Podcasts about Oregon State University

When Gwen Trice dug into her family history, she learned that her father had come to Oregon from Arkansas in a boxcar to live and work in the logging town of Maxville.    Maxville was once one of the largest towns in the county. It had a post office, hotel, roundhouse and many homes. Nine decades later, a broken down railroad trestle and one building are the only remaining evidence of this company town. The Missouri-based Bowman-Hicks Lumber Company created it in 1923 to house loggers and their families. The company recruited experienced loggers, including immigrants, Native Americans, and Black men from southern states. This was at a time when Oregon’s constitution explicitly banned Black people from the state. Housing and schools were segregated in Maxville, but the workforce was integrated. Even after the town essentially closed down in 1933, some Black families, like Gwen’s, remained in Oregon.   You can watch the Oregon Experience documentary focused on Gwen Trice called “The Logger’s Daughter” here and find recent coverage of the archeology dig at Maxville here.   And there’s a new multimedia exhibit called “Maxville & Vanport: Hidden Histories of Everyday Life” at the Patricia Reser Center for the Arts on the Oregon State University campus in Corvallis February 27 through April 11, 2026.    Don’t forget to check out our many podcasts, which can be found on any of your favorite podcast apps: Hush Timber Wars Season 2: Salmon Wars Politics Now Think Out Loud And many more! Check out our full show list here.

A veritable gold rush appears to be opening up, not in the dusty hills of California but in the deep seabeds of the Pacific Ocean that’s being driven by an insatiable global demand of critical minerals that power our electric cars, smartphones, computer chips and more. While manganese, nickel, cobalt and other critical minerals are currently being mined on land, they could also be extracted by mining seabeds in locations like Gulf of Alaska seamounts or near the U.S. territories of American Samoa and the Mariana Islands.    Last April, President Trump issued an executive order directing federal agencies to fast-track the review and issuing of exploration licenses and commercial recovery permits for seabed minerals.   The Metals Company, based in Canada, has applied for an exploration license and commercial recovery permit in the Clarion-Clipperton Zone, a massive band of the Pacific Ocean stretching between Hawai’i and Mexico that is thought to be rich in deposits of critical minerals. Last May, the Bureau of Ocean Energy Management approved a request from California-based Impossible Metals to begin a leasing process to explore for deep-sea minerals off the coast of American Samoa.  Despite these companies’ claims that deep-sea mining is a more ethical and environmental alternative to terrestrial mining, it is rife with uncertainty and poses grave risks to the health and biodiversity of the deep ocean, according to Astrid Leitner, an oceanographer and assistant professor in the College of Earth, Ocean and Atmospheric Sciences at Oregon State University. She joins us to share more details, including the research she has done on deep sea ecosystems in areas the Trump administration is now interested in opening up to mining.

How Taiwan rose to global prominence in high tech manufacturing, from computer maker to the world's leading chip manufacturer. How did Taiwan, a former Japanese colony and the last fortress of the defeated Chinese Nationalists, ascend to such heights in high-tech manufacturing? In Island Tinkerers: Innovation and Transformation in the Making of Taiwan's Computing Industry (MIT Press, 2024), Honghong Tinn tells the critical history of how hobbyists and enthusiasts in Taiwan, including engineers, technologists, technocrats, computer users, and engineers-turned-entrepreneurs, helped transform the country with their hands-on engagement with computers. Rather than engaging in wholesale imitation of US sources, she explains, these technologists tinkered with imported computing technology and experimented with manufacturing their own versions, resulting in their own brand of successful innovation. Defying the stereotype of “the West innovates, and the East imitates,” Tinn tells the story of Taiwanese technologists' efforts over the past six decades. Beginning in the 1960s, they grappled with the “black-boxed” computers that were newly available through international technical-aid programs. Shortly after, multinational corporations that outsourced transistor and integrated circuit assembly overseas began employing Taiwanese engineers and factory workers. Island tinkerers developed strategies to adapt, modify, assemble, and work with computers in an inventive manner. It was through this creative and ingenious tinkering with computers that they were able to gain a better understanding of the technology, opening the door to future manufacturing endeavors that now include Acer, Foxconn, Asus, and Taiwan Semiconductor Manufacturing Company (TSMC). Honghong Tinn is Assistant Professor in the Program in the History of Science, Technology, and Medicine and the Department of Electrical and Computer Engineering at the University of Minnesota, Twin Cities. Li-Ping Chen is a visiting scholar in the Department of East Asian Languages and Cultures at the University of Southern California. Her research interests include literary translingualism, diaspora, and nativism in Sinophone, inter-Asian, and transpacific contexts. Li-Ping's NBN episodes on Taiwan Studies are supported by the Chun and Jane Chiu Family Foundation Taiwan Studies Program at Oregon State University. Relevant Links: Open Access for Island Tinkerers here Island Tinkerers' Book Talk with Honghong Tinn here Chinese language translation of Island Tinkerers 科技造浪者: 一部奇蹟般的台灣科技產業史，揭開全球都想知道的人脈網絡 here Fly up with Love (1978) here “Labour and (De)Industrialisation in East Asia” in Gateway To Global China Podcast here Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/new-books-network

How Taiwan rose to global prominence in high tech manufacturing, from computer maker to the world's leading chip manufacturer. How did Taiwan, a former Japanese colony and the last fortress of the defeated Chinese Nationalists, ascend to such heights in high-tech manufacturing? In Island Tinkerers: Innovation and Transformation in the Making of Taiwan's Computing Industry (MIT Press, 2024), Honghong Tinn tells the critical history of how hobbyists and enthusiasts in Taiwan, including engineers, technologists, technocrats, computer users, and engineers-turned-entrepreneurs, helped transform the country with their hands-on engagement with computers. Rather than engaging in wholesale imitation of US sources, she explains, these technologists tinkered with imported computing technology and experimented with manufacturing their own versions, resulting in their own brand of successful innovation. Defying the stereotype of “the West innovates, and the East imitates,” Tinn tells the story of Taiwanese technologists' efforts over the past six decades. Beginning in the 1960s, they grappled with the “black-boxed” computers that were newly available through international technical-aid programs. Shortly after, multinational corporations that outsourced transistor and integrated circuit assembly overseas began employing Taiwanese engineers and factory workers. Island tinkerers developed strategies to adapt, modify, assemble, and work with computers in an inventive manner. It was through this creative and ingenious tinkering with computers that they were able to gain a better understanding of the technology, opening the door to future manufacturing endeavors that now include Acer, Foxconn, Asus, and Taiwan Semiconductor Manufacturing Company (TSMC). Honghong Tinn is Assistant Professor in the Program in the History of Science, Technology, and Medicine and the Department of Electrical and Computer Engineering at the University of Minnesota, Twin Cities. Li-Ping Chen is a visiting scholar in the Department of East Asian Languages and Cultures at the University of Southern California. Her research interests include literary translingualism, diaspora, and nativism in Sinophone, inter-Asian, and transpacific contexts. Li-Ping's NBN episodes on Taiwan Studies are supported by the Chun and Jane Chiu Family Foundation Taiwan Studies Program at Oregon State University. Relevant Links: Open Access for Island Tinkerers here Island Tinkerers' Book Talk with Honghong Tinn here Chinese language translation of Island Tinkerers 科技造浪者: 一部奇蹟般的台灣科技產業史，揭開全球都想知道的人脈網絡 here Fly up with Love (1978) here “Labour and (De)Industrialisation in East Asia” in Gateway To Global China Podcast here Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/east-asian-studies

Natalia Schulzhenko, a professor of veterinary medicine at Oregon State University, offers insight into encouraging research that can extend the life of dogs with cancer.

How Taiwan rose to global prominence in high tech manufacturing, from computer maker to the world's leading chip manufacturer. How did Taiwan, a former Japanese colony and the last fortress of the defeated Chinese Nationalists, ascend to such heights in high-tech manufacturing? In Island Tinkerers: Innovation and Transformation in the Making of Taiwan's Computing Industry (MIT Press, 2024), Honghong Tinn tells the critical history of how hobbyists and enthusiasts in Taiwan, including engineers, technologists, technocrats, computer users, and engineers-turned-entrepreneurs, helped transform the country with their hands-on engagement with computers. Rather than engaging in wholesale imitation of US sources, she explains, these technologists tinkered with imported computing technology and experimented with manufacturing their own versions, resulting in their own brand of successful innovation. Defying the stereotype of “the West innovates, and the East imitates,” Tinn tells the story of Taiwanese technologists' efforts over the past six decades. Beginning in the 1960s, they grappled with the “black-boxed” computers that were newly available through international technical-aid programs. Shortly after, multinational corporations that outsourced transistor and integrated circuit assembly overseas began employing Taiwanese engineers and factory workers. Island tinkerers developed strategies to adapt, modify, assemble, and work with computers in an inventive manner. It was through this creative and ingenious tinkering with computers that they were able to gain a better understanding of the technology, opening the door to future manufacturing endeavors that now include Acer, Foxconn, Asus, and Taiwan Semiconductor Manufacturing Company (TSMC). Honghong Tinn is Assistant Professor in the Program in the History of Science, Technology, and Medicine and the Department of Electrical and Computer Engineering at the University of Minnesota, Twin Cities. Li-Ping Chen is a visiting scholar in the Department of East Asian Languages and Cultures at the University of Southern California. Her research interests include literary translingualism, diaspora, and nativism in Sinophone, inter-Asian, and transpacific contexts. Li-Ping's NBN episodes on Taiwan Studies are supported by the Chun and Jane Chiu Family Foundation Taiwan Studies Program at Oregon State University. Relevant Links: Open Access for Island Tinkerers here Island Tinkerers' Book Talk with Honghong Tinn here Chinese language translation of Island Tinkerers 科技造浪者: 一部奇蹟般的台灣科技產業史，揭開全球都想知道的人脈網絡 here Fly up with Love (1978) here “Labour and (De)Industrialisation in East Asia” in Gateway To Global China Podcast here Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/science-technology-and-society

