Podcasts about earth sciences

The universe is hard enough to figure out without one kind of object dressing up as another, but - just in time for Halloween - researchers have figured out that the Little Red Dot in the early universe just might be massive black holes surrounded in a costume of glowing red gas. Also in this episode, Hyabusa2's amusingly tiny destination, a white dwarf star eating what may be an icy dwarf planet, and tales from the launch pad.

Host Anne Thompson explores the diverse and innovative methods being employed in Australia to build and retain the technical workforce in the mining industry.  From attracting new talent, to supporting early career geoscientists, to training professionals from other industries - this episode might just change your perspective on what is possible.First up, Brendan Howard, General Manager for Technical Capability at Rio Tinto and a founder of the MiEX (Minerals Industry Experience) Program, addresses the mining sector's shrinking and less diverse talent pipeline. The success of MiEX, a collaborative industry-led program, highlights the value of early engagement with undergraduate students. The pilot in January 2025 drew over 500 applicants for 69 places with 90% of participants expressing intent to pursue mining careers.  New conversations are underway in North America to bring this exciting opportunity to more students.Richard Lilly, the University of Adelaide presents NExUS (National Exploration Undercover School) based in South Australia, which provides hands-on experience and essential training to geoscience students, bridging the gap between academic knowledge and industry requirements. NExUS combines technical learning with professional networking, using the South Australian Drill Core Library and nearby field sites to expose students to geophysics, core logging, and exploration through cover. Lilly is now stepping down after 10 years as Director, with the hope that this successful model will continue and be expanded to other jurisdictions to better prepare geoscientists for evolving exploration challenges.Lastly, Deng Ngang Deng, from Target Mining Resources, shares his inspiring journey from South Sudan to professional geoscientist in Western Australia.  Deng was involved in establishing the Pan Africa Resource Reporting Code (PARC) and an invited plenary speaker at SEG 2024 in Namibia. At home in Australia, he has developed an innovative approach to training and employing geoscientists and other technical mining workers.  Initiated during the pandemic, the company continues to expand and add to their portfolio of skills they train for, successfully filling a gap in mining recruitment.Many thanks to Avo Media for production support.  Theme music is Confluence by Eastwindseastwindsmusic.com 

What can ice cores tell us about the atmosphere millions of years ago? These cylinders of ice, drilled from glaciers and ice sheets around the world, preserve precious clues about our changing climate and records such as rainfall, temperature and greenhouse gases, even volcanic eruptions. But what can the past tell us about the future? Host Graihagh Jackson hears from two ice core experts about their icy adventures in Antarctica, the Himalayas and beyond.Dr Liz Thomas is Head of Ice Cores Research at the British Antarctic Survey and is currently working on an ice core that may be the oldest ever. Lonnie Thompson is a pioneer in the field whose first ice core finds date back to the 1970s. He is Distinguished University Professor of Earth Sciences. Senior Research Scientist, Byrd Polar Research Center, The Ohio State University. Professor Thompson also appears in a documentary called The Canary.Presenter: Graihagh Jackson Producers: Diane Richardson and Nik Sindle Production coordinator: Maria Ogundele and Sabine Schereck Sound mix: Tom Brignell and Louis Griffin Editor: Simon Watts

How much of what we perceive about the taste of wine is actually shaped by psychology? Are vineyard soils important contributors to a wine's tasting profile? Why do so many wine producers highlight their soils as a unique factor that makes their wines stand out? Where do the “minerals” we taste in wine originate from? In this episode of the Unreserved Wine Talk podcast, I'm chatting with Dr. Alex Maltman, author of the new book Taste the Limestone, Smell the Slate: A Geologist Wanders Through the World of Wine. You can find the wines we discussed at https://www.nataliemaclean.com/winepicks   Giveaway Two of you are going to win a copy of Alex Maltman's terrific book, Taste the Limestone, Smell the Slate. A Geologist Wanders Through the World of Wine. To qualify, all you have to do is email me at natalie@nataliemaclean.com and let me know that you've posted a review of the podcast. I'll choose two people randomly from those who contact me. Good luck!   Highlights What did a Dutch research study show about identifying soil type through blind tasting? Is there any geological evidence to support volcanic soils imparting certain characteristics to wine? Why can vines access nutrients from soil but not larger rock layers? Should we consider the root stocks of vines and the type of yeast used for fermentation when analyzing the taste profile of a wine? How does consumer psychology influence our perception of the taste of wine? Which aspects of geology and wine is Alex planning to write about in the future? If Alex could share a bottle of wine with anyone outside the wine world, who would that be?   Key Takeaways How much of what we perceive about the taste of wine is actually shaped by psychology?  It's the psychology that people think, “Oh, heavy bottle. This must be a classy wine.” For many wine drinkers, what the wine expert says will override the more academic factors, rather like a clinician saying, take these tablets, you'll be better, if the wine authority says you're going to taste vanilla. Yeah, I'm getting vanilla. Are vineyard soils important contributors to a wine's tasting profile? In one experiment, several growers planted four different grape varieties, each in different soils, and then tried to grow the grapes, vinify the grapes uniformly, and then sent the finished wines off to a completely independent expert tasting panel. The panelists were only able to group the wines according to variety. Soils didn't come through at all.   For wine producers, soil is one of the only factors that are difficult to replicate, so they're going to say their soil is special. It's a great selling point. When some wine commentators are saying they're tasting minerals from the soil because it's been taken up by the vine root and transmitted through to the wine. Well, no, that doesn't happen like that. But in any case, any nutrients that were taken up by the vine root and did make it all the way through to the finished wine, almost certainly, in practice, will have originated in the humus.   About Dr. Alex Maltman Alex Maltman is Emeritus Professor of Earth Sciences at Aberystwyth University, in Wales, U.K. Alongside a decorated career in university teaching and research, Alex has for fifty years grown vines and made wine at his home. And through this, perhaps inevitably, he became interested in vineyard geology and its fashionable but poorly understood relationship with wine. This led to numerous publications in both the popular press and academic journals. Alex is the author of the acclaimed Vineyards, Rocks, and Soils: A Wine Lover's Guide to Geology and newly released Taste the Limestone, Smell the Slate. A Geologist Wanders Through the World of Wine.     To learn more, visit https://www.nataliemaclean.com/357.

