Please note: This is a full list of ERG course offerings; not all courses are offered each term. For current course offerings, please refer to the online Schedule of Classes. ENERES 39A – Freshman and Sophomore Seminar: Complex Systems, Information Theory, and “Big Data” John Harte A premise of this seminar is that science, evolving […]
Areas of Interest Climate Change Ecology Energy Governance Water International Climate Change ERG CORE David Anthoff David Anthoff is an environmental economist who studies climate change and environmental policy. He co-develops the integrated assessment model FUND that is used widely in academic research and in policy analysis John Harte John Harte’s research interests span ecological […]
Ecology and global change are the primary topics of research in the Harte Lab. Among the goals are: to characterize ecological feedbacks to climate change, to predict effects of global change on biodiversity, and to develop fundamental theory that predicts the structure of ecosystems across spatial scales.
The purpose of the ERG Master’s program is to educate the next generation of interdisciplinary leaders. Specifically, students are taught the range of methods and subjects they should be able to understand, advance, and critique to address critical issues stemming from the interaction of humans and the environment. To that end, the requirements for the […]
PROGRAMS OFFERED AT ERG Master’s Degree in Energy and Resources (MA or MS) Master’s/Ph.D. Track ERG Concurrent Degree Programs (MPP/MA or MPP/MS) Matriculation from the Master’s or Track to the Ph.D. Ph.D. in Energy and Resources Undergraduate Minor in Energy and Resources Master’s Degree in Energy and Resources The purpose of the ERG Master’s program is […]
John Harte is a physicist turned ecologist. His research interests span ecological field research, the theory of complex systems, and policy analysis. Current interests include applying insights from information theory to the analysis of complex ecosystems and empirical investigation of climate-ecosystem feedback dynamics.
At times the problem of understanding phenomena is one of seeing. That is why Danielle explores new ways of demystifying complexity through visual representation. She seeks new techniques to illustrate often-forgotten, yet fundamental dependencies between human society and the natural world. One such technique is terrestrial laser scanning (also known as LIDAR), which she used to create a 3-D model of her ecological study site in the Sierra Nevada. This along with her seedling research seeks to inform the uncertain future of resource management.
ALUMNI SPOTLIGHT Ann Kinzig Ph.D. ’94 Professor in the School of Life Sciences at Arizona State University Perhaps more than most alumni, Ann Kinzig’s intellectual path has traversed ERG’s interdisciplinary bounds, grappling with the physical, life and social science aspects of the world’s ecological and social problems during, and especially after, her time at ERG. […]
Erica’s niche is fire, particularly in the ecologically sensitive region of French Polynesia. She has already been trained as a physicist, but her curiosity draws her to ecology. ERG has become a unique place for Erica to explore her aspirations in the biological sciences alongside those who have successfully trekked through similar transitions. Read in her own words how Erica has fine-tuned her fascinations while at ERG.
Kaito's research focuses on the dynamics of stochastic variables and probability distribution functions, which describe the behavior of macroscopic environments, such as ecological systems, climate systems and human social systems.
Adrienne works on climate change adaptation and mitigation in the public and private forests and wild lands of California. She is interested in understanding how the natural resources in these areas, particularly water, are affected by climate change. How can we manage our forests and wild lands in order to reduce both the magnitude of […]
Rebecca's work examines processes where human and natural systems interact and those that elucidate the functioning of the Earth system. Her research quantifies and informs a broad range of topics from global environmental change to renewable energy systems.