How Taiwan rose to global prominence in high tech manufacturing, from computer maker to the world's leading chip manufacturer. How did Taiwan, a former Japanese colony and the last fortress of the defeated Chinese Nationalists, ascend to such heights in high-tech manufacturing? In Island Tinkerers: Innovation and Transformation in the Making of Taiwan's Computing Industry (MIT Press, 2024), Honghong Tinn tells the critical history of how hobbyists and enthusiasts in Taiwan, including engineers, technologists, technocrats, computer users, and engineers-turned-entrepreneurs, helped transform the country with their hands-on engagement with computers. Rather than engaging in wholesale imitation of US sources, she explains, these technologists tinkered with imported computing technology and experimented with manufacturing their own versions, resulting in their own brand of successful innovation. Defying the stereotype of “the West innovates, and the East imitates,” Tinn tells the story of Taiwanese technologists' efforts over the past six decades. Beginning in the 1960s, they grappled with the “black-boxed” computers that were newly available through international technical-aid programs. Shortly after, multinational corporations that outsourced transistor and integrated circuit assembly overseas began employing Taiwanese engineers and factory workers. Island tinkerers developed strategies to adapt, modify, assemble, and work with computers in an inventive manner. It was through this creative and ingenious tinkering with computers that they were able to gain a better understanding of the technology, opening the door to future manufacturing endeavors that now include Acer, Foxconn, Asus, and Taiwan Semiconductor Manufacturing Company (TSMC). Honghong Tinn is Assistant Professor in the Program in the History of Science, Technology, and Medicine and the Department of Electrical and Computer Engineering at the University of Minnesota, Twin Cities. Li-Ping Chen is a visiting scholar in the Department of East Asian Languages and Cultures at the University of Southern California. Her research interests include literary translingualism, diaspora, and nativism in Sinophone, inter-Asian, and transpacific contexts. Li-Ping's NBN episodes on Taiwan Studies are supported by the Chun and Jane Chiu Family Foundation Taiwan Studies Program at Oregon State University. Relevant Links: Open Access for Island Tinkerers here Island Tinkerers' Book Talk with Honghong Tinn here Chinese language translation of Island Tinkerers 科技造浪者: 一部奇蹟般的台灣科技產業史，揭開全球都想知道的人脈網絡 here Fly up with Love (1978) here “Labour and (De)Industrialisation in East Asia” in Gateway To Global China Podcast here Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/technology

In this episode of Two Bees in a Podcast, Amy Vu and Dr. Jamie Ellis discuss the micronutrient requirements of honey bees with Dr. Ramesh Sagili, Professor of Apiculture at Oregon State University. This episode ends with a Q&A segment. Check out our website: www.ufhoneybee.com for additional resources from today's episode. 

College newspapers are often on shoestring budget, and at the same time they’re a vitally important source of information — especially for their student readers. At the University of Oregon’s The Daily Emerald and Portland State University’s The Vanguard, reporters have been tear-gassed while covering immigration protests. Though reporters at Oregon State University’s The Daily Barometer have not faced that challenge, the editor-in-chief says the paper would like to be prepared for that situation if it arises. All three papers also cover stories in the community that affect the campus. Managing these competing priorities with limited resources can be a major challenge. We get more details from the editors-in-chief at the University of Oregon, Oregon State University and Portland State University: Tarek Anthony, Jenna Benson and Noah Carandanis.

Honoring a soil building heroIn this rebroadcast of Episode 185, Greg honors the late Dr. Elaine Ingham, a global leader in soil biology and founder of Soil Food Web Inc. Dr. Ingham shares her journey from childhood microbiology lessons to groundbreaking research on the soil food web. The episode explores composting, soil biology, succession, and how restoring microbial life can regenerate ecosystems and dramatically increase yields.Our Guest: Dr. Elaine Ingham is the Founder, President and Director of Research for Soil Foodweb Inc., a business that grew out of her Oregon State University research program. Behind her user-friendly approach to soil lies a wealth of knowledge gained from years of research into the organisms which make up the soil food web. Her goal is to translate this knowledge into actions that ensure a healthy food web that promotes plant growth and reduces reliance on inorganic chemicals. Elaine also offers a pioneering vision for sustainable farming, improving our current soils to a healthier state, without damaging any other ecosystem. In her spare time, Elaine publishes scientific papers, writes book chapters and gives talks at symposia around the world.Key TopicsElaine InghamSoil Food Web IncOregon State UniversityEnvironmental Protection AgencyUniversity of GeorgiaColorado State UniversityUnited NationsMonsantoSoil food web (bacteria, fungi, protozoa, nematodes, microarthropods)Genetically engineered Klebsiella planticolaBiosafety protocol debateEcological succession and weedsComposting (thermal, vermicomposting, static)Soil microbiome and human health connectionKey Questions AnsweredHow did Dr. Elaine Ingham begin her journey into soil microbiology?Introduced to microscopes at age six by her veterinarian father, she developed early scientific curiosity. After deciding against medical school, she pursued microbiology, earning graduate degrees at Colorado State University and building foundational methodologies for quantifying soil organisms.What is the soil food web, and why does it matter?The soil food web is the complex community of bacteria, fungi, protozoa, nematodes, and microarthropods that cycle nutrients, protect plants, and build soil structure. Without this biology, plants cannot thrive, and chemical dependency increases.What happened in the EPA experiment involving genetically engineered bacteria?Dr. Ingham and her graduate student tested a genetically engineered strain of Klebsiella planticola designed to produce alcohol from crop residues. In controlled soil experiments, the engineered bacteria killed all terrestrial plants by producing toxic alcohol concentrations at...

Pairwise: https://www.pairwise.com/FoA 412: 'Biological' Is Not A Category (it's the future of agriculture)I'm excited to share today's episode with you. I've wanted to get Tom Adams back on the show ever since I had the chance to interview him at World Agritech a couple of years ago. That interview was included on episode 412 of this podcast titled “Biological is not a Category”. The work Pairwise is doing is mind boggling to me. Using CRISPR and the latest in gene editing tools, they have built a platform to enable plant breeders to make very precise changes to the genome of a plant to give farmers and consumers more of what they want. Now this is different from genetic modification or GMOs because they are not inserting foreign genes into the plant. In fact, they are doing the exact same thing that plant breeders have done for over a century, they are just able to do it in an extremely precise way. On another podcast that I host, Agriscience Explained, Corteva's Reza Rasoulpour explained natural breeding as wanting to change one word in a book by just combining all of the pages of two different books and hoping that word changes. Versus gene editing just going in and changing that one word in the book. I thought that was a good comparison. So Tom and his team are bringing this technology to agriculture by working with seed companies and other partners in a variety of use cases, many of which we'll discuss today. A little background on Tom: Dr. Tom Adams co-founded Pairwise and serves as Chief Executive Officer. Tom has over 25 years of leadership experience heading up biotechnology for global companies, serving most recently as Vice President of Global Biotechnology at Monsanto where he led the team developing a broad range of innovative products. Tom wanted to realize the possibilities of CRISPR and gene editing in plants, and co-founded Pairwise to realize this potential in a mission-based environment. Formerly a faculty member at Texas A&M University, Tom holds a PhD in microbiology and plant science from Michigan State University and a BS in botany and plant pathology from Oregon State University. Tom and I talk about Pairwise's continued work in this area, some of the cool developments that are under way, some of their strategic decisions like going the partnership route rather than being the seed company themselves, a little bit more about how the technology works, how this changes the game and who captures the value.

