Climate

Climate

Climate research at EOS aims to fill a gap of much-needed information on climatic forces in Southeast Asia, which will allow better prediction of regional consequences that can expected from global climate change. Several major drivers of global climate, including the Western Pacific Warm Pool and the Indian Ocean Dipole, are active in this tropical region, yet scientific knowledge about them has been relatively scarce. Our emerging program of climate research concentrates on regional climate monitoring, and the measurement and modelling of past and modern tropical climates. The topics here cut across the lithosphere, the atmosphere, and the hydrosphere and across time. Please investigate the various research groups to discover how these scientists are learning new things about our planet.

Research Areas

Climatology

Paleoclimatology

Geodetic data from the 19th through 21st centuries, such as the Gravity Recovery and Climate Experiment (GRACE), tide gauges, satellite altimetry and GPS measurements of surface mass loading all provide critical information on processes such as glacier melting and sea-level change. Climate geodesy with its measurements, and their analysis and modeling, are critical to understanding the effects of present-day climate change. 

Longer term validation of climate and tectonic models must rely on the rock record, the subject of Adam Switzer’s research team. Coastal Change Research studies the both the long-term sea level variations from climatic change and the short-term dramatic change from storms or tsunamis.

Global Climate Change

The present may be the key to the past, but the past is also the key to the future. Paleoclimate gives geoscientists a sense of what has occurred on earth so we know what we might expect in the future.

Study of isotopic systems, corals, speleothems, coastal deposits, and more all contribute to our understanding of Earth’s climate.

Climate Modeling

Meteorology

Global Climate Change is driven by the interactions between the atmosphere and the oceans. Models of ocean and atmospheric circulation today and knowing how these interactions have influenced past climate are important to solving global questions as well as regional weather and pollution.