Send us a textDr. Mark Lloyd Davies, Ph.D. is the Global Head for the Strategic Partnerships and Resource Group at Johnson & Johnson ( https://www.jnj.com/ ) where he leads a global team that forges novel strategic public-private partnerships to secure collaborations that accelerate groundbreaking R&D, advances strategies that widen access to care for patients and health systems worldwide, and ultimately unlocks possibilities that transform lives.Dr. Davies has built a distinguished career at the intersection of science, policy, and global health strategy.Before taking on his current global role, Dr. Davies held a number of senior leadership positions within Johnson & Johnson, where he was instrumental in shaping external engagement strategies and guiding policy development in areas ranging from pharmaceutical innovation to public health preparedness, leading strategic initiatives such as the Johnson & Johnson Lung Cancer Initiative.Dr. Davies was previously Chair of the Med Tech Europe Research & Innovation Committee, where he worked on the evolution of the EU funded Innovative Medicines Initiative, as well as at Sanofi, involved in various External Affairs initiatives.Dr. Davies holds a Ph.D. from the University of Amsterdam, The Netherlands, in Climate Change, Physical Geography and Geology, and a BSc, Biology and Geography, Earth Sciences, Climate Change, from the University of London, UK.#MarkLloydDavies #StrategicPartnershipsAndResourceGroup #JohnsonAndJohnson #PublicPrivatePartnerships #MedTechEurope #InnovativeMedicinesInitiative #InnovativeHealthInitiative #OperationWarpSpeed #LungCancerInitiative #GlobalNeurodegenerationProteomicsConsortium #Antarctica #ClimateChange #PhysicalGeography #Geology #CARBX #DrugsForNeglectedDiseasesInitiative #STEM #Innovation #Science #Technology #Research #ProgressPotentialAndPossibilities #IraPastor #Podcast #Podcaster #Podcasting #ViralPodcastSupport the show

Why is geology essential for vineyard management but overrated when it comes to wine taste? Do soils get too much credit for wine flavour, when invisible factors might be the real drivers? What does “minerality” in wine really mean? Rock, nutrient, or just taste perception? In this episode of the Unreserved Wine Talk podcast, I'm chatting with Alex Maltman, author of the terrific new book, Taste the Limestone, Smell the Slate. A Geologist Wanders Through the World of Wine. You can find the wines we discussed at https://www.nataliemaclean.com/winepicks   Giveaway Two of you are going to win a copy of Alex Maltman's terrific book, Taste the Limestone, Smell the Slate. A Geologist Wanders Through the World of Wine. To qualify, all you have to do is email me at natalie@nataliemaclean.com and let me know that you've posted a review of the podcast. I'll choose two people randomly from those who contact me. Good luck!   Highlights How did a good teacher spark Alex's lifelong fascination with geology? What initially attracted Alex to wine and how did his curiosity evolve over the past 50 years? How did Alex's background in geology support his career as a wine writer? In what ways does Alex's first book, Vineyards, Rocks and Soils, differ from his new book, Taste the Limestone, Smell the Slate? Why does Alex believe that the influence of geology on wine is overstated in contrast to its influence on beer? What impact did geology have on how beer first developed? How do geological minerals, nutrient minerals, and the taste perception of minerality differ? What is the relevance of geological age to the growing vine in the bedrock? Does knowing the soil type of the vineyard tell us anything about the wine's characteristics? Why do so many wine drinkers and writers love to talk about geology? How has the concept of terroir been misunderstood and oversimplified? Why is it important to distinguish between the importance of geology for vineyard management versus its influence on the taste of wine in the glass?   Key Takeaways Am I tasting the limestone, smelling the slate? No, you can't. The grower needs to know about his soil. The geology will influence so many things in the vineyard, so the grower may well want to dig soil pits and see what the roots are doing to inform his vineyard management. But this is not the same thing as the flavor that develops in fermentation through to our wine glass. People look at, say, a hill slope with vines on it, and year after year, the wines from here always taste different to the wines from there. What's different? Oh, it's the soil. But at the same time, there's a whole host of invisible factors operating on that hill slope that we know these factors influence how grapes ripen and how the flavor precursors in the grape develop, which are going to go on to in the fermentation make the wine taste like it does. I tend to use the word geological mineral for those compounds that are making half of the vineyard soil and that come together to make rocks. And nutrient mineral, which are single elements, which we need, as well as vines, in order to function. And this word minerality, that's a taste perception. I don't know what it means or what causes it, but that's a different third meaning of the word mineral.   About Dr. Alex Maltman Alex Maltman is Emeritus Professor of Earth Sciences at Aberystwyth University, in Wales, U.K. Alongside a decorated career in university teaching and research, Alex has for fifty years grown vines and made wine at his home. And through this, perhaps inevitably, he became interested in vineyard geology and its fashionable but poorly understood relationship with wine. This led to numerous publications in both the popular press and academic journals. Alex is the author of the acclaimed Vineyards, Rocks, and Soils: A Wine Lover's Guide to Geology and newly released Taste the Limestone, Smell the Slate. A Geologist Wanders Through the World of Wine.     To learn more, visit https://www.nataliemaclean.com/356.

Dr. Louis L. Jacobs is Emeritus Professor in the Roy M. Huffington Department of Earth Sciences and President of the ISEM at SMU. As a vertebrate paleontologist, Louis studies the fossils of animals with backbones. His goal is to understand their evolution and how it fits together with the earth and the environment to present a holistic picture of our world. When he's not working, Louis loves to look at rocks, tend to orchids, bind books, and spend quality time with his grandchildren. They are insatiably curious and interested in everything, including rocks, fossils, and space. He received his B.S. degree from the University of Southwestern Louisiana (now the University of Louisiana at Lafayette) and his M.S. and Ph.D. degrees in Vertebrate Paleontology and Evolution from the University of Arizona. After completing his training, he worked as a research paleontologist at the Museum of Northern Arizona, a geologist for the U.S. Geological Survey, a lecturer and a research associate at the University of Arizona, Head of the Division of Paleontology at the National Museums of Kenya. He joined the faculty at SMU in 1983. During his time at SMU, Louis has held leadership positions at the Dallas Museum of Natural History as well as the Shuler Museum of Paleontology at SMU, where he ultimately served as Director for 13 years. Louis has won numerous awards and honors for his scholarship, his service, and the books he has written, including the University Scholar/Teacher of the Year Award from SMU, the Joseph T. Gregory Award for Service to the Society of Vertebrate Paleontology, The Texas Earth Science Teachers Association Lifetime Membership and Friends of TESTA Award, and many others. In addition, he is a past Fellow of the Explorers Club, Past President of the Society of Vertebrate Paleontology, and ten fossil species have been named after him. In this interview, he shares more about his life and science.

Guests:Professor Sanjeev Gupta, Professor of Earth Science at Imperial College LondonDr Susan Kelleher of DCUDr Shane Bergin of UCD

In this week's episode, we tell the story of a Giant Blue Star that made the terrible, terrible mistake of trying to nibble on its more evolved sibling; it's black hole of a sibling. Folks, don't eat the dark holes in spacetime. We also look at this week's news, including lumpy planets, forming planets, asteroids getting up close and personal, and how Leopard spots are in style for life hunting Mars Scientists. We also have tales from the launch pad.

