Ask MIT Climate

How can climate change cause both more intense droughts and more severe floods? With help from Prof. Mathew Barlow, we dive into the water cycle on a warming planet, and learn how the basic physics of water moving through the atmosphere can explain a lot of the strange weather we need to prepare for as the world heats up. For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e9-dry-spells-and-downpours For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].

In our previous episode, we spoke with Dr. Sarah Das, a Scientist Emeritus at Woods Hole Oceanographic Institution, about how climate change is affecting the big polar ice sheets of Antarctica and Greenland. She’s been traveling to the poles for her research since the nineties, and this week, she’s taking us behind the scenes: into the world of glacier science, “boomerang flights,” and ice as far as the eye can see. A video version of this episode is available on our YouTube channel. For a deeper dive and additional resources, visit: https://climate.mit.edu/podcasts/bonus-ice-sheets-polar-scientist. For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].

The frozen parts of our planet—from sprawling polar ice sheets and floating sea ice to mountain glaciers and frigid soils—face profound risks from climate change. Already, a warmer world has transformed these landscapes, with consequences that span the globe. Dr. Sarah Das, a Scientist Emeritus at Woods Hole Oceanographic Institution, joins to discuss her decades-long career studying the Antarctic and Greenland ice sheets and help us understand how changes to the polar regions affect people now and in the future. We thank WHOI for providing audio recorded during supraglacial lake research in Greenland. (Credit: Chris Linder, ©Woods Hole Oceanographic Institution). For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e8-polar-ice-warming-world. For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].

From cars and ships to bridges and skyscrapers, steel forms the landscape of modern life. At the same time, steelmaking is one of the world’s biggest industrial sources of climate-warming carbon dioxide. Antoine Allanore, a professor of metallurgy at MIT, explains how CO2 became so entrenched in the chemistry of steelmaking—and the creative ways scientists and engineers are trying to get it out. We gratefully acknowledge Katie Daehn, postdoctoral associate, and Matthew Michalek, Ph.D. student and research assistant, of the Allanore Group for additional assistance and participation in this episode.  For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e7-hard-look-steel For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].

Solutions to climate change, like building clean energy, come with a price tag. But unchecked warming also brings serious costs. As we make investments to rein in our climate pollution, how should we weigh costs and benefits? Dr. Jennifer Morris of MIT joins the show to explain how economists have tried to pin down the dollar costs of a warming planet, and why a clear answer has proved elusive. Together, we’ll ask how the tools of economics can help us plan for a better, more prosperous future, even in the face of uncertainty. For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e6-economists-guide-climate-change For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].

What exactly is a carbon price, and how does it work? To prepare for a new episode about climate economics, we’re re-airing this season one episode in which MIT professor Christopher Knittel explains economists’ favorite tool for addressing climate change. Professor Knittel also returns for a special update on big developments in the world of carbon pricing, from Canada, China, and the European Union. For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/re-air-and-update-carbon-pricing For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].

Solar panels, batteries, microgrids, and other emerging energy technologies are making it easier than ever before for a community to produce some or all of its own power. Prof. David Hsu lays out the policies and technologies challenging the traditional, centralized model of the electric grid, including in places that lack reliable access to electricity. As the world strives to make energy cleaner, cheaper, and more accessible, what can local models offer that a big utility can’t—and the other way round? For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e5-microgrid-future For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].

Climate change is putting pressure not only on humans, but also on our fellow species. How can plants, animals, and other living things survive as their habitats are transformed? In this episode, we explore one way: moving. Dr. Toni Lyn Morelli and Dr. Alexej Sirén help us understand how climate change is shaking up the map of where species live—and what that means for all of us who share this planet. For a deeper dive and additional resources related to this episode, visit: ​​https://climate.mit.edu/podcasts/e4-reshuffling-life-earth. For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].

