[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"api:\u002Fprojects\u002Fdromos-sfincs-tki-a9cd617258b6b1a9":3,"api:\u002Fsite":59},{"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},"dromos-sfincs-tki-a9cd617258b6b1a9","DEL194","DROMOS – SFINCS TKI","Zesenvijftig procent van Nederlandse landoppervlakte loopt het risico op overstroming. Deze dreiging \nkomt zowel vanuit zee als vanuit rivieren. Dit werpt een risico over 11 (van de 17.6) miljoen mensen en \n67% van het bruto nationaal product (CBS, 2022). Wereldwijd, woont 10% van de mensen in kustgebieden \ndie lager liggen dan 10 cm boven de zeespiegel (McGranahan et al., 2007). Bij een zeespiegelstijging van \n1.20 m in 2100, zal 4% van de wereldbevolking jaarlijks overstromingen meemaken. Dit komt met een \nverwacht verlies van 9% van het bruto wereldproduct (Hinkel, 2014).\nHet is daarom cruciaal dat de impact van verschillende manieren van overstroming: vanuit zee, vanaf de \nrivieren en door regenval en de combinatie daarvan accuraat en snel ingeschat kunnen worden in \nlaaggelegen gebieden die veranderen door urbanisatie, klimaatverandering en ander landgebruik, en de \noplossingsruimte te kunnen bepalen.\nOm de impact van deze verschil",2025,"2025-01-01","2027-12-01","Stichting Deltares",[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},"anticiperen-op-systeem-risicos","Anticiperen op (systeem-)risico’s",{"slug":28,"title":29,"color":17,"role":22},"optimaal-waterbeheer","Optimaal waterbeheer","Landbouw, Water, Voedsel - 6A Duurzame maatregelen voor veilige, weerbare, bevaarbare delta's \u002F Landbouw, Water, Voedsel - 3B Toekomstbestendige inrichting bebouwd gebied","In this project we want to develop and test new functionalities in the SFINCS model so that users can assess and forecast flooding in urban areas with drainage systems, wave-driven flooding on coasts,\nflooding in riverine areas with steep slopes, and dike breaching. The end result is a new version of the reduced-complexity model SFINCS with which we can compute compound flooding due to tides, surges,\nwaves, as well as river discharges and direct rainfall in urban areas as well as at larger regional scales, at a computational speed which is orders of magnitude faster than conventional software. In this project we\nbring together partners from government and industry, from the Netherlands and abroad with expertise and knowledge about flooding scenarios which may become the norm in the Netherlands. After\nconsultation with partners, we will focus on four functionalities:\n1) Flooding and drainage in urban areas\nThe Netherlands must build more",null,true,[35,36,39,41,43,45,47,49,51,53,55,57],{"name":12,"type":32,"country":32,"is_lead":33,"is_participant":33},{"name":37,"type":32,"country":32,"is_lead":38,"is_participant":33},"AON",false,{"name":40,"type":32,"country":32,"is_lead":38,"is_participant":33},"AXA Climate",{"name":42,"type":32,"country":32,"is_lead":38,"is_participant":33},"CDR International BV",{"name":44,"type":32,"country":32,"is_lead":38,"is_participant":33},"Covéa",{"name":46,"type":32,"country":32,"is_lead":38,"is_participant":33},"Danish Coastal Authority",{"name":48,"type":32,"country":32,"is_lead":38,"is_participant":33},"Fathom",{"name":50,"type":32,"country":32,"is_lead":38,"is_participant":33},"Guy Carpenter",{"name":52,"type":32,"country":32,"is_lead":38,"is_participant":33},"IMDC NV",{"name":54,"type":32,"country":32,"is_lead":38,"is_participant":33},"Ingenieursbureau Svasek B.V.",{"name":56,"type":32,"country":32,"is_lead":38,"is_participant":33},"Shelf Models",{"name":58,"type":32,"country":32,"is_lead":38,"is_participant":33},"Water Institute",{"data":60},{"seo_title":61,"seo_description":61,"seo_image_url":32},""]