Dr. Leif Karlstrom is an Assistant Professor in the Department of Earth Sciences at the University of Oregon. Leif uses fluid and solid mechanics approaches to better understand how water moves through glaciers and how magma moves through the Earth's crust to erupt in volcanoes. Much of his work involves developing theoretical models to better describe these processes. In addition to his career as an academic scientist, Leif is also a professional musician. He plays violin and tours nationally and internationally as a member of bluegrass and folk music groups. When he's not engaging in scientific or musical pursuits, Leif enjoys rock climbing, river rafting, and generally spending his time outdoors. He completed his undergraduate training at the University of Oregon, receiving a B.S. in Physics and Mathematics, as well as a B.M. in Violin Performance. He received his PhD in Earth and Planetary Science from the University of California, Berkeley where he was awarded the Louderback Research Award. Afterwards, Leif was the recipient of an NSF Division of Earth Sciences Postdoctoral Fellowship to conduct research at Stanford University. He joined the faculty at the University of Oregon in 2015. Leif is here with us today to talk a little about his research and tell us all about his journey through life and science.

The diamond industry has a rich and complex history, influenced by discoveries, geoscience and marketing.  Join host Halley Keevil as she explores the industry's history from the onset of modern diamond mining in Kimberley, South Africa in the 1800s, to the advent of laboratory grown diamonds and new platforms for marketing.  Featured guest Eira Thomas is complemented by Natasha Oviatt and Reid Mackie, who all have deep knowledge and understanding of the diamond industry. Natasha Oviatt provides her perspective as a previous glacial geology specialist with De Beers Canada, discussing recent changes in the diamond mining industry, consumer preferences and marketing strategies through time, ESG issues, past and present economic downturns, and her opinions on lab-grown diamonds and the future of the natural diamond industry. Next, Reid Mackie, VP Diamond Marketing of Mountain Province Diamonds, discusses the diamond industry from a marketing perspective. He gives his opinions on the biggest trends in the history of the diamond industry and what he thinks are the biggest trends shaping its future. He also discusses market strategies for younger generations and how lab-grown diamonds are affecting the industry, as well as the shifts we are starting to see in the natural diamond mining industry.  Lastly, renowned Canadian geologist Eira Thomas, widely known as the ‘Queen of Diamonds', and previous CEO of Lucara Diamond, gives her opinions on the past, present, and future of the diamond industry. She discusses the reasons the industry is struggling at present and how lack of alignment in the supply chain drives volatility. She talks about the advent of lab-grown diamonds, the intrinsic value of natural diamonds, and the public perception of the industry. She also discusses how advances in technology, including her new rough diamond digital marketplace, Clara, are revolutionizing the diamond mining industry. Theme music is Confluence by Eastwindseastwindsmusic.com Come join us in Brisbane, Australia for SEG 2025, September 26-29th. This will be a dynamic conference with cutting edge science, new discoveries, technology and more. Opportunities for networking and learning include several workshops and field trips before and after the event, relaxed social events and of course the conference itself. See you there!

In some places, sand dunes protect shorelines from the onslaught of ocean waves. In other places, the dunes themselves are on the move, and threaten human structures.Host Flora Lichtman talks with mechanical engineer Nathalie Vriend, who studies the structure of sand dunes, about what makes a heap of sand a dune, and what scientists still hope to learn about sand.Guest: Dr. Nathalie Vriend is an associate professor in mechanical engineering and leader of the Granular Flow Laboratory at the University of Colorado in Boulder.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

In this episode, host Shefali Lakhina speaks with David Green, Principal Consultant at Green Resilience Insights, LLC. In this role David provides consulting for science and technology innovation, transition, and integration enabling foresight planning and strategy, risk management across weather, water, and climate-impacted sectors. David previously served as Program Manager for NOAA and NASA. As the NASA Applied Sciences Wildland Fires Program Manager, David and his team used space-based instruments and models to support decisions and actions, promote innovation and build capacity in the use of Earth Science. Prior to joining NOAA, David was a Research Fellow at the National Institution of Science and Technology and worked in the private sector as well. David received his Ph.D. in Physical Chemistry from the University of Toronto.

Early in morning of Monday, August 29, 2005, Hurricane Katrina made landfall near the Louisiana / Mississippi state line and the eyewall passed over the cities of Bay St. Louis and Waveland as a Category 3 hurricane. A 27 foot storm surge with sustained winds of 120 mph made for a devastating one-two punch that rocked even the most storm-hardened shelters and wiped away 90% of all structures within six miles of the beach.   Joining us for the interview today we have Dr. David Holt, Associate Professor of Geography in the School of Biological, Environmental and Earth Sciences and coordinator of the Sustainability Sciences BS program at USM, and Dr. Deanne Stephens, Co-Director of the Center for the Study of the Gulf South at USM.   To their expertise, we add the raw accounts of city officials, firemen, nurses, and everyday people who share their stories of survival and tragedy during those harrowing hours when life and death hung in the balance.   Hosted by Bill Ellison Produced by Ross Walton  Executive Producer Dr. Kevin Greene. Written by Ross Walton, Isabel Loya, Jerra Runnels, Andrew Leib, and Holli Parker. Additional interviews were conducted by Isabel Loya, Jerra Runnels and Andrew Leib. Special thanks to the Center for the Study of the National Guard and the Mississippi Humanities Council.

A new $35-million-dollar supercomputer is levelling up the country's weather predictions. Earth Sciences New Zealand says the new Cascade system is three times more powerful than its predecessor - helping provide earlier and more frequent forecasting. It's hoped the computer's advanced modelling capabilities could mitigate the impact of severe weather events. Spokesperson Jess Robertson says the machine is an 'absolute beast'. "It'll do more calculations in a day than you could do in 30 million years, and that mean's we're going to be able to run higher resolution forecasts quicker and get them out to people sooner." LISTEN ABOVESee omnystudio.com/listener for privacy information.

Dr Simon Boxall, School of Ocean and Earth Science, UK's National Oceanography Centre, University of Southampton, Southampton

Sarah Green is the author of a previous collection, Earth Science (421 Atlanta), and the editor of Welcome to the Neighborhood: An Anthology of American Coexistence (Ohio University Press.) She has received a Pushcart Prize and fellowships from the Sewanee Writers' Conference and the Vermont Studio Center. She is an associate professor of English and Creative Writing at St. Cloud State University.