The past three years have been the three hottest humanity has ever measured. But who does the measuring, and how? Dr. Samantha Burgess, of the European Union’s Copernicus Climate Change Service, joins the show to explain how we know the temperature of the Earth, and how a global community of scientists works together to keep tabs on the health of our planet. For show notes and more resources, visit https://climate.mit.edu/podcasts/e3-taking-earths-temperature Credits Aaron Krol, Writer and Executive Producer Madison Goldberg, Host and Associate Producer Dave Lishansky, Editor and Producer Michelle Harris, Fact-checker Music by Blue Dot Sessions License: CC-BY-NC-SA. View the license terms at https://creativecommons.org/licenses/by-nc-sa/4.0/

Nuclear power offers huge amounts of round-the-clock energy free of climate-warming pollution. In the United States, it’s also become very expensive to build. As government support grows to bring more nuclear power to the U.S., Prof. Jacopo Buongiorno of MIT joins us to break down how nuclear got so costly and what we can learn from countries with more active nuclear industries. For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e2-nuclear-price-tag For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].

Salt marshes humming with insects and birds. Mangrove forests with tangled, arching roots. Seagrass meadows that blanket the ocean floor. The world’s coastal saltwater wetlands provide shelter for wildlife, purify water, and protect seaside infrastructure. And as Dr. Julie Simpson of MIT tells us, they also have a climate superpower: drawing down and locking away extraordinary amounts of planet-warming carbon dioxide.We gratefully acknowledge Professor Heidi Nepf; Ph.D. student Ernie Lee; and undergraduate student Joyce Yambasu of MIT for additional assistance and participation in this episode. Thanks as well to the Waquoit Bay National Estuarine Research Reserve and research coordinator Megan Tyrrell.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e1-marshes-mangroves-meadows.For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].

The eighth season of MIT’s climate change podcast starts next week, and we’ve got some news! TILclimate is now Ask MIT Climate. It’s part of an effort to bring all of our climate change resources under one umbrella and reach learners in as many ways as we can.We’re also diving into video! Find us on Instagram, TikTok, and YouTube @askmitclimate for outtakes, bonus content, and more climate knowledge from MIT. And we love hearing from our listeners; email us at [email protected]..

We’re dropping into your feed to share the news that our founding host, Laur Hesse Fisher, is departing MIT and TILclimate. In this episode, Laur sits down with new host Madison Goldberg to talk about the philosophies that have shaped TILclimate over seven seasons and take listeners behind the scenes of the show. They also discuss what’s in store for season eight—because TILclimate isn’t going anywhere.Check out an extended video version of this conversation: https://www.youtube.com/watch?v=kB544MVZ9bgFor a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/update-where-weve-been-and-where-were-goingFor more episodes of TILclimate by the MIT Climate Project, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Founding Host and Senior EditorMadison Goldberg, Incoming Host and Associate ProducerAaron Krol, Writer and Executive ProducerDavid Lishansky, Editor and ProducerDanielle Simpson, EditorMusic by Blue Dot SessionsArtwork by Aaron KrolSpecial thanks to Brett Paci of MIT OpenCourseWare and to the folks at Giro Studio for their help producing this episode.

Power lines may not look as high-tech and inspiring as a wind turbine or a solar field. But as MIT’s Joshua Hodge explains, these lines—and the rest of the sprawling “machine” that is the transmission system—are critical for harnessing clean, cheap, reliable power. In this episode of TILclimate, we explore what we stand to gain from a bigger, better transmission system, and how we might make it happen.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e8-transmission-power-people.For more episodes of TILclimate by the MIT Climate Project, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Senior EditorAaron Krol, Writer and Executive ProducerDavid Lishansky, Editor and ProducerMadison Goldberg, Associate ProducerGrace Sawin, Student Production AssistantMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol       

