In 2017, the Abdul Latif Jameel Water and Meals Programs Lab (J-WAFS) initiated the J-WAFS Fellowship Program for excellent MIT PhD college students working to resolve humankind’s water-related challenges. Since then, J-WAFS has awarded 18 fellowships to college students who’ve gone on to create improvements like a pump that may maximize vitality effectivity even with altering movement charges, and a low-cost water filter made out of sapwood xylem that has seen real-world use in rural India. Final yr, J-WAFS expanded eligibility to college students with food-related analysis. The 2022 fellows included college students engaged on micronutrient deficiency and plastic waste from conventional meals packaging supplies.
Right now, J-WAFS has introduced the award of the 2023-24 fellowships to Gokul Sampath and Jie Yun. A doctoral pupil within the Division of City Research and planning, Sampath has been awarded the Rasikbhai L. Meswani Fellowship for Water Options, which is supported by means of a beneficiant reward from Elina and Nikhil Meswani and household. Yun, who’s within the Division of Civil and Environmental Engineering, acquired a J-WAFS Fellowship for Water and Meals Options, which is funded by the J-WAFS Research Affiliate Program. Presently, Xylem, Inc. and GoAigua are J-WAFS’ Analysis Affiliate corporations. A evaluate committee comprised of MIT college and employees chosen Sampath and Yun from a aggressive subject of excellent graduate college students working in water and meals who had been nominated by their college advisors. Sampath and Yun will obtain one educational semester of funding, together with alternatives for networking and mentoring to advance their analysis.
“Each Yun and Sampath have demonstrated excellence of their analysis,” says J-WAFS government director Renee J. Robins. “Additionally they stood out of their communication expertise and their ardour to work on problems with agricultural sustainability and resilience and entry to secure water. We’re so happy to have them be part of our inspiring group of J-WAFS fellows,” she provides.
Utilizing behavioral well being methods to handle the arsenic disaster in India and Bangladesh
Gokul Sampath’s analysis facilities on methods to enhance entry to secure ingesting water in growing international locations. A PhD candidate within the Worldwide Improvement Group within the Division of City Research and Planning, his present work examines the difficulty of arsenic in ingesting water sources in India and Bangladesh. In Japanese India, thousands and thousands of shallow tube wells present rural households a private water supply that’s handy, free, and principally secure from cholera. Sadly, it’s now recognized that one-in-four of those wells is contaminated with naturally occurring arsenic at ranges harmful to human well being. In consequence, roughly 40 million individuals throughout the area are at elevated danger of most cancers, stroke, and coronary heart illness from arsenic consumed by means of ingesting water and cooked meals.
For the reason that discovery of arsenic in wells within the late Nineteen Eighties, governments and nongovernmental organizations have sought to handle the issue in rural villages by offering secure group water sources. But regardless of entry to secure alternate options, many households nonetheless eat water from their contaminated residence wells. Sampath’s analysis seeks to grasp the constraints and trade-offs that account for why many villagers don’t accumulate water from arsenic-safe authorities wells within the village, even after they know their very own wells at residence could possibly be contaminated.
Earlier than coming to MIT, Sampath acquired a grasp’s diploma in Center East, South Asian, and African research from Columbia College, in addition to a bachelor’s diploma in microbiology and historical past from the College of California at Davis. He has lengthy labored on water administration in India, starting in 2015 as a Fulbright scholar learning households’ water supply selections in arsenic-affected areas of the state of West Bengal. He additionally served as a senior analysis affiliate with the Abdul Latif Jameel Poverty Motion Lab, the place he performed randomized evaluations of market incentives for groundwater conservation in Gujarat, India. Sampath’s advisor, Bishwapriya Sanyal, the Ford Worldwide Professor of City Improvement and Planning at MIT, says Sampath has proven “exceptional onerous work and dedication.” Along with his courses and analysis, Sampath taught the division’s undergraduate Introduction to Worldwide Improvement course, for which he acquired standout evaluations from college students.
