News & announcements from EH&S.
Why safe science is good science, fire extinguisher trainings, and more

News & announcements from EH&S.
Why safe science is good science, fire extinguisher trainings, and more
Derek Apodaca has been the Safety Manager and Health and Safety Officer for the Division of Biological Sciences for the last 14 years. He shared what it’s like to have a front-row seat on world-changing research… and why safe science is good science.
Daisies belong in gardens, not outlets. Daisy chaining—plugging power strips into other strips or extension cords—is a major fire hazard. This practice increases electrical resistance and heat, often overloading circuits and violating safety standards.
How many times have you ever glanced at a weather alert that used terms such as Advisory, Watch, and Warning and thought, “Okay… so what does that mean and what am I actually supposed to do?”
Understanding what these terms mean in the context of emergency alerts will empower you to make informed decisions about your commute to and from work or classes, attending events on campus, and the overall safety of yourself and your loved ones.
Environment, Health & Safety (EH&S) is preparing the 2026 Manufactured Nanoscale Materials Disclosure for the City of Berkeley.
If you use nanoscale materials in your lab, and
a. you have never filled out the Nanoscale Materials Information Form,
or,
b. you have begun using new nanoscale materials, or a new class of nanoscale materials
Alicia Bihler stepped into the role of Executive Director of EH&S on July 1, 2025. Since 2023, she has led the department as Acting Director, guiding EH&S through a period of sustained focus on campus safety, regulatory compliance, and emergency preparedness.
After nearly two years of effort, the campus-wide chemical inventory tagging project is wrapping up—and the results are remarkable. Since February 2024, our partners at Triumvirate Environmental have visited almost every lab and hazardous materials area on campus, placing barcode tags on chemical containers and logging them into the RSS Chemicals database. In total, the team has tagged more than 200,000 containers, creating one of the most comprehensive chemical inventories UC Berkeley has ever had.