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TREEADS participated in Seedball technology for rapid post fire reforestation

We are delighted to share that TREEADS, represented by LAMMC, recently participated in the “New genomic techniques and digitization in agriculture and forestry/Naujos genominės technologijos ir skaitmenizacija žemės ir miškų ūkyje” public educational event on February 8th, 2024, in Akademija, Lithuania. More than 200 participants, including the scientific community, industry/technology partners, stakeholders, national authorities, and institutions had the opportunity to attend an insightful presentation on seedball technology highlighting a unique aspect of rapid reforestation post-fire damage. This groundbreaking method offers a comparatively rapid rehabilitation of fire-ravaged landscapes or regions with limited human accessibility, such as mountain slopes, restoring the delicate ecological balance within these areas. As the host country for the event, Lithuania demonstrates its commitment to addressing the challenges of post-fire reforestation and promoting sustainable practices. This collaboration symbolizes the power of partnerships and the collective determination to safeguard our natural resources. Source: TREEADS

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Firelogue:Wildfire Risk Management (WFRM) Project Clustering Event 2023 – TREEADS will be there!

The event is organized by the European Research Executive Agency (REA) together with the Firelogue project. Based Firelogue on the goal of the project to unite fire-related projects and to exploit their synergies, this event will showcase the first results of Wildfire Risk Management Green Deal Innovation Actions (TREEDS, SILVANUS, FIRE RES), FirEUrisk, recent DG ECHO fire projects (AFAN, IPA Floods and Fires, WUITIPS) and other fire-related initiatives.   This Clustering Event is aiming to practically advance topics such as wildfire risk assessments and governance, questions about the coherence of the range of policies related to managing wildfire risk such as forestry strategies or nature conservation, and more. Find the agenda of the Clustering Event here.   This event is also organized in collaboration with the Union Civil Protection Knowledge Network with the ambition to exchange project activities, develop joint visions and collaboration options, and facilitate the science-policy-practice exchange.   Event Details: A one-day event starting on Wednesday, November 22, 2023 Duration: 09:00 to 17:30 Location: The Royal Library of Belgium (KBR), Brussels   The event is designed for in-person attendance. Online participation is possible only for the general discussion. The sessions/workshops will be held on-site only. There are 80 spots available so visit our registration form and be part of this Clustering! Register here.   Extra Tip: You can combine your travel in Brussels with the “7th Disaster Risk Management Knowledge Centre (DRMKC) Annual Seminar ‘Moving knowledge into action: a Roadmap to Disaster Resilience’ jointly organized by JRC and DG ECHO in the framework of the Science pillar of the Union Civil Protection Knowledge Network on Tuesday 21 November 2023. Find more info about this event here.   Source: Firelogue

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TREEADS: German Pilot – Fire Science of Wildfires and Safety Measures

In a notable milestone, the German Pilot Consortium, comprising Otto von Guericke University Magdeburg (OvGU), the Federal Institute for Materials Research and Testing (BAM), and Schmitz OneSeven GmbH, successfully conducted real fire tests on 28th September 2023. These tests hold immense significance for advancing the understanding of ground fires, smoke toxicity, and safe firefighting techniques. The resulting measurements and data are expected to contribute to the development of effective forest fire containment and fighting strategies. Before the fire tests, thorough coordination took place among the German Pilot Consortium, local partners, and authorities. The Flechtingen forestry office, the Börde district, the Flechtingen municipality, and its fire brigades all played instrumental roles in ensuring comprehensive safety preparations and obtaining the necessary permits. Thanks to their support and commitment, the planned fire tests could proceed smoothly and securely. On the afternoon of 28th September 2023, Dr. Andrea Klippel (OVGU) and Dr. Anja Hofmann-Böllinghaus (BAM), esteemed project leaders, carried out the ignition on the designated land at the Altmark forestry operation. Over more than two hours, extensive measurements were conducted, capturing data on smoke gas concentrations and temperatures. It is important to note that the fire test was conducted under meticulous observation through the use of various drones and ground-based photographic documentation. To ensure safety, the volunteer fire brigade of the municipality of Flechtingen provided necessary security throughout the test. The photo and film documentation, combined with the measurement data, now serve as a valuable foundation for comprehending the spread phenomena of forest and vegetation fires. These findings will actively contribute to the further development of tactics for containing and fighting such fires. In collaboration with the laboratory investigations conducted by OvGU and BAM, the collected results will be used to develop computational models that predict forest fire phenomena. Ultimately, this will pave the way for creating effective protection concepts for emergency services. The German Pilot project team extends sincere gratitude to all those involved in the successful execution of the fire tests. The unwavering support and commitment from local authorities, the volunteer fire brigade, and project partners have laid an excellent groundwork for further investigations within the TREEADS project.