Here at TILclimate, we’re often asked about the health and environmental effects of materials in solar panels and batteries. But what if the greatest costs are the ones we’re already bearing—from the fossil fuels those technologies would replace? In this episode, pulmonologist Dr. Mary Rice explains how air pollution from coal, oil, and gas can make us sick, and why a cleaner energy system benefits both the climate and our health.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e7-cleaner-air.For more episodes of TILclimate by the MIT Climate Project, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Senior EditorAaron Krol, Writer and Executive ProducerDavid Lishansky, Editor and ProducerMadison Goldberg, Associate ProducerGrace Sawin, Student Production AssistantMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

The world’s demand for batteries to power electric vehicles is growing at incredible speed. What will we do with all these batteries when they die? Dr. Linda Gaines of Argonne National Laboratory joins TILclimate to explain what batteries are made of, how we obtain those materials, and how we can get them back when the batteries reach the end of their lives—along with other options to make this industry less wasteful and more productive.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e6-dealing-dead-batteriesFor more episodes of TILclimate by the MIT Climate Project, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Senior EditorAaron Krol, Writer and Executive ProducerDavid Lishansky, Editor and ProducerMadison Goldberg, Associate ProducerGrace Sawin, Student Production AssistantMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Deep beneath the Earth’s surface, a molten stew of metals radiates vast amounts of energy. Prof. Roland Horne, Director of the Stanford Geothermal Program, joins TILclimate to talk about the “geothermal energy” technologies that tap this underground resource for electricity, manufacturing, and home heating and cooling. He also shares the recent breakthroughs that have begun bringing this always-on, clean, renewable source of energy to new places and applications.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e5-geothermal-earths-infinite-clean-powerFor more episodes of TILclimate by the MIT Climate Project, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Senior EditorAaron Krol, Writer and Executive ProducerDavid Lishansky, Editor and ProducerGrace Sawin, Student Production AssistantMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Modern buildings are complex machines, using heating, cooling and a host of other appliances to turn energy into comfort. But that energy comes with a cost: today, our buildings do more to warm the climate than heavy industry, agriculture, or transportation. Prof. Tarek Rakha provides an architect’s view of buildings and the climate, sharing how we can build anew—and upgrade our existing buildings—to use less energy, lower our living costs, benefit the climate, and live more comfortably, all at the same time.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e4-great-indoorsFor more episodes of TILclimate by the MIT Climate Project, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Senior EditorAaron Krol, Writer and Executive ProducerDavid Lishansky, Editor and ProducerGrace Sawin, Student Production AssistantMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

A new type of climate science is allowing us to draw clearer connections between our warming planet, and the extreme weather events this warming creates. Thanks to “climate change attribution,” scientists can now say confidently when climate change has made a heatwave or hurricane more likely, and by how much. Dr. Andrew Pershing explains how attribution science works, and why this information is useful for understanding and adapting to a warming world.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e3-did-climate-change-doFor more episodes of TILclimate by the MIT Climate Project, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Senior EditorAaron Krol, Writer and Executive ProducerDavid Lishansky, Editor and ProducerGrace Sawin, Student Production AssistantMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

The Earth has gone through massive climate change before—many times over, in fact!—but human civilization has not. Prof. David McGee, a specialist in the study of ancient climates, joins the show to explain what came before the 10,000 years of global stability in which complex human societies emerged and grew. Along the way, we explore the scientific tools used to study the distant past, the great cycles of the ice ages, and what it can all tell us about the climate change we’re experiencing today.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e2-hasnt-climate-changedFor more episodes of TILclimate by the MIT Climate Project, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Senior EditorAaron Krol, Writer and Executive ProducerDavid Lishansky, Editor and ProducerGrace Sawin, Student Production AssistantMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

The way we grow and distribute food today is deeply dependent on fossil fuels, yet that dependence can feel invisible. Sustainable food systems researcher Prof. Jennifer Clapp joins the show to walk us through all the ways fossil fuels are used to produce one simple food item: a tortilla chip. Along the way, we’ll explore the hard work being done to eliminate climate pollution from the food we eat.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e1-farm-table-side-fossil-fuelsFor more episodes of TILclimate by the MIT Climate Project, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Senior EditorAaron Krol, Writer and Executive ProducerDavid Lishansky, Editor and ProducerGrace Sawin, Student Production AssistantMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

