Tag: Hydrology and Land Surface Processes

Kaushal selected for CMNS junior faculty award

The University of Maryland’s College of Computer, Mathematical, and Natural Sciences Board of Visitors selected Sujay Kaushal, an assistant professor for ESSIC and the university’s Department of Geology, as a recipient of its junior faculty award Tuesday. According to the Department of Geology, the award includes a plaque and $2,500 in prize money, which is donated by the board members that make the selection. Kaushal said that his work at ESSIC has focused on two major themes: effects …

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AOSC Ph.D. graduate translates AOSC Professor Kalnay’s book

Seung-Jae Lee, AOSC Ph.D. graduate advised by CICS-MD Director Dr. E. Hugo Berbery, translated AOSC Professor Eugenia Kalnay’s book “Atmospheric Modeling, Data Assimilation and Predictability.“ The book, published in 2003 by Cambridge University Press, was translated into Korean with an expected publication date of July 2012. Fellow AOSC Ph.D. graduates Drs. Ji-Sun Kang and Hye-Lim Yoo participated in the translation project….

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Berbery steps in as new CICS-MD director

Thursday, 26 July 2012

ESSIC Research Professor Dr. Hugo Berbery officially started as the director of CICS-MD on July 1 after serving as associate director of CICS-MD since July 1, 2011.

Berbery took the position previously held by ESSIC Deputy Director Dr. Phil Arkin. However, Akin remains the CICS executive director, a position that he held simultaneously with the CICS-MD director position.

“I am very grateful to Hugo for his excellent work as associate director of CICS-MD over the past year, and I have

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Kaushal selected as winner of international award

Dr. Sujay Kaushal, assistant professor at ESSIC and the Department of Geology at the University of Maryland, was selected on June 26 as the winner of the International Recognition of Professional Excellence (IRPE) for this year. The IRPE Prize is awarded to an ecologist, 40 years or younger, who has published uniquely independent, original and/or challenging research representing an important scientific breakthrough, and/or who must work under particularly difficult conditions, according …

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Urban watershed study proposes new concepts of urban ecosystems

A study co-authored by Dr. Sujay Kaushal, assistant professor at ESSIC and the Department of Geology at the University of Maryland, and hydrologist Ken Belt proposes an expanded view on urban watersheds. The study, entitled “The urban watershed continuum: evolving spatial and temporal dimensions,” mainly considers a new part of urban ecosystems, infrastructure. With watersheds expanding and cities and urban environments changing over time, the study presents a new concept for the effects …

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Climate Change Weekly Roundup: 06/04/12

Publication – Environmental News Network
Date: May 28, 2012 Climate change doubt not due to ignorance of the science A new study by Yale revealed if Americans knew more basic science, and were more proficient in technical reasoning, a gap would still occur between public and scientific consensus. According to the article, “ … as members of the public become more science literate and numerate, the study found, individuals belonging to opposing cultural groups become even more divided on …

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Busalacchi gives ocean and climate change lecture at USP conference

ESSIC Director Dr. Antonio Busalacchi gave a keynote lecture entitled “The Oceans Role in the Coupled Climate System: Challenges and Opportunities for the Future” at the University of Sao Paulo Conference About The Sea. The conference, which was held May 16-18, featured featured sessions on marine biodiversity, deep-sea exploration and the relationship between oceans and the climate. According to the USP website, the speakers were composed of scientists and graduate students from various …

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240

240 – Aerosol Characterization and Radiative Forcing Assessment Using Satellite Data and Models
Principal Investigator(s): H. Yu

Aerosols affect the Earth’s energy budget directly by scattering and absorbing radiation and indirectly by acting as cloud condensation nuclei and, thereby, affecting cloud properties. Aerosols can be transported thousands of miles downwind, thereby having important implications for climate change and air quality on a wide range of scales. Enhanced new satellite passive sensors introduced in the last decade, the emerging measurements of aerosol vertical distributions from space-borne lidars provided the opportunity to attempt measurement-based characterization of aerosol and assessment of aerosol radiative forcing. Such satellite-based methods can play a role in extending temporal and spatial scale of field campaigns and evaluating and constraining model simulations. On the other hand, model simulations and measurements from field campaigns can provide essential parameters that satellites don’t observe. The overall goal of this research is to characterize aerosol distributions and assess the aerosol radiative forcing through an integration of multiple satellite observations and model simulations.

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204

204 – GMAO Core MERRA Research & Evaluation of Global Water Cycle in Reanalyses
Principal Investigator(s): J. Chen

The changes of observing system have significant impact on the temporal consistency of all reanalysis datasets. Especially when new observation types are introduced, the related discontinuities or jumps could be big obstacles for climate study.

MERRA is a global reanalysis dataset based on NASA GEOS5 data assimilation system. In 2011, we continued to investigate the impact of observing system changes on the MERRA dataset, especially the different characters of impact from individual observing system change events, namely the introduction of SSM/I in 1987 and NOAA15 ATOVS in 1998.

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