Noah Paoa is a PhD candidate in the Department of Earth Sciences at the University of Hawaiʻi at Mānoa. His research focuses on sea level rise-induced flooding and its specific impacts on coastal cultural assets and archaeological sites throughout Polynesia. Using digital elevation mapping and wave-driven flood models, Paoa's work projects future threats to irreplaceable heritage sites. In this episode of weekend one on one, he explains his research on Rapa Nui - also known as Easter Island - shows that iconic monuments, including the famous moai statues of Ahu Tongariki, are at significant risk from coastal erosion and could be reached by destructive waves as early as 2080

Dive deep into a mega-magmatic mineral system — the Bushveld Complex with host Maxwell Porter. Max is joined by Professor Wolfgang Maier and Dr. Erin Thompson who share their insights on the geological setting, economic significance, and evolving scientific understanding of this world-class mineral province.Wolfgang Maier discusses the Bushveld Complex's geological framework, its importance in today's resource landscape, and the controversies surrounding models for its genesis — and how these models have shifted over time. Wolfgang Maier completed his PhD on the Bushveld at Rhodes University, South Africa in 1992. He taught igneous petrology and economic geology at the Universities of Port Elizabeth, Pretoria (South Africa), Chicoutimi (Canada), UWA (Perth, Australia) and Oulu (Finland). He is now Professor for Ore Geology at Cardiff University, UK. Wolf's research deals with petrological and geochemical processes in mafic-ultramafic igneous systems that contribute to our understanding of continental magmatism, mantle evolution, plate tectonics and the formation of magmatic ore deposits including PGE, Ni-Cu, Cr, and V-Ti-Fe deposits. Erin Thompson shares what drew her to study the northern limb, why it holds both geological and economic importance, and how magmatic architecture and mineralisation controls shape exploration strategies. She explains the once-overlooked yet powerful tool of Niggli numbers, and how geochemistry and isotope studies inform exploration and the future of the Northern Limb. Dr Erin Thompson has recently completed her PhD at the University of Leicester, which focused on constraining the magmatic controls on Ni-Cu-PGE mineralisation in the world-class Platreef deposit, northern limb of the Bushveld Complex. Her research was funded by Anglo American as part of the Northern Limb in 4D (NL4D) research consortium, which included researchers from across the UK at the University of Leicester, Cardiff University and Camborne School of Mines. She is now applying her background in magmatic processes and geochemistry in her new role as an exploration geologist.Theme music is Confluence by Eastwindseastwindsmusic.com 

Volcanoes and earth science are a very visual field, where illustrations and sketches are critical for a targeted and simplistic understanding. In this episode we speak with scientific illustrator Annabelle Foster about the importance of accurate illustrations and schematics in Earth Science, as well as setting up her own business in this area.Annabelle is a scientific illustrator and Earth scientist with a PhD in volcanology from Durham University, where her love for turning complex science into visual stories first began. She specialises in illustrating Earth science research, but her freelance work spans a wide range of fields, including cardiology, neuroscience, immunology, physics, and bioengineering.Annabelle has travelled far and wide to study volcanoes up close. Her doctoral research focused on an obsidian-rich volcanic ridge in Iceland, where she investigated how obsidian can form from sintered volcanic ash, not just from rapidly cooling lava!Based in North Yorkshire, she works with clients around the world and is dedicated to making science more accessible, visual, and inspiring. Her illustrations have appeared in academic journals, education resources, public engagement projects, and international conferences.Website: www.annabellefoster.comInstagram: @geology_talk

Dr. Zach Eilon is an Assistant Professor in the Department of Earth Science at the University of California, Santa Barbara, and he is also conducting research at Brown University. Zach is interested in understanding the earth's tectonics, including how continents are built, how they break apart, and what is going on under the earth's surface beneath the ocean floor. He wants to know how tectonic plates move and interact with each other. To study these tectonic movements, Zach uses data collected on the energy released during earthquakes. This energy picks up different signals on its way through the earth, and Zach creates computer programs to interpret those signals and produce snapshots of what is occurring inside the earth, including the types of rock that are present, their temperature, and other features. Zach spends his free time hanging out with friends, scoping out potential new houses on the internet with his wife, and running. He recently completed his first marathon and is looking forward to the next one. In addition, Zach is an enthusiastic home chef, and he loves listening to a wide array of podcasts. He hails from the United Kingdom where he completed his undergraduate and masters degrees in Natural Sciences at the University of Cambridge in the United Kingdom. Afterwards, he was awarded the Herchel Smith Scholarship to attend Harvard University for a year for a Special Studentship. Zach was next received his MPhil and PhD in Seismology from Columbia University. He recently completed his position as a Postdoctoral Research Associate at Brown University. Zach has joined us today to talk about his experiences in life and science.

In this week's episode we take a look at all the news our outer solar system has to offer. From newly discovered outer solar system objects to intersteller comet I3/Atlas to the Peried Meteor shower, we have icy objects and absolutely no aliens (It's never aliens #IYKYK).

Come explore geoscience innovation and collaboration in Australia with host Anne Thompson. We talk to researchers at three universities and one geologic survey - who are also all involved in the Society of Economic Geologists 2025 Conference in Brisbane, Queensland.Joins us to learn more about advancing science and discovery in Australia!SEG 2025Rick Valenta, chair of SEG 2025 provides a broad view of the work of the SMI (Sustainable Minerals Institute, University of Queensland) and how his role there as Director has influenced the conference.  What makes minerals mineable includes all the other aspects that sometimes are neglected, including the impact of geoscience on society, and on individual communities. A recent highlight in Australia is the final release of the Queensland Deposit Atlas, a vast and comprehensive public data set.  The Atlas was commissioned and funded by the Queensland Geologic Survey and completed by SMI.  Vladimir Lisitsin provides an overview of the data and the many and varied mineral deposits found in Queensland. To get a flavour of what might be in the technical program I chatted with two keynote speakers.  Angela Escolme, CODES, University of Tasmania provided insights into her work with a large collaborative project aimed at understanding the overprinted, transition zones in porphyry systems.  Lastly, David Giles, University of South Australia delved into how a structural geologist got to be involved in creating the innovative coiled tubing drill rig and what it really means to be truly collaborative.  Theme music is  Confluence by Eastwindseastwindsmusic.com SEG 2025 is in Brisbane, Australia, September 26-29th.  This will be a dynamic conference with cutting edge science, new discoveries, technology and more.  Opportunities for networking and learning include several workshops and field trips before and after the event, relaxed social events and of course the conference itself.  See you there! 

