Podcasts about Keeling Curve

Can environmental rollbacks be reversed, or are we already too late? Inside Climate News reporter Kiley Bense examines President Trump's first 100 days in office. focusing on the effects of his environmental policy—including massive EPA funding cuts, the dismantling of federal agencies, and the weakening of environmental safeguards. Bense unpacks how these actions threaten progress on the climate crisis, undermine disaster response through FEMA restructuring, and put vulnerable communities at greater risk by defunding the LIHEAP program. You can find Kiley's work at insideclimatenews.org/profile/kiley-bense. If you want to help us reach our goal of planting 30k trees AND get a free tree planted in your name, visit aclimatechange.com/trees to learn how.

About Stephen Andrews: • My training / education has been in primarily in science studyingbiochemistry / chemistry.• I worked in the pharmaceutical industry as an analyst and in thequality assurance sector.• Substack and Daily Sceptic author.00:00 Introduction and Guest Background00:45 Previous Presentations Recap01:59 Foundations of Climate Change Narratives05:43 Cosmic Ray Hypothesis06:40 Correlation Between Cosmic Rays and Temperature08:33 Analyzing the Keeling Curve09:53 Sea Surface Temperature and CO2 Relationship15:59 Historical CO2 Data Analysis22:17 Annual CO2 Cycling and Ocean Influence33:24 Land vs. Ocean CO2 Measurements36:02 Introduction to Inland and Ocean Locations36:41 Comparing Data from Different Latitudes40:26 Analyzing CO2 and Isotope Ratios44:51 Sea Surface Carbon Dioxide Flux49:50 Conclusions and Predictions54:26 Q&A on Climate Data and Theories01:00:49 Challenges in Climate Science DebatesSlides for this podcast, along with AI summaries of all of my podcasts: https://tomn.substack.com/p/podcast-summariesStephen Andrews Substack: https://substack.com/@stephen938========AI summaries of all of my podcasts: https://tomn.substack.com/p/podcast-summariesMy Linktree: https://linktr.ee/tomanelson1

As the U.S. swings a budgetary axe at the federal government, one of the biggest casualties is climate science. The National Oceanic and Atmospheric Administration (NOAA) faces a brutal 20% workforce reduction—jeopardizing critical research just when we need it most. So, what's really at stake? And is Donald Trump Making America Dumb Again?This week on Cleaning Up, host Bryony Worthington takes us deep inside the Scripps Institution of Oceanography, where scientists are on the front lines of tracking our planet's most urgent environmental challenges.Meet Ralph Keeling, the scientist carrying forward his father's legendary legacy—the Keeling Curve, the definitive record of our atmosphere's rising carbon dioxide levels. His decades of meticulous measurements lay bare the stark truth about climate change and why these long-term observations are more vital now than ever.And that's not all. We also sit down with Professor Ray Weiss, the atmospheric detective who played a key role in saving the ozone layer. His work helped drive the Montreal Protocol—one of humanity's greatest environmental victories.With climate science under attack, what lessons can we learn from past successes? And what happens if we stop listening to the data?Leadership Circle:Cleaning Up is supported by the Leadership Circle, and its founding members: Actis, Alcazar Energy, Division Kempner, EcoPragma Capital, EDP of Portugal, Eurelectric, the Gilardini Foundation, KKR, National Grid, Octopus Energy, Quadrature Climate Foundation, SDCL and Wärtsilä. For more information on the Leadership Circle, please visit https://www.cleaningup.live. Links:Scripps Institution of Oceanography: https://scripps.ucsd.edu/The Keeling Curve: https://keelingcurve.ucsd.edu/The Keeling Curve Foundation: https://www.keelingcurve.org/AGAGE (The Advanced Global Atmospheric Gases Experiment): https://www-air.larc.nasa.gov/missions/agage/History of the Montreal Protocal: https://www.unep.org/ozonaction/who-we-are/about-montreal-protocol 

Last year, the world pumped over 41 billion tons of CO2 into the atmosphere. Hard to picture, isn't it? In this episode, we explore different ways of understanding this basic concept of climate science along with the help of a researcher with a very personal link to the origins of our obsession with carbon dioxide.