The landmark Paris Agreement of 2015 gave the world a shared target for halting climate change: that global warming should stop well short of 2 degrees Celsius. But how did that target come about, and what exactly does it mean? Prof. Maria Ivanova, a specialist in international environmental policy, shares with us the history and diplomacy behind those crucial 2 degrees.For a deeper dive and additional resources related to this episode, visit: For more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Executive ProducerDavid Lishansky, Editor and ProducerAaron Krol, Writer and ProducerLindsay Fendt, Science ReporterMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

The Earth naturally absorbs some of our climate pollution from burning fossil fuels. But how much, and how fast? Geophysicist Prof. Daniel Rothman joins the podcast to explain the nature and scale of the natural carbon cycle, and how our appetite for fossil fuels has pushed it out of balance.For a deeper dive and additional resources related to this episode, visit: For more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Executive ProducerDavid Lishansky, Editor and ProducerAaron Krol, Writer and ProducerAndrew Moseman, Science ReporterMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Today, companies are storing millions of tons of carbon dioxide underground every year to prevent this climate pollution from warming the planet. In the future it might be billions of tons. But is it dangerous to pump so much liquefied carbon below our feet? Geologist and carbon storage expert Prof. Bradford Hager joins the podcast to explain the risks and how to avoid them.For a deeper dive and additional resources related to this episode, visit: For more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Executive ProducerDavid Lishansky, Editor and ProducerAaron Krol, Writer and ProducerLindsay Fendt, Science ReporterMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

What if there was a way to continue using fossil fuels for energy without emitting CO2 into the atmosphere? To prepare for a new listener question about carbon capture, we're re-airing this season two episode in which Dr. Howard Herzog and Professor Brad Hager talk about capturing, using, and storing carbon emissions, and how it fits into a clean energy future.

Is hydrogen fuel a climate solution? That depends on how you produce it. Dr. Emre Gençer of the MIT Energy Initiative takes us on a tour of the hydrogen spectrum, from climate-polluting “gray” hydrogen made from natural gas to the much more promising “green” hydrogen made with renewable electricity.For a deeper dive and additional resources related to this episode, visit: For more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Executive ProducerDavid Lishansky, Editor and ProducerAaron Krol, Writer and ProducerMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Just 20 years ago, hydrogen cars and battery electric cars were pretty evenly matched as clean alternatives to gas-powered vehicles. But today, batteries are way ahead: the big car companies are rapidly electrifying their lineups, while only a few hydrogen cars are available. What happened? Sergey Paltsev, senior research scientist at the MIT Energy Initiative, helps TILclimate answer this listener question. For a deeper dive and additional resources related to this episode, visit: For more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Executive ProducerDavid Lishansky, Editor and ProducerAaron Krol, Writer and ProducerAndrew Moseman, Science ReporterMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Hydrogen gas acts like a fossil fuel, but with no carbon emissions. Is it the silver bullet we’ve been waiting for? To prepare for some new listener questions about hydrogen energy, we're re-airing this season four episode in which Prof. Svetlana Ikonnikova of the Technical University of Munich explains how hydrogen works and its potential in the energy transition.For a deeper dive and additional resources related to this episode, visit:  https://climate.mit.edu/podcasts/e4-introduction-hydrogen-energy-re-airFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Executive ProducerDavid Lishansky, Editor and ProducerAaron Krol, Writer and ProducerAndrew Moseman, Science ReporterMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol 

Wind power is the largest source of clean, renewable energy in the United States. But the large turbines that create that power can endanger wildlife. MIT Professor Michael Howland returns to the podcast to answer a listener's question about the risks of wind energy to birds—and explain how wind turbines compare to coal plants, power lines, office towers, housecats, and other threats to birdlife in the modern world.For a deeper dive and additional resources related to this episode, visit: For more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Executive ProducerDavid Lishansky, Editor and ProducerAaron Krol, Writer and ProducerMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