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Firelogue: Firelogue in ESReDA – European Safety, Reliability & Data Association Newsletter – Special Issue: Wildfire Risk Management

Critical wildfires were the significant natural hazard threatening the EU and the Mediterranean, during the last month (July 2023). Almost 260,000 ha have already been burnt in the EU since January 2023. Critical fires have spread in Italy, Algeria, Tunisia, and Greece causing human casualties and massive environmental and economic damage, according to the monitoring reports of the Joint Research Centre (JRC) through the European Forest Fire Information System in the EU’s Copernicus Emergency Management Service. ESReDA sheds light in the Newsletter on the EU’s efforts in reinforcing its Wildfire Risk Management process across Europe. ESReDA presents the following two articles relative to EU efforts, entitled: “Cross-Sector Dialogue for Wildfire Risk Management” and “How do wildfires threaten critical infrastructure and vice versa?”. The first article overviews the Support Action Firelogue as one of the most promising EU multidisciplinary actions. The second article examines in more detail the dialectic between man-made infrastructure and naturemade infrastructure considering the risk of exposure to wildfires. Given that the resilience of man-made and nature-made assets can’t be examined separately, wildfire risk management should be thought of globally.   Read the full article HERE.    Source: Firelogue

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TREEADS: FRN Interview “To tackle wildfires, researchers in Europe team up with frontline forces”

The TREEADS project coordinator, Kemal S. Arsava, recently had an interview with Horizon Magazine and shed light on various aspects related to tackling wildfires in Europe. The fascinating interview titled “To tackle wildfires, researchers in Europe team up with frontline forces” was published on August 29th, 2023. In the interview, Arsava highlighted several important aspects. First and foremost, he emphasized the need for community training and awareness to prevent fires. According to him, investing only in fire trucks, helicopters or planes is not enough. Arsava also mentioned the TREEADS plan to use drones and high-altitude balloons to detect blazes early, collect data for fire crews, and even aid their actions by dropping fire-suppressant materials. The four-layer approach includes low-altitude drones to locate fire hotspots, mid-altitude drones to drop fire suppressants, high-altitude balloons to provide a broader view, and satellites for the whole picture. According to our coordinator, these new technologies will make it easier to fight wildfires in the future. We encourage you to read the whole interview available HERE to get a better understanding of the crucial issues being addressed in our project and the impact it could have on our communities and environment.   Source: TREEADS

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TREEADS: Social Return on Investment: A Critical Element of TREEADS Assessment and Validation Methodology

