University of California

The College of Chemistry at UC Berkeley has been dedicated to advancing society through education and research for over 140 years, providing exceptional scholarship in the chemical sciences. With two departments offering a wide array of fundamental and applied studies, the college prepares chemists and chemical engineers to tackle pressing 21st-century challenges. Renowned for its pioneering research initiatives in fields such as catalysis, chemical biology, and nanoscience, the College of Chemistry consistently ranks among the best institutions globally. The college's commitment to excellence is fueled by a combination of distinguished faculty, state-of-the-art facilities, and the generous support of its alumni and friends. Generated from the website

The University of California, Berkeley's Department of Agricultural and Resource Economics is globally recognized for its leading research in a variety of fields, including agricultural resource policy, development economics, environmental and energy economics, and international trade. Their undergraduate Environmental Economics and Policy program adopts a problem-solving framework addressing both renewable and fixed natural resources, grounded in micro-economic theory. Committed to excellence in education and research, the department actively engages in significant studies that assess current challenges, such as the impact of climate change on global crop yields and the complexities of municipal solid waste recycling in the United States. Faculty members and alumni contribute to critical discussions and findings that shape policy and practice in agriculture and resource management. Generated from the website

The Niyogi Lab at University-CA Berkeley is dedicated to researching and understanding photosynthetic energy conversion, with a focus on combating climate change. Their interdisciplinary approach and use of experimental organisms allow them to investigate the regulation of photosynthesis, study the operation of the oceanic biological carbon pump, and apply this knowledge to increase photosynthetic efficiency and carbon sequestration by plants and algae. The lab values scientific excellence, diversity, creativity, open access, and interdisciplinary collaboration, maintaining a friendly and interactive environment. They have made significant contributions to the field, with publications on topics such as thylakoid architecture, photoprotective responses, and the induction of high photosynthetic capacity. Through their research, the Niyogi Lab aims to contribute to meeting the world's needs for food, fuel, and carbon sequestration in the fight against climate change.Generated from the website