You might have heard how wind turbines failed in Texas during a terrible cold front in 2021. Does this mean we can’t rely on this clean, renewable source of energy when the weather turns extreme? MIT Professor Michael Howland joins the podcast to explain how wind turbine operators prepare for frigid conditions, and why some turbines failed in Texas while others are working fine in Antarctica.For a deeper dive and additional resources related to this episode, visit: For more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and Executive ProducerDavid Lishansky, Editor and ProducerAaron Krol, Writer and ProducerMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Plants take in CO2 from the air to grow—and today’s atmosphere has about 50% more CO2 than it did before we started burning massive amounts of fossil fuels. So, is that great news for plants? Prof. David Des Marais, a plant ecologist at MIT, helps answer this listener question.For a deeper dive and additional resources related to this episode, visit: For more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu.  CreditsLaur Hesse Fisher, Host and Executive ProducerDavid Lishansky, Editor and ProducerAaron Krol, Writer and ProducerAndrew Moseman, Science ReporterMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

The sixth season of Today I Learned: Climate is coming in two weeks, and this time we’re doing something a little different. People all around the world write into our team with questions about climate change. So this season, we’re working with scientists and experts at MIT and beyond, to answer those questions in language we can all understand.

The United States has a goal to power the country with 100% clean electricity by 2035. Unfortunately, our energy regulations are not set up to make this much change this quickly. Energy economist John Parsons of MIT joins the show to explain how much clean energy infrastructure we need to build, the obstacles to building it, and reform ideas to transform our energy system on the timeline our climate goals demand.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e8-why-does-it-take-five-years-build-wind-farmFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Scriptwriter and Associate ProducerIlana Hirschfeld, Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

The large majority of new energy we’re building today comes from clean, renewable wind and solar projects. But to keep building wind and solar at this pace, we need energy storage: technologies that save energy when the weather is favorable, and use it when wind and sun are scarce. Prof. Asegun Henry joins TILclimate to explain how energy storage works, what storage technologies are out there, and how much we need to build to make wind and solar dominant.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e7-energy-storage-keeping-lights-clean-electric-gridFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Scriptwriter and Associate ProducerIlana Hirschfeld, Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

We all want to live full, healthy lives. But climate change is threatening a growing number of people’s lives and well-being. Amruta Nori-Sarma, assistant professor of environmental health at Boston University School of Public Health, joins the show to help us see climate change not in tons of carbon dioxide, but as a matter of health.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e6-public-health-experts-guide-climate-changeFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Scriptwriter and Associate ProducerIlana Hirschfeld, Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

We were going to produce an episode on El Niño, and its relationship to climate change. And then we found out that Outside/In, from New Hampshire Public Radio, already did that. And they did a really good job. So please enjoy this episode of Outside/In, where you'll learn what El Niño is, how to tell if extreme weather events are caused by climate change or by El Niño, and what the powerful El Niño event of 2023 can tell us about our climate future.Outside/In is a production of NHPR, New Hampshire Public Radio, a podcast where curiosity and the natural world collide. In addition to their regular program, they have run special limited series covering issues from the offshore wind industry to lawns and gardens to Canadian hydropower. Learn more at outsideinradio.org.

