MEER Podcast

In this episode of The MEER Podcast, we speak with theoretical physicist Dr. Anastassia Makarieva, known for her work on the biotic pump theory — a framework that reexamines how forests influence Earth’s climate system.Rather than viewing forests solely as carbon sinks, Dr. Makarieva explains how they may actively drive atmospheric circulation and rainfall patterns across continents. Through the process of transpiration and condensation, forests can influence pressure systems, drawing moisture inland and sustaining hydrological cycles far beyond their boundaries.The conversation explores the origins of the biotic pump theory, its scientific implications, and why it challenges conventional climate models. The discussion also touches on the risks of deforestation, including the potential disruption of rainfall systems and large-scale drying of continental interiors.You can learn more on her Substack here: https://bioticregulation.substack.com/

In this episode we’re joined by Dr. Klaus Richter, physicist and President of the German Physical Society. Dr. Richter recently co-authored a joint statement with the German Meteorological Society that drew global attention, warning that the Earth could warm by as much as 3°C by 2050 if current trends continue. The statement — and the DIE ZEIT article that followed — sparked widespread debate about how fast the climate is changing and how society should respond. Read the article discussed in this episode: https://worldcrunch.com/focus/green-or-gone/global-warming-at-3c-by-2050-what-s-behind-the-new-german-climate-warning/Read the statement here: https://www.dpg-physik.de/veroeffentlichungen/publikationen/stellungnahmen-der-dpg/klima-energie/klimaaufruf/Learn more at meer.org

In this episode of The MEER Podcast, we speak with Dr. Eliot Jacobson about what the climate data actually shows behind global summits, temperature targets, and public narratives. The conversation moves from COP outcomes to Earth’s energy imbalance, declining planetary reflectivity, polar ice trends, and the risks of underestimating the pace of warming, with a focus on clarity, evidence, and physical reality over political optimism.Eliot Jacobson is a mathematician, retired professor, and widely followed independent climate analyst. Known for his rigorous, data-driven approach, he tracks global temperature trends, sea-ice loss, and Earth’s energy imbalance, translating complex climate science into clear insights while actively countering misinformation.Eliot's website: https://climatecasino.net/Eliot's Social Media:X: https://x.com/EliotJacobson?s=20Bluesky: https://bsky.app/profile/climatecasino.netExplore MEER's work: https://www.meer.org/

Kyle Kimball returns to MEER 3 years after his talk “Faster Than Expected: The IPCC’s Role In Exacerbating Climate Change”.In that talk he presented evidence indicating that the IPCC plays a significant role in downplaying the impacts of runaway climate change, a role which serves to manufacture consent for a “do nothing” approach by state governments and the corporations controlling them. Kyle has a BA in EU and International Law from Tallinn University of technology and an LLM in International Migration and Refugee Law from Vrije Universiteit Amsterdam. He now lives in Olympia, Washington where he serves the public working in state government.

In this compelling seventh episode of the MEER Podcast, Dr. Ye Tao shares fascinating updates from his recent travels in China, delving into the state of climate, agricultural, and water resource research. Amidst exploring the potential for international collaboration, Dr. Tao sheds light on the challenges faced by Chinese researchers within the state-funded system and the implications for innovative climate solutions like MEER.The episode takes a deep dive into the impact of climate change on agriculture, highlighting recent studies that predict significant declines in crop yields due to increasing temperatures and changing precipitation patterns. Dr. Tao discusses how MEER's technologies could potentially mitigate these effects by improving water efficiency in agriculture through passive radiative cooling techniques.Join us as we explore the nexus of technology, policy, and climate action, examining both the challenges and transformative potential of MEER in addressing urgent global issues.

In this episode, we delve into Dr. Ye Tao's fascinating trip to Makeni, where he plans to embark on groundbreaking water evaporation suppression experiments. Additionally, we engage in an in-depth discussion about the critical issue of the loss of planetary albedo, also known as our Earthshine.

In this episode, Dr. Tao discusses the challenges of finding the right community to conduct cooling experiments and the overall economic and housing situation in Crab Town and Aberdeen. We also delve into the impact of humidity as a crucial environmental factor, with potentially serious consequences, particularly for the elderly. We explore how a massive dust storm affected the mirrors in the short and long run. Finally, we discuss the latest heat adaptation plans in Freetown. We hope you find the conversation enlightening.

Welcome to the first episode of the MEER podcast, a show dedicated to science education that focuses on topics such as climate change, adaptation, and restoration. In this episode, we introduce Dr. Ye Tao, formerly of Harvard's Rowland Institute, as he shares his scientific background and how he unexpectedly found his way into the field of climate science. Dr. Tao explains the breadth of what is at stake in the climate crisis and discusses his motivations for changing career paths and founding the non-profit MEER (Mirrors for Earth's Energy Rebalancing). Additionally, he describes the term climate and addresses some of the criticism and skepticism people encounter when trying to make a difference.