[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"api:\u002Fprojects\u002Ftangible-landscape-20-co-creating-climate-resilient-landscapes-phase-2-846146834e6355c7":3,"api:\u002Fsite":43},{"data":4},{"slug":5,"project_no":6,"name":7,"summary":8,"year_grant":9,"date_start":10,"date_end":11,"lead_organization":12,"program_lines":13,"coretasks":23,"kia":30,"goal":31,"results":32,"budget_total":32,"budget_is_estimated":33,"organizations":34},"tangible-landscape-20-co-creating-climate-resilient-landscapes-phase-2-846146834e6355c7","WENR44-2","Tangible Landscape 2.0 – Co-creating Climate-Resilient Landscapes – Phase 2","Tangible Landscape 2.0 – Co-creating Climate-Resilient Landscapes \n\nClimate change presents urgent challenges: flooding, drought, and shifting landscapes demand smart, integrated solutions. But how can we bring policymakers, designers, researchers, and citizens together to make real, future-proof decisions? Tangible Landscape (TL) offers an innovative way forward. \n\nTL combines a physical sand model with digital map projections and hydrological simulations. During workshops, participants can literally shape the landscape with their hands and immediately see the effects of their choices—how water flows change, how elevations shift, and how different scenarios play out. Originally developed at North Carolina State University in 2015, TL has since early 2024 been adapted by Wageningen Environmental Research (WENR) for use in climate-resilience planning. In workshops such as the water safety landscape project in Rhine-Waal junction area, pr",2025,"2025-06-01","2027-12-31","Stichting Wageningen Research",[14,19],{"slug":15,"title":16,"color":17,"role":18},"een-toekomstbestendige-klimaatadaptieve-delta","Een toekomstbestendige, klimaatadaptieve delta","#000000","primary",{"slug":20,"title":21,"color":17,"role":22},"een-weerbare-veilige-delta","Een weerbare, veilige delta","secondary",[24,27],{"slug":25,"title":26,"color":17,"role":18},"gebiedsgerichte-uitwerking-van-toekomstvisies-en-denkrichtingen","Gebiedsgerichte uitwerking van toekomstvisies en denkrichtingen",{"slug":28,"title":29,"color":17,"role":22},"toekomstbestendig-ontwerpen-en-nature-based-solutions-nbs","Toekomstbestendig ontwerpen en Nature Based Solutions (NBS)","Circulaire Economie - MMIP 3: Systeemtransitie en acceptatie","Climate change intensifies pressure on landscapes through more floods, droughts, and spatial complexity. Integrated, adaptive planning is needed, yet hard to achieve—agencies and experts often work in silos, with limited stakeholder input and fragmented knowledge. As a result, many strategies lack resilience. Design charrettes promote collaboration but still rely on 2D maps and sketches, offering no direct feedback on water or landscape impacts. GIS models can help but are used post-session and are often too complex for non-specialists, creating delays and disconnects. \n\nWe need inclusive tools that simulate spatial and hydrological effects within minutes to support real-time co-creation for climate-resilient planning.This is where Tangible Landscape (TL) comes in. TL combines a physical 3D sand model with GIS software to enable real-time simulation and spatial impact visualization. Using a 3D scanner, TL connects the physical model wit",null,true,[35,36,39,41],{"name":12,"type":32,"country":32,"is_lead":33,"is_participant":33},{"name":37,"type":32,"country":32,"is_lead":38,"is_participant":33},"Laos Landschapsarchitecten B.V.",false,{"name":40,"type":32,"country":32,"is_lead":38,"is_participant":33},"Shanghai ECODESK Ecological Technology Co., Ltd.",{"name":42,"type":32,"country":32,"is_lead":38,"is_participant":33},"Thomas Jansen Landschapsarchitectuur en gebiedsinnovatie",{"data":44},{"seo_title":45,"seo_description":45,"seo_image_url":32},""]