HOME CSS5 competencies network

Artificial Intelligence and Spatial Planning for Sustainable Socio-Ecosystems Management
constraint programming, landscape simulation, and hybrid AI to enhance decision support

Institut de Recherche pour le Développement

Back to

IRD home

CSS5-IRD :  JUSTEAU-ALLAIRE, Dimitri / Artificial Intelligence and Spatial Planning for Sustainable Socio-Ecosystems Management Competencies of  JUSTEAU-ALLAIRE, Dimitri , PhD scientist
UMR AMAP   botAny and Modelling of Plant Architecture and vegetation

citations DBLP   citations HAL   citations IRD   citations ORCID   citations ResearchGate   Personal home page   PhD thesis report   software on GitHub   software restoptr   software rflsgen   UMR AMAP   _get in touch  
•	PhD thesis report: Constraint-based conservation planning as decision support for the preservation of New Caledonia's forests
•	software restoptr: R package that provides a flexible framework for ecological restoration planning
•	software rflsgen: neutral landscape generator that allows users to set targets on landscape indices
Below: competencies in black when any are unique to D. Justeau-Allaire's profile in the current state of the database

algorithmicsartificial intelligencebiodiversity (conservation)computer scienceconnectivityconservation biologyconservation planningconstraint programmingdata (healthcare)data analysisDATA SCIENCEdecision support tooldeforestation /  ecological restoration /  Ecology (forest)Ecology (landscape)Ecology (quantitative)Ecology (terrestrial)ecosystem dynamicsecosystem processfield sampling (fr: échantillonnage)forest dynamicsfragmentationGIS (Geogr. Inform. Sys.)Guinea rep.High Performance Computing (HPC)indicator (environmental)indicator (socio-environmental)land uselandcoverlandscape /  model SDM (Species Distribution Model) /  MODELLINGmodelling (habitat, ecology)monitoring (environmental)monitoring (socio-environmental)multi-scale (spatial)MULTIDISCIPLINARYnatural resource managementNew Caledonia /  planning (spatial) /  R programmingSDG 15 (Sust. Devel. Goal - Terrestrial ecosystems)simulationsoftware engineeringspatial analysisspatial dynamicsstakeholdersustainability sciencesustainable managementUMR AMAP (Botany Model. Plant Architect. Veget.) /


Last update : 2024-05-29  (id: 75 )

Navigation suggestion: Spatial Dynamics Modelling of Natural Drivers for Socio-Ecosystems Management and Multidisciplinary Studies ( 4 )  

CSS5 related headings

     Field Location
     Method or approach
     Natural Item
     Natural Process
     Science or discipline
     SDG (Sust. Dev. Goal) Theme

HOME CSS5 competencies networknote on the softwareemail contact

Back to

Note on navigation

contact us