Are dinosaurs in the Bible?How do we scientifically interpret the biblical flood?What did the world look like after the flood?Support this show!! : https://www.bibspeak.com/#donateGrab your free gift: the top 10 most misunderstood Biblical verses: https://info.bibspeak.com/10-verses-clarifiedJoin the newsletter (I only send 2 emails a week): https://www.bibspeak.com/#newsletterShop Dwell L'abel 15% off using the discount code BIBSPEAK15 https://go.dwell-label.com/bibspeakDownload Logos Bible Software for your own personal study: http://logos.com/biblicallyspeakingSign up for Riverside: https://www.riverside.fm/?utm_campaig...Use Manychat to automate a quick DM! It's great for sending links fast.https://manychat.partnerlinks.io/nd14879vojabStan.Store—way better than Linktree! It lets me share links, grow my email list, and host all my podcast stuff in one place.https://join.stan.store/biblicallyspeakingSupport this show!! : https://www.bibspeak.com/#donate Marcus Ross has loved paleontology (especially dinosaurs) since he was a kid growing up in Rhode Island. After earning a B.S. in Earth Science from the Pennsylvania State University, he continued his studies with a M.S. in Vertebrate Paleontology from the South Dakota School of Mines and Technology and a Ph.D. in Environmental Science (Geoscience) from the University of Rhode Island. He taught at Liberty University for 16 years, serving as Professor of Geology and Director of the Center for Creation Studies. He is the founder and CEO of Cornerstone Educational Supply, which produces science laboratory materials for K-12 and university-level applications.Dr. Ross regularly research and education in both technical and popular literature. His work has been published in Answers Research Journal, The Journal of Vertebrate Paleontology, Journal of Geoscience Education, Sapientia, Answer's Magazine, Zondervan's Dictionary of Christianity & Science, and many other venues. He is the lead author of the textbook The Heavens and the Earth and most recently represented a young-Earth creation view in Perspectives on the Historical Adam and Eve. Marcus and his wife Corinna live in Lynchburg, Virginia, with their four children. Scholar's recommendations: The Genesis Flood – John Whitcomb & Henry Morrishttps://archive.org/details/the-genesis-floodReplacing Darwin – Nathaniel Jeansonhttps://www.amazon.com/Replacing-Darwin-New-Origin-Species/dp/1683440757Bones of Contention – Marvin Lubenowhttps://www.amazon.com/Bones-Contention-Creationist-Assessment-Fossils/dp/0801065232Follow Biblically Speaking on Instagram and Spotify! https://www.instagram.com/thisisbiblicallyspeaking/ https://open.spotify.com/show/1OBPaQj...

You can't get a mortgage without home insurance. But in some parts of the country, it's becoming harder and harder to find a plan, as insurance companies drop homeowners  and pull out of entire states, as flooding, wildfires, and storms become more frequent and intense. Host Flora Lichtman talks to reporters Jessica Meszaros and Rachel Cohen, who have been covering this issue in Florida and Colorado. Flora then speaks with Benjamin Keys, who studies the impact of climate change on the real estate market, about the future of home ownership in a world increasingly unsettled by climate change.Guests: Rachel Cohen is the Mountain West News Bureau reporter for KUNC.Dr. Benjamin Keys studies the impact of climate change on the real estate market at the Wharton School of the University of Pennsylvania in Philadelphia.Jessica Meszaros is a climate change and environment reporter for WUSF in Tampa, Florida.Transcripts for each episode are available within 1-3 days at sciencefriday.com.  Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

NASA is providing assistance to ongoing recovery operations in Texas.

If you've ever felt overwhelmed trying to make earth science engaging and hands-on, this episode is for you! I'm joined by Becca from Science Lessons That Rock, a veteran teacher with over 15 years of experience and a passion for turning abstract concepts into meaningful, accessible learning experiences. Becca shares creative ways to teach everything from planetary distances to landforms using simple, affordable materials—plus practical tips for lab prep, grading, and boosting student engagement. We also talk about supporting ELLs, teaching in Title 1 schools, and building classroom buy-in. Whether you're new to earth science or just need some fresh inspiration, you're going to love getting to learn from Becca. I've known her online for nearly a decade, and I'm so excited you get to know her now, too!➡️ Show Notes: https://itsnotrocketscienceclassroom.com/episode191Resources:Climate Change Ice Core LabIgneous Crystal Size Lab Activity | Rock Cycle Experiment Landforms Stop Motion Video ProjectRewordifyVocarooDownload your FREE Classroom Reset Challenge.Take the Free Labs When Limited virtual PD courseSend me a DM on Instagram: @its.not.rocket.scienceSend me an email: rebecca@itsnotrocketscienceclassroom.com  Follow, rate, and review on Apple Podcasts.Connect with Becca:Instagram: @sciencelessonsthatrockWebsiteRelated Episodes:Episode 126, Teaching AP Environmental Science with Ashton AllgoodEpisode 157, Serving ELLs with AI and More with Guest Alyse of Keystone ScienceEpisode 189, True Life: I Grade Everything and Because of It, I Have No LifeEpisode 190, Student Mastery, Switching Schools, and Teaching Chemistry with Heather Bonanno

This is the daily Tech and Business Report. Today, KCBS Radio anchor Holly Quan spoke with Bloomberg's Ilena Peng. Pistachio farmers in California are having a great year, thanks in part to a chocolate shop in the United Arab Emirates.

This is the daily Tech and Business Report. Today, KCBS Radio anchor Holly Quan spoke with Bloomberg's Brian K. Sullivan. Big cuts are coming to the National Oceanic and Atmospheric Administration, as the new budget proposal slashes the agency's budget by $1.5 billion. That will result in an estimated 2,200 jobs being cut, which is about 18% of the Administration's workforce.

About this episode: What might be in store for the 2025 hurricane season? Meterologist Brian McNoldy returns to the podcast to talk about how things are shaping up, a look back at how last summer's unprecedented mix of heat and moisture played out in an extremely active season, and a zoomed-out look at climate change trends as larger patterns beyond individual events and year-over-year comparisons. Guest: Brian McNoldy is a senior research associate at the Rosenstiel School of Marine Atmosphere and Earth Science at the University of Miami. Host: Lindsay Smith Rogers, MA, is the producer of the Public Health On Call podcast, an editor for Expert Insights, and the director of content strategy for the Johns Hopkins Bloomberg School of Public Health. Show links and related content: Meteorology and Climate Change—Public Health On Call (July 2024) Get ready for several years of killer heat, top weather forecasters warn—AP ‘Bomb cyclone' adds to growing extreme weather trend—News@TheU (2024

On this episode of The Kara Goldin Show, we're joined by Maddie Hamann, Co-Founder and Director of Marketing at PACHA Bread—a clean-label food brand making radically simple, gluten-free sourdough with just two ingredients: sprouted buckwheat and sea salt.After earning a PhD in Earth Science and spending years in oceanography, Maddie made a bold pivot—leaving research to build a brand rooted in sustainability and regenerative agriculture. At PACHA, she's leading the charge in ingredient transparency, home-compostable packaging, and sourcing from Certified Regenerative farms. In our conversation, Maddie shares how she applied her science background to disrupt the food system, what it took to bring their unique fermentation-based products to market, and how the brand stays mission-first while scaling.We also dive into why buckwheat is the unsung hero of gluten-free, how PACHA educates consumers through storytelling, and what founders need to know when building values-led brands in crowded categories.If you're interested in clean food, climate action, or building bold businesses with integrity—you won't want to miss this one. Now on The Kara Goldin Show. Are you interested in sponsoring and advertising on The Kara Goldin Show, which is now in the Top 1% of Entrepreneur podcasts in the world? Let me know by contacting me at karagoldin@gmail.com. You can also find me @‌KaraGoldin on all networks. To learn more about Maddie Hamann and PACHA Bread:https://www.livepacha.comhttps://www.instagram.com/livepachahttps://www.linkedin.com/in/madeleine-hamann-06b95347/https://www.instagram.com/maddie.hamann/https://www.linkedin.com/company/livepacha Sponsored By:Square - Get up to $200 off Square hardware when you sign up at square.com/go/karagoldinRange Rover Sport - The Range Rover Sport is your perfect ride. Visit RangeRover.com/us/Sport and check it out. Check out our website to view this episode's show notes: https://karagoldin.com/podcast/697

