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PORTAIL D'INFORMATION GÉOGRAPHIQUE

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  • Atmospheric circulation ; Climatic anomaly ; Climatic cycle ; Climatic variation ; Climatic warming ; Forecast ; Greenhouse effect ; Poland ; Precipitation ; Temperature
  • This paper discusses the output of Polish climatologists dealing with climate changes. Climatic forecasts for Poland are presented (with the development of the greenhouse effect taken into account). Circulation factors take part in forming climate
  • 1996
  • Climatic warming ; Data processing ; Environment ; Environmental degradation ; Global change ; Greenhouse effect ; Human impact ; Ozone ; Palaeoclimatology ; Remote sensing ; Sea level
  • 1996
  • Africa ; Climatic variation ; Economic policy ; Environmental management ; Europe ; Global change ; Greenhouse effect ; Human impact ; United Kingdom
  • 1996
  • Aerosol ; Climate fluctuation ; Climatic variation ; Climatic warming ; Global change ; Greenhouse effect ; Human impact ; Impact ; Modelling
  • 1996
  • Arctic Region ; Catastrophe ; Climatic variation ; Climatic warming ; Cold area ; Eurasia ; Global change ; Greenhouse effect ; Kola Peninsula ; Meltwater ; Permafrost ; Russia ; Sakha ; Thermokarst ; West Siberia
  • 1996
  • Climatic warming ; Deglaciation ; Germany ; Global change ; Greenhouse effect ; Holocene ; Island ; Lagoon ; Model ; Nature conservation ; North Sea ; Quaternary ; Sea level
  • 1996
  • Climatic variation ; Environment ; Forecast ; Global change ; Greenhouse effect ; Human impact ; Modelling
  • 1996
  • Coastal environment ; Eustatism ; Global change ; Greenhouse effect ; Holocene ; Model ; Ocean atmosphere interaction ; Ocean circulation ; Sea level
  • 1996
  • Climatic variation ; Climatic warming ; Forecast ; Global change ; Greenhouse effect ; Ozone ; Palaeoclimatology
  • 1996
  • Agroclimatology ; Atmospheric circulation ; Climatic variability ; Climatic variation ; Crop ; Greenhouse effect ; Model ; Poland ; Simulation ; Stochastic model
  • 1996
  • Basse-Normandie ; Cliff ; Coastal dynamics ; Coastal environment ; Coastal erosion ; Dune ; France ; Greenhouse effect ; Human impact ; Sand bar ; Sea level
  • 1996
  • Atmosphere ; Atmospheric dynamics ; Carbon cycle ; Climate ; Climatic warming ; Cloud ; Environmental degradation ; Forest ; Global change ; Greenhouse effect ; Human impact ; Modelling ; Ozone ; Sea level
  • 1996
  • Climatic warming ; Cyclone ; Eustatism ; Forecast ; Global change ; Greenhouse effect ; Model ; Sea level ; Subsidence ; Tropical zone
  • 1996
  • Atmospheric circulation ; Bulgaria ; Climate ; Climatic variability ; Climatic warming ; Drought ; Forecast ; Global change ; Greenhouse effect ; Precipitation ; Regression analysis ; Temperature
  • 1996
  • Atmosphere ; Greenhouse effect ; Planetology ; Temperature ; Troposphere
  • 1996
  • Atmospheric pollution ; Carbon dioxide ; Ecosystem ; Forest ; Germany ; Greenhouse effect ; North Rhine Westfalia ; Pollution
  • 1996
  • Carbon cycle ; Deforestation ; Developing countries ; Forest ; Global change ; Greenhouse effect ; Human impact ; Natural resources ; Spatial variation ; Tree line ; Tropical zone ; Water deficit
  • 1996
  • Climatic warming ; Deforestation ; Global change ; Greenhouse effect ; Human impact ; Model ; Modelling ; Ozone ; Remote sensing ; Sea level
  • 1996
  • Climate ; Cloud cover ; Data processing ; Diurnal variation ; Global change ; Greenhouse effect ; Modelling ; Radiation ; Radiation balance ; Remote sensing
  • 1996
  • Aggregation and ecological effects in geographically based data
  • Statistical models are proposed that capture the essential features of the structure of a population composed of geographically defined groups and can encompass grouping processes and contextual effects. They are used to show how small effects
  • in the analysis of individual-level data can be magnified when the analysis based on aggregated data is carried out. The models provide an approach to the problem of adjusting an area-level analysis to correct for aggregation effects. The data come from the 1991
  • 1996