If you live in the U.S. Mountain West, the Pacific Coast of the Americas, or large parts of Australia or southern Europe, there’s a good chance a major wildfire has passed near you in the last five or six years—maybe one more intense than anything you’ve ever heard of in your area. But why exactly are wildfires getting worse? Is climate change entirely to blame? And what should we be preparing for next? Dr. Daniel Swain joins the TILclimate podcast to help break down what is going on with wildfires and climate change.  For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e5-wildfires-and-how-were-changing-themFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Scriptwriter and Associate ProducerIlana Hirschfeld, Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Today we’re talking about desalination: turning saltwater into freshwater, so we can drink it or use it to grow crops. And we’re talking about this because, in many parts of the world, freshwater is getting harder to come by. So… is converting saltwater a good solution? Our guest Prof. John Leinhard has devoted his whole career to this question—and its relationship with climate change.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e4-can-desalination-solve-water-scarcityFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Scriptwriter and Associate ProducerIlana Hirschfeld, Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Refrigerants are in every refrigerator, freezer and air conditioner, and the world is on track to make a lot more of them in the years to come. They’re also powerful greenhouse gases: often thousands of times more warming than carbon dioxide. Prof. Ronald Prinn, an expert in the physics and chemistry of our climate system, joins TILclimate to discuss the past, present and future of how these chemicals affect our planet.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e3-dont-throw-away-your-refrigeratorFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Scriptwriter and Associate ProducerIlana Hirschfeld, Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Carbon dioxide—CO2—is the greenhouse gas you’ve probably heard most about, on this podcast and elsewhere. But it turns out, methane is an incredibly important greenhouse gas too. Stopping methane emissions today is a powerful way to dampen climate change in the very near term—to keep the Earth cooler in the next 10 or 20 years. So today, Prof. Desiree Plata returns to TILclimate to tell us—how do we get that done?For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e2-how-tackling-methane-cools-planet-fastFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Scriptwriter and Associate ProducerIlana Hirschfeld, Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

You probably know that today’s climate change is caused by certain gases—what scientists call greenhouse gases—that human activity has been adding to our atmosphere. But—how do these gases actually keep heat from escaping into space? And why these gases in particular? To help answer these questions, we invited Desiree Plata, an associate professor in the Department of Civil and Environmental Engineering at MIT and the director of the MIT Methane Network.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/wait-how-do-greenhouse-gases-actually-warm-planetFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Scriptwriter and Associate ProducerIlana Hirschfeld, Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

This is MIT’s climate change podcast, Today I Learned: Climate. If you're looking to get smart quick on climate change – without the jargon and without the politicking – this podcast is for you! In each episode, we work with experts at MIT and beyond to explain climate change science and solutions in fifteen minutes or less.On October 5, TILclimate is returning for our fifth season! We’ll give you the straight answers to things like:What are the two biggest hurdles to getting all our energy from wind and solar – and how do we overcome them?Why are so many people talking about methane gas these days?Can’t we just get all our water from the ocean?What makes some greenhouse gases more concerning than others?And much more. Here’s a sneak peek of what’s to come. 

On August 16, 2022, President Joe Biden signed into law the Inflation Reduction Act (IRA). It was the largest of three bills signed over the course of 10 months that together make up the United States’ largest investment in addressing climate change… well, ever. Dr. Liz Reynolds, lecturer in MIT's Department of Urban Studies and Planning and former Special Assistant to the President for Manufacturing and Economic Development at the National Economic Council at the White House, joins the TILclimate podcast to help us see the big picture of what these bills are trying to accomplish.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/americas-big-year-climate-actionFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Scriptwriter & Associate ProducerIlana Hirschfeld, Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

On Wednesday, April 19, TILclimate will host its first live event at the MIT Museum in Cambridge, Massachusetts! Reserve your seat at tilclimate.org to watch a live recording and join the questions as your host Laur Hesse Fisher sits down with MIT lecturer and former Special Assistant to the President for Manufacturing and Economic Development Dr. Elisabeth Reynolds about “America’s big year of climate action” and the course set for U.S. climate policy in 2021-22.

