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  • Adaptation ; Applied climatology ; Atmospheric pollution ; Concept ; Decision making process ; Epistemology ; Land atmosphere interaction ; Ontology ; Society-environment relationship ; Weather type
  • Adaptation ; Climatologie appliquée ; Concept ; Epistémologie ; Interaction terre-atmosphère ; Ontologie ; Pollution atmosphérique ; Relation société-environnement ; Stratégie d'acteurs ; Type de temps
  • This paper aims to understand the intersecting politics of climate and society research by situating their emergence through 3 lenses of inquiry. 1), the AA. explore the historical disciplinary work of application in geographical climatology, paying
  • and society as stable entities with standard (e.g. quantitative) practices or modes of association, we might instead concern ourselves with the practices of assembling human-atmospheric relations.
  • Adaptation ; Attribution ; Climate extreme ; Climatic change ; Concept ; Damage ; Human impact ; Society-environment relationship
  • Action anthropique ; Adaptation ; Attribution ; Changement climatique ; Concept ; Dégât ; Extrême climatique ; Relation société-environnement
  • Air quality ; Applied climatology ; Atmosphere ; Climatic change ; Decision making process ; Ecosystem ; Environmental management ; Geographical information system ; Inventory ; Land atmosphere interaction ; Model ; Service ; Society-environment
  • Atmosphère ; Changement climatique ; Climatologie appliquée ; Ecosystème ; Gestion de l'environnement ; Interaction terre-atmosphère ; Inventaire ; Modèle ; Qualité de l'air ; Relation société-environnement ; Royaume-Uni ; Service ; Stratégie
  • relationship ; United Kingdom
  • developed a simple analytical model that links the slope of the aUHII–sUHII relationship to the difference of built-up area fraction between the urban pixel and the rural pixel in satellite imagery of land cover. These findings of the aUHII–sUHII
  • relationship may lead to the future development of a generic methodology of deriving the spatial patterns of aUHI from satellite measurements.
  • and behavioural relationships on to future climates, including a broad move away from previous deterministic methods and towards probabilistic projections which make use of a much broader range of climate change model output, giving a better representation