. Initial landscape restoration works will be targeted at six “Action Sites”: Dragoman Marsh (Bulgaria), the Pärnu catchment (Estonia), Cuilcagh-Anierin Uplands Special Area of Conservation (Ireland), Venice Lagoon (Italy) the Ems-Dollard estuary (the Netherlands), and the Great North Bog (United Kingdom). Each of the six Action Sites will employ one artist to complete a residency. The residency will be on a part-time basis of up to one month per year for four years (2023-2026). Artists will receive a fee, as well as funding for travel and production costs. Exact arrangements vary per site and are specified in the individual country briefs linked below. Each artist will work with a host institution who will support and manage their residency. An Art Task Coordinator based in University College Dublin will support the artists and facilitate cross-pollination and communication across the six sites. The residencies will require artists to engage with the Action Site and the surrounding communities to create work that is informed by the site and local landscape restoration. At the end of each year, artists will participate in publicworkshops, which will be facilitated by the Art Task Coordinator. By the final year of the project (2026), resident artists are requested to create artwork(s) inspired by the local landscape restoration. This will culminate with an exhibition at the final project event, where the artwork will be represented. Artists will travel to the final event and participate in a panel discussion to reflect on the creation process. Wetlands have influenced and intrigued their local communities for centuries, inspiring many aspects of culture from music to poetry, art and social rituals. This residency program is a key part of WaterLANDS’ holistic, interdisciplinary and collaborative approach to creating resilient, healthy wetland landscapes that will both co-exist with, and support their local communities. Caitriona Devery, WaterLANDS Art Task Coordinator, University College Dublin said “Art and science are both driven by curiosity. They each have the power to captivate audiences and communicate complex ideas. By working with artists on the WaterLANDS project, our goal is to bring artists’ unique perspectives into the scientific and community engagement processes and to promote greater understanding of wetland ecosystem restoration. I’m excited to get this collaboration underway and to work with artists all over Europe on this ambitious initiative” For more information about the call for artists, including application criteria: link here Find out more about the project: waterlands.eu
- Horizon Europe
- Project News
- Land Restoration
October 27, 2022
“For Peat’s Sake”: Brussels Nature Restoration Law Event
Press Release 27 October 2022 On 26th October 2022, Horizon 2020 project WaterLANDS and Interreg North-West Europe project Care-Peat hosted a joint event in Brussels to discuss peatland policy recommendations developed with stakeholders and to advocate for stronger peatland targets in the proposal for the new EU Nature Restoration Law. The event, attended by MEPs, Directorate-Generals, and other policy stakeholders, called for a range of new measures, including the significant increase of peatland restoration targets for 2050, and the mandatory monitoring of restoration. While the event organisers welcome the proposed Nature Restoration Law as a positive step, including the binding targets for EU countries to restore peatland by 2030, 2040 and 2050, and the recognition of alternative modes of use for rewetted land, stronger peatland targets were advocated for, including: The restoration of peatland must include rewetting. Significant improvement of peatland restoration targets for 2050 in line with the Paris Agreement. Target all non-residential land uses of drained peatland for restoration. Mandatory monitoring of peatland restoration. In her keynote speech, MEP Jutta Paulus called for the improvement of the Nature Restoration Law, saying “Peatlands are some of our most valuable ecosystems, covering only 3% of Earth’s land area but storing more than 600 gigatonnes of the planet’s soil carbon, which approximately corresponds to the amount of carbon emitted by Europe since 1750. The degradation of peatlands has caused them to become carbon sources rather than sinks. The proposal for the Nature Restoration Law is Europe’s chance to champion peatlands in policy, but we must act now to strengthen the targets for a stronger Law for nature.” The European Commission’s proposal for the EU Nature Restoration Law was presented on June 22, 2022 and sets a precedent as Europe’s first legally binding requirement to protect nature. The proposed draft law covers a range of terrestrial and maritime ecosystems, habitats and species, including rivers, forests, grasslands and peatlands, and sets specific targets for restoring these ecosystems. If sufficiently ambitious, the proposal, due to be adopted as law by 2023, holds promise to protect habitats, reverse biodiversity loss, ensure a just transition, and enable climate mitigation and action in line with the stated objectives of the EU Green Deal, the Paris Agreement, and the UN Sustainable Development Goals. “For Peat’s Sake”, Strengthening Peatlands Targets in the EU Nature Restoration Law” included a technical peatland seminar followed by a high-level policy event hosted by MEP Jutta Paulus. It emphasised the crucial role of peatlands for biodiversity, carbon storage, water cycles and climate resilience throughout Europe under the Nature Restoration Law. The event showcased how the WaterLANDS and Care-Peat projects will create a legacy for the upscaling of wetland restoration by contributing to European policy and the implementation of the Nature Restoration Law, while emphasising the necessity of improved targets for peatland restoration. Peatlands are under threat, with over half of their total coverage in the EU now degraded due to human activity. The bulk of this degradation occurs from the draining of peatlands, which releases large quantities of carbon in the form of greenhouse gas, contributing to climate change. The EU is the second largest global emitter of greenhouse gases from drained peatlands. Representatives of WaterLANDS and Care-Peat look forward to further work and discussions on the draft law, which will take place in the coming months. For More Information Contact Laoise Dillon Visit the project websites: WaterLands and CarePeat This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 101036484 (WaterLANDS). This output reflects the views of the authors and the European Commission is not responsible for any use that may be made of the information contained therein.
