Tag: Aerosol/Cloud Physics/Radiation

Zhanqing Li. Image credit: John T. Consoli/Faye Levine/University of Maryland. Effects by Nuwan Paditha (Click image to download hi-res version)

Balancing the Climate Budget

Trying to predict, combat and prepare for climate change is a bit like managing the budget of a major multinational corporation. But instead of knowing where all the money goes, you have to know where all the energy goes. How much sunlight hits the planet?

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Jing Wei pictured with his advisor, Zhanqing Li

Jing Wei is 2022 AGU Atmospheric Sciences Section James R. Holton Award Recipient

Jing Wei was announced as American Geophysical Union’s (AGU) 2022 Atmospheric Sciences Section James R. Holton Award recipient. The James R. Holton Award is awarded usually to one young scientist across all disciplines of atmospheric sciences to acknowledge their outstanding scientific research and accomplishments at an early stage of career within three years of receiving Ph.D. Wei is the youngest winner of this award since its establishment in 2004 with a little over one year after Ph.D.

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Dr. Li smiles over a book on his desk

Congratulations to Dr. Li, Distinguished University Professor

Dr. Zhanqing Li, Professor at ESSIC and University of Maryland’s Department of Atmospheric and Oceanic Science is a new recipient of the Distinguished University Professor Award, the highest academic honor that the University of Maryland confers upon a faculty member. Considered a national achievement, this award given to just 7% of tenured faculty honors impact and significant contribution to the nominee’s field, knowledge, profession, and/or practice.

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Santiago Gasso smiles brightly in a dusty landscape

Gassó Teaches in Virtual Summer School

ESSIC Scientist Santiago Gassó participated as speaker in and chaired several sessions during the Surface-Ocean Lower Atmosphere Study (SOLAS) Summer virtual school, which was held June 13-17,2022. He taught a remote sensing module on June 13, chaired the Atmospheric deposition and ocean biogeochemistry session, and co hosted the Science Writing and Social media Workshop on June 14. He was also a judge for all poster sessions and a photography competition held throughout the week.

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Santiago Gasso poses in front of a blurred landscape

Gassó Talks Earth Science In Spanish Interviews

On the occasion of Earth Day, ESSIC Scientist Santiago Gassó was interviewed by several international and domestic media outlets for Spanish audiences. The interviews consisted of brief live and recorded video segments meant to highlight NASA’s commitment to Earth science observations since its inception.

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AMS Annual Meeting 2022 logo

ESSIC/CISESS at AMS Conferences

The American Meteorological Society (AMS) Annual Meeting was held virtually this year from January 23 to 27. Simultaneously, AMS held a number of specialized conferences and symposiums, focusing on topics including hydrology, climate variability and change, and atmospheric chemistry. ESSIC/CISESS scientists contributed a large number of talks and posters at the event. Talks included:

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Page 1 of the SOLAS report; an image of a porthole looking towards an ocean is the background, with "US SOLAS Science Plan" appearing in front of it.

Gassó and Zamora Co-Author SOLAS Science Plan

Santiago Gassó is one of the co-authors in the recently released science plan by the US Surface Ocean – Lower Atmosphere Study (SOLAS), a global and multidisciplinary research project established to provide international science coordination and capacity building. SOLAS is focused on understanding the key biogeochemical-physical interactions and feedbacks between the ocean and atmosphere that are critical elements of climate and global biogeochemical cycles.

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Figure 1 | Flooding in July 2021 caused mass evacuation in Weihui, Henan province, in China.

Extreme Rainfall Slows the Global Economy

Xin-Zhong Liang was recently published in Nature’s “News and Views” section giving his insight on new research that reported a comprehensive assessment of changes in gross regional product (GRP) relating to excessive precipitation. The study concluded that increases in the numbers of wet days and in extreme daily rainfall dramatically reduces worldwide macroeconomic growth rates.

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