Share this postCopy linkFacebookEmailNotesMoreInvestigative EconomicsEpisode 13: The Climate, Sun, and Antarctica1Share this postCopy linkFacebookEmailNotesMore1×0:00Current time: 0:00 / Total time: -1:01:31-1:01:31Audio playback is not supported on your browser. Please upgrade.Episode 13: The Climate, Sun, and AntarcticaLlewellyn JonesDec 15, 20231Share this postCopy linkFacebookEmailNotesMoreShareTranscriptAre Hurricanes Getting Stronger Or Not?Llewellyn Jones·December 12, 2023The Union of Concerned Scientists (UCS) maintains a subsite dedicated to the increasing risk of “more intense hurricanes that carry higher wind speeds and more precipitation as a result of global warming.” In their view, hurricanes are not getting more frequent, just more destructive.Read full storyThe Implausibility of the Greenhouse Effect On Ocean TemperatureLlewellyn Jones·December 3, 2023According to an Environmental Protection Agency (EPA) whitepaper from 2016, total ocean heat content has grown since 1970 by between 100 and 200 zettajoules (10^21). The National Aeronautics and Space Administration (NASA) currently lists it at over 320 zettajoulesRead full storyAntarctica Has Not Seen the Same Temperature Increase, Sea Ice Decline As the ArcticLlewellyn Jones·December 2, 2023Over the past several decades, the Arctic has seen consistent warming linked to the decline in Arctic sea ice. The years 2020 and 2019 had the second and third lowest measurements of sea ice extent on record based on analysis from Japan Aerospace Exploration Agency (JAXA)Read full storyNASA Data Also Shows the Significant Rise in Solar RadiationLlewellyn Jones·November 30, 2023In 2003, the National Aeronautic and Space Administration (NASA) developed the Prediction of Worldwide Energy Resources (POWER) project to provide better meteorological data and understanding for renewable energy, sustainable buildings, and agroclimatology.Read full storyThe Changing Angle of the Sun and Its Effect on TemperatureLlewellyn Jones·November 24, 2023Over the last four centuries, the sun in the northern hemisphere is getting progressively higher in the sky. Based on data from the National Renewable Energy Laboratory (NREL)’s Solar Position Algorithm, the average surface incidence angle—the angle that solar rays intersect with the Earth, or the inverse of the solar zenith—has steadily increased deca…Read full storyDiscussion about this podcastCommentsRestacksShare this postCopy linkFacebookEmailNotesMoreInvestigative EconomicsInvestigative and data-driven independent news combining forensic statistics and economicsInvestigative and data-driven independent news combining forensic statistics and economicsSubscribeListen onSubstack AppRSS FeedAppears in episodeLlewellyn JonesRecent EpisodesEpisode 23: Obamacare, UnitedHealth, and Medical-Loss RatiosDec 12 • Llewellyn JonesEpisode 22: Garbage (And Recycling) MetricsOct 30 • Llewellyn JonesEpisode 21: Mental Health and The Homeless EpidemicAug 30 • Llewellyn JonesEpisode 20: California Solar CostsJun 1 • Llewellyn JonesEpisode 19: The Academic Cash PileMay 14 • Llewellyn JonesEpisode 18: Financial Crisis Redux Part III, Bankruptcies and Shadow MBS MarketsApr 16 • Llewellyn JonesEpisode 17: Currency, Textiles, Immigration and HondurasMar 21 • Llewellyn JonesEpisode 16: The Symptom Bias In HIV/AIDS StatisticsFeb 27 • Llewellyn Jones
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