Alan Lowe, Executive Director of the American Museum of Science and Energy, launches AMSEcast Conversations with a compelling discussion on Jay Hakes' book, The Presidents and the Planet: Climate Change Science from Eisenhower to Bush. The panel, featuring Hakes alongside energy experts David McCollum and Charles Sims, traces the origins of modern climate science to the 1950s work of Roger Revelle and Dave Keeling. The panel explores the evolution of climate science, the challenges of political resistance, and the growing urgency of action in the face of today's visible climate impacts. Their discussion emphasizes collaboration, innovation, and persistence in addressing global climate challenges.     Guest Bio Jay Hakes is an accomplished author and energy policy expert whose latest book, The Presidents and the Planet: Climate Change Science from Eisenhower to Bush, explores the intersection of science and leadership. Previously, Jay authored Energy Crises: Nixon, Ford, Carter, and Hard Choices in the 1970s. He served for 13 years as Director of the Jimmy Carter Presidential Library and Museum in Atlanta and was Administrator of the Energy Information Administration during the Clinton administration. Jay also worked under President Obama as Director of Research and Policy for the BP Deepwater Horizon Oil Spill Commission, bringing deep expertise to critical energy challenges. David McCollum is a leading expert in energy and environmental policy, serving as part of the distinguished R&D staff in the Mobility and Energy Transitions Analysis Group at Oak Ridge National Laboratory (ORNL). He also holds a joint faculty appointment at the University of Tennessee's Baker School of Public Policy and Public Affairs in Knoxville. David's work focuses on the critical intersections of energy systems, transportation, and sustainability, bringing valuable insights into the challenges and opportunities of transitioning to a low-carbon future. His expertise bridges research and policy, making him a key voice in addressing global energy and climate issues. Charles Sims is an expert in energy and environmental policy, currently serving as the director of the Center for Energy, Transportation, and Environmental Policy at the University of Tennessee (UT) in Knoxville. He holds the TVA Distinguished Professorship of Energy and Environmental Policy at UT's Baker School of Public Policy and Public Affairs and is also an associate professor in the Department of Economics. Charles' work focuses on the economic and policy implications of energy systems and environmental challenges, offering valuable insights into the complex relationship between energy, transportation, and sustainable development.     Show Highlights (2:49) When scientists realized that climate was changing and human activities were the major cause (4:35) The Keeling Curve (7:18) Why the public's perception of climate change has shifted over the years (17:14) Eisenhower's introduction to climate change and its impact on Atoms for Peace (20:49) JFK's awareness of the climate change issue (26:38) How climate change factored into decisions made during LBJ's Great Society (31:20) President Nixon and climate change (38:23) The failed marriage between climate science and nuclear power (41:36) Facing climate change on an international scale (48:42) How to test sources on climate change and the importance of good communication (54:16) Are there any positive outlooks on climate change at this point in time?     Links Referenced The Presidents and the Planet: Climate Change Science from Eisenhower to Bush: https://www.amazon.com/Presidents-Planet-Climate-Politics-Eisenhower/dp/0807181900 Energy Crises: Nixon, Ford, Carter, and Hard Choices in the 1970s: https://www.amazon.com/Energy-Crises-Choices-Environment-America/dp/0806168528

Hello Interactors,We're fully into Summer in the Northern Hemisphere, and as the earth tilts toward the sun, Interplace tilts toward the environment. And what a crucial moment to do so. Just last week, the Supreme Court made sweeping decisions that could unravel over fifty years of environmental legislation, threatening to plunge us into chaos. This upheaval comes precisely when our world's natural boundaries desperately need regulatory stability and security to make any meaningful progress in combating global warming.Let's dig in…POLLEN, POLLUTING, AND POLITICSI recently returned from the Midwest visiting family. I like looking out of the airplane window at the various crop patterns from state to state. Trying to discern which state I was over; I was reminded of a corny Midwest joke.Why do Iowa corn stalks lean to the east? Because Illinois sucks and Nebraska blows. Folks in Illinois tell the same joke, but it's Ohio that sucks and Iowa that blows. You get the idea.The truth is the wind does commonly blow from west to east oblivious to state borders. It sends whatever it wants across the border — clouds, dust, seeds, pollen…pollution. And if there's money to be made, borders become porous or disappear altogether.Those rivalrous corn jokes mirror an economic reality. Bordering states all compete for federal subsidies and access to markets — mostly across international borders. Access to these markets can be impacted by corn pollen drifting from one state to another.With the widespread adoption of genetically modified (GMO) corn varieties, there's potential for contamination of non-GMO corn fields by pollen from GMO corn fields on state lines. One study suggest cross-pollination could be detected up to 600 feet away from the source, although counts dropped off rapidly beyond 150 feet.But the more pressing concern isn't pollen drift, but pollution drift. As part of the Clean Air Act, the Environmental Protection Agency (EPA) has a “Good Neighbor” rule designed to reduce air pollution that crosses state lines. It requires "upwind" states to reduce emissions that affect air quality in "downwind" states which can cause significant health problems.Last week, on June 27, 2024, the Supreme Court's ruling in Ohio v. EPA temporarily blocked this rule.Fossil fuel companies and industry associations celebrated the decision as a win, viewing it as a check on the EPA's regulatory power. Meanwhile humans with a heart and lungs worry the decision leaves upwind states free to contribute to their neighbors' ozone problems for years.It's worth noting that this is a temporary stay, not a final ruling on the merits of the case. The legal challenge will continue in lower courts, with the possibility of oral arguments as soon as this fall. But this ruling can also be seen as part of a pattern of the Supreme Court's conservative majority expressing skepticism towards federal regulatory authority, especially in environmental matters.Take, for example, the ruling that came the very next day on June 28, 2024. The Supreme Court, in a 6-3 decision, curtailed EPA, and other executive agencies', power by overturning the Chevron v. Natural Resources Defense Council precedent. This shift endangers numerous regulations and transfers authority from the executive branch to Congress and the courts. Chevron has been a cornerstone in American law, cited in 70 Supreme Court and 17,000 lower court decisions.The case began with fishermen challenging two similar rulings, Loper Bright Enterprises v. Raimondo and Relentless v. Department of Commerce. These involved a 1976 law requiring herring boats to carry federal observers to prevent overfishing. A 2020 regulation mandated boat owners to pay $700 daily for the observers. Fishermen from New Jersey and Rhode Island, supported by conservative groups opposing the "administrative state," sued, arguing the law didn't authorize the National Marine Fisheries Service to impose the fee.Adam Liptak of the New York Times reported the fisherman case was brought “by Cause of Action Institute, which says its mission is ‘to limit the power of the administrative state,' and the New Civil Liberties Alliance, which says it aims ‘to protect constitutional freedoms from violations from the administrative state.'” Liptak also reports these institutions are funded by Charles Koch, the climate change denying billionaire who has long supported conservative and libertarian causes.It's curious how the Environmental Protection Agency came from a conservative libertarian and the first most dishonest president in my lifetime, Richard Nixon. The EPA will likely be obliterated should the least trusted former president get reelected — Felonious Trump.GORSUCH'S GRIM GREEN GUTTINGI wrote about the formation of the EPA in July of 2021.

