[{"data":1,"prerenderedAt":84},["ShallowReactive",2],{"ki-evidenznetz-dossier-output-32afcdea4dfc90b2b4620904-4bc4e005":3},{"edges":4,"entity":16,"fingerprint":46,"generatedAt":47,"neighbors":48,"schemaVersion":83},[5],{"evidence":6,"evidenceClass":11,"from":12,"id":13,"relation":14,"to":15},{"dataset":7,"field":8,"sourceId":9,"url":10},"german-ai-research-to-transfer-index","cordis_project_code","101112768:output:32afcdea4dfc90b2b4620904","https:\u002F\u002Fcordis.europa.eu\u002Fproject\u002Fid\u002F101112768","exact","cordis:101112768","edge:project-output:101112768:32afcdea4dfc90b2b4620904","has_observed_output","output:32afcdea4dfc90b2b4620904",{"attributes":17,"edgeCount":30,"id":15,"indexable":19,"label":31,"links":32,"slug":41,"sourceRefs":42,"type":45},{"citationCount":18,"isOpenAccess":19,"openAireId":20,"outputType":21,"persistentIdentifiers":22,"publicationDate":29},0,true,"doi_dedup___::b05dfbb20f602acb623a62b125aab20b","dataset",[23,26],{"scheme":24,"value":25},"doi","10.20350\u002Fdigitalcsic\u002F17698",{"scheme":27,"value":28},"handle","10261\u002F405280","2025-01-01",1,"Dataset Evaluating Poplar Hybrids and Companion Herbaceous Species under experimental conditions",[33,37],{"kind":34,"label":35,"url":36},"official_source","OpenAIRE","https:\u002F\u002Fapi.openaire.eu\u002Fgraph\u002Fv3\u002Fresearch-products\u002Fdoi_dedup___%3A%3Ab05dfbb20f602acb623a62b125aab20b",{"kind":38,"label":39,"url":40},"persistent_identifier","DOI 10.20350\u002Fdigitalcsic\u002F17698","https:\u002F\u002Fdoi.org\u002F10.20350\u002Fdigitalcsic\u002F17698","output-32afcdea4dfc90b2b4620904-4bc4e005",[43],{"dataset":7,"field":44,"sourceId":20,"url":36},"openaire_research_product_id","output","sha256:9b6f171a39e5f88b9cc7872ad7de752c19584742be266b693c1399a9dcef6b53","2026-11-12T09:00:31.263Z",[49],{"attributes":50,"description":67,"edgeCount":68,"id":12,"indexable":19,"label":69,"links":70,"slug":77,"sourceRefs":78,"type":82},{"acronym":51,"code":52,"endDate":53,"frameworkProgramme":54,"funding":55,"knowledgeFlow":59,"research":63,"startDate":66},"EDAPHOS","101112768","2028-08-31","HORIZON",{"currency":56,"germanNetEuContributionCents":57,"participantEdgeCount":30,"status":58},"EUR","58344625","linked",{"citingCountryCount":30,"citingInstitutionCount":60,"distinctCitingWorkCount":30,"firstObservedCitationDate":61,"lastObservedCitationDate":61,"observedCitationEdgeCount":30,"status":62},2,"2026-02-22","full_input_observation",{"citationDataOutputCount":60,"citedOutputCount":30,"firstPublicationDate":29,"lastPublicationDate":64,"openAccessOutputCount":60,"outputCount":60,"status":58,"totalCitations":30,"typeCounts":65},"2025-10-02",{"dataset":30,"other":18,"publication":30,"software":18},"2023-09-01","Advanced mapping, risk assessment and nature-based depollution methods are combined to accelerate the recovery of contaminated soils and ensure that ecological restoration enters mainstream business",3,"EDAPHOS · Advanced mapping, risk assessment and nature-based depollution methods are combined to accelerate the recovery of contaminated soils and ensure that ecological restoration enters mainstream business",[71,73],{"kind":34,"label":72,"url":10},"CORDIS",{"kind":74,"label":75,"url":76},"local_dossier","KI-Innovationspfad","\u002Ftools\u002Fki-innovationspfad\u002F?project=101112768","project-cordis-101112768-a8693116",[79],{"dataset":80,"field":81,"sourceId":12,"url":10},"german-ai-innovation-path","cordis_project_id","project","ki-evidenznetz.entity.v1",1794474546321]