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  • Increasing free-air 0°C isotherm height in Southwest China from 1960 to 2010
  • 0°C isotherm ; Air temperature ; Altitude ; China ; Climatic change ; Climatic trend ; Climatic warming ; Radiosonde data ; Southwest China ; Temperature
  • Altitud ; Cambio climático ; China ; Recalentamiento climático ; Temperatura ; Temperatura del aire ; Tendencia del clima
  • Based on the radiosonde data observed at 14 stations in Southwest China from 1960 to 2010, as well as the corresponding surface air temperature, the long-term change of free-air 0°C isotherm height in Southwest China and the relationships between
  • surface air temperature and 0°C isotherm height are discussed. The results indicated that the two main regimes influencing the spatial patterns of 0°C isotherm height in Southwest China are latitude and huge massif. Generally, the increasing trend can
  • Extreme drought changes in Southwest China from 1960 to 2009
  • Altitude ; China ; Climate extreme ; Drought ; Monsoon ; Mountain ; Southwest China ; Space time ; Summer ; Winter
  • Altitud ; China ; Espacio-tiempo ; Invierno ; Montaña ; Monzón ; Sequía ; Verano
  • Based on the daily data of temperature and precipitation of 108 meteorological stations in Southwest China from 1960 to 2009, the AA. calculate the monthly and yearly surface humid indexes, as well as the extreme drought frequency. According
  • Glacier area shrinkage in China and its climatic background during the past half century
  • Air temperature ; China ; Climatic change ; Climatic data ; Glacier ; Glacier retreat ; Inventory ; Precipitation ; Remote sensing ; Satellite imagery ; Space time
  • Cambio climático ; China ; Dato climático ; Espacio-tiempo ; Helero ; Imagen satélite ; Inventario ; Precipitación ; Retroceso del glaciar ; Teledetección ; Temperatura del aire
  • Based on the glacier area variation records in the typical regions of China monitored by remote sensing, as well as the meteorological data of air temperature and precipitation from 139 stations and the 0°C isotherm height from 28 stations
  • , the glacier area shrinkage in China and its climatic background in the past half century was discussed. The area-weighted shrinking rate of glacier and the interpolated annual percentage of area changes (APAC) of glacier were calculated since 1960. The retreat