Climate Variability of Southern High Latitude Regions

Climate Variability of Southern High Latitude Regions

Sea, Ice, and Atmosphere Interactions

Khare, Neloy

Taylor & Francis Ltd

05/2024

308

Mole

9781032067629

Pré-lançamento - envio 15 a 20 dias após a sua edição

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1. Antarctic Ozone: Trends and Variability in a Changing Climate 2. Stratospheric Dynamics and Its Role in Climate over Antarctica 3. Antarctic Weather and Climate Patterns 4. Antarctic Aerosols and Climate: Measurements at a Coastal Antarctic Station 5. Transient Variations in En Route Southern Indian Ocean Aerosols, Antarctic Ozone Climate and Its Relationship with HOx and NOx 6. Physicochemical Properties of Antarctic Aerosol Particles 7. Impact of Near-Earth Space Environmental Condition to the Antarctic Sub-Auroral Upper Atmospheric Region 8. Intriguing Relationship between Antarctic Sea Ice, ENSO, and Indian Summer Monsoon 9. Quantifying the Predictability of Southern Indian Ocean Sea-Ice Concentration in a Changing Climate Scenario 10. Antarctic Decadal Sea-Ice Variability 11. Southern Hemispheric Climate Change, Interhemispheric Teleconnection, and the Observed Trends in the Seasonal Mean Monsoon Rainfall over the Indian Region in the Last Century (1871-2004) 12. Spatial and Temporal Variability of Physical Parameters in the Prydz Bay for Climate Change
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Antarctic Sea Ice;Sea Ice Variability;Climate Change;TCO;Antarctic Science;Brewer Spectrophotometer;Indian Ocean;Southern Indian Ocean;Indian Summer Moonsoon;SIE;Geospacial Data;SAM;Spatio-temporal Variabilty;Sea Ice;Polar Geography;Larsemann Hills;Austral Summer;Aitken Mode;SMPS System;Prydz Bay;Total Column Ozone Data;Sic Data;Tom Satellite;Maitri Station;SPEs;Generalized Hurst Exponent;SLP Pattern;Stratospheric Dynamics;Pacific SST;Sea Salt Particles;Mid-latitude Low;Gps Station