- Horizon Europe
- Project News
- Marine
October 13, 2022
PREP4BLUE: Progress towards EU Mission Restore Our Ocean and Waters by 2030
An exciting project to enable the EU Mission Restore Our Ocean and Waters by 2030 is underway. PREP4BLUE (Preparing the Research & Innovation Core for Mission Ocean, Seas & Waters) project partners met in Brussels on 14 and 15 September to share initial results and plans for next steps in this €4.9 million, three-year project supported by the European Union’s Horizon Europe funding programme. Mission Restore our Ocean and Waters by 2030 seeks to protect and restore marine and freshwater ecosystems and biodiversity, prevent and eliminate pollution of our ocean, seas, and waters, and make the Blue Economy sustainable, carbon neutral, and circular. PREP4BLUE aims to inspire, engage, and involve citizens and stakeholders to interlink, leverage, and optimise activities among Mission projects, in particular in specific “Lighthouse” areas: Mediterranean Sea, Baltic and North Seas, Danube River basin, and the Atlantic/Arctic Sea basin. ERINN was heavily involved in the design and development stage of the project, leading the proposal conceptualisation as well as writing the bid. ERINN now leads the knowledge management activities, implementing a robust methodology as well as development and piloting of tools to ensure the efficient and effective transfer of high potential knowledge and solutions to contribute to the achievement of the Mission goals. Dr François Houllier, CEO of the Institut français de recherche pour l’exploitation de la mer (Ifremer), welcomed the participants at the French Maison Irène et Frédéric Joliot-Curie. Dr John Bell, the European Commission’s Healthy Planet Director opened the meeting by emphasising PREP4BLUE’s key role in the implementation of the Mission: “Working at scale, on the ground, with citizens, promoting innovation to create impact [together we need to ensure] systemic, irreversible change towards the mission objectives”. Partner discussions at the meeting focused on the practical steps needed to develop the methodologies, tools and resources that will underpin all initiatives hoping to respond to the Mission objectives. The goal for PREP4BLUE is to provide robust methodologies and practical guidance that will enable all citizens and stakeholders to engage in the co-creation and co-implementation of activities to support Mission objectives. Project Coordinator, Natalia Martin Palenzuela, Director of International and European Affairs at the Ifremer said, “Bringing the PREP4BLUE partners together for their first in-person meeting was an exciting milestone. There was a real buzz in the room with stimulating conversations and collaborations that were much more dynamic face to face compared to online. It was clear that everyone is both committed to the project and motivated to develop tangible, practical solutions that will support the entire EU community to achieve its Mission. I’m looking forward to the next stages of the project!” To stay up to date with progress, follow @PREP4BLUE on Twitter and check out the project website, prep4blue.eu, coming soon. To engage with Mission Restore Our Ocean and Waters by 2030, follow @eumissionocean on Twitter, and visit EU Missions in Horizon Europe to learn more about all five EU Missions.