This summer time, Sampath will journey to India to conduct subject work in 4 arsenic-affected villages in West Bengal to grasp how social affect shapes villagers’ selections between arsenic-safe and unsafe water sources. By longitudinal surveys, he hopes to attach knowledge on the social ties between households in villages and the every day water supply selections they make. Exclusionary practices in Indian village communities, particularly the segregation of water sources on the idea of caste and faith, has lengthy been suspected to be a barrier to equitable ingesting water entry in Indian villages. But regardless of this, planners in search of to broaden secure water entry in various Indian villages have not often thought of the best way social divisions inside communities could be working towards their efforts. Sampath hopes to check whether or not the injunctive norms enabled by caste ties constrain villagers’ capability to decide on the most secure water supply amongst these shared inside the village. When he returns to MIT within the fall, he plans to dive into analyzing his survey knowledge and begin work on a publication.
Understanding plant responses to emphasize to enhance crop drought resistance and yield
Crops, together with crops, play a elementary position in Earth’s ecosystems by means of their results on local weather, air high quality, and water availability. On the identical time, vegetation grown for agriculture put a burden on the surroundings as they require vitality, irrigation, and chemical inputs. Understanding plant/surroundings interactions is changing into an increasing number of necessary as intensifying drought is straining agricultural programs. Jie Yun, a PhD pupil within the Division of Civil and Environmental Engineering, is learning plant response to drought stress within the hopes of enhancing agricultural sustainability and yield underneath local weather change.
Yun’s analysis focuses on genotype-by-environment interplay (GxE.) This pertains to the statement that plant varieties reply to environmental adjustments in another way. The consequences of GxE in crop breeding could be exploited as a result of differing environmental responses amongst varieties allows breeders to pick out for vegetation that show excessive stress-tolerant genotypes underneath specific rising situations. Yun bases her research on Brachypodium, a mannequin grass species associated to wheat, oat, barley, rye, and perennial forage grasses. By experimenting with this species, findings could be immediately utilized to cereal and forage crop enchancment. For the primary a part of her thesis, Yun collaborated with Professor Caroline Uhler’s group within the Division of Electrical Engineering and Pc Science and the Institute for Knowledge, Programs, and Society. Uhler’s computational instruments helped Yun to judge gene regulatory networks and the way they relate to plant resilience and environmental adaptation. This work will assist determine the varieties of genes and pathways that drive variations in drought stress response amongst plant varieties.
David Des Marais, the Cecil and Ida Inexperienced Profession Improvement Professor within the Division of Civil and Environmental Engineering, is Yun’s advisor. He notes, “all through Jie’s time [at MIT] I’ve been struck by her mental curiosity, verging on fearlessness.” When she’s not mentoring undergraduate college students in Des Marais’ lab, Yun is engaged on the second a part of her mission: how carbon allocation in vegetation and development is affected by soil drying. One results of this work will likely be to grasp which populations of vegetation harbor the mandatory genetic variety to adapt or acclimate to local weather change. One other doubtless influence is figuring out targets for the genetic enchancment of crop species to extend crop yields with much less water provide.
Rising up in China, Yun witnessed environmental points springing from the event of the metal trade, which precipitated contamination of rivers in her hometown. On one go to to her aunt’s home in rural China, she discovered that water air pollution was widespread after noticing wastewater was piped exterior of the home into close by farmland with out being handled. These experiences led Yun to review water provide and sewage engineering for her undergraduate diploma at Shenyang Jianzhu College. She then went on to finish a grasp’s program in civil and environmental engineering at Carnegie Mellon College. It was there that Yun found a ardour for plant-environment interactions; throughout an impartial research on perfluorooctanoic sulfonate, she realized the superb capability of vegetation to adapt to environmental adjustments, toxins, and stresses. Her objective is to proceed researching plant and surroundings interactions and to translate the newest scientific findings into functions that may enhance meals safety.