How many invisible entities does it take to explain the origin of the universe? Is the origin and existence of the cosmos ultimately best explained by a host of invisible theoretical entities or is it all best explained by a single, intelligent Agent? We continue our conversation from last week on the topic of Intelligent Design with Discovery Institute associates Dr. Casey Luskin and his wife Kristin Marais. Casey Luskin is a scientist and an attorney with graduate degrees in science and law, giving him expertise in both the scientific and legal dimensions of the debate over evolution. He holds a PhD in Geology from the University of Johannesburg He earned a law degree from the University of San Diego. His B.S. and M.S. degrees in Earth Sciences are from the University of California, San Diego. Dr. Luskin has been a California-licensed attorney since 2005, practicing primarily in the area of evolution-education in public schools and defending academic freedom for scientists who face discrimination because of their support for intelligent design (ID). https://www.discovery.org/p/luskin/Kristin Marais has roughly 15 years of educational experience spanning the traditional building classroom, online classroom, curriculum development, and tutoring. She graduated from the University of California Riverside with a BS in biochemistry and then completed a MS in Teaching through Western Washington University. Kristin is a Washington state certified teacher with endorsements in chemistry, biology, and general science. https://discoveryinstitute.academy/chemistry/Featured Audio Clips Sources:Joe Rogan and Steven C. Meyer: https://youtu.be/jYYnULUru-w?si=7CgKmkolObKXZIBw andhttps://youtu.be/tb1Ubw1Iu5w?si=MPojWnmHhFQLSpQBEric Hedin: https://www.youtube.com/watch?v=TA4QutvxX88&t=92sFree Resources from Watchman Fellowship Naturalism: https://www.watchman.org/Naturalism/ProfileNaturalism.pdfScientism: https://www.watchman.org/scientism/ProfileScientism.pdfPanpsychism: https://www.watchman.org/files/ProfilePanpsychism.pdfPostmodernism: https://www.watchman.org/files/ProfilePostmodernism.pdfAtheism: https://www.watchman.org/profiles/pdf/atheismprofile.pdfAdditional ResourcesFREE: We are also offering a subscription to our 4-page bimonthly Profiles here: www.watchman.org/FreePROFILE NOTEBOOK: Order the complete collection of Watchman Fellowship Profiles (around 700 pages -- from Astrology to Zen Buddhism) in either printed or PDF formats here: www.watchman.org/NotebookSUPPORT: Help us create more content like this. Make a tax-deductible donation here: www.watchman.org/GiveApologetics Profile is a ministry of Watchman Fellowship For more information, visit www.watchman.org © 2025 Watchman Fellowship, Inc.

Alternative business models in mineral exploration and mining can build value for communities, benefit resource companies and influence perceptions in our industry. This episode highlights two innovative companies who are changing the business of mining:  Nations Royalty and VRIFY. Nations Royalty, a TSXV-listed royalty company, is focused on creating royalty diversification for indigenous people. Kody Penner, VP of Corporate Development at Nations Royalty, joined host Halley Keevil to explain the background and the business model.  First, he tells his own story as an indigenous person growing up surrounded by British Columbia's mining industry. The company,  Nations Royalty, is the first indigenous-owned mining royalty company, and their indigenous ownership and management make them unique. He elaborates on how they balance corporate goals with indigenous goals and values, how they are creating wealth for indigenous groups, and what is next for the company in the future. Next, Steve de Jong, CEO of VRIFY, talks about the company's history and how they came to their current business model as an AI-focused mineral exploration and software service provider. Launching at PDAC in 2024 with just 4 clients, VRIFY now has 30 clients and gains 5-7 new clients per month. Steve discusses how their team of geoscientists and machine learning experts utilize every scrap of data from a company in order to build predictive models that deliver targets to their clients. He reviews the many ways in which VRIFY is unique in the industry, including the symbiotic relationship they have with clients, enabling them to use their proprietary software alongside the VRIFY team. He hints at some exciting current and future successes that the listener should stay tuned for. Steve believes we are about to enter into a period where AI will be ubiquitous in the mining industry, and VRIFY will be ahead of the game.   Theme music is  Confluence by Eastwindseastwindsmusic.com Come join us in Brisbane, Australia for SEG 2025, September 26-29th. This will be a dynamic conference with cutting edge science, new discoveries, technology and more. Opportunities for networking and learning include several workshops and field trips before and after the event, relaxed social events and of course the conference itself. See you there!

Critics call it creationism in a cheap tuxedo. Some think is merely religion masquerading as a pseudo-scientific theory, but many others believe it to be a viable scientific theory that should be taken seriously. So what exactly is the theory of Intelligent Design (ID)? This week and next on the Profile, we'll explore the answer to that question with two very knowledgeable proponents of ID, Dr. Casey Luskin and his wife Kristin Marais from Discovery Institute in Seattle, Washington. Casey Luskin is a scientist and an attorney with graduate degrees in science and law, giving him expertise in both the scientific and legal dimensions of the debate over evolution. He holds a PhD in Geology from the University of Johannesburg He earned a law degree from the University of San Diego. His B.S. and M.S. degrees in Earth Sciences are from the University of California, San Diego. Dr. Luskin has been a California-licensed attorney since 2005, practicing primarily in the area of evolution-education in public schools and defending academic freedom for scientists who face discrimination because of their support for intelligent design (ID). https://www.discovery.org/p/luskin/Kristin Marais has roughly 15 years of educational experience spanning the traditional building classroom, online classroom, curriculum development, and tutoring. She graduated from the University of California Riverside with a BS in biochemistry and then completed a MS in Teaching through Western Washington University. Kristin is a Washington state certified teacher with endorsements in chemistry, biology, and general science. https://discoveryinstitute.academy/chemistry/Featured Audio Clips Sources: Dr. Marco Fasoli: https://youtu.be/jYYnULUru-w?si=7CgKmkolObKXZIBwRichard Dawkins: https://www.youtube.com/watch?v=M_5gVn6G_1YJoe Rogan and Steven C. Meyer: https://youtu.be/jYYnULUru-w?si=7CgKmkolObKXZIBw andhttps://youtu.be/tb1Ubw1Iu5w?si=MPojWnmHhFQLSpQBFree Resources from Watchman Fellowship Naturalism: https://www.watchman.org/Naturalism/ProfileNaturalism.pdfScientism: https://www.watchman.org/scientism/ProfileScientism.pdfPanpsychism: https://www.watchman.org/files/ProfilePanpsychism.pdfPostmodernism: https://www.watchman.org/files/ProfilePostmodernism.pdfAtheism: https://www.watchman.org/profiles/pdf/atheismprofile.pdfAdditional ResourcesFREE: We are also offering a subscription to our 4-page bimonthly Profiles here: www.watchman.org/FreePROFILE NOTEBOOK: Order the complete collection of Watchman Fellowship Profiles (around 700 pages -- from Astrology to Zen Buddhism) in either printed or PDF formats here: www.watchman.org/NotebookSUPPORT: Help us create more content like this. Make a tax-deductible donation here: www.watchman.org/GiveApologetics Profile is a ministry of Watchman Fellowship For more information, visit www.watchman.org © 2025 Watchman Fellowship, Inc.

