Five reasons why an Arctic Observing Network matters to you

www.arcticpassion.eu 3 2 1 4 5 The Arctic is undergoing rapid environmental, economic, geopolitical and societal changes with global consequences. Rising temperatures, increasing wildfires, and ice loss have become the new norms, reinforcing the region’s reputation as a climate change hotspot and a warning sign for the planet. Though remote, the Arctic’s transformations affect us all. To respond to these changes, we need to monitor the environment continously, and a well-oriented Arctic-wide environmental observing network is essential. Such a network gathers vital data to monitor environmental shifts, assess impacts, helps us better to understand the natural system and its interaction with humans and supports evidence-based decision-making. While many nations already conduct many of these kinds of observations, efforts are often fragmented and need better integration and coordination. Anticipating and mitigating the impacts of extreme events and tipping points The Arctic is warming up to four times faster than the global average, disrupting weather patterns connected to more extreme floods, storms, and heatwaves. Melting sea ice, thawing permafrost, and shrinking ice sheets bring us closer to dangerous thresholds of the natural system with potentially irreversible and catastrophic impacts. An Arctic Observing Network provides the data and knowledge needed for better understanding, accurate forecasts, early warnings, and resilience planning at local to global scales. Improving weather forecasts European weather is influenced by Arctic climate changes. Warming weakens the contrast between the Arctic and mid-latitudes, slowing the jet stream. By feeding vital data into forecasting systems, an Arctic Observing Network improves accuracy, supporting public safety, health, livelihoods, and energy production. Safeguarding biodiversity and ecosystems The Arctic is one of the most biodiverse regions on our planet, home to unique species and ecosystems adapted to the cold that are now under pressure from climate change and human activity. An Arctic Observing Network enables monitoring, standardised data collection and collaboration to guide conservation, sustainable resource use, and informed policy decisions - helping protect biodiversity that benefits the Arctic and wider world. Supporting wellbeing, culture and knowledge About 4 million people live in the Arctic. Working in partnership with Indigenous Knowledge Holders and Arctic residents, and supporting Indigenous-led observing initiatives, we can utilise the combined power of diverse knowledge systems, alongside science. This allows the network to foster trust, empower communities, and ensure that decisions reflect diverse perspectives, which in turn strengthens cultural preservation, well-being and sustainable management of resources. Promoting peace and international collaboration The Arctic has long been a region of cooperation in science and monitoring. Today, rising tensions and resource competition threaten that stability. Built on collaboration, an Arctic Observing Network strengthens relationships across borders, supports international agreements and builds shared capacity to tackle global challenges, while promoting peace and resilience. Arctic PASSION, a project funded by the EU and Canada, brings together scientific and Indigenous experts from 17 countries to improve coordination, relevance and long-term sustainability of such an Arctic Observing Network. Five reasons why an Arctic Observing Network matters to you Contact us: Alfred Wegener Institute Project coordinator [email protected] GRID-Arendal Communication focal point [email protected] Follow us on 30 20 10 Tempreture This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 101003472 Integration of an environmental observing system for the Arctic is essential for informed decision-making. The Arctic's complex and rapidly changing environment requires a thorough understanding of the atmosphere, ocean, ice, land, and ecosystems, as well as how people interact with these components. A cohesive, comprehensive and accessible network that brings together the large number of observations is essential. Data from this network will provide the information necessary for Arctic and non-Arctic societies to make decisions based on knowledge. Sustainable funding is crucial for a long-term observational network. Long-term observations provide continuous data that are essential for detecting trends, understanding change and assessing climate change impacts. These measurements are vital for understanding the Arctic environment and its role for the globe. The development of services supports informed decision-making and wellbeing of the Arctic region. Arctic observing needs a more holistic approach and a full inclusion of different knowledge systems. The inclusion of different knowledge systems in an observing network, such as consented Indigenous Knowledge and local observations, alongside scientific data, provides a more complete picture of Arctic environmental changes. By understanding the broader context and potential impacts of environmental changes and human actions, societies can develop more effective strategies for adaptation and resilience. A framework for harmonised and inter-operable data that follows FAIR and CARE principles is essential. Access to data is at the heart of any observing system. Information must be accessible to everyone: to scientists, policymakers, Indigenous Peoples’ Communities, private sector and the public. This fosters transparency, accountability, and public engagement. Ethical and equitable data use is vital, respecting the rights and values of Indigenous Peoples and local communities to facilitate shared understanding and collective action. The observing system must meet the needs of a wide variety of user groups, including local inhabitants, academia, industry, and decision-makers. Different user groups have distinct needs and priorities. Some may require information on ice conditions for safe travel, while others might need detailed climate data. Involving local inhabitants in the design, implementation and use of observing systems ensures an equal knowledge transfer and that their needs and concerns are considered. This engagement empowers communities. Tailoring the observing systems ensures that the data collected is relevant and usable for the specific groups, enhancing its value and applicability. Increasing integration and coordination: Arctic PASSION has significantly enhanced Arctic environmental observations by fostering better-integrated and coordinated programs. Key achievements include the formation of the Arctic Ocean Regional Alliance (ArORA) and a distributed marine observatory (DBO), along with support for the terrestrial network INTERACT and the Sustained Arctic Observing Network (SAON). Recommendations towards a sustained Arctic observing system: In collaboration with the Arctic Science Funders Forum, Arctic PASSION has developed key recommendationsrecommendations for a sustainable Arctic observing system. These include establishing long-term coordinating bodies and monitoring systems for consistent data collection, enhancing research station networks for better data accessibility, and advocating for inclusive funding for Indigenous Peoples and local communities. • Skolt Sámi Indigenous-led repositories of climate and ecological change: Arctic PASSION has collaborated with Arctic Indigenous Peoples to co-create a unique database (arcticseas.org), composed of Indigenous Knowledge, scientific findings, historic sources, archival data and observations. It includes previously unreleased Indigenous Knowledge, consented by the knowledge holders, that can now be used to understand the Arctic change more holistically. Bringing the Arctic data system into action: Arctic PASSION has strengthened the Arctic data system through various improvements, including harmonisation and the development of a web interface for standardisation. We have developed recommendations to improve data provision from the Copernicus service and the Copernicus Arctic Hub. These efforts enhance data access and unify standards, helping to make data machine-readable and interoperable. Development of new information services: Arctic PASSION has combined data from different international observation programmes with local Arctic data and knowledge to create eight new information services. These services are designed to address specific needs such as air pollution forecasting, wildfires information and management, state of the Arctic environment, shipping safety, lake ice thickness and improved permafrost monitoring. These services are co-created with Indigenous Peoples and other Arctic residents, and decision-makers to ensure they are relevant and useful. • Inuit • Inupiaq and Yupiaq • Skolt, Ter, Kildin Sámi • Inuvialuit • Khanty, Mansi • Chukchi, Even, Yukaghir, Dolgan • Fróðskaparsetrið • Tahltan • Gwich'in Key messages Partner Organisations Indigenous Peoples and Local Community Partners How Arctic PASSION has addressed this Key messages How Arctic PASSION has addressed this This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 101003472