Diverse Drivers Of Earth?s Thermal Variability
Abstract
This compilation synthesizes research on thermal variability across various scales and drivers. It covers the impacts of atmospheric teleconnections, Arctic amplification, land use change, ENSO, and anthropogenic aerosols on regional and global temperature patterns. The studies also delve into trends in diurnal temperature range, future projections, extreme heat events, and the roles of stratospheric water vapor and biome characteristics. These findings are crucial for understanding climate dynamics and informing adaptation strategies.
Keywords: Thermal Variability; Climate Patterns; Atmospheric Teleconnections; Arctic Amplification; Urban Heat Island; Diurnal Temperature Range; Extreme Weather Events; Land Surface Temperature; ENSO; Anthropogenic Aerosols
Citation: Doi: 10.4172/2157-7617.1000976
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