Chemical Engineer with Masters level study in Statistics === 00:00 Introduction and Guest Background 00:22 Climate Change Skepticism and Early Career 01:21 Climate Change Truth and Tree Planting Initiatives 02:24 CO2 Measurement and Data Accuracy 03:10 CO2 Absorption by Trees and Roadside Planting 03:59 Challenges in Climate Research Funding 04:52 Impact of COVID on CO2 Levels 05:23 Critique of the Keeling Curve and CO2 Data Manipulation 07:06 Scientific Belief Systems and Climate Change Consensus 09:06 Greenhouse Gases and Climate Models 11:40 Climate Change and Deforestation 12:37 Climate Change and Astrophysical Warming 16:30 Climate Change and Ocean Acidification 19:34 Climate Change and Earth's Tilt 21:09 Climate Change and Temperature Data 21:42 Climate Change and Sea Ice 22:15 Climate Change and Heat Maps 28:53 Climate Change and Storm Patterns 31:24 Analyzing Weather Patterns and Storm Tracks 32:03 The Need for a New Meteorologist 32:20 Global Sea Rise and Climate Change 34:31 The Impact of Deforestation on Oxygen Levels 35:31 The Greening of Earth and Photosynthesis 36:17 The Amazon Rainforest and Oxygen Production 37:16 The Impact of Decreasing Oxygen Levels 41:35 The Salmon Protection Device and its Impact 42:09 The Role of Sea Lions in Salmon Population 47:48 Climate Drivers and the Role of Volcanoes 52:19 Wrapping Up and Future Research About Dave White: https://cctruth.org/about/dave-white/ https://twitter.com/DaveCctruth https://cctruth.org https://cctruth.org/cctruth.pdf ========= AI summaries of all of my podcasts: https://tomn.substack.com/p/podcast-summaries About Tom Nelson: https://linktr.ee/tomanelson1 YouTube: https://www.youtube.com/playlist?list=PL89cj_OtPeenLkWMmdwcT8Dt0DGMb8RGR Twitter: https://twitter.com/TomANelson Substack: https://tomn.substack.com/ About Tom: https://tomn.substack.com/about

Darwin dad fears for his kids as Senator David Pocock pushes for climate changes: "Senator proposes climate duty of care law"; "Planet enters era of 'global boiling': UN"; "Syria's northern coast ravaged by wildfires, months after devastating earthquake"; "Extreme weather linked to climate change the 'number one threat' to natural World Heritage sites, research finds"; "Alan Kohler: The great garbage go-slow that's turbo-charging the climate crisis"; "ACT government proposes rethink of transport planning to promote safer cycling, walking options"; "Syria executes 24 people over deadly forest fires"; "Utopia-triggered bureaucrat lashes ‘institutional amnesia, ad-hockery' in climate policy"; "Tesla Tesla Tesla: How Australia ended up at the back of world's EV queue"; "Greens say Chalmers chose ‘watered-down' gas super-profits tax"; "Victoria announces ban on gas connections to new homes from January 2024"; "‘Global boiling': Confronting graph a warning for Australia"; "The famed Keeling Curve"; "Planet Partners with the UAE Space Agency to Build Satellite Data-driven Loss and Damage Atlas for Climate Resilience"; "Pocock seeks to impose duty of care on Australian government over climate harm"; "July set to be Earth's hottest month on record"; "‘Climate emergency': Minns must stop dragging his heels in transition to renewables"; "The gas industry used to be unassailable in Australia. Not any more"; "Australian electric vehicle sales in first half of 2023 already higher than all of 2022, report says". --- Send in a voice message: https://podcasters.spotify.com/pod/show/robert-mclean/message

Climate change is a big topic, and one we're not going to cover here. However, there are international efforts to try and do something about it. Today's topic is the United Nations Framework Convention on Climate Change (UNFCCC to its friends), which was first set up in the nineties. What exactly did it lead to? Well, that's what we're here for... Sources for this episode: 1) Bowman, W. D., Hacker, S. D. and Cain, M. L. (2017). Ecology (4th International Edition).Oxford: Oxford University Press. 2) Campbell, N. A., Urry, L. A., Cain, M. L., Wasserman, S. A., Minorsky, P. V. and Reece, J. B. (2018), Biology: a global approach, 11th edition (Global Edition), Harlow, Pearson Education Limited. 3) The Editors, Encyclopaedia Britannica (2023), Industrial Revolution (online) [Accessed 04/06/2023]. 4) The Editors, Encyclopaedia Britannica (2023), Kyoto Protocol (online) [Accessed 12/06/2023]. 5) Hughes, T. P., Kerry, J. T., Álvarez-Noriega, M., Álvarez-Romero, J. G., Anderson, K. D., Baird, A. H., Babcock, R. C., Beger, M., Bellwood, D. R., Berkelmans, R., Bridge, T. C., Butler, I. R., Byrne, M., Cantin, N. E., Comeau, S., Connolly, S. R., Cumming, G. S., Dalton, S. J., Diaz-Pulido, G., Eakin, C. M., Figueira, W. F., Gilmour, J. P., Harrison, H. B., Heron. S. F., Hoey, A. S., Hobbs, J.-P. A., Hoogenboom, M. O., Kennedy, E. V., Kuo, C.-Y., Lough, J. M., Lowe, R. J., Liu, G., McCulloch, M. T., Malcolm, H. A., McWilliam, M. J., Pandolfi, J. M., Pears, R. J., Pratchett, M. S., Schoepf, V., Simpson, T., Skirving, W. J., Sommer, B., Torda, G., Wachenfeld, D. R., Willis, B. L. and Wilson, S. K.(2017), Global warming and recurrent mass bleaching of corals. Nature, 543(7645): 373–377. 6) Intergovernmental Panel on Climate Change (2019), Global Warming of 1.5°C. 7) Kinley, R., Cutajar M. Z., de Boer, Y. and Figueres, C. (2021), Beyond good intentions, to urgent action: Former UNFCCC leaders take stock of thirty years of international climate change negotiations. Climate Policy, 21(5): 593-603. 8) O'Neill, B. C. and Oppenheimer, M. (2002), Dangerous Climate Impacts and the Kyoto Protocol. Science 296(5575): 1971-1972. 9) United Nations. (1992), United Nations Framework Convention on Climate Change United Nations. 10) Author unknown, Climate Action Tracker (2021), Warming Projections Global Update- November 2021. 11) Author unknown, UC San Diego (date unknown), The Keeling Curve (online) [Accessed 12/06/2023].  12) Author unknown, United Nations Climate Change (date unknown), Conference of the Parties (COP) (online) [Accessed 04/06/2023]. 13) Author unknown, United Nations Climate Change (date unknown), The Paris Agreement (online) [Accessed 12/06/2023]. 14) Author unknown, United Nations Climate Change (date unknown), What is the Kyoto Protocol? (online) [Accessed 12/06/2023]. 15) Author unknown, Wikipedia (date unknown), List of parties to the United Nations Framework Convention on Climate Change (online) [Accessed 04/06/2023].