Patrick Louchouarn, PhD, is our inspiring guest on the Faculty Factory Podcast this week. And speaking of inspiration, as discussed in this rich conversation, faculty members in general truly inspire Dr. Louchouarn with their creativity, engagement, and commitment to their profession. In fact, those who chose the path of academic health are particularly compelling to Dr. Louchouarn because much of their work is rooted in the fundamental question: “How can I improve health for others—individuals, communities, or through specific procedures like surgeries or prosthetics?” This mindset is quite extraordinary, and according to Dr. Louchouarn, it embodies maximum altruism. The one thing to be extra cautious about is that if we don't start conversations about purpose and core values, a disconnect may occur. The further we stray from the original motivation—the story of why someone chose to enter this particular health field—the greater that disconnect becomes, as discussed in this interview. With The Ohio State University in Columbus, he is a Leadership & Performance Coach and serves as Senior Vice Provost for Faculty within the Office of Academic Affairs. Additionally, he serves as a Professor in the School of Earth Sciences and is an affiliated faculty member with the Ohio State Sustainability Institute. Learn more: https://facultyfactory.org/  Further Reading What Got You Here Won't Get You There, book by Marshall Goldsmith The Prepared Leader: Emerge from Any Crisis More Resilient Than Before, book by Erika James and Lynn Perry Wooten

President Donald Trump met with House Republicans to try to get his legislative agenda over the finish line. One of the sticking points for House GOP members is the state and local tax deduction – we'll explain. Federal agencies that track and monitor earthquakes, volcanoes and tsunamis face serious cuts. We break down what we know and don't know about former President Biden's cancer diagnosis. Plus, new details emerge about the Mexican Navy training ship that crashed into New York's Brooklyn Bridge. Learn more about your ad choices. Visit podcastchoices.com/adchoices

“I want to draw the similarities with alien life, and we have these questions. They're the same questions that we would be asking if we could get a sample from Europa or if we could get a sample from Mars. I think the parallels are partly in how we study them. They're teaching us how to look for strange life, but then they're also teaching us about what's possible with life, and they're so close to the edge of what is and isn't life that it really helps us to sort of — I don't know. I don't know where to draw that line personally, but they at least show us that that line is maybe closer to non-life than we would have thought, than I would have thought.”Karen G. Lloyd is the Wrigley Chair in Environmental Studies and Professor of Earth Sciences at the University of Southern California. Her work has appeared in leading publications such as Nature and Science. She is the author of Intraterrestrials: Discovering the Strangest Life on Earth.Episode Websitewww.creativeprocess.info/podInstagram:@creativeprocesspodcast

“It's really changed my view of what life is. So many of the things that we attribute to the trappings of life look like requirements, like oxygen and sunlight. All the things that humans would absolutely die without — they're not really necessary for life. Studying these things sort of breaks down what is necessary; what are the things that life has to have?”Karen G. Lloyd is the Wrigley Chair in Environmental Studies and Professor of Earth Sciences at the University of Southern California. Her work has appeared in leading publications such as Nature and Science. She is the author of Intraterrestrials: Discovering the Strangest Life on Earth.Episode Websitewww.creativeprocess.info/podInstagram:@creativeprocesspodcast

How do you stay motivated, ethical, and impactful in engineering—even when everything around you is changing? On this episode of the Engineer Your Success Podcast, Dr. James Bryant talks with Dr. Emily Grubert, a nationally respected researcher in infrastructure and energy systems at Notre Dame. They cover how engineers can adapt to shrinking grant funding, political resistance to climate policy, and a changing professional landscape—while staying true to their mission. You’ll walk away with practical strategies for building a future-ready engineering career, grounded in ethics, resilience, and real-world value.

Mike Iversen came from an Evangelical background, and after getting degrees in English and Earth Science, he felt called to bring his skills to youth ministry, going on to get an M.A. in Theology from Fuller Seminary. During his studies, he also spent many years working with Young Life. His study of apologetics, Church history, and more helped him realize the need for a solid authority in a world plagued by relativism. He was also drawn by the reality of Christ's power in the sacraments, and knew he had to come home to the Catholic Church.

There are living creatures dwelling deep below the surface of the Earth, as deep as we are able to drill. These hearty microorganisms are related to more familiar life forms on land and under water, but the operate and survive in ways that are quite different from what we're familiar with. They live off of nutrients that have penetrated from the surface, or sometimes off of pure electrons. Karen Lloyd is a scientist who has traveled around the world studying these organisms, as she explains in her new book Intraterrestrials: Discovering the Strangest Life on Earth.Blog post with transcript: https://www.preposterousuniverse.com/podcast/2025/05/12/314-karen-lloyd-on-the-deep-underground-biosphere/Support Mindscape on Patreon.Karen Lloyd received a Ph.D. in marine sciences from the University of North Carolina. She is currently the Wrigley Chair in Environmental Studies and Professor of Earth Sciences at the University of Southern California. Among her awards are a Sloan Fellowship, a Simons Early Career Investigator, and a NASA Early Career Fellowship.Lab web siteUSC web pageGoogle Scholar publicationsBlueskySee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

In this episode of Talk Nerdy, Cara is joined by microbial biogeochemist, Professor of Earth Science and Wrigley Chair in Environmental Studies at the University of Southern California, Dr. Karen G. Lloyd. They discuss Karen's new book, “Intraterrestrials: Discovering the Strangest Life on Earth.” Follow Karen: @KarenLloyd

“I want to draw the similarities with alien life, and we have these questions. They're the same questions that we would be asking if we could get a sample from Europa or if we could get a sample from Mars. I think the parallels are partly in how we study them. They're teaching us how to look for strange life, but then they're also teaching us about what's possible with life, and they're so close to the edge of what is and isn't life that it really helps us to sort of — I don't know. I don't know where to draw that line personally, but they at least show us that that line is maybe closer to non-life than we would have thought, than I would have thought.”Karen G. Lloyd is the Wrigley Chair in Environmental Studies and Professor of Earth Sciences at the University of Southern California. Her work has appeared in leading publications such as Nature and Science. She is the author of Intraterrestrials: Discovering the Strangest Life on Earth.Episode Websitewww.creativeprocess.info/podInstagram:@creativeprocesspodcast