Social Return on Investment (SROI) is a methodology used to measure the social, environmental, and economic value of an investment, a program, or a project. It is destined to evaluate the social impact of a particular initiative, beyond conventional financial metrics and returns. To this direction, SROI factors a broad range of parameters, such as stakeholder engagement, community well-being, environmental sustainability, and social justice. SROI is used by a variety of organizations, including non-profits, governments, and businesses, to assess the social impact of their activities and investments. The SROI methodology bear similarities to conventional ROI (Return on Investment) methodologies. As such it starts with a detailed analysis of the costs and benefits associated with a particular investment or project. Nevertheless, ROI methodologies are generally focused on the monetary aspects of the cost-benefit analysis, while SROI considers quantitative and qualitative data that address socio-economic aspects as well. The latter are used to demonstrate the social and environmental benefits delivered by the investment, which come over and above its financial benefits.  To this direction, SROI methodologies strive to consider both tangible and intangible socio-economic benefits. SROI is a powerful tool for extracting insights on the social performance of an investment. At the same time, it can help organizations make more informed decisions about where to allocate resources in order to maximize their social impact. In principle, SROI calculations can be classified in two different types: Evaluative SROI: This type of SROI analysis is conducted following the implementation of some intervention in order to assess the value of the achieved outcomes. Forecast SROI: This type of SROI analysis takes place prior to undertaking an SROI investment. It provides predictive insights on the potential social, environmental, and economic benefits of the investment and is used as a decision-making tool. For instance, it enables potential investors to evaluate the expected benefits of a project, while also comparing these benefits with the outcomes of other alternative investments. Social Return on Investment for Wildfires Systems The SROI methodology is highly relevant to projects like the EU funded H2o20 TREEADS, which aims at creating an integrated platform for anticipating, preventing, managing and alleviating the adverse effects of wildfires. TREEADS is developing a wide range of systems and services that cover the entire wildfires management lifecycle. Stakeholders investing and adopting TREEADS had therefore better evaluate the social and financial performance of their investments. To this direction, TREEADS is also developing an SROI estimation methodology that is customized for wildfires prevention and response systems. In the context of wildfires prevention, response, and management systems, SROI methodologies involve the following steps: Scope and objectives definition: This involves identifying the specific prevention and response systems that will be evaluated. In the case of TREEADS, the consortium is already developing a wide range of complementary systems and solutions. The project’s SROI methodology must therefore consider the performance of the systems individually, as well as the performance of their combination in integrated deployments. Furthermore, this step shall define the timeframe of the analysis, and the exact social, environmental, and economic impacts that must be measured. Outcomes and stakeholders mapping: This step of the methodology focused on identifying the outcomes of the prevention and response systems, as well as the stakeholders who are affected by those outcomes. Some of the main outcomes of the project, include: the reduction of fatalities from wildfires, the reduction in accidental fire ignitions, the reduction in emissions from wildfires, the faster and more effective control of extreme and potentially harmful wildfires, as well as a reduction in building losses. Likewise, TREEADS systems address the needs of a variety of stakeholders, including civil protection authorities, local governments, citizens, firefighters, first responders, volunteering communities, and environmental policy makers. Assign values to the outcomes: This part of the methodology is quite challenging. It involves the assignment of a monetary value to each one of the expected outcomes in order to measure their socio-economic impact. For example, TREEADS’s ability to control fires faster and to reduce building losses have a direct economic benefit on the cost of rebuilding these homes if TREEADS systems did not existed. One of the main challenges in this part stems from the uncertainty of the estimations. SROI is much more challenging than ROI calculation due to the need to identify, assess and quantify intangible social, environmental and economic benefits. Identify indicators and collect data: In this step of the methodology, we identify indicators that can be used to measure the outcomes. Likewise, necessary data are collected, including data for benchmarking and evaluation of the TREEADS’s impact. For instance, data about the number and severity of wildfires, the number of buildings destroyed, and the cost of prevention and response efforts are collected. SROI Calculation for TREEADS Systems: Leveraging the above-listed data collection and the assigned values to the various outcomes, it is possible to calculate the SROI indicator. The latter is produced by dividing the total social, environmental, and economic value created by the total investment in the TREEADS prevention and response system. Specifically, the calculation can be based on the SROI formula. Understanding the SROI Formula The formula for SROI calculation is as follows: SROI = (Social Value Created / Investment) x 100% The Social Value Created refers to the positive outcomes or impact generated by an the TREEADS fire prevention and response systems. It leverages the financial value assigned to the various outcomes and benefits that stem from the deployment of the system. As already outline, the estimation of the social value must account for tangible and intangible benefits. On the other hand, the investment refers to the resources (e.g., financial resources, human resources, and materials) invested by an organization in order to deploy and operate the TREEADS system and to benefit from the social value that they generate. For example, if an organization that invests 100.000 EUR in the deployment and operation of a TREEADS solution generates 200.000 EUR in social value, the SROI formula will yield: SROI = (200,000 / 100,000) x 100% = 200%

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Firelogue: Why the just transition matters to wildfires – by TRILATERAL RESEARCH