Do you know where on the Keeling Curve your birthdate lies? Better Worlds guest Brian Von Herzen, Ph.D., does and has watched it rise over the decades of his life from 315 parts per million (PPM) of CO2 to more than 420 ppm today. The founder and executive director of the Climate Foundation, Brian's love of the sea started at the age of two on a boogie board. An avid diver, Brian remembers watching favorite dive spots change from vibrant underwater communities to a mostly empty ocean. That helps drive his current work on large scale seaweed mariculture programs that can provide food and fertilizer as well as supporting ocean ecosystems and acting as blue carbon sinks. Brian talks with Better Worlds Ocean Host Kate Wing about watching Greenland ice melt into 100-foot-deep blue water pools and learning how to protect seaweed farms from local communities. He describes the Climate Foundation's technology for mimicking natural upwelling processes -- bringing cold, nutrient rich up from deeper water to nourish ocean plant life -- as a game-changer for scaling the carbon sequestration needed to meet global climate goals. Tune in to learn more about Brian's innovation journey, and what's next for the forests of the sea. #about Brian Von Herzen Ph.D. graduated magna cum laude in three years from Princeton University with a degree in Physics. He holds a Ph.D. in planetary science from California Institute of Technology where he was awarded the prestigious Hertz Fellowship, and has been awarded numerous patents. After two decades developing system solutions for companies such as Intel, Disney, Pixar, Microsoft, HP, and Dolby, Brian launched the Climate Foundation in order to investigate groundbreaking nature-based solutions to the climate and other environmental challenges. Marine Permaculture uses marine solar and wave-driven pumps in the ocean to restore natural upwelling and primary production to grow seaweed ecosystems. Seaweeds fix significant amounts of carbon and have multiple uses including food, feed, fuel, biostimulants, and fertilizer. After sustainable harvesting, residual seaweed can be sunk to the bottom of the ocean sequestering carbon for centuries, facilitating drawdown of carbon from the atmosphere with extended SeaForestation. Once deployed at scale Marine Permaculture can regenerate life in seas and soils and restore a healthy climate while building a multi-billion dollar seaweed export market over the next decade. https://www.climatefoundation.org/ #ocean #ai #conservation #co2 # About Better Worlds Better Worlds is a communication and community building platform comprised of weekly podcasts, engaging international conferences and hack-a-thons to encourage and support the development of Web3 solutions. Our programs celebrate voices from every continent to forge a shared and abundant future.

Guest artist SUSAN SCHUPPLI joins art critic and author ELIZABETH FULLERTON to discuss her art practice via 'The Second Body' 2017 by Daisy Hildyard, published by Fitzcarraldo Books. Listed by the 'White Review' on their Books of the Year 2018, the essay presents the dissolving boundaries between all life on earth, with an updated dualism between the animal bodies in which we eat, breathe, and sleep and the virtual bodies of our global connections and environmental impacts. Susan and Elizabeth discuss dissolving boundaries, plausible deniability, beached whales, deep time, gathering poems, chattering glaciers, foetus ownership, critical proximity, living on ice, images creating barriers, Princess Diana's wedding dress, bodies eating distance, and changing paradigms. Plus, they question where environmental knowledge resides and which modes of representation might inspire action.   SUSAN SCHUPPLI susanschuppli.com @susan_schuppli 'Cruel Radiance' Backlight Festival, Finland  - June 2023 Art & Industry Triennial, Dunkerque France - June 2023 'Re/Sisters', Barbican London 5 Oct 2023 - 14 Jan 2024 LABoral Centro de Arte y Creación Industrial, Spain    'Material Witness' 'Can the Sun Lie'  'Cold Rights' 'Freezing Deaths' 'Weaponising Water' 'Icebox Detentions' 'Listening to the Ice' 2023   EVENTS   'Earthrise' is a photograph of Earth and some of the Moon 's surface that was taken from lunar orbit by astronaut William Anders on 24 December 24 1968 during the Apollo 8 mission.   Ultrasound was first used for clinical purposes in mid 1950s but not used widely in British and American hospitals till 1970s for foetus imaging. In April 1965, 'Life' put a photograph called Foetus 18 Weeks on its cover which caused a sensation. The issue became the fastest-selling copy in the magazine's entire history. The Keeling Curve is a graph of the accumulation of carbon dioxide in the earth's atmosphere based on continuous measurements taken at the Mauna Loa Observatory in Hawaii from 1958 to the present day.  BOOKS + THINKERS Christina Elizabeth Sharpe, American academic, Professor of English Literature and Black Studies at York University, Toronto, Canada Daisy Hildyard 'The Footprint's Story: Princess Diana's Jewels and Carbon' Orion magazine, Winter Issue 30 Nov 2022 Dr Adrian Lahoud, Dean of the School of Architecture, Royal College of Art Joseph Conrad Silvia Federici 'Caliban and the Witch: : Women, the Body and Primitive Accumulation' 2004 Sven Oskar Lindqvist 'Exterminate all the Brutes: One Man's Odyssey into the Heart of Darkness and the Origins of European Genocide' 2007 Sheila Watt-Cloutier 'The Right to Be Cold: One Woman's Story of Protecting Her Culture, the Arctic and the Whole Planet' 2015 Ursula K Le Guin 'The Carrier Bag Theory of Fiction' 1986 FILM + DIRECTORS Chantal Akerman 'Nostalgia for the Light' Patricio Guzmán, 2010 Stanley Kubrick '2001: A Space Odyssey' 1968 ORGANISATIONS Bergin Kunsthalle, Norway Berlin Biennale Forensic Architecture Goldsmiths University Sculpture Center, New York Toronto Biennial of Art