We often hear about recycling as a way to make an impact on climate change right in your own home. But how big a difference are we really making when we recycle? For this episode, Anders Damgaard, senior researcher at the Technical University of Denmark, joins the TILclimate podcast to help us understand the climate benefits of recycling—and why they depend on what we’re recycling and how.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/til-about-recyclingFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Associate ProducerNatalie Jones, Script WriterIlana Hirschfeld, Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Winters are warming faster than any other season here in the U.S. So why are some winter storms getting even more intense? Today, we’re going to explore the connections between climate change and extreme winter weather. For this episode, we sat down with atmospheric science expert Dr. Jennifer Francis of the Woodwell Climate Research Center.Dr. Jennifer Francis is a senior scientist at the Woodwell Climate Research Center, and her research is focused on the rapidly changing Arctic. This work engages in why change is occurring, how those changes are affecting the Arctic as well as temperate regions across Earth where billions live. Dr. Francis has devoted more time in recent years towards effective science communication acoss media and helping non-scientists and public officials to gain deeper understanding of why the climate is changing and how it will continue to affect each of us.For more episodes of TILclimate by the MIT Environmental Solutions Initiative, as well as educator guides, sources and further reading, visit https://tilclimate.mit.edu. To receive notifications about new episodes, follow us on Twitter @tilclimate.CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Associate ProducerAdam Nacov, Student Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

What if you could pay someone else to cancel out your carbon emissions? As countries, organizations, and even individuals around the world commit to lowering their impact on the climate, many have been doing just that. So today, we’re going to look at how “carbon offsets” work and whether they are an effective tool for slowing climate change. For this episode, we sat down with carbon trading and offsets expert Dr. Barbara Haya from the University of California Berkeley. Dr. Barbara Haya is a Research Fellow at the Goldman School of Public Policy at the University of California Berkeley. She leads the Berkeley Carbon Trading Project, which studies the effectiveness of offset programs and carbon trading with the goal of ensuring these programs and policies support effective climate action. Dr. Haya is also helping the University of California to develop its own strategy of using offsets to meet their carbon neutrality goals. Haya received her PhD at UC Berkeley’s Energy and Resources Group, and has previously worked with NGOs to help support international offset program reform. For more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. To receive notifications about new episodes, follow us on Twitter @tilclimate.CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Associate ProducerAdam Nacov, Student Production AssistantSylvia Scharf, Education SpecialistMichelle Harris, Fact CheckerMusic by Blue Dot SessionsArtwork by Aaron Krol

Roughly ten percent of the world’s CO2 emissions come from passenger vehicles: cars, pickups, motorcycles, buses, and taxis. So today, we’re going to zoom in on how people get around every day and what to consider when thinking about reducing carbon emissions from everyday travel. For this episode, we sat down with our former MIT colleague and transportation expert Dr. Joanna Moody.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/til-about-mobilityFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Associate ProducerBarrett Golding, Script WriterIlana Hirschfeld, Production AssistantMichelle Harris, Fact CheckerSylvia Scharf, Education SpecialistMusic by Blue Dot SessionsArtwork by Aaron Krol

Electric vehicles (EVs) are being touted as a major solution to climate change. But why is that? How do they work and what kinds of changes are needed as more EVs hit the road? To dig into this, we brought in MIT Sloan Prof. David Keith, who studies transportation technology. For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/til-about-electric-carsFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu. CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Associate ProducerBarrett Golding, Script WriterIlana Hirschfeld, Production AssistantMichelle Harris, Fact CheckerSylvia Scharf, Education SpecialistMusic by Blue Dot SessionsArtwork by Aaron Krol

Hydrogen gas acts like a fossil fuel, but with no carbon emissions. Is it the silver bullet we’ve been waiting for? Prof. Svetlana Ikonnikova of the Technical University of Munich joins us to bring light to how hydrogen works and its potential in the energy transition.For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/til-about-hydrogenFor more episodes of TILclimate by the MIT Environmental Solutions Initiative, visit tilclimate.mit.edu.  CreditsLaur Hesse Fisher, Host and ProducerDavid Lishansky, Editor and ProducerAaron Krol, Associate ProducerNatalie Jones, Script WriterIlana Hirschfeld, Production AssistantMichelle Harris, Fact CheckerSylvia Scharf, Education SpecialistMusic by Blue Dot SessionsArtwork by Aaron Krol