Loading…
This event has ended. Visit the official site or create your own event on Sched.
Welcome to the Science Summit at the United Nations General Assembly (UNGA77)

Please Register by clicking HERE

Registration is free of charge. You can register yourself and also other colleagues (up to 10 people).

After you have registered, you will receive two emails: one from Eventbrite with your ticket, and 15 min later, one from SCHED inviting you to create your username and password (these will be your  SCHED login details to access the conference each time).

Once you have your SCHED login details, you can select the session(s) you would like to attend and be able to see the ZOOM link to join your selected sessions.

All times in the AGENDA are New York Local (Eastern Daylight Time (EDT)). To view times in another time zone, please use the "Timezone" box located below on the right.
avatar for Sarah Garland

Sarah Garland

Columbia University
Sarah Garland is a Senior Fellow at the Columbia Center on Sustainable Investment. Her recent work at Columbia University as an Earth Institute Postdoctoral Fellow explored the role of crop biotechnology in developing nutritious and climate-resilient agriculture systems. Sarah received a PhD in Plant Sciences from the University of Cambridge, UK, as a Cambridge International Scholar. Her doctoral research focused on the fast-paced field of CRISPR gene editing in plants. She holds a B.S. in Biology from Duke University. Sarah’s writing has been featured in publications such as Scientific AmericanSlate, and The New Republic.
Crop biotechnology in a changing climate
Effects of climate change like drought and flood are increasingly threatening global agriculture. Genetic improvement of crops can play an important role in creating more climate resilient agricultural production systems. Historically, the process of genetic improvement has involved traditional crop breeding methods. Modern biotechnology offers different approaches to developing useful crop traits. This talk will explore various applications of crop biotechnology in a changing climate and introduce topics to consider when implementing these advances in the field.