The world's longest-running record of direct readings of carbon dioxide levels in the atmosphere is the Keeling Curve, measurements taken at the summit of Mauna Loa in Hawaii.  The readings have been going on with almost no interruption since Charles Keeling began taking them in the 1950s.  But the eruption of Mauna Loa last November […]

As we witness 'freak' event after 'once in a century' event, it gets tougher to argue that we're not, in fact, watching the effects of climate change in real time. If we're going to meet the challenges of this new abnormal head on, schools are going to have to equip students with the tools and resources necessary to make an impact and build a more resilient future.

History of Climate Change starts in  1824 when French physicist Joseph Fourier describes the Earth's natural greenhouse effect.  In 1958 Charles Keeling is instrumental in outlining a way to record CO2 levels and in securing funding for the observatory, which is positioned in the center of the Pacific Ocean. Data from the observatory reveals what would become known as the “Keeling Curve.” The upward, saw tooth-shaped curve shows a steady rise in CO2 levels. So what can be done to stop the increase in the level of Greenhouse gases? Let's explore in this episode.  

This week John spoke to Professor Jamie Woodward from the University of Manchester about two key global issues; our developing understanding of climate change during the Quaternary and microplastic transport and storage in river catchments. Both are major examples of how physical geography research has impacted on national and global policy. Jamie's research on microplastics in rivers is now feeding directly into the Parliamentary Inquiry into Water Quality in Rivers. Jamie Woodward is Professor of Physical Geography at the University of Manchester.   Thanks to Collins for sponsoring series 6 of GeogPod. Links from the pod The Ice Age: A Very Short Introduction Microplastics in Rivers Jamie's Ted Talk, 'Changing Rivers' Free resources Quaternary ice age poster from Geography Review   Carbon dioxide in the atmosphere - the Keeling Curve and the carbon cycle   Full text view-only version of the Nature Sustainability paper   This work was discussed on the BBC Radio 4 programme Inside Science   Film clip here from the BBC News report   Guardian article   Policy at Manchester blog that explores some of the policy implications of this work

with Brad Friedman & Desi Doyen

with Brad Friedman & Desi Doyen

  Darin: Verklagter Plagiatsjäger – Litauen in der ESA – Klima vor 8 (Video) – Klima vor 8 in Österreich – Paradox der jungen Sonne – Artenschwund – Forschungsförderung und BIP – 50 Jahre Wissenschaftsministerium Österreich – Urbanes Mikrobiom – CO2 trotz Corona (und nochmal) – Keeling Curve – Podcast-Geld – Gähnen und Gehirngröße – Depression […]

https://www.history.com/this-day-in-history/keeling-curve-carbon-dioxide-levels-discoveredSupport the show on Patreon

This week on Arts and (Space)Crafts Kevin teaches us all about the Keeling Curve, Greenhouse Gases, and the importance of using this data to help make changes. Jake breaks down the ways to easily build a budget and the positivity that comes from watching your weekly spending.    The Keeling Curve Link- https://keelingcurve.ucsd.edu   Art- Kerina McCarthy Music- Tribe Society  Tweets- @kevbot817 @gakejodek  Email- Artsandspacecrafts1@gmail.com

Climate investor and founder of the KCP, Jackie Francis discusses the Keeling Curve Prize: a cash reward for innovative companies who are pushing the boundaries of their respective fields to bring down carbon emissions and stop climate change.

In this epsiode of This Green Earth Chris and Nell talk with Dr. Jyotika Virmani from the Schmidt Ocean Institute about the impacts of private funding of the Keeling Curve. The prestigious Scripps Institution of Oceanography and Schmidt Ocean Institute announced that the world's longest running carbon dioxide measurement, the Keeling Curve , will receive private funding from Eric and Wendy Schmidt. Carbon dioxide levels in that atmosphere have increased 47% since the start of the Industrial Revolution, primarily due to the burning of fossil fuels.

Jacquelyn Francis, Founder & Executive Director of Keeling Curve Prize, talks "Vote Climate" on the Y on Earth Community Podcast The post Episode 86 - "Vote Climate" with Jacquelyn Francis, Founder & E.D., Keeling Curve Prize first appeared on Y on Earth Community.

