HOME CSS5 competencies network

Operational Application of Deterministic and Stochastic Mathematics to Spatio-Temporal Environment-Health Issues
optimization, hybrid system, neural network, genetic algorithms

Institut de Recherche pour le Développement

Back to
summary

IRD home

CSS5-IRD :  MANGEAS, Morgan / Operational Application of Deterministic and Stochastic Mathematics to Spatio-Temporal Environment-Health Issues Competencies of  MANGEAS, Morgan , senior scientist
UMR Entropie   Tropical Marine Ecology of the Pacific and Indian Oceans

citations Google scholar   citations IRD   citations ORCID   citations ResearchGate   data portal Incendies Nouv. Caléd.   UMR ENTROPIE   web-link Ecomore   web-link Oeil   _get in touch  
The current research is entitled:  "spatio-temporal modelling of stochastic and deterministic processes
                                    in the field of the marine environment and health"

- web-link Oeil: the New Caledonia Environment Observatory
- data portal Incendies Nouv. Caléd: calculation of risk maps for fire starts, biodiversity, erosion
- web-link Ecomore  : Economic development, ecosystem modifications, and emerging infectious diseases risk evaluation in South-East Asia
Below: competencies in black when any are unique to M. Mangeas's profile in the current state of the database

algorithmicsartificial intelligenceartificial neural networkartisanal fisherybig dataclassification - typologyclimate-society interactionclimatic forcingcomplex system /  cyclone /  data (environmental, socio-ecological)data (fisheries)data (genetics)data (georeferenced)data (healthcare)data (multisource)data (satellite)data analysisdata clusteringdata discoverydata driven approachdata fusiondata miningdecision support tooldengue feverdeterministic approachdifferential equationdynamical systemEcology (niche)ecosystem (marine)ecosystem dynamicsecosystem processesenvironment (marine)environmental healthepidemic spreadEpidemiologyforecasting /  genetic algorithm /  GIS (Geogr. Inform. Sys.)indicator (environmental)infectious disease /  leptospirosis /  machine - deep learningMathematicsmathematics (applied)model (hybrid)model (mathematical)model (spatially explicit)model couplingMODELLINGmodelling (bayesian)modelling (calibration)modelling (complex system)modelling (epidemics)modelling (hydrological)modelling (mathematical)modelling (multi-scale)modelling (predictive)modelling (statistical)modelling (stochastic processes)modelling (validation)monitoring (health)multi-scale (spatial and temporal)multi-scale (spatial)multi-scale (temporal and functional)MULTIDISCIPLINARYnatural hazardNew Caledonianon linear dynamicsOneHealth - EcoHealthoperational researchoptimal control (mathematics)optimizationprevention (health)probability distributionprobability theorypublic healthR programmingremote sensingremote sensing VHSR (Very High Spatial Resolution)risk (environmental)risk (health)risk assessmentroad trafficSDG 03 (Sust. Devel. Goal - Health and well-being)SDG 04 (Sust. Devel. Goal - Education)SDG 13 (Sust. Devel. Goal - Climate)SDG 14 (Sust. Devel. Goal - Oceans)signal processingsimulationSouth Western Tropical Pacific OceanSouth-East Asiaspatial analysisspatial dynamicsstatisticsstatistics (spatial)time seriestropical endemicstuna fisheriesUMR Entropie (Tropic. Mar. Ecol. Pacific Indian Oceans) /

____________________________________________________________________

Last update : 2023-05-16  (id: 56 )

Navigation suggestion: Computational and Mathematical Modelling of Multi-Strain Viral Epidemics ( 3 )  

CSS5 related headings

     Concept
     Field Location
     illness- disease
     Institution
     Method or approach
     Model
     Natural Item
     Natural Process
     Science or discipline
     SDG (Sust. Dev. Goal) Theme
     Technique
     Tool
    

HOME CSS5 competencies networknote on the softwareemail contact

Back to
summary

Note on navigation

contact us