Category Archives: News

AMS Update: 5th Symposium on Aerosol-Cloud-Climate Interactions

Abstract submission deadline has been extended to Friday, 10 August.

  • Aerosol Direct and Indirect Radiative Effects: Insights from Models & Measurements

  • Aerosol Indirect Effects on Feedbacks and Characteristics of Deep Convective Storm Systems

  • Aerosol-Cloud Interaction Representations in Regional and Global Models and Associated Climate Impact

  • Aerosol-cloud Interactions in Weather Forecasting

  • Atmospheric Chemistry at the Climate / Policy interface

  • Chemistry-Aerosol-Cloud/Climate Interactions: From Ocean to Continents

  • Cloud Condensation Nuclei (CCN) and Ice Nuclei (IN) Properties of Aerosol: Measurement, Modeling and Impacts on Clouds

  • Impacts of Anthropogenic Aerosols on Clouds, Precipitation, Circulation, and Severe Storms
  • Impacts of Natural Aerosols (E.G., Biogenic, Dust, Sea Salt and Smoke) On Climate

  • Working at the interface: Policy/Atmospheric Chemistry/Climate

Find information on the symposium and a link to abstract submission.

Postdoc position at NOAA/GFDL

UCAR Visiting Scientist Programs is seeking an outstanding postdoctoral research scientist to engage in research on understanding climate variations in the Intra-Americas Seas (IAS) and their influence on climate extremes using global high-resolution coupled models. The research activities fall under the broad banner of climate variability, predictability and attribution. This is a new, full-time, two-year appointment, renewable for a third year. This position is located at the Climate Change, Variability Prediction Group at the NOAA Geophysical Fluid Dynamics Labotatory, Princeton, New Jersey.

Find more information.

Fall AGU session: Water Vapour in UT/LS (A078)

Session organizers are Troy Thornberry, Andrew Rollins and Holger Voemel. The AGU Fall meeting will be held on 3-7 December in San Francisco. Abstracts are due by 8 August.

A078: Water Vapour in the Upper Troposphere and Lower Stratosphere (UT/LS)

Water vapor in the upper troposphere and lower stratosphere (UT/LS) plays a significant role in Earth’s climate. Systematic disagreements among H2O measurements in the UT/LS indicate there are unrecognized uncertainties with in situ and/or satellite measurements that may impact our understanding of transport mechanisms, radiative balance and ice nucleation microphysics in the tropopause region. We invite contributions related to UT/LS H2O measurements and their implications for the understanding of UT/LS processes. Specific topics include: H2O measurement and measurement-model comparisons; measurement and model results describing the distribution and trends in UT/LS H2O; tropopause region transport and dehydration processes.

Find information on AGU 2012.