Jarvis Teapot podcast: Climate change the Keeling curve and Suess effect Today i explain two key observation of atmospheric CO2 what i thing many people dont know off. 1) The keeling curve, the rise in CO2 shown through consistent measurements https://scripps.ucsd.edu/programs/keelingcurve/ https://www.youtube.com/watch?v=dXBzFNEwoj8 https://www.youtube.com/watch?v=rxJ3WH7v9y8 2) Suess effect, the change in CO2 isotopes showing fossil fuels are the cause. https://www.youtube.com/watch?v=rGtFP73uZIY

The Local's Show - "Keeling Curve" with Jacquelyn Francis and Erik Skarvan

In this episode we discuss the Halcyon Traveler BC, the Keeling Curve, and some more of our diving history with the salvage of the submarine S-51 in 1925/26. The Halcyon Traveler BC is a great light weight BC with the control and stability of the backplate and wing configuration. The Traveler BC is a 30 pound lift capacity wing and weighs in at just about 7 pounds – half the weight of the Infinity BC with a stainless steel backplate and tank adapter. The nylon backplate has four weight pouches that can hold up to 12 pounds total. You can also add the Halcyon active control ballast pockets on the waist band or the trim tab pockets on the tank bands. The Halcyon Traveler BC is fantastic for dive travel to warm water destinations. The Keeling Curve is a graph of the accumulated CO2 in our atmosphere from 1958 to the present. It is named for the scientist Charles David Keeling. It has been described as one of the most important works of the 20th century. It shows the rise from 315 parts per million (PPM) in 1958 to 406 PPM in 2018. This dramatic increase is alarming. The Keeling Curve also shows the seasonal variation of CO2. Until the mid 20th century scientist thought the ocean would easily absorb the excess CO2. Now we know that isn't happening. The book "On the Bottom" by Commander Edward Ellsberg is the story of the salvage of the submarine S-51 that sank after colliding with a steamer in 1925. The book tells an incredible story of our diving history. Working at a depth of 132 feet, the divers needed to secure the submarine inside and outside and then rig it for lifting. The salvage operation required a great deal of innovation and ingenuity along with unbelievable courage.

How a young American scientist began the work that would show how our climate is changing. His name was Charles Keeling and he meticulously recorded levels of CO2 in the atmosphere. His wife Louise and son Ralph spoke to Louise Hidalgo about him in 2013. (Photo: Thick black smoke blowing out of an industrial chimney. Credit: John Giles/PA)

Met Office scientists take a lively look at the fascinating history and science of weather and climate research. Professor Ralph Keeling talks about his father's climate legacy, the Mauna Loa CO2 observatory and the Keeling Curve. The Met Office is the United Kingdom's national weather service. The Met Office website carries the latest UK and global weather forecasts, detailed information on weather types and climate science and UK weather records for previous months, seasons and years. www.metoffice.gov.uk/

with Brad Friedman & Desi Doyen

with Brad Friedman & Desi Doyen

The Keeling Curve Prize just announced its twenty finalists across five categories for its second year run. Jacquelyn Francis, Director of the Board of the Keeling Curve Prize, joins the show to discuss the prize and the 2019 finalists in the Carbon Capture & Utilization category. https://www.kcurveprize.org/2019-finalists

Climate data is overwhelming. And being inundated with numbers can make you feel disconnected or even hopeless, especially if you’re not a mathematician or a scientist. So, how can we help people connect with important data sets like the Keeling Curve or the satellite record of Arctic Sea ice? Is there a way to transform the data into art, giving people a new way to talk about climate change? Judy Twedt is a doctoral candidate at the University of Washington who shares climate science through data-driven music compositions. Her soundtracks are designed to emotionally connect us to the evidence of our rapidly changing planet and encourage us to become better stewards of the Earth we share. Judy has a master’s in atmospheric sciences, and her current research is supported by scholarships and fellowships from NASA, the National Science Foundation, and local philanthropic organizations. Today, Judy joins Ross, Christophe and Paul to explain how she translates climate data into music. We listen to one of her pieces based on the satellite record of Arctic Sea ice, and she describes the meaning behind the chords and key changes. Judy discusses the intent of her work to connect people with the data, evoke an emotional response, and empower listeners to talk about climate change in a new way. Listen in for Judy’s insight around meeting people where their values are and learn how she initiates conversation around climate change in her own civic community.   Resources  Judy’s Website Judy’s TED Talk Kristina Lee: ‘Arctic Sea Ice’ ‘What Climate Change Sounds Like’ in Crosscut The Keeling Curve Satellite Record of Arctic Sea Ice Ice Core Data Katharine Hayhoe Katharine Hayhoe’s TED Talk The Righteous Mind: Why Good People Are Divided by Politics and Religion by Johnathan Haidt King County Climate Caucus Sufjan Stevens Carbon Removal Newsroom   Connect with Ross & Christophe Nori Nori on Facebook Nori on Twitter Nori on Medium Nori on YouTube Nori on GitHub Email hello@nori.com Nori White Paper Subscribe on iTunes   Key Takeaways [1:04] Judy’s path to reversing climate change Grew up in Tacoma, family of musicians Interest in natural world from childhood Shift to career in environmental science Idea to make soundtracks of climate data [5:13] How Judy translates data into music Use satellite record of Arctic Sea ice Each chord represents season of year Right hand notes = one month of data Above/below long-term average [10:24] Judy’s motivation to share data through music Teaching large undergrad lecture classes Need to connect with important data sets Evoke emotional response [13:27] Judy’s insight on the key changes in her piece Reflect ice entering different state regularly Dissonance when majority of months statistical outliers [16:29] How Judy’s work gives people hope and agency New modality to open conversation Every new approach = important experiment [18:28] Judy’s take on meeting people where their values are Value relationship, recognize different approaches Don’t try to change identity but identify overlap [20:59] How to initiate conversation outside your bubble Find common ground (i.e.: economic interest of workers) Connect with civic community  [25:00] The connection between social justice and climate change Food security concerns among fishing community in Alaska Higher asthma rates around highway corridors