“I want to draw the similarities with alien life, and we have these questions. They're the same questions that we would be asking if we could get a sample from Europa or if we could get a sample from Mars. I think the parallels are partly in how we study them. They're teaching us how to look for strange life, but then they're also teaching us about what's possible with life, and they're so close to the edge of what is and isn't life that it really helps us to sort of — I don't know. I don't know where to draw that line personally, but they at least show us that that line is maybe closer to non-life than we would have thought, than I would have thought.”Karen G. Lloyd is the Wrigley Chair in Environmental Studies and Professor of Earth Sciences at the University of Southern California. Her work has appeared in leading publications such as Nature and Science. She is the author of Intraterrestrials: Discovering the Strangest Life on Earth.Episode Websitewww.creativeprocess.info/podInstagram:@creativeprocesspodcast

“I want to draw the similarities with alien life, and we have these questions. They're the same questions that we would be asking if we could get a sample from Europa or if we could get a sample from Mars. I think the parallels are partly in how we study them. They're teaching us how to look for strange life, but then they're also teaching us about what's possible with life, and they're so close to the edge of what is and isn't life that it really helps us to sort of — I don't know. I don't know where to draw that line personally, but they at least show us that that line is maybe closer to non-life than we would have thought, than I would have thought.”Karen G. Lloyd is the Wrigley Chair in Environmental Studies and Professor of Earth Sciences at the University of Southern California. Her work has appeared in leading publications such as Nature and Science. She is the author of Intraterrestrials: Discovering the Strangest Life on Earth.Episode Websitewww.creativeprocess.info/podInstagram:@creativeprocesspodcast

“I want to draw the similarities with alien life, and we have these questions. They're the same questions that we would be asking if we could get a sample from Europa or if we could get a sample from Mars. I think the parallels are partly in how we study them. They're teaching us how to look for strange life, but then they're also teaching us about what's possible with life, and they're so close to the edge of what is and isn't life that it really helps us to sort of — I don't know. I don't know where to draw that line personally, but they at least show us that that line is maybe closer to non-life than we would have thought, than I would have thought.”Karen G. Lloyd is the Wrigley Chair in Environmental Studies and Professor of Earth Sciences at the University of Southern California. Her work has appeared in leading publications such as Nature and Science. She is the author of Intraterrestrials: Discovering the Strangest Life on Earth.Episode Websitewww.creativeprocess.info/podInstagram:@creativeprocesspodcast

“It's really changed my view of what life is. So many of the things that we attribute to the trappings of life look like requirements, like oxygen and sunlight. All the things that humans would absolutely die without — they're not really necessary for life. Studying these things sort of breaks down what is necessary; what are the things that life has to have?”Karen G. Lloyd is the Wrigley Chair in Environmental Studies and Professor of Earth Sciences at the University of Southern California. Her work has appeared in leading publications such as Nature and Science. She is the author of Intraterrestrials: Discovering the Strangest Life on Earth.Episode Websitewww.creativeprocess.info/podInstagram:@creativeprocesspodcast

“It's really changed my view of what life is. So many of the things that we attribute to the trappings of life look like requirements, like oxygen and sunlight. All the things that humans would absolutely die without — they're not really necessary for life. Studying these things sort of breaks down what is necessary; what are the things that life has to have?”Karen G. Lloyd is the Wrigley Chair in Environmental Studies and Professor of Earth Sciences at the University of Southern California. Her work has appeared in leading publications such as Nature and Science. She is the author of Intraterrestrials: Discovering the Strangest Life on Earth.Episode Websitewww.creativeprocess.info/podInstagram:@creativeprocesspodcast

Teaching can feel like driving on autopilot - same route, same scenery, same old routine. So what happens when that journey starts to feel monotonous and uninspiring? In today's conversation, I dive deep into a feeling that every teacher experiences at some point: boredom. Whether you're an AP Biology teacher counting down to exam day or a Earth Science instructor trudging through yet another semester of the same curriculum, staleness can creep into even the most passionate teacher's classroom.I've been there, teaching multiple sections of general biology, repeating the same lessons over and over again, semester after semester. That's why I'm sharing eight practical strategies to reignite your teaching spark when your job feels stale. They worked for me, and I know they can work for you too! From considering a new course prep to collaborating with colleagues, investing in fresh resources, and shifting towards more student-centered approaches, these tips are designed to help you break out of your educational rut and rediscover the joy of teaching.➡️ Show Notes: https://itsnotrocketscienceclassroom.com/episode181Resources Mentioned:INRS PD CoursesLabs When Limited Virtual PD Course (free!)Core Values Mini-CourseTeach the Class Project Download your FREE Classroom Reset Challenge.Send me a DM on Instagram: @its.not.rocket.scienceSend me an email: rebecca@itsnotrocketscienceclassroom.com  Follow, rate, and review on Apple Podcasts.Related Episodes and Blog Posts:Episode 29, Student-Centered Pedagogy: What It IsEpisode 30, Student-Centered Pedagogy: Why Make the ShiftEpisode 31, Student-Centered Pedagogy: How to Do ItEpisode 32, Student-Centered Pedagogy: One Way to StartEpisode 72, Review Strategies for EOC, Benchmark, and AP ExamsEpisode 121, Burned Out? When It's Time to Make a Change Episode 153, How to Make Boring Topics More EngagingEpisode 166, How to Use Your Students to Work Smarter Rather Than Harder Save 25% off on ALL It's Not Rocket Science resources (and virtual PD courses)!!https://www.teacherspayteachers.com/store/its-not-rocket-science

“Diamonds are nonsense!” Hannah boldly proclaimed in a previous episode. But listener Guy is a diamond enthusiast, and he and his diamond-loving pals were NOT OKAY WITH THIS. He demanded we re-open the case, and here we are...SO in this glittering showdown, Dara is on a quest to flip Hannah's perspective from “meh” to “marvelous.” And for Hannah, some uncomfortable facts soon emerge. It turns out that diamonds are much more than just overpriced bling. They're the secret ingredient in all sorts of high-tech gadgets with a whole arsenal of little-known superpowers.Enter electrochemist Julie Macpherson, who blows Hannah's mind by showing how diamonds can slice through ice like butter, thanks to their unmatched ability to conduct heat. Not impressed yet? Physicist Mark Newton makes a diamond glow in the dark, using nothing but his phone flashlight. And that's just to start! These ultra-robust gems can scrub nasty chemicals from water, serve as supercharged electrodes, and even reveal deep-earth secrets locked away for billions of years. By the end of this episode, will Hannah finally admit diamonds are forever cool? Contributors:Charlie Bexfield - Gemmologist and diamond specialist Julie MacPherson - Professor of Chemistry at the University of Warwick Mark Newton - Professor of Physics at the University of Warwick Grahame Pearson - Professor of Earth Sciences from the University of AlbertaProducer: Ilan Goodman Executive Producer: Sasha Feachem A BBC Studios Audio Production