Inside Stanford Earth
The Stanford Earth professor's research and service to the applied mathematics and computational science community has earned recognition.
Listen to a chat between geophysicist Dusty Schroeder and engineering student Kathy Vega. Stanford Earth's SURGE program brought them together.
Inspiring women to enter and stay in the data science field is one goal of a conference organized in part by Stanford Earth's Margot Gerritsen.
A course at Stanford Earth's farm aims to create positive experiences with land while addressing the history and enduring effects of forced farm labor.
Indira Phukan, a doctoral candidate at Stanford Earth, co-teaches a course on how ideas about environment are learned, and how they can change.
Kate Hayes, Earth Systems ’08, uses her interdisciplinary background to design and build landscapes that bring people closer to the environment.
Earth Systems alumna Amanda Zerbe will study environment and resources as well as law.
Master's student Christine Cavallo set a world record in indoor rowing, beating the previous record by a fraction of a second.
The award recognizes this Stanford Earth professor's success in breaking down barriers between scientific disciplines.
Jessica Watkins may be one of the first humans to set foot on another planet. She's part of a NASA class selected with Mars missions in mind.
Alumni, faculty, students, and staff gather to celebrate and share stories of putting learning into action.
What is on the new dean's mind as he settles into the role? And how did he become interested in geology in the first place?
As a lawyer with the Environmental Defense Fund, Martha Roberts, Earth Systems ’04, MS ’06, advocates for federal policies that protect us from pollution.
Undergraduates study links between human and natural systems in a program that puts them up close with corals. Stanford Earth professor Rob Dunbar is a lead instructor.
These Stanford Earth students have been selected for a yearlong leadership and communication program at the Woods Institute.
The supply chains for critical and rare minerals are vulnerable to political and economic disruptions that could hamper the global shift to a renewable energy future.