For thousands of years, the level of CO2 in the atmosphere fluctuated relatively consistently (air bubbles trapped in Antarctic ice provide a record of the past). But, since around the 19th century, CO2 levels have been rising and haven’t really stopped. We know this partly because of the work of Charles Keeling. Keeling developed the first technique for accurately measuring CO2 in the air. He set-up a continuous measurement of CO2 on a volcano in Hawaii in 1958. When you plot out the data collected over years of CO2 observations, you can see a steady upward curve. It became known as the “Keeling Curve” and was an easy-to-understand piece of evidence for global warming. Ralph Keeling, Charles’ son, has now taken over his father’s work and serves as the Principal Investigator for the Atmospheric Oxygen Research Group at the Scripps Institution of Oceanography in San Diego. He spoke to us on the 60th anniversary of his father’s CO2 measurements.

Robert Sapolsky explains why it’s hard to act as if free will is an illusion… even if you believe that free will is an illusion. How the Keeling Curve, one of the most recognizable pieces of evidence of global warming, came to be. Corporations aren’t a minority group, but Adam Winkler says businesses have spent 200 years arguing for their civil rights.

The Keeling Curve (starts 5:00) Friday, August 12th the Boulder Shambala Center hosts:  Living Beyond Hope And Fear:  Social Confidence And Climate Change.  One leader of the event is the daughter of scientist who created the Keeling Curve for tracking CO2.  Emily Takahashi talks about how the memory of her father's work inspired her to do the symposium. Electric Airplanes (starts 8:12) The constant drone of airplanes has many nature lovers wishing planes could be quieter.  It's starting to happen, thanks to tinkerers and scientists who are building reliable electric powered airplanes, such as Randall Fishman of ElectraFlyer.   Moth Parties (starts 15:03)   It’s that time of year when butterflies, dragonflies and other colorful insects fill the air.  A more humble flying creature is the lowly moth.  Boulder Audubon Society's, Pam Piombino .says moths are gaining enough of a following, some people now hold Moth Parties about . . . moths.  (Moth music is "Moths Around the Candle Flame.") Hosts: Joel Parker, Shelley Schlender Producer: Shelley Schlender Engineer: Shelley Schlender Headlines: Alejandro Soto, Joel Parker, Shelley Schlender, Kendra Krueger Executive Producer: Susan Moran

Scripps Institution’s Jeff Severinghaus takes you on a thorough exploration of the record that greenhouse gases captured in ice for nearly a million years tells us, and explains what this reveals about current human activities and future conditions for our planet. Series: "Jeffrey B. Graham Perspectives on Ocean Science Lecture Series" [Science] [Show ID: 30661]

Scripps Institution’s Jeff Severinghaus takes you on a thorough exploration of the record that greenhouse gases captured in ice for nearly a million years tells us, and explains what this reveals about current human activities and future conditions for our planet. Series: "Jeffrey B. Graham Perspectives on Ocean Science Lecture Series" [Science] [Show ID: 30661]

Scripps Institution’s Jeff Severinghaus takes you on a thorough exploration of the record that greenhouse gases captured in ice for nearly a million years tells us, and explains what this reveals about current human activities and future conditions for our planet. Series: "Jeffrey B. Graham Perspectives on Ocean Science Lecture Series" [Science] [Show ID: 30661]

Scripps Institution’s Jeff Severinghaus takes you on a thorough exploration of the record that greenhouse gases captured in ice for nearly a million years tells us, and explains what this reveals about current human activities and future conditions for our planet. Series: "Jeffrey B. Graham Perspectives on Ocean Science Lecture Series" [Science] [Show ID: 30661]

Climate scientist Richard Somerville completes the “Climate Change at the Crossroads” series presented by the UC San Diego Library with a talk recounting his experiences at the Paris COP 21 conference and his ongoing efforts to widen public understanding of the catastrophic impacts of climate change. Series: "Library Channel" [Public Affairs] [Science] [Show ID: 30489]

Climate scientist Richard Somerville completes the “Climate Change at the Crossroads” series presented by the UC San Diego Library with a talk recounting his experiences at the Paris COP 21 conference and his ongoing efforts to widen public understanding of the catastrophic impacts of climate change. Series: "Library Channel" [Public Affairs] [Science] [Show ID: 30489]

Climate scientist Richard Somerville completes the “Climate Change at the Crossroads” series presented by the UC San Diego Library with a talk recounting his experiences at the Paris COP 21 conference and his ongoing efforts to widen public understanding of the catastrophic impacts of climate change. Series: "Library Channel" [Public Affairs] [Science] [Show ID: 30489]

Climate scientist Richard Somerville completes the “Climate Change at the Crossroads” series presented by the UC San Diego Library with a talk recounting his experiences at the Paris COP 21 conference and his ongoing efforts to widen public understanding of the catastrophic impacts of climate change. Series: "Library Channel" [Public Affairs] [Science] [Show ID: 30489]

Climate scientist Richard Somerville completes the “Climate Change at the Crossroads” series presented by the UC San Diego Library with a talk recounting his experiences at the Paris COP 21 conference and his ongoing efforts to widen public understanding of the catastrophic impacts of climate change. Series: "Library Channel" [Public Affairs] [Science] [Show ID: 30489]

Climate scientist Richard Somerville completes the “Climate Change at the Crossroads” series presented by the UC San Diego Library with a talk recounting his experiences at the Paris COP 21 conference and his ongoing efforts to widen public understanding of the catastrophic impacts of climate change. Series: "Library Channel" [Public Affairs] [Science] [Show ID: 30489]

episode forty-one / satellite dishes wrapped in black plastic / a pile of old biros heaped on a stall / trying not to think about wisdom teeth, or work, or the Keeling Curve, or