The Great Simplification with Nate Hagens ✓ Claim : Read the notes at at podcastnotes.org. Don't forget to subscribe for free to our newsletter, the top 10 ideas of the week, every Monday --------- With grocery prices skyrocketing and supply chain disruptions becoming more frequent, the average person has more and more incentive to get involved in growing their own food – but how does one even get started? For most people, the time, money, knowledge, and land remain out of reach in order to learn even the basics of agriculture. What kind of options are available for individuals who want to reclaim their food sovereignty – and subsequently become more connected with the Earth and like-minded people?  In this episode, Nate is joined by biologist and farmer Jason Bradford, to discuss his 'Farming Club,' which offers hands-on learning for ecologically based agriculture, where members also get to take home food and build a relationship with the land. Jason explains why industrial agriculture, optimized for financial returns and machine efficiency while ignoring ecological costs, makes it almost impossible to become a successful small-scale farmer in today's economy. The Farming Club's model provides a way for people to maintain their jobs while building the knowledge, skills, and community connections needed for a lower-throughput future.  How could reinvigorating farming culture provide an avenue to real skills and purpose to the next generation, especially for young men? How could the farming club model be replicated across the country, sparking small rural movements everywhere? And how could thousands of ideas and initiatives like these act as safety nets for individuals and communities as we transition to a more simplified society? (Conversation recorded on December 4th, 2025)     About Jason Bradford: Jason co-manages a Community Supported Agriculture program with the Organic Growers Club at Oregon State University, where he practices land stewardship methods and cultivates community rooted in ecologically-based agricultural practices. Prior to his switch to agriculture, he was a research biologist studying evolution, ecology, and global change. Additionally, Jason has been affiliated with the Post Carbon Institute since 2004, first as a Fellow and then as Board President. He is currently a co-host of the Crazy Town podcast, as well as a writer for Resilience.org. Additionally, in 2019, he authored The Future is Rural: Food System Adaptations to the Great Simplification.   Show Notes and More   Watch this video episode on YouTube   Want to learn the broad overview of The Great Simplification in 30 minutes? Watch our Animated Movie.   ---   Support The Institute for the Study of Energy and Our Future   Join our Substack newsletter   Join our Hylo channel and connect with other listeners  

With grocery prices skyrocketing and supply chain disruptions becoming more frequent, the average person has more and more incentive to get involved in growing their own food – but how does one even get started? For most people, the time, money, knowledge, and land remain out of reach in order to learn even the basics of agriculture. What kind of options are available for individuals who want to reclaim their food sovereignty – and subsequently become more connected with the Earth and like-minded people?  In this episode, Nate is joined by biologist and farmer Jason Bradford, to discuss his 'Farming Club,' which offers hands-on learning for ecologically based agriculture, where members also get to take home food and build a relationship with the land. Jason explains why industrial agriculture, optimized for financial returns and machine efficiency while ignoring ecological costs, makes it almost impossible to become a successful small-scale farmer in today's economy. The Farming Club's model provides a way for people to maintain their jobs while building the knowledge, skills, and community connections needed for a lower-throughput future.  How could reinvigorating farming culture provide an avenue to real skills and purpose to the next generation, especially for young men? How could the farming club model be replicated across the country, sparking small rural movements everywhere? And how could thousands of ideas and initiatives like these act as safety nets for individuals and communities as we transition to a more simplified society? (Conversation recorded on December 4th, 2025)     About Jason Bradford: Jason co-manages a Community Supported Agriculture program with the Organic Growers Club at Oregon State University, where he practices land stewardship methods and cultivates community rooted in ecologically-based agricultural practices. Prior to his switch to agriculture, he was a research biologist studying evolution, ecology, and global change. Additionally, Jason has been affiliated with the Post Carbon Institute since 2004, first as a Fellow and then as Board President. He is currently a co-host of the Crazy Town podcast, as well as a writer for Resilience.org. Additionally, in 2019, he authored The Future is Rural: Food System Adaptations to the Great Simplification.   Show Notes and More   Watch this video episode on YouTube   Want to learn the broad overview of The Great Simplification in 30 minutes? Watch our Animated Movie.   ---   Support The Institute for the Study of Energy and Our Future   Join our Substack newsletter   Join our Hylo channel and connect with other listeners  

Oregon State University professor, Olena Taratula, led a team of medical researchers in the discovery of nanoparticles that can be in a less-invasive treatment of melanoma tumors.

Have you ever wondered what it would be like to be afraid of the very foods that are supposed to nourish you because no matter what it is you eat, you get violently ill? To be told “You look healthy”, “Drink more water”, “Sounds like stress” by doctor after doctor so many times that you start to question your own sanity? To lose your job due to your inability to tell your new employer the reason why you're sick all the time — an answer you yourself will not get for another three years? Jamie Zimmerman Endometriosis affects 1 in 10 women, yet it remains widely misunderstood and severely under-researched. This week on Pushing Limits, we take a deep dive into the life of Jamie Zimmerman, who was only recently diagnosed but has been living with endometriosis symptoms for most of her life. Join us as Jamie shares her journey to diagnosis, the challenges of being believed, and what living with endometriosis really looks like. She is a disability advocate, a yoga teacher, Development Director at a nonprofit organization in Portland, Maine supporting, empowering, and amplifying the voices of immigrant women, but would likely most identify with the role of writer. Her essays, some of which are about her chronic illness journey, have been published in multiple journals. Jamie holds a Master of Fine Arts in Creative Writing from Oregon State University, a Master of Science in Applied Gerontology, and a Bachelor of Science in Kinesiology. This program was produced and hosted by Bonnie Elliott. Interview and recording assistance were provided by Jacob Lesner-Buxton. Editing was done by Denny Daughters and Dominick Trevethan. The post The Endo Game – Pushing Limits – February 13, 2026 appeared first on KPFA.

In 2024, Oregon State University assistant professor of psychology Steven Sanders created a scale to measure toxic masculinity. Researchers say for masculine behavior to be deemed as “toxic,” it  must be damaging to the person or people around them. But why should we study this? What impacts does it have in our society? Sanders joins us to answer these questions and more.

This week, Alanna speaks with Janelle Layton, a MS/PHD student at Oregon State University about her multi-faceted research on the famous grouper spawning aggregations of Little Cayman. Listen to this week's episode to hear more about Nassau, Tiger, and Yellowfin grouper, as well as learn about some of the unique methods that Janelle uses in her work, such as heat shock protein analysis and bomb calorimetry.    Main point: "Communication is important."   Find Janelle via her website janellemonetlayton.com, Instagram (@janelle_monet_), TikTok (@janellemonet_) or Bluesky (janellemonet.bsky.social)   Get in touch with us! The Fisheries Podcast is on Facebook, X, Instagram, Threads, and Bluesky: @FisheriesPod  Become a Patron of the show: https://www.patreon.com/FisheriesPodcast Buy podcast shirts, hoodies, stickers, and more: https://teespring.com/stores/the-fisheries-podcast-fan-shop Thanks as always to Andrew Gialanella for the fantastic intro/outro music. The Fisheries Podcast is a completely independent podcast, not affiliated with a larger organization or entity. Reference to any specific product or entity does not constitute an endorsement or recommendation by the podcast. The views expressed by guests are their own and their appearance on the program does not imply an endorsement of them or any entity they represent. Views and opinions expressed by the hosts are those of that individual and do not necessarily reflect the view of any entity with those individuals are affiliated in other capacities (such as employers).  

Carla Hoʻā is vice president for finance and administration and chief financial officer at Oregon State University in Corvallis, Oregon. In this episode, Hoʻā joins host Melissa Farley to talk about building organizational resilience, leading through complexity, and transforming higher education through relationship-centered leadership. "The role of the CBO has changed over time... moving from a more transactional leadership to a strategic level of leadership," Hoʻā says. She emphasizes that modern higher education finance leaders must be catalysts who get out of their offices to find paths forward for their organizations. "We cannot be passive leaders in this space. We have to be catalysts for our organizations." Join us for a conversation with Hoʻā as she discusses navigating institutional scale, implementing AI in administrative systems, building trust through shared governance, and creating lasting organizational impact through people-centered leadership. Links Check out NACUBO's other podcasts! Career Conversations NACUBO in Brief

Oregon State University scientist Jane Lubchenco played a key role in developing the United Nations High Seas Treaty on ocean conservation.

A vast amount of our built environment is made of concrete. It’s largely affordable, durable and easy to make. It’s also responsible, by some estimates, for roughly 8% of global CO2 emissions.   But the U.S. is also facing a significant housing demand shortage, and since concrete is one of the primary building materials for houses and apartments, scientists are working to make it more sustainable to produce.   Late last year, a research lab at Oregon State University made a breakthrough when they created a more environmentally friendly concrete derived from soil instead of cement. Besides emitting less CO2 during production, it’s strong, dries fast and it can be 3D printed more rapidly.   Devin Roach is an assistant professor of manufacturing and mechanical engineering at OSU. He joins us to share more about how the concrete was made, why it’s useful and the possibilities for commercial use.  

If a 10-billion-ton hunk of glacial ice falls into the arctic ocean and no one is around to hear it, does it make a sound?   Erin Pettit and researchers at Oregon State University were set to find out.   They’ve been studying melting glaciers by dropping hydrophones — specialized underwater microphones — into the water near these massive ice formations. It turns out, glacial ice has a surprising song: Hissing, popping and sizzling of pressurized bubbles bursting, and low rumbling and crackling of glacial calving events. Some of these distinct noises can tell researchers how the formations have changed over time.   Pettit joins us to discuss her research and show us some of the sounds of glaciers she’s collected.  

