• Covariance Localization in Strongly Coupled Data Assimilation 

  Yoshida, Takuma (2019)

  The recent development of accurate coupled models of the Earth system and enhanced computation power have enabled numerical prediction with the coupled models in weather, sub-seasonal, seasonal, and interannual time scales ...

• The role of consistent turbulence energetics in the representation of dry and shallow convection 

  New, David Andrew (2019)

  In this doctoral dissertation, the role of consistent turbulence energetics is examined in the context of sub-grid turbulence, convection, and cloud condensation parameterizations for numerical weather and climate models. ...

• Socioeconomic and Climate Impacts on the Future of Water: An Integrated Assessment Approach to Demand, Scarcity, and Trade 

  Graham, Neal Thornton (2019)

  Changes to socioeconomics and an evolving climate system are likely to play a vital role in how regions around the world use water into the future. Water projections for the future, while prolific, remain highly variable ...

• WINTER STORM TRACKS, RELATED WEATHER, AND SUBSEASONAL-TO-SEASONAL (S2S) PREDICTION IN THE NCEP CLIMATE FORECAST SYSTEM FOR NORTH AMERICA 

  Lukens, Katherine Elizabeth (2019)

  The subseasonal-to-seasonal (S2S) forecast period (2 weeks—2 months) represents a major gap in operational forecasting. Advancing S2S prediction is an international priority, particularly for disaster mitigation and resource ...

• THE PYROCONVECTIVE PATHWAY FOR STRATOSPHERIC WATER VAPOR AND AEROSOL 

  Kablick III, George (2019)

  A detailed analysis of pyrocumulonimbus (pyroCb) cases is presented that explores their convective dynamics, stratospheric plume characteristics and down-stream radiative effects. Satellite observations in conjunction with ...

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