Why the just transition matters to wildfires Wildfires are burning in a growing list of countries across the EU, affecting towns, homes, lives, and livelihoods (BBC). These fires have been increasing in numbers and intensity each year, exacerbated by climate change as it bring droughts, heatwaves, winds, shifting ecosystems, and modified human engagement with the landscape (National Geographic; Bloomberg). As these fires make the news, their descriptions often focus on numbers: on area burned, structures in ashes, and people evacuated. But behind those numbers are people facing impacts at a disparate and uneven level. Many of them will lose lands, homes, livestock, and crops. Some are forced to move fast and leave everything behind. Others are physically safe but face toxic air quality that impacts health. Others face increased living and insurance expenses. Others will find themselves in a foreign country, unsure where to turn for help or how to be safe, not being covered as a citizen. This makes for competing voices and values. What and who is at stake? “Every aspect of a disaster—including vulnerabilities, preparedness, response, and rebuilding—is to some extent a social calculus” (Mendez). Research has shown that, in some places, risk management responsiveness and ongoing action to address wildfires and their impacts vary by regional income level, racial composition, educational attainment, and the ability to lobby or directly engage in decision-making discourses (Anderson et al.). Other scholars have found that financial resource contributions towards disaster risk management decrease when more privileged or well-off people’s risks are lowered, regardless of the situation for marginalized or poorer communities (Brown and Kroll). Research finds again and again, when facing wildfires, that women have less structural access to health care or decision-making pathways (Zabanitou et al.). Consistent with Firelogue’s Just Transition approach, Trilateral engages a range of ethical and societal impact assessment tools and co-design methods that analyze cross-stakeholder dialogues around wildfire risk management as well as the challenges raised by the climate crisis in general. These analytical tools make it possible to ask questions that will help to increase discussions around the social calculus that underlies policy and design decisions. Asking what – and who – should be a priority, getting resources, or experiencing the greatest benefits is key to enhancing understanding of the inequalities at play in wildfire risk management. It provides insight into how these inequalities are spread across populations, social situations, and geographies. This is one important step to ensuring the human right of equal access to a clean and healthy environment (UN).   Source: Firelogue 

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Firelogue: A framework for considering justice aspects in integrated wildfire risk management

There is increasing evidence that anthropogenic climate change and socioeconomic development are altering the dynamics of extreme wildfire events, leading to increasing wildfire risk globally and causing potential new conflicts in wildfire risk management (WFRM). Managing these risks in increasingly complex governance settings raises important equity concerns; in particular, what is perceived as just in terms of outcomes and processes. We develop a framework for identifying and categorizing along the WFRM cycle (prevention, preparedness, response, and recovery and adaptation) crucial and generally applicable aspects of distributional, procedural, and restorative justice. We argue that policymakers and decision-makers should proactively consider all three justice aspects within collaborative governance policy processes to successfully innovate integrated WFRM strategies that respond to equity concerns.   Schinko,  C. Berchtold,  J. Handmer, T. Deubelli-Hwang, E. Preinfalk,  J. Linnerooth-Bayer, A. Scolobig, M. Serra, E. Plana Read the full article HERE. Source: Firelogue

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Norwegian pilot field exercise | Spring 2023

RISE Fire Research, as a TREEADS partner, conducted research on fires in nature and ways to protect man-made structures from them in conjunction with the Norwegian fire services, the government, and other TREEADS partners Jotne, VIPO, and Woodify. Despite an observed rise in the intensity and scope of wildfires across Scandinavia, there remains a dearth of knowledge regarding their characteristics and repercussions. Consequently, RISE, as a project partner, is engaged in a comprehensive study to understand the behavior of these wildfires, including factors such as temperature, spread rates, and more, aiming to establish effective measures for protecting wooden buildings and critical infrastructure in the face of natural fire occurrences. Moreover, RISE examines the logistical aspects of fire services, assessing the necessary equipment and resources required at various stages during such incidents. The newly acquired insights into wildland-urban interface fires will serve as a foundation for providing recommendations to authorities, fire services, and building owners. These recommendations are intended to enhance preparedness and enable better response strategies. For a visual representation of the research efforts, a video showcasing a field exercise conducted in Kvam, Western Norway, can be viewed below. https://www.youtube.com/watch?v=SglwMjoKDUU&t=1s Source: TREEADS 

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