Major new research grants awarded to CCAS scholars this past year are forging new pathways of knowledge.
Over the past academic year, Columbian College faculty received a significant number of grant awards to support innovative research across the disciplines. From combatting climate change in the Arctic to finding life in the ocean depths to reviving the American chestnut tree, scholars are forging new pathways of knowledge. The following are recent major awards of $100,000 and above:
Andrei Afanasev (Physics): $363,700 from the U.S. Army Medical Research and Materiel Command to study interactions of twisted light at sub-wavelength scales.
Lisa Bowleg (Psychology): $3,226,000 from the National Institutes of Health (NIH)/National Institutes on Drug Abuse for research on reducing drug use among African American males and addressing related co-occurring negative mental and physical health issues.
Christopher Brick (History): $196,700 from the National Archives and Records Administration in support of the Eleanor Roosevelt Papers project.
Nuala Margaret Cowan (Geography): $491,900 from the United States Agency for International Development to expand the YouthMappers University Consortium’s mission to build open spatial data for economic development and community resilience.
Cynthia S. Dowd (Chemistry): $516,400 from NIH to develop novel, potent antitubercular and antimalarial agents by inhibiting the metabolic pathway of certain organic chemicals.
Susan E. Dudley (Regulatory Studies): $150,000 from the U.S. Department of Agriculture to analyze public comments for informing regulatory reform efforts.
Keryn Gedan (Biology): $240,000 from the National Science Foundation (NSF) to study climate drivers, dynamics and consequences of ecosystem change in coastal barrier systems.
Leon Grayfer (Biology): $750,000 CAREER award from NSF for his studies on amphibian immune responses to ranaviruses that contribute to the worldwide decline in the amphibian population.
George Howe (Psychology): $200,200 from NIH for a study to prevent suicide risk in sexual and gender minorities.
Jakub Kostal (Chemistry): $367,400 from NSF to upgrade biomass using ionic liquids.
Vera Kuklina (Geography): $394,500 from NSF to study the impact of undocumented transportation pathways on remote communities in Siberia.
Sharon Lambert (Psychology): $176,900 from NIH to study development and malleability from childhood to adulthood.
Hua Liang (Statistics): $448,000 from the U.S. Department of Defense to develop software for pharmacodynamics and bioassay studies.
John Lill (Biology): $140,600 from the U.S. Department of Agriculture for a project to protect the American chestnut through proactive taxonomy and phylogenetics of chestnut gall wasps.
Arnaud Martin (Biology): $238,900 from NSF for research on the developmental architecture of structure and color on butterfly wings.
Michael Massiah (Chemistry): $450,000 from NSF to investigate the function of a key class of enzymes called RING E3 in cellular protein recycling.
Weiqun Peng (Physics): $598,100 from NIH for research on enzymes that regulate follicular helper T-cells for the human body’s immune systems.
Scott Powell (Biology): $287,800 from NSF to develop a new framework for explaining how ant colonies create well-functioning transportation systems via a process of gradual modification rather than design.
Nikolay Shiklomanov (Geography): $1,261,800 from NSF for Circumpolar Active Layer Monitoring, a program for long-term observations of permafrost and active layer monitoring sites.
John Sides (Political Science): $300,000 from the Democracy Fund, $200,000 from The William and Flora Hewlett Foundation and $191,100 from the New Venture Fund to support the “Monkey Cage” column in The Washington Post.
L. Courtney Smith (Biology): $775,000 from NSF to study anti-pathogen activities of sea urchin protein.
Malathi Thothathiri (Speech, Language, and Hearing Sciences): $1,663,000 from NIH to research cognitive control and sentence processing among people with aphasia.
Akos Vertes (Chemistry): $1,300,000 from the Intelligence Advanced Research Projects Activity for the Proteos Program, a multi-year project to develop a new human identification method based on the analysis of proteins metabolomics.
Note: Dollar figures are rounded to the nearest thousand.