[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"api:\u002Fprojects\u002Fregenerative-agriculture-into-action-dealing-with-water-and-soil-impacts-for-sustainable-berry-production-ccb4712d7d5bdfa7":3,"api:\u002Fsite":40},{"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":19,"kia":23,"goal":24,"results":25,"budget_total":25,"budget_is_estimated":26,"organizations":27},"regenerative-agriculture-into-action-dealing-with-water-and-soil-impacts-for-sustainable-berry-production-ccb4712d7d5bdfa7","WENR46","Regenerative Agriculture into action: dealing with water and soil impacts for sustainable berry production","Intensive berry production systems play a critical role in European and global food supply chains but are increasingly exposed to water scarcity, groundwater depletion, declining water quality, and soil degradation, particularly in climate-sensitive regions such as Southern Spain or North of Morocco. Recent research conducted by Wageningen Environmental Research (WENR–WUR) has shown that regenerative agriculture (RA) holds promise for addressing these challenges, but also that its application in intensive horticulture remains conceptually fragmented, weakly operationalised, and insufficiently supported by field-based evidence.\nBuilding on the scoping study “Soft Fruits and Doñana: Can Regenerative Agriculture Balance Production and Sustainability?”, this project aims to move from conceptual exploration (Phase 1) to applied implementation and validation (Phase 2). The project will co-develop and test regenerative water- and soil-focused",2025,"2026-06-01","2029-06-30","Stichting Wageningen Research",[14],{"slug":15,"title":16,"color":17,"role":18},"een-gezonde-natuurinclusieve-delta","Een gezonde, natuurinclusieve delta","#000000","primary",[20],{"slug":21,"title":22,"color":17,"role":18},"kwaliteit-water-bodem","Kwaliteit water & bodem","Landbouw, Water, Voedsel - 3A Toekomstbestendige ruimtelijke inrichting landelijk gebied \u002F Landbouw, Water, Voedsel - 3C Toekomstbestendig zoetwatersysteem","The RABE project aims to operationalise regenerative agriculture in intensive berry production systems by developing and validating water- and soil-centred transition pathways that are environmentally effective, economically viable, and scalable across value chains.\n\nThe project responds to increasing pressure on the berry sector from water scarcity, groundwater depletion, declining water quality, and soil degradation. Those challenges are already affecting production continuity, regulatory compliance, and market access in key sourcing regions. While regenerative agriculture is increasingly promoted as a solution, its application in intensive horticulture remains insufficiently defined, lacking practical guidance, field-based evidence, and credible metrics for decision-making.\n\nTo address this gap, the project brings together research and industry partners to co-develop, test, and evaluate regenerative practices and nature-based solutio",null,true,[28,29,32,34,36,38],{"name":12,"type":25,"country":25,"is_lead":26,"is_participant":26},{"name":30,"type":25,"country":25,"is_lead":31,"is_participant":26},"ALDI SÜD KG",false,{"name":33,"type":25,"country":25,"is_lead":31,"is_participant":26},"Innocent drinks Ltd.",{"name":35,"type":25,"country":25,"is_lead":31,"is_participant":26},"Nature's Pride B.V.",{"name":37,"type":25,"country":25,"is_lead":31,"is_participant":26},"Port International European Sourcing GmbH",{"name":39,"type":25,"country":25,"is_lead":31,"is_participant":26},"S.V.Z. International B.V.",{"data":41},{"seo_title":42,"seo_description":42,"seo_image_url":25},""]