Stanford University
Showing 34,081-34,100 of 36,234 Results
-
Temesgen 'Tem' Woldeyesus
Clinical Assistant Professor, Medicine - Primary Care and Population Health
BioDr. Tem (Temesgen) is a Clinical Assistant Professor in the Department of Medicine, Division of Primary Care and Population Health. He obtained his medical degree at UCSF and continued his residency training at UCSF in Family and Community Medicine. He was selected as Chief Resident, where he further developed as a clinical educator and administrator, prior to joining the faculty group at Stanford. His academic interests include alternative models of care, clinical informatics, and digital health equity.
Dr. Tem Woldeyesus practices full-spectrum family medicine, which includes care for the entire age spectrum. He is driven to provide evidence-based, high quality, culturally competent care.
He is a native of the Bay Area. Outside of work, he enjoys spending time with his fiancée, playing (and watching) basketball, and exploring national parks. -
Thomas Wolf
Lead Scientist, SLAC National Accelerator Laboratory
Current Role at StanfordChemical Science Department Head, Linac Coherent Light Source (LCLS)
Principal Investigator, Stanford PULSE Institute, SLAC National Accelerator Laboratory -
Mikael Wolfe
Associate Professor of History
BioI am a historian of modern Latin America whose work centers on the intersection of social, political, environmental, and technological change. In particular, I explore questions of water control, agrarian reform, and the effects of climate and weather on the process of social revolution. I employ interdisciplinary historical methods in my scholarship and teaching that seek to transcend the imaginary boundary between the human and nonhuman environments.
I teach undergraduate and graduate courses in modern Latin American history, historiography and film, history of US-Latin American relations, comparative history of modern Latin America and East Asia, environmental history of Latin America and the United States, climate ethics, and water history (see teaching tab to the right. I am accepting graduate students to work under me, but before contacting me, please become familiar with my work. Specific questions engaging with my work and how it relates to your own research interests are more fruitful as a basis for conversation than generally asking to learn more about my work.)
My first book, Watering the Revolution: An Environmental and Technological History of Agrarian Reform in Mexico (Duke, 2017; winner, 2018 Elinor K. Melville Prize for Latin American Environmental History; short-listed, 2018 María Elena Martínez Prize for Mexican History), investigates how people managed their water—via dams, canals, and groundwater pumps—in a great crucible of the Mexican Revolution of 1910-20, the arid north-central Laguna region. In so doing, it demonstrates how Mexican federal engineers were not merely passive implementers of large-scale state development schemes such as agrarian reform. Instead, to implement the latter, they actively mediated knowledge between state and society, identifying what they thought was technologically possible and predicting its environmental consequences.
The book also explains how engineers encountered an intrinsic tension between farmers’ insatiable demand for water and the urgency to conserve it. By closely examining how the Mexican state watered one of the world’s most extensive agrarian reforms, the book tackles an urgent question in the literature on postrevolutionary Mexican state formation, Latin American environmental history and history of technology, and global development studies: how and why do governments persistently deploy invasive technologies for development even when they know those technologies are ecologically unsustainable?
To answer this global question, my book integrates environmental and technological history along with social, economic, political, and legal analyses based on extensive research in archival sources, journals, newspapers, and government publications in Mexico and the United States. Using this “envirotechnical” analytical framework, the book uncovers the varied motivations behind the Mexican government’s decision to use invasive and damaging technologies despite knowing they were unsustainable.
My research on agrarian reform and water management in north central Mexico led me to investigate how weather shapes the process of social revolution across Cuba’s varied climates and environments. In my new book project, Rebellious Climates: How Extreme Weather Shaped the Cuban Revolutions, I combine environmental history and historical climatology to argue that extreme weather events such as drought and hurricanes were not merely infrequent external shocks to Cuba, quickly entering and exiting the main anthropocentric stage of its theater of revolution. Instead, these events were long enmeshed in Cuban politics, economics, society, and culture, and thereby shaped the origins and progression of the 1959 revolution in ways largely overlooked by historians.