The Native American Graves Protection and Repatriation Act, or NAGPRA, requires museums, universities and other institutions that receive federal funding to return Native American ancestral remains and cultural items to their original tribes. Though the law passed nearly 35 years ago, many institutions have failed to fulfill its requirements.     Oregon State University recently opened a new facility designed to advance its NAGPRA obligations. The two buildings house a records room, a laboratory and a space to consult with tribal members as they move through the repatriation process. The new buildings are also better equipped than the old facility to store cultural items and remains of tribal ancestors awaiting return.   Dawn Marie Alapisco is the director of the NAGPRA Office within OSU’s Office of Institutional Diversity. She joins us to share more about the new facility and how institutions should be approaching their NAGPRA requirements.

Could your favorite wine survive a wildfire? Well, Dr. Elizabeth Tomasino, professor at Oregon State University's College of Agricultural Sciences, is working on a solution to save Kennedy's beloved pinot noir.  Dr. Tomasino explains the science behind why smoke makes grapes taste "ashy" and what researchers are doing to save future vintages. Kennedy Now Available on YouTube: ⁠ ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.youtube.com/@KennedySavestheWorld⁠⁠⁠ Follow on TikTok: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.tiktok.com/@kennedy_foxnews⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Join Kennedy for Happy Hour on Fridays! ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://youtube.com/playlist?list=PLWlNiiSXX4BNUbXM5X8KkYbDepFgUIVZj⁠⁠⁠ Learn more about your ad choices. Visit podcastchoices.com/adchoices

This interview is with Ryan Clifford of Alloro Vineyard and The Allison. Ryan talks about his early life growing up in Detroit, Michigan, where he developed interests in biology, animals, and aquarium science, which later influenced in his interest in wine. Next, Ryan discusses his education and career path, including attending the American Academy of Dramatic Arts in New York City, moving to Portland, Oregon and studying wine at Chemeketa Community College, transferring to Oregon State University, and completing the WSET coursework at Linfield University.Ryan also talks about his first harvest experience in the Willamette Valley, the pandemic and how it caused him to move back to Michigan, interrupting an internship, and eventually moving back to Oregon for a job at Élevée. He now works as an assistant winemaker for Alloro Vineyard and at The Allison as a sommelier for Jory.This interview was conducted by Rich Schmidt at Alloro Vineyard in Sherwood, Oregon on January 6, 2026.

The very latest developments in the world of Earth science with Roland Pease, recorded at the American Geophysical Union (AGU) meeting in New Orleans, where thousands of Earth, atmospheric, glacial, ocean and hydrologic scientists come together to promote discovery in Earth science for the benefit of humanity.Twenty years on, we discuss the enduring lessons from the Hurricane Katrina disaster of 2005, hearing from Lieutenant General Russel Honoré who led the military relief effort, and Roland speaks to Jill Trepanier, hurricane climatologist from Louisiana State University. We also hear about the mouth of the Mississippi River, known as the Bird's Foot Delta, south of New Orleans. Carol Wilson, assistant professor in the Department of Geology and Geophysics at Louisiana State University, tells us how important these wetlands are as storm protections, yet they're under threat from sea level rise and lack of sediment.Roland takes a look at fifty-thousand-year-old Antarctic ice whilst speaking to Ed Brook, Professor at Oregon State University and director of COLDEX (Center for Oldest Ice Exploration), whose team is searching for ice which is potentially ten million years old. And he speaks to Allison Chartrand, assistant research scientist at the University of Maryland and NASA Goddard Space Flight Center, who has been working to reveal the hidden landscapes of Greenland under the ice. And Bob Hazen, scientist at the Carnegie Science Earth & Planets Laboratory, takes us back to the origins of life on Earth. He is investigating rocks which could be over four billion years old and may contain molecular fragments of ancient life.Presenter: Roland Pease Producer: Jonathan Blackwell

Corey Zumar is a Product Manager at Databricks, working on MLflow and LLM evaluation, tracing, and lifecycle tooling for generative AI.Jules Damji is a Lead Developer Advocate at Databricks, working on Spark, lakehouse technologies, and developer education across the data and AI community.Danny Chiao is an Engineering Leader at Databricks, working on data and AI observability, quality, and production-grade governance for ML and agent systems.MLflow Leading Open Source // MLOps Podcast #356 with Databricks' Corey Zumar, Jules Damji, and Danny ChiaoJoin the Community: https://go.mlops.community/YTJoinInGet the newsletter: https://go.mlops.community/YTNewsletterShoutout to Databricks for powering this MLOps Podcast episode.// AbstractMLflow isn't just for data scientists anymore—and pretending it is is holding teams back. Corey Zumar, Jules Damji, and Danny Chiao break down how MLflow is being rebuilt for GenAI, agents, and real production systems where evals are messy, memory is risky, and governance actually matters. The takeaway: if your AI stack treats agents like fancy chatbots or splits ML and software tooling, you're already behind.// BioCorey ZumarCorey has been working as a Software Engineer at Databricks for the last 4 years and has been an active contributor to and maintainer of MLflow since its first release. Jules Damji Jules is a developer advocate at Databricks Inc., an MLflow and Apache Spark™ contributor, and Learning Spark, 2nd Edition coauthor. He is a hands-on developer with over 25 years of experience. He has worked at leading companies, such as Sun Microsystems, Netscape, @Home, Opsware/LoudCloud, VeriSign, ProQuest, Hortonworks, Anyscale, and Databricks, building large-scale distributed systems. He holds a B.Sc. and M.Sc. in computer science (from Oregon State University and Cal State, Chico, respectively) and an MA in political advocacy and communication (from Johns Hopkins University)Danny ChiaoDanny is an engineering lead at Databricks, leading efforts around data observability (quality, data classification). Previously, Danny led efforts at Tecton (+ Feast, an open source feature store) and Google to build ML infrastructure and large-scale ML-powered features. Danny holds a Bachelor's Degree in Computer Science from MIT.// Related LinksWebsite: https://mlflow.org/https://www.databricks.com/~~~~~~~~ ✌️Connect With Us ✌️ ~~~~~~~Catch all episodes, blogs, newsletters, and more: https://go.mlops.community/TYExploreJoin our Slack community [https://go.mlops.community/slack]Follow us on X/Twitter [@mlopscommunity](https://x.com/mlopscommunity) or [LinkedIn](https://go.mlops.community/linkedin)] Sign up for the next meetup: [https://go.mlops.community/register]MLOps Swag/Merch: [https://shop.mlops.community/]Connect with Demetrios on LinkedIn: /dpbrinkmConnect with Corey on LinkedIn: /corey-zumar/Connect with Jules on LinkedIn: /dmatrix/Connect with Danny on LinkedIn: /danny-chiao/Timestamps:[00:00] MLflow Open Source Focus[00:49] MLflow Agents in Production[00:00] AI UX Design Patterns[12:19] Context Management in Chat[19:24] Human Feedback in MLflow[24:37] Prompt Entropy and Optimization[30:55] Evolving MLFlow Personas[36:27] Persona Expansion vs Separation[47:27] Product Ecosystem Design[54:03] PII vs Business Sensitivity[57:51] Wrap up

We all hear a lot about the need to significantly scale up our forest adaptation and resilience work—that is, thinning, replanting, prescribed burning and other tasks that are essential in preparing for and recovering from wildfire.But what's often lost in this conversation is *who* is doing this work, and the future of that—at times, fraught—workforce in the face of increasing ecosystem needs in the West. It's one thing to say we need to get something done, but another thing entirely to know where that work is coming from, and the conditions those workers are facing. How can we ensure these folks are supported and being treated equitably in often unsafe, fast-paced and high-exposure jobs?In the Pacific Northwest, a not-insignificant portion of forestry sector workers are Latino, many on H2B visas, which are temporary, non-agricultural working visas. Today's guest Emily Jane (E.J) Davis—along with co-authors Carl Wilmse, Manuel Machado and Gianna Alessi—aimed to learn more about these workers in a paper published in 2023 called Multiple Stories, Multiple Marginalities: The Labor Intensive Forest and Fire Stewardship Workforce in Oregon. What they found is that this type of employment leaves workers vulnerable to exploitative labor practices and working conditions, a lack of training and resources that result in critical leadership and safety gaps on site, and a lack of power or ability to organize or unionize to improve conditions. Recent ramping up of immigration enforcement is also having an impact on this workforce, as evidenced by the DHS raid on a fire in Washington State this summer. Rigoberto Hernandez Hernandez, one of the two firefighters who were detained, was released four weeks later. The other—José Bertín Cruz-Estrada, who'd worked in fire since 2019 but was undocumented—was deported to Mexico after two months of detainment.  Both worked on Oregon-based contract fire crews. In this episode, EJ—who is an associate professor at Oregon State University and the fire program director for the OSU extension—and I dive more deeply into some of the key takeaways of her research, some of the practical applications of that research through her extension position, and what the future of this research looks like. We discussed labor issues more broadly in the forestry and fire workforces, and how these challenges are often amplified considerably for marginalized communities in these positions, and particularly for the Latino workforce. E.J.'s biggest takeaway? If we truly hope to increase forest treatments and recovery work to the scale needed to make a meaningful difference, we need to not only acknowledge the challenges of the folks who are actually doing that work, but do everything we can to address those challenges and develop a more sustainable forest sector workforce for the work that awaits us.