You Asked, We Answered! Transcript for the podcast We know that atmospheric levels of carbon dioxide have been increasing because we have the data! The story of collecting CO2 data begins in 1958, when a geochemist from the Scripps Institution of Oceanography, Dr. Charles Keeling, started collecting measurements of carbon dioxide in the atmosphere at an observatory located over 11,000 feet in elevation on the Mauna Loa volcano on the big island of Hawaii. These systematic measurements Dr. Keeling started have become the most widely recognized record of human impact on Earth, linking rising levels of carbon dioxide from the burning of fossil fuels to the warming of the planet. In fact, this carbon dioxide data set is so significant, the Mauna Loa Observatory was named a National Chemical Historic Landmark in 2015! Although the measurements started in Hawaii, the Mauna Loa Observatory is currently one of several global locations, from Alaska to the South Pole, that collects and analyzes CO2 levels in air samples. But the Mauna Loa site is considered one of the most favorable locations for measuring undisturbed air because local influences of vegetation or human activities on atmospheric CO2 concentrations are minimal at this elevation, above an atmospheric feature termed the inversion layer. Any influences from the island’s volcanic vents can be and are removed from the collected records. In addition, the methods and equipment used to obtain these measurements have remained essentially unchanged at Mauna Loa during the 50+ year monitoring program. But back to the data… The data in what we call the Keeling Curve, in honor of Charles Keeling, record an overall rise in the level of atmospheric carbon dioxide, as well as an overall increase in the rate of growth of CO2 concentrations in the atmosphere since Charles Keeling took the first measurements in the late 1950’s.  Now the growth rate of CO2 concentrations, while consistently staying positive, has shown notable variations from year to year, because of a combination of natural and human factors. The CO2 data not only record an overall rise, but a seasonal record that is strongest in the data collected in the Northern Hemisphere and weakest near the Equator and in the Southern Hemisphere. These geographic differences in seasonal fluctuations are the result of photosynthetic activity by plants. As plants begin to photosynthesize in the spring and summer and experience a period of regrowth, the plants consume CO2 from the atmosphere and eventually use it as a carbon source for growth and reproduction. This causes a decrease in atmospheric CO2 levels that begins every year in May, which is recorded in the Keeling Curve data. Once fall and winter arrives, plants save energy by decreasing their photosynthetic activity. In fact, the Keeling Curve records the lowest CO2 values in September and October, when plants are beginning to die and decay. Although photosynthesis does occur in our oceans year-round, very little of that CO2 actually moves between the ocean-air interface, and therefore does not impact the record. It is land-based photosynthesis that drives the seasonal cycles, with atmospheric measurements still supplemented with CO2 from the consistent burning of fossil fuels. So to return to the original question… how do we know CO2 is increasing? We know atmospheric carbon dioxide has been increasing from 1958 to the present from measurements collected across the globe, from the data that show us an overall increase in atmospheric CO2 over time, an increase in the rate of CO2 growth over time, and a record of seasonal variations of CO2 values. (Audio recorded July 2, 2015, by Dr. Laura Guertin, Professor of Earth Science, Penn State Brandywine) Supporting images for podcast Full Mauna Loa CO2 record and Recent Monthly Mean CO2: http://www.esrl.noaa.gov/gmd/ccgg/trends/ Latest CO2 reading: https://scripps.ucsd.edu/programs/keelingcurve/ [caption caption='Recent Monthly Mean CO2 at Mauna Loa' align='center'][/caption] Image above and below are both from the NOAA ESRL Global Monitoring Division Mauna Loa data website (http://www.esrl.noaa.gov/gmd/ccgg/trends/). [caption caption='Atmospheric CO2 at Mauna Loa Observatory' align='center'][/caption] In the PAESTA Classroom CO2 Concentration and the Keeling Curve from the Mauna Loa Observatory: http://www.paesta.psu.edu/classroom/co2-concentration-and-keeling-curve-mauna-loa-observatory Gallery of Images Gallery of images from the Mauna Loa Observatory https://www.paesta.psu.edu/podcast/paesta-podcast-series-episode-1-how-do-we-know-co2-increasing

In 1958 Charles Keeling began measuring the carbon dioxide in our atmosphere - the graph of his year-on-year measurements is called 'The Keeling Curve'. Fast forward 50 years, and we are all familiar with debates on global warming, but it is a complex, interrelated problem, with no clear end point.  Humankind seems unable to get to grips with it. Craig Barfoot talks to Dr Joshua Howe,of Reed University about his book, Behind the Curve: Science and the Politics of Global Warming. We can't afford to fail on curbing emissions, and yet failure is inevitable, we are already failing.  Joshua Howe argues that any contribution is valuable and points to local and regional Climate Action Plans [in the UK that might be the Transition Towns movement as well as local authority enviornmental plans] that address our moral responsibility, and enable us to take action.    

Crowd funding programmes like Kick-starter have been used to raise money for music projects and Hollywood films, but now it could even be used to raise funding for long running scientific projects. The so-called Keeling Curve is the world's longest unbroken record of how much carbon dioxide is in the atmosphere, but after funding cuts it's now asking the public to chip in to keep the data going. To find out more about this archive and the gas it measures, here's your Quick Fire Science with Kate Lamble and Dave Ansell. Like this podcast? Please help us by supporting the Naked Scientists

How a young American scientist began the work that would show how our climate is changing. His name was Charles Keeling and he meticulously recorded levels of CO2 in the atmosphere. His wife Louise and son Ralph remember him. Photo: John Giles/PA Wire