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Featured Research from Stanford University

Project Creating a Scalable Model to End Poverty: Delivery of an Integrated Childhood Development Strategy in Rural China

Principal Investigator:

Working with the Infant & Toddlers Nutrition, Health and Development Program (IT-NHDP) and the Rural Education Action Program (REAP) in China.


Shaanxi, China


  • Scott Rozelle, Helen C. Farnsworth Professor in International Agricultural Policy and Senior Fellow at the Stanford Institute for Economic Policy Research, Stanford University

Project Reducing infectious disease exposure among school-aged children in developing countries: The WaSH Up! Alliance, Stanford University (July 1, 2016 - Present)

Principal Investigator:

WaSH Up! is a partnership between Sesame Street, World Vision, and Stanford University to reduce child disease and death by ensuring children have access to safe water and sanitation by practice healthy behaviors relators to water, sanitation and hygiene (WaSH). Sesame Workshop has worked to created a new Muppet character named Raya, a girl ambassador who promotes safe WaSH practices. Sesame Workshop with World Vision announces a commitment to roll out WaSH Up! across 15 countries in the next six years.

Project Tracing zoonotic disease risks and immunological adaptations in bats, humans and human commensals across the Central American countryside, Stanford University (1/1/2015 - Present)

Principal Investigator:

Bats have been identified as the reservoirs for a number of emerging infectious diseases but most of these pathogens have coevolved with their hosts for long periods of time without causing issue. We are seeking to understand the potential sources, sinks and pathways of zoonotic infection in a countryside landscape that is home to one of the most diverse bat faunas in the world by examining bats and livestock as well as surveying human behavior.


Costa Rica

Project Living on the roof of the world: mechanisms underlying hypo tolerance in pikas, Stanford University (2012 - Present)

Principal Investigator:

This research investigates the mechanisms underlying species tolerance of extreme environments, focusing on pika (genus Ochotona). There are 30 pika species, each occupying a unique elevational range between 0 - 6400 m with the highest concentration of species diversity in the Himalayas and Tibetan Plateau region. Limited oxygen at high elevation critically stresses aerobic metabolism; however, little is known about how pikas are capable of tolerating the extreme hypoxia of their high-elevation habitat.