In this episode of The Dairy Nutrition Blackbelt Podcast, Dr. Massimo Bionaz explores the potential of hemp byproducts in dairy cattle nutrition. He shares insights on the nutritional potential of hemp-derived byproducts, challenges related to compound residues in animal feed, how regulatory frameworks influence feed innovation, and the future of feed trials. Discover what current research reveals and what still needs to be addressed before hemp can enter ruminant diets legally. Listen now on all major platforms!"Spent hemp biomass has a nutrient profile comparable to alfalfa, making it a potentially valuable feed ingredient."Meet the guest: Dr. Massimo Bionaz earned his Ph.D. in Dairy Husbandry and Production from the Catholic University of the Sacred Heart in Italy, where he studied liver function and inflammation in dairy cows. He is currently an Associate Professor at Oregon State University, focusing on nutrigenomics, byproducts as feed, and dairy cow welfare.Click here to read the full research article!Liked this one? Don't stop now — Here's what we think you'll love!What will you learn: (00:00) Highlight(01:22) Introduction(02:02) Legal status explained(04:22) Nutritional profile insights(05:05) Residual compound concerns(06:50) Research insights(10:49) Residue data(14:20) Closing thoughtsThe Dairy Nutrition Blackbelt Podcast is trusted and supported by the innovative companies:* Kemin* Adisseo* Fortiva* Barentz- Virtus Nutrition- DietForge

Devin Roach is an assistant professor at Oregon State University and director of the Versatile Advanced Manufacturing lab at Oregon State. His team developed a concrete substitute.