- Horizon Europe
- Project News
- Coastal Communities
- Marine
October 5, 2022
EmpowerUs project launched to enable coastal communities to act for change
The European Union has launched an exciting new research project to empower coastal communities to transition towards more sustainable, inclusive and resilient coastal development. EmpowerUs (Socio-economic Empowerment of coastal communities as users of the sea to ensure sustainable coastal development) is a €6 million project that launched under the EU Horizon Europe Programme on 1st October 2022 and will run for three years. Coastal communities face many challenges including extreme weather associated with climate change, rising sea levels, tourism pressures, changing fisheries and traditional industries and how to adapt to sustainable economic development. Recognising that these complex challenges require multiple, integrated solutions, EmpowerUs is a multidisciplinary, collaborative project that will support coastal communities in their transition to becoming more environmentally, economically and socially sustainable. Working with local, regional, national and international stakeholders, EmpowerUs will co-create, pilot and evaluate Tailored Empowerment Programmes to support coastal communities in their transformation towards becoming more sustainable. The Programmes will include a portfolio of flexible, transdisciplinary tools to support social innovations that increase socio-economic resilience, well-being and job opportunities for a diverse range of community members, ensuring that nobody is left behind. In addition, practical guidance on implementing nature-based solutions to address environmental problems will enable communities to take ownership of their climate resilience. The Programmes will be implemented across a network of six pilot sites located in Bulgaria (Burgas Province), Cyprus (Eastern Limassol Region), Finland (Åland Islands), Ireland (West Coast), Norway (North), and Spain (North-western Mediterranean). Tools from the Empowerment Programmes will be shared for free on a digital platform so that all coastal communities in Europe and beyond can adapt and apply the lessons learned to their own sites. EmpowerUs project coordinator, Dr Maiken Bjørkan, Research Professor at Nordland Research Institute (Norway), said: “Living by the sea, I’ve witnessed first-hand the social, economic and environmental challenges faced by coastal communities. To solve these problems, we have to work together. Merging the multidisciplinary background of the EmpowerUs team together with the lived experience and expertise of community members will be a powerful combination. I’m excited to get the project underway!” ERINN Innovation played a key role in helping to secure funding for EmpowerUs by helping to recruit the consortia, providing proposal writing training to coordination team via ERINN’s Horizon Europe Masterclass series and helping to write and proof the final bid. During project implementation ERINN will also use its knowledge transfer expertise to lead communications, dissemination and exploitation activities for EmpowerUs, ensuring that project innovations reach their intended audiences. Michael Papapetrou, ERINN Executive Director (Ireland), said: “Working with the EmpowerUs team is a pleasure and we are proud to have played a role in gaining funding for this important research. Having been involved with the project from the start, it is exciting to see everything come together, and we look forward to sharing the innovations that arise from the project.” EmpowerUs is led by Nordland Research Institute (NRI), Norway, and brings together 16 partner organisations from Bulgaria, Cyprus, Denmark, Finland, Germany, Ireland Spain and the UK. The project will create European leadership in the socio-economic empowerment of users of the sea in line with the UN Sustainable Development Goals, the EU Green Deal and Paris Agreement. The inaugural EmpowerUs partner meeting was held in Barcelona on 4th and 5th October. Please follow @EmpowerUs_EU on Twitter for the latest updates.
- Project News
- Marine
August 18, 2022
MARBLES Project: New interactive microscopy exhibition set for Micro Day in Leiden
A new immersive exhibition is set to be launched in Leiden this October. The microscopy and microbe exhibition, organised by the MARBLES project, Institute of Biology (Leiden University) and Rijksmuseum Boerhaave, will be held in the museum to celebrate Micro Day in Leiden, the EU City of Science 2022. The exhibition will allow children, their parents and guardians to learn more about the microbial world and how scientists are trying to learn from them for human, animal and plant health through a number of fun daily activities, including: The world up close – compare a van Leeuwenhoek microscope with our modern-day microscopes to see and learn about the microscopic world! Test your knowledge with a microscopy quiz! For children from 7 years old. See real marine microbes with a real microscope and learn why they are so important. How well do you clean your hands? Grow bacteria from your hands on agar plates that you can take home and see the differences in the bacteria that grow before and after washing your hands! Exhibition organiser the MARBLES project is a €7.5 million, 5-year project that will develop new methods for the sustainable collection and use of biological resources from marine environments and assess their commercial potential. The researchers are studying marine microbes and the compounds they produce to assess their potential to replace environmentally harmful chemicals and medicines to help fight diseases in fish, food crops and humans. For more information about the project, please visit marblesproject.eu. The microscopy exhibition will be held in Rijksmuseum Boerhaave in Leiden, the Netherlands from 22-24 October 2022. The event is free with a valid museum ticket which can be booked at tickets.rijksmuseumboerhaave.nl. To celebrate Micro Day, museum entry is also free on 24 October. The event is suitable for children of 4 years and older.
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ERINN Innovation Ltd
Company No.: 600883 (Ireland)
Company No.: 600883 (Ireland)
Directors
David Murphy (IE/UK)
Laura Richardson (IE)
Marieke Reuver (NL)
Michael Papapetrou (GR/IE)
Reid Hole (NO)
