The southeast Atlantic Ocean provides an excellent natural laboratory to study aerosol-cloud and aerosol-radiation interactions, a large driver of uncertainty
Major rainfall centers play a central role in determining spatial and temporal patterns of climate variabilities on planetary and global
Solar geoengineering (also sunlight reflection or solar radiation modification, SRM) is a potential climate response that would cool the Earth’s
Energetic, thermodynamic and dynamic constraints dictate the first principles of global mean hydroclimate changes. However, the implications for land hydroclimate
Methane is the second-most important greenhouse gas after carbon dioxide, accounting for about 25% of the anthropogenic warming since pre-industrial.
Human induced aerosols, such as sulphate, cool the Earth by reflecting some sunlight back to space. They also change the
Substantial evidence from proxies suggests that South Asian monsoon variations in the past are due to variations in Earth’s orbit.
Was The Wet, Wetter and The Dry, Drier? Perspectives From Past Hydroclimate in Western North America
As temperatures warm, understanding how the water cycle will evolve is critical for informed decision making, especially in water-stressed and
Estuaries are crucial connectors between rivers and the ocean. Many estuaries have meandering channels. This study combines idealized modeling and
The Earth’s radiation belts consist of energetic charged particles trapped by the geomagnetic field. This radiation environment, exhibiting rich dynamical