[Eoas-seminar] EOAS colloquium in the afternoon of Friday, Jan. 24 (@ 3:30 PM. EOA 1044)

[eoas-seminar at lists.fsu.edu]

Just to provide more details, Prof. Reed studies how extreme events, such as tropical cyclones and severe convective storms, may be altered in a changing climate. He leads the Climate Extremes Modeling Group<https://you.stonybrook.edu/kareed/> at Stony Brook University, where his group uses current and next-generation climate models, as well as simplified, reduced complexity modeling frameworks, to study extreme weather events in a global context.

If you’d like to meet with Prof. Reed on Friday January 24, please contact me (awing at fsu.edu<mailto:awing at fsu.edu>)

Cheers,

Allison

On Jan 17, 2020, at 12:16 PM, Allison Wing <awing at fsu.edu<mailto:awing at fsu.edu>> wrote:

Dear all,

If you would like to meet with Prof. Reed, please contact me (awing at fsu.edu<mailto:awing at fsu.edu>).

Thanks,

Allison

On Jan 17, 2020, at 12:12 PM, eoas-seminar--- via Eoas-seminar <eoas-seminar at lists.fsu.edu<mailto:eoas-seminar at lists.fsu.edu>> wrote:

Hi All,

In the coming Friday (Jan. 24, @ 3:30 PM. EOA 1044), the EOAS colloquium will have Prof. Kevin Reed of the Stony Brook University as the speaker (3:30 PM, LOV 353).  The title and abstract of his talk are (also see the attached seminar announcement flyer).

Title: Exploring Climate Change Impacts on Tropical Cyclones

Abstract:  The next century will see unprecedented changes to the climate system with direct consequences for society. As stated in the National Climate Assessment, “changes in extreme weather events are the primary way that most people experience climate change.” In this sense, the characteristics of extreme weather are key indicators of climate change impacts, at both local and regional scales. Understanding potential changes in the location, intensity and structure of such extremes (e.g., tropical cyclones, severe thunderstorms and flooding) is crucial in planning for future adaptation as these events have large economic and social costs.

The goal of this work is to better understand climate impacts on tropical cyclones in various high-resolution configurations of the Community Atmosphere Model (CAM) run at horizontal grid spacings of approximately 28 km and forced with prescribed sea-surface temperatures and greenhouse gas concentrations for past, present, and future climates.  This analysis will include the evaluation of conventional (AMIP-style) decadal simulations typical of climate models, short 7-day ensemble hindcasts of recent devastating events, and reduced complexity simulations of idealized states of the climate system. Through this hierarchical modeling approach the impact of climate change on the characteristics (frequency, intensity, rainfall, etc.) of extreme weather, including tropical cyclones, can be quantified.

Look forward to  meeting you there.

Cheers,

Zhaohua


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