Dr. DebWhat if I told you that the stomach acid medication you’re taking for heartburn is actually causing the problem it’s supposed to solve that your doctor learned virtually nothing about nutrition, despite spending 8 years in medical school. That the very system claiming to heal you was deliberately designed over a hundred years ago by an oil tycoon, John D. Rockefeller, to create lifelong customers, not healthy people. Last week a patient spent thousands of dollars on tests and treatments for acid reflux, only to discover she needed more stomach acid, not less. The medication keeping her sick was designed to do exactly that. Today we’re exposing the greatest medical deception in modern history, how a petroleum empire systematically destroyed natural healing wisdom turned medicine into a profit machine. And why the treatments, keeping millions sick were engineered that way from the beginning. This isn’t about conspiracy theories. This is a documented history that explains why you feel so lost about your own body’s needs welcome back to let’s talk wellness. Now the show where we uncover the root causes of chronic illness, explore cutting edge regenerative medicine, and empower you with the tools to heal. I’m Dr. Deb. And today we’re diving into how the Rockefeller Medical Empire systematically destroyed natural healing wisdom and replaced it with profit driven systems that keeps you dependent on treatments instead of achieving true health. If you or someone you love has been running to the doctor for every minor ailment, taking acid blockers that seem to make digestive problems worse, or feeling confused about basic body functions that our ancestors understood instinctively. This episode is for you. So, as usual, grab a cup of coffee, tea, or whatever helps you unwind. Settle in and let’s get started on your journey to reclaiming your health sovereignty all right. So here we are talking about the Rockefeller Medical Revolution. Now, what if your symptoms aren’t true diagnosis, but rather the predictable result of a medical system designed over a hundred years ago to create lifelong customers instead of healthy people. Now I learned this when I was in naturopathic school over 20 years ago. And it hasn’t been talked about a lot until recently. Recently. People are exposing the truth about what actually happened in our medical system. And today I want to take you back to the early 19 hundreds to understand how we lost the basic health wisdom that sustained humanity for thousands of years. Yes, I said that thousands of years. This isn’t conspiracy theory. This is documented history. That explains why you feel so lost when it comes to your own body’s needs. You know by the turn of the 20th century. According to meridian health Clinic’s documentation. Rockefeller controlled 90% of all petroleum refineries in America and through ownership of the Standard Oil Corporation. But Rockefeller saw an opportunity that went far beyond oil. He recognized that petrochemicals could be the foundation for a completely new medical system. And here’s what most people don’t know. Natural and herbal medicines were very popular in America during the early 19 hundreds. According to Staywell, Copper’s historical analysis, almost one half of medical colleges and doctors in America were practicing holistic medicine, using extensive knowledge from Europe and native American traditions. People understood that food was medicine, that the body had natural healing mechanisms, and that supporting these mechanisms was the key to health. But there was a problem with the Rockefeller’s business plan. Natural medicines couldn’t be patented. They couldn’t make a lot of money off of them, because they couldn’t hold a patent. Petrochemicals, however, could be patented, could be owned, and could be sold for high profits. So Rockefeller and Andrew Carnegie devised a systematic plan to eliminate natural medicine and replace it with petrochemical based pharmaceuticals and according to E. Richard Brown’s comprehensive academic documentation in Rockefeller, medicine men. Medicine, and capitalism in America. They employed the services of Abraham Flexner, who proceeded to visit and assess every single medical school in us and in Canada. Within a very short time of this development, medical schools all around the us began to collapse or consolidate. The numbers are staggering. By 1910 30 schools had merged, and 21 had closed their doors of the 166 medical colleges operating in 19 0, 4, a hundred 33 had survived by 1910 and a hundred 4 by 1915, 15 years later, only 76 schools of medicine existed in the Us. And they all followed the same curriculum. This wasn’t just about changing medical education. According to Staywell’s copper historical analysis. Rockefeller and Carnegie influenced insurance companies to stop covering holistic treatments. Medical professionals were trained in the new pharmaceutical model and natural solutions became outdated or forgotten. Not only that alternative healthcare practitioners who wanted to stay practicing in alternative medicine were imprisoned for doing so as documented by the potency number 710. The goal was clear, create a system where scientists would study how plants cure disease, identify which chemicals in the plants were effective and then recreate a similar but not identical chemical in the laboratory that would be patented. E. Richard Brown’s documents. The story of how a powerful professional elite gained virtual homogeny in the western theater of healing by effectively taking control of the ethos and practice of Western medicine. The result, according to the healthcare spending data, the United States now spends 17.6% of its Gdp on health care 4.9 trillion dollars in 2023, or 14,570 per person nearly twice as much as the average Oecd country. But it doesn’t focus on cure. But on symptoms, and thus creating recurring clients. This systematic destruction of natural medicine explains why today’s healthcare providers often seem baffled by simple questions about nutrition why they immediately reach for a prescription medication for minor ailments, and why so many people feel disconnected from their own body’s wisdom. We’ve been trained over 4 generations to believe that our bodies are broken, and that symptoms are diseases rather than messages, and that external interventions are always superior to supporting natural healing processes. But here’s what they couldn’t eliminate your body’s innate wisdom. Your digestive system still functions the same way it did a hundred years ago. Your immune system still follows the same patterns. The principles of nutrition, movement and stress management haven’t changed. We’ve just forgotten how to listen and respond. We’re gonna take a small break here and hear from our sponsor. When we come back. We’re gonna talk about the acid reflux deception, and why your cure is making you sicker, so don’t go away all right, welcome back. So I want to give you a perfect example of how Rockefeller medicine has turned natural body wisdom upside down, the treatment of acid, reflux, and heartburn. Every single day in my practice I see patients who’ve been taking acid blocker medications, proton pump inhibitors like prilosec nexium or prevacid for years, not for weeks, years, and sometimes even decades. They come to me because their digestive problems are getting worse, not better. They have bloating and gas and nutrition deficiencies. And we’re seeing many more increased food sensitivities. And here’s what’s happening in the Us. Most people often attribute their digestive problems to too much stomach acid. And they use medications to suppress the stomach acid, but, in fact symptoms of chronic acid, reflux, heartburn, or gerd, can also be caused by too little stomach acid, a condition called hyper. Sorry hypochlorhydria normal stomach acid has a Ph level of one to 2, which is highly acidic. Hydrochloric acid plays an important role in your digestion and your immunity. It helps to break down proteins and absorb essential nutrients, and it helps control viruses and bacteria that might otherwise infect your stomach. But here’s the crucial part that most people don’t understand, and, according to Cleveland clinic, your stomach secretes lower amounts of hydrochloric acid. As you age. Hypochlorhydria is more common in people over the age of 40, and even more common over the age of 65. Webmd states that the stomach acid can produce less acid as a result of aging and being 65 or older is a risk factor for developing hypochlorhydria. We’ve been treating this in my practice for a long time. It’s 1 of the main foundations that we learn as naturopathic practitioners and as naturopathic doctors, and there are times where people need these medications, but they were designed to be used short term not long term in a 2,013 review published in Medical News today, they found that hypochlorhydria is the main change in the stomach acid of older adults. and when you have hypochlorydria, poor digestion from the lack of stomach, acid can create gas bubbles that rise into your esophagus or throat, carrying stomach acid with them. You experience heartburn and assume that you have too much acid. So you take acid blockers which makes the underlying problem worse. Now, here’s something that will shock you. PPI’s protein pump inhibitors were originally studied and approved by the FDA for short-term use only according to research published in us pharmacists, most cases of peptic ulcers resolve in 6 to 8 weeks with PPI therapy, which is what these medications were created for. Originally the American family physician reports that for erosive esophagitis. Omeprazole is indicated for short term 4 to 8 weeks. That’s it. Treatment and healing and done if needed. An additional 4 to 8 weeks of therapy may be considered and the University of Minnesota College of Pharmacy, States. Guidelines recommended a treatment duration of 8 weeks with standard once a day dosing for a PPI for Gerd. The Canadian family physician, published guidelines where a team of healthcare professionals recommended prescribing Ppis in adults who suffer from heartburn and who have completed a minimum treatment of 4 weeks in which symptoms were relieved. Yet people are taking these medications for years, even decades far beyond their intended duration of use and a study published in Pmc. Found that the threshold for defining long-term PPI use varied from 2 weeks to 7 years of PPI use. But the most common definition was greater than one year or 6 months, according to the research in clinical context, use of Ppis for more than 8 weeks could be reasonably defined as long-term use. Now let’s talk about what these acid blocker medications are actually doing to your body when used. Long term. The research on long term PPI use is absolutely alarming. According to the comprehensive review published in pubmed central Pmc. Long-term use of ppis have been associated with serious adverse effects, including kidney disease, cardiovascular disease fractures because you’re not absorbing your nutrients, and you’re being depleted. Infections, including C. Diff pneumonia, micronutrient deficiencies and hypomagnesium a low level of magnesium anemia, vitamin, b, deficiency, hypocalcemia, low calcium, low potassium. and even cancers, including gastric cancer, pancreatic cancer, colorectal cancer. And hepatic cancer and we are seeing all of these cancers on a rise, and we are now linking them back to some of these medications. Mayo clinic proceedings published research showing that recent studies regarding long-term use of PPI medication have noted potential adverse effects, including risks of fracture, pneumonia, C diff, which is a diarrhea. It’s a bacteria, low magnesium, low b 12 chronic kidney disease and even dementia. And a 2024 study published in nature communications, analyzing over 2 million participants from 5 cohorts found that PPI use correlated with increased risk of 15 leading global diseases, such as ischemic heart disease. Diabetes, respiratory infections, chronic kidney disease. And these associations showed dose response relationships and consistency across different PPI types. Now think about this. You take a medication for heartburn that was designed for 4 to 8 weeks of use, and when used long term, it actually increases your risk of life, threatening infections, kidney disease, and dementia. This is the predictable result of suppressing a natural body function that exists for important reasons. Hci plays a key role in many physiological processes. It triggers, intestinal hormones, prepares folate and B 12 for absorption, and it’s essential for absorption of minerals, including calcium, magnesium, potassium, zinc, and iron. And when you block acid production, you create a cascade of nutritional deficiencies and immune system problems that often manifest as seemingly unrelated health issues. So what’s the natural approach? Instead of suppressing stomach acid, we need to support healthy acid production and address the root cause of reflux healthcare. Providers may prescribe hcl supplements like betaine, hydrochloric acid. Bhcl is what it’s called. Sometimes it’s called betaine it’s often combined with enzymes like pepsin or amylase or lipase, and it’s used to treat hydrochloric acid deficiency, hypochlorhydria. These supplements can help your digestion and sometimes help your stomach acid gradually return back to normal levels where you may not need to use them all the time. Simple strategies include consuming protein at the beginning of the meal to stimulate Hcl production, consume fluids separately at least 30 min away from meals, if you can, and address the underlying cause like chronic stress and H. Pylori infections. This is such a sore subject for me. So many people walk around with an H. Pylori infection. It’s a bacterial infection in the stomach that can cause stomach ulcers, causes a lot of stomach pain and burning. and nobody is treating the infection. It’s a bacterial infection. We don’t treat this anymore with antibiotics or antimicrobials. We treat it with Ppis. But, Ppis don’t fix the problem. You have to get rid of the bacteria once the bacteria is gone, the gut lining can heal. Now it is a common bacteria. It can reoccur quite frequently. It’s highly contagious, so you can pick it up from other people, and it may need multiple courses of treatment over a person’s lifetime. But you’re actually treating the problem. You’re getting rid of the bacteria that’s creating the issue instead of suppressing the acid. That’s not fixing the bacteria which then leads to a whole host of other problems that we just talked about. There are natural approaches to increase stomach acid, including addressing zinc deficiency. And since the stomach uses zinc to produce Hcl. Taking probiotics to help support healthy gut bacteria and using digestive bitters before meals can be really helpful. This is exactly what I mean about reclaiming the body’s wisdom. Instead of suppressing natural functions, we support them instead of creating drug dependency, we restore normal physiology. Instead of treating symptoms indefinitely, we address the root cause and help the body heal itself. In many cultures. Bitters is a common thing to use before or after a meal. But yet in the American culture we don’t do that anymore. We’ve not passed on that tradition. So very few people understand how to use bitters, or what bitters are, or why they’re important. And these basic things that can be used in your food and cooking and taking could replace thousands of dollars of medication that you don’t really need. That can create many more problems along the way. Now, why does your doctor know nothing about nutrition. Well, I want to address something that might shock you all. The reason your doctor seems baffled when you ask about nutrition isn’t because they’re not intelligent. It’s because they literally never learned this in medical school statistics on nutritional education in medical schools are staggering and help explain why we have such a health literacy crisis in America. According to recent research published in multiple academic journals, only 27% of Us. Medical schools actually offer students. The recommended 25 h of nutritional training across 4 years of medical school. That means 73% of the medical schools don’t even meet the minimum standards set in 1985. But wait, it gets worse. A 2021 survey of medical schools in the Us. And the Uk. Found that most students receive an average of only 11 h of nutritional training throughout their entire medical program. and another recent study showed that in 2023 a survey of more than a thousand Us. Medical students. About 58% of these respondents said they received no formal nutritional education while in medical school. For 4 years those who did averaged only 3 h. I’m going to say this again because it’s it’s huge 3 h of nutritional education per year. So let me put this in perspective during 4 years of medical school most students spend fewer than 20 h on nutrition that’s completely disproportionate to its health benefits for patients to compare. They’ll spend hundreds of hours learning about pharmaceutical interventions, but virtually no time learning how food affects health and disease. Now, could this be? Why, when we talk about nutrition to lower cholesterol levels or control your diabetes, they blow you off, and they don’t answer you. It’s because they don’t understand. But yet what they’ll say is, people won’t change their diet. That’s why you have to take medication. That’s not true. I will tell you. I work with people every single day who are willing to change their diet. They’re just confused by all the information that’s out there today about nutrition. And what diet is the right diet to follow? Do I do, Paleo? Do I do? Aip? Do I do carnivore? Do I do, Keto? Do I do? Low carb? There’s so many diets out there today? It’s confusing people. So I digress. But let’s go back. So here’s the kicker. The limited time medical students do spend on nutrition office often focuses on nutrients think proteins and carbohydrates rather than training in topics such as motivational interviewing or meal planning, and as one Stanford researcher noted, we physicians often sound like chemists rather than counselors who can speak with patients about diet. Isn’t that true? We can speak super high level up here, but we can’t talk basics about nutrition. And this explains why only 14% of the physicians believe they were adequately trained in nutritional counseling. Once they entered practice and without foundational concepts of nutrition in undergrad work. Graduate medical education unsurprisingly falls short of meeting patients, needs for nutritional guidance in clinical practice, and meanwhile diet, sensitive chronic diseases continue to escalate. Although they are largely preventable and treatable by nutritional therapies and dietary. Lifestyle changes. Now think about this. Diet. Related diseases are the number one cause of death in the Us. The number one cause. Yet many doctors receive little to no nutritional education in medical school, and according to current health statistics from 2017 to march of 2020. Obesity prevalence was 19.7% among us children and adolescents affecting approximately 14.7 million young people. About 352,000 Americans, under the age of 20, have been diagnosed with diabetes. Let me say this again, because these numbers are astounding to me. 352,000 Americans, under the age of 20, have been diagnosed with diabetes with 5,300 youth diagnosed with type, 2 diabetes annually. Yet the very professionals we turn to for health. Guidance were never taught how food affects these conditions and what drug has come to the rescue Glp. One S. Ozempic wegovy. They’re great for weight loss. They’re great for treating diabetes. But why are they here? Well, these numbers are. Why, they’re here. This is staggering to put 352,000 Americans under the age of 20 on a glp, one that they’re going to be on for the rest of their lives at a minimum of $1,200 per month. All we have to do is do the math, you guys, and we can see exactly what’s happening to our country, and who is getting rich, and who is getting the short end of the stick. You’ve become a moneymaker to the pharmaceutical industry because nobody has taught you how to eat properly, how to live, how to have a healthy lifestyle, and how to prevent disease, or how to actually reverse type 2 diabetes, because it’s reversible in many cases, especially young people. And we do none of that. All we do is prescribe medications. Metformin. Glp, one for the rest of your life from 20 years old to 75, or 80, you’re going to be taking medications that are making the pharmaceutical companies more wealth and creating a disease on top of a disease on top of a disease. These deficiencies in nutritional education happen at all levels of medical training, and there’s been little improvement, despite decades of calls for reform. In 1985, the National Academy of Sciences report that they recommended at least 25 h of nutritional education in medical school. But a 2015 study showed only 29% of medical schools met this goal, and a 2023 study suggests the problem has become even worse. Only 7.8% of medical students reported 20 or more hours of nutritional education across all 4 years of medical school. This systemic lack of nutrition, nutritional education has been attributed to several factors a dearth of qualified instructors for nutritional courses, since most physicians do not understand nutrition well enough to teach it competition for curriculum time, with schools focusing on pharmaceutical interventions rather than lifestyle medicine and a lack of external incentives that support schools, teaching nutrition. And ironically, many medical schools are part of universities that have nutrition departments with Phd. Trained professors who could fill this gap by teaching nutrition in medical schools but those classes are often taught by physicians who may not have adequate nutritional training themselves. This explains so much about what I see in my practice. Patients come to me confused and frustrated because their primary care doctors can’t answer basic questions about how food affects their health conditions. And these doctors aren’t incompetent. They simply were never taught this information. And the result is that these physicians graduate, knowing how to prescribe medications for diabetes, but not how dietary changes can prevent or reverse it. They can treat high blood pressure with pharmaceuticals, but they may not know that specific nutritional approaches can be equally or more effective. This isn’t the doctor’s fault. It’s the predictable result of medical education systems that was deliberately designed to focus on patentable treatments rather than natural healing approaches. And remember this traces back to the Rockefeller influence on medical education. You can’t patent an apple or a vegetable. But you can patent a drug now. Why can’t we trust most medical studies? Well this just gets even better. I need to address something that’s crucial for you to understand as you navigate health information. Why so much of the medical research you hear about in the news is biased, and why peer Review isn’t the gold standard of truth you’ve been told it is. The corruption in medical research by pharmaceutical companies is not a conspiracy theory. It’s well documented scientific fact, according to research, published in frontiers, in research, metrics and analytics. When pharmaceutical and other companies sponsor research, there is a bias. A systematic tendency towards results serving their interests. But the bias is not seen in the formal factors routinely associated with low quality science. A Cochrane Review analyzed 75 studies of the association between industry, funding, and trial results, and these authors concluded that trials funded by a drug or device company were more likely to have positive conclusions and statistically significant results, and that this association could not be explained by differences in risk of bias between industry and non-industry funded trials. So think about that. According to the Cochrane collaboration, industry funding itself should be considered a standard risk of bias, a factor in clinical trials. Studies published in science and engineering ethics show that industry supported research is much more likely to yield positive outcomes than research with any other sponsorship. And here’s how the bias gets introduced through choice of compartor agents, multiple publications of positive trials and non-publication of negative trials reinterpreting data submitted to regulatory agencies, discordance between results and conclusions, conflict of interest leading to more positive conclusions, ghostwriting and the use of seating trials. Research, published in the American Journal of Medicine. Found that a result favorable to drug study was reported by all industry, supported studies compared with two-thirds of studies, not industry, supported all industry, supported studies showed favorable results. That’s not science that’s marketing, masquerading as research. And according to research, published in sciencedirect the peer review system which we’re told ensures quality. Science has a major limitation. It has proved to be unable to deal with conflicts of interest, especially in big science contexts where prestigious scientists may have similar biases and conflicts of interest are widely shared among peer reviewers. Even government funded research can have conflicts of interest. Research published in pubmed States that there are significant benefits to authors and investigators in participating in government funded research and to journals in publishing it, which creates potentially biased information that are rarely acknowledged. And, according to research, published in frontiers in research, metrics, and analytics, the pharmaceutical industry has essentially co-opted medical knowledge systems for their particular interests. Using its very substantial resources. Pharmaceutical companies take their own research and smoothly integrate it into medical science. Taking advantage of the legitimacy of medical institutions. And this corruption means that much of what passes for medical science is actually influenced by commercial interests rather than pursuant of truth. Research published in Pmc. Shows that industry funding affects the results of clinical trials in predictable directions, serving the interests of the funders rather than the patients. So where can we get this reliable, unbiased Health information, because this is critically important, because your health decisions should be based on the best available evidence, not marketing disguised as science. And so here are some sources that I recommend for trustworthy health and nutritional information. They’re independent academic sources. According to Harvard Chan School of public health their nutritional, sourced, implicitly states their content is free from industry, influence, or support. The Linus Pauling Institute, Micronutrient Information Center at Oregon State University, which, according to the Glendale Community college Research Guide provides scientifically accurate information about vitamins, minerals, and other dietary factors. This Institute has been around for decades. I’ve used it a lot. I’ve gotten a lot of great information from them. Very, very trustworthy. According to the Glendale Community College of Nutrition Resource guide Tufts, University of Human Nutritional Research Center on aging is one of 6 human nutrition research centers supported by the United States Department of Agriculture, the Usda. Their peer reviewed journals with strong editorial independence though you must still check funding resources. And how do you evaluate this information? Online? Well, according to medlineplus and various health literacy guides when evaluating health information medical schools and large professional or nonprofit organizations are generally reliable sources, but remember, it is tainted by the Rockefeller method. So, for example, the American College of cardiology. Excuse me. Professional organization and the American Heart Institute a nonprofit are both reliable sources. Sorry about that of information on heart health and watch out for ads designed to look like neutral health information. If the site is funded by ads they should be clearly marked as advertisements. Excuse me, I guess I’m talking just a little too much now. So when the fear of medicine becomes deadly. Now, I want to address something critically important that often gets lost in conversations about health, sovereignty, and questioning the medical establishment. And while I’ve spent most of this episode explaining how the Rockefeller medical system has created dependency and suppressed natural healing wisdom. There’s a dangerous pendulum swing happening that I see in my practice. People becoming so fearful of pharmaceutical interventions that they refuse lifesaving treatments when they’re genuinely needed. This is where balance and clinical judgment become absolutely essential. Yes, we need to reclaim our basic health literacy and reduce our dependency on unnecessary medical interventions. But there are serious bacterial infections that require immediate antibiotic treatment, and the consequences of avoiding treatment can be devastating or even fatal. So let me share some examples from research that illustrate when antibiotic fear becomes dangerous. Let’s talk about Lyme disease, and when natural approaches might not be enough. The International Lyme Disease Association ilads has conducted extensive research on chronic lyme disease, and their findings are sobering. Ileds defines chronic lyme disease as a multi-system illness that results from an active and ongoing infection of pathogenic members of the Borrelia Brdorferi complex. And, according to ilads research published in their treatment guidelines, the consequences of untreated persistent lyme infection far outweigh the potential consequences of long-term antibiotic therapy in well-designed trials of antibiotic retreatment in patients with severe fatigue, 64% in the treatment arm obtained clinically significant and sustained benefit from additional antibiotic therapy. Ilas emphasizes that cases of chronic borrelia require individualized treatment plans, and when necessary antibiotic therapy should be extended their research demonstrates that 20 days of prophylactic antibiotic treatment may be highly effective for preventing the onset of lyme disease. After known tick bites and patients with early Lyme disease may be best served by receiving 4 to 6 weeks of antibiotic therapy. Research published in Pmc. Shows that patients with untreated infections may go on to develop chronic, debilitating, multisystem illnesses that is difficult to manage, and numerous studies have documented persistent Borrelia, burgdorferi infection in patients with persistent symptoms of neurological lyme disease following short course. Antibiotic treatment and animal models have demonstrated that short course. Antibiotic therapy may fail to eradicate lyme spirochetes short course is a 1 day. One pill treatment of doxycycline. Or less than 20 days of antibiotics, is considered a short course. It’s not long enough to kill the bacteria. The bacteria’s life cycle is about 21 days, so if you don’t treat the infection long enough, the likelihood of that infection returning is significant. They’ve also done studies in the petri dish, where they show doxycycline being put into a petri dish with active lyme and doxycycline does not kill the infection, it just slows the replication of it. Therefore, using only doxycycline, which is common practice in lyme disease may not completely eradicate that infection for you. So let’s talk about another life threatening emergency. C. Diff clostridia difficile infection, which represents another example where antibiotic treatment is absolutely essential, despite the fact that C diff itself is often triggered by antibiotic use. According to Cleveland clinic C. Diff is estimated to cause almost half a million infections in the United States each year, with 500,000 infections, causing 15,000 deaths each year. Studies reported by Pmc. Found thirty-day Cdi. Mortality rates ranging from 6 to 11% and hospitalized Cdi patients have significantly increased the risk of mortality and complications. Research published in Pmc shows that 16.5% of Cdi patients experience sepsis and that this increases with reoccurrences 27.3% of patients with their 1st reoccurrence experience sepsis. While 33.1% with 2 reoccurrences and 43.2% with 3 or more reoccurrences. Mortality associated with sepsis is very high within hospital 30 days and 12 month mortality rates of 24%, 30% and 58% respectively. According to the Cdc treatment for C diff infection usually involves taking a specific antibiotic, such as vancomycin for at least 10 days, and while this seems counterintuitive, treating an antibiotic associated infection with more antibiotics. It’s often lifesaving. Now let’s talk about preventing devastating complications. Strep throat infections. Provide perhaps the clearest example of when antibiotic treatment prevents serious long-term consequences, and, according to Mayo clinic, if untreated strep throat can cause complications such as kidney inflammation and rheumatic fever. Rheumatic fever can lead to painful and inflamed joints, and a specific type of rash of heart valve damage. We also know that strep can cause pans pandas, which is a systemic infection, often causing problems with severe Ocd. And anxiety and affecting mostly young people. The research is unambiguous. According to the Cleveland clinic. Rheumatic fever is a rare complication of untreated strep, throat, or scarlet fever that most commonly affects children and teens, and in severe cases it can lead to serious health problems that can affect your child’s heart. Joints and organs. And research also shows that the rate of development of rheumatic fever in individuals with untreated strep infections is estimated to be 3%. The incidence of reoccurrence with a subsequent untreated infection is substantially greater. About 50% the rate of development is far lower in individuals who have received antibiotic treatment. And according to the World health organization, rheumatic heart disease results from the inflammation and scarring of the heart valves caused by rheumatic fever, and if rheumatic fever is not treated promptly, rheumatic heart disease may occur, and rheumatic heart disease weakens the valves between the chambers of the heart, and severe rheumatic heart disease can require heart surgery and result in death. The who states that rheumatic heart disease remains the leading cause of maternal cardiac complications during pregnancy. And additionally, according to the National Kidney foundation. After your child has either had throat or skin strep infection, they can develop post strep glomerial nephritis. The Strep bacteria travels to the kidneys and makes the filtering units of the kidneys inflamed, causing the kidneys to be able to unable or less able to fill and filter urine. This can develop one to 2 weeks after an untreated throat infection, or 3 to 4 weeks after an untreated skin infection. We need to find balance. And here’s what I want you to understand. Questioning the medical establishment and developing health literacy doesn’t mean rejecting all medical interventions. It means developing the wisdom to know when they’re necessary and lifesaving versus when they’re unnecessary and potentially harmful. When I see patients with confirmed lyme disease, serious strep infections or life. Threatening conditions like C diff. I don’t hesitate to recommend appropriate therapy but I also work to support their overall health address, root causes, protect and restore their gut microbiome and help them recover their natural resilience. The goal isn’t to avoid all medical interventions. It’s to use them wisely when truly needed, while simultaneously supporting your body’s inherent healing capacity and addressing the lifestyle factors that created the vulnerability. In the 1st place. All of this can be extremely overwhelming, and it can be frightening to understand or learn. But remember, the power that you have is knowledge. The more you learn about what’s actually happening in your health, in understanding nutrition. in learning what your body wants to be fed, and how it feels, and working with practitioners who are holistic in nature, natural, integrative, functional, whatever we want to call that these days. The more you can learn from them, the more control you have over your own health and what I would urge you to do is to teach your children what you’re learning. Teach them how to live a healthy lifestyle, teach them how to keep a clean environment. This is how we take back our own health. So thank you for joining me today on, let’s talk wellness. Now, if this episode resonated with you. Please share it with someone who could benefit from understanding how the Rockefeller medical system has shaped our approach to health, and how to reclaim your body’s wisdom while using medical care appropriately when truly needed. Remember, wellness isn’t just about feeling good. It’s about understanding your body, trusting its wisdom, supporting its natural healing capacity, and knowing when to seek appropriate medical intervention. If you’re ready to explore how functional medicine can help you develop this deeper health knowledge while addressing root causes rather than just managing symptoms. You can get more information from serenityhealthcarecenter.com, or reach out directly to us through our social media channels until next time. I’m Dr. Dab, reminding you that your body is your wisest teacher. Learn to listen, trust the process, use medical care wisely when needed, and take care of your body, mind, and spirit. Be well, and we’ll see you on the next episode.The post Episode 250 -The Great Medical Deception first appeared on Let's Talk Wellness Now.

This episode of 'In the Woods' podcast, hosted by Jake Barker of Oregon State University's Extension Service, explores post-wildfire restoration on private forest lands based on the LEAF (Landowner Experience After Fire) survey. Conducted by OSU in response to the 2020 Labor Day fires, the survey gathered insights from over 200 landowners across Oregon on their recovery experiences from 2017 to 2023. Key findings were shared, including the importance of local capacity, coordination, and organizational support in driving effective recovery. Guest Kara Baylog, a program coordinator with OSU's Forestry and Natural Resources extension, discussed the survey's methodology, the barriers landowners faced, and the types of assistance that proved most effective in aiding recovery efforts. For more information on this and other episodes, go to inthewoodspodcast.com.List of Chapters and Timestamps:00:00 Introduction to In the Woods Podcast00:35 Overview of Today's Episode: Post-Wildfire Restoration01:57 Introducing Kara Baylog and the LEAF Survey02:34 Details of the LEAF Survey06:35 Survey Findings: Emotional and Practical Responses08:22 Challenges and Barriers in Post-Wildfire Restoration13:15 Importance of Management Planning17:13 Role of Agencies and Organizations in Recovery24:34 Types of Assistance Provided to Landowners32:33 Future Directions and Final Thoughts37:11 Conclusion and Lightning Round40:14 Credits and Acknowledgements

A dead tree is not truly dead. As trees die, they become snags, downed logs, and eventually return to the soil as organic matter. Along this journey, they host a wide range of organisms and play essential roles in forest ecosystems. How foresters think about and manage dead trees can be just as important as how they manage living ones. In this episode of SilviCast, we explore the concept of morticulture - the intentional management of deadwood in forests. Join us for a conversation with Mark Harmon, professor emeritus in the Department of Forest Ecosystems and Society at Oregon State University. Dr. Harmon has spent decades researching tree mortality, wood decomposition, and the management of coarse woody debris in our forests. Send us a text To earn CEU/CFE credits, learn more, or interact with SilviCast, visit the uwsp.edu/SilviCast.

There is something that keep calling me back. Back to Pennsylvania, is it the people. Is it the story, or the whiskey. Well its all of the above, and i'm in love with it all. Today is no exception. We chat with Matt and Peter at Iron City Distilling. And it was amazing, like talking to old friends. Hope you enjoy, and Be Blessed.Ironcitydistilling.comBadmotivatorbarrels.com/shop/?aff=3Patreon.com/the_whiskeyshamanhttps://www.instagram.com/zsmithwhiskeyandmixology?utm_source=ig_web_button_share_sheet&igsh=ZDNlZDc0MzIxNw==Maryland-Style Rye- Distiller's Reserve$40.00Creighton150 Ferry Street Creighton, PADescriptionSHIPPING TO PA ADDRESSES ONLYIron City Distiller's Reserve is a tribute to our distillers and their ability to turn even the humblest of ingredients into something magical. Made in small batches, these spirits offer a glimpse of the great things to come from our distillery.Our Master Distiller distilled this straight Maryland-style rye at one of his former distilleries many years ago. Through careful attention to grains, yeast, and whole lot of patience, we offer you this beautifully matured whiskey. Enjoy neat, over ice, on in your favorite cocktail. Cheers!(375 ml btl; 50% abv)Agricultural RevivalOur partnership with the SeedSpark Program is more than crafting spirits; it's a pledge to agricultural revival.This collaboration focuses on rejuvenating Pennsylvania's heritage grains. By using these grains, we enhance our spirits' depth and character, reawakening a historical era.MATT STRICKLANDOur Master Distiller began his career in alcohol many years ago when he began doing microbiology research for the Oregon Wine industry during graduate school at Oregon State University. Upon obtaining his Master's degree he somehow stumbled his way into the wonderous world of whiskey distillation. And once he started working with stills, he never looked back. Since then, he has built numerous distilleries both as a distiller and as a consultant. He also began teaching the science and art of distillation through numerous organizations throughout the United States, Canada, and the UK. In an effort to further the field of whiskey education he has authored countless articles, webinars, and talks. He has also written two highly regarded books for the industry, Cask Management for Distillers (White Mule Press, 2020) and Batch Distillation: Science and Practice (White Mule Press, 2021). Matt lives in Pittsburgh with his wife and two precocious daughters. His hobbies include rock climbing and shopping for cars his wife will never let him buy. He also believes that irony is not a prerequisite for listening to Journey.

Photo: Mrs. Crystal Claus, Peppermint the Elf, and Solte Santa, as portrayed by Colleen Payne, Qalch'ema Friedlander, and Jerry Payne, visit the Chifin Native Youth Center in Springfield, Oreg., Sunday, December 14, 2025. (Buffalo's Fire/Brian Bull) It's the holiday season with many families across Indian Country waiting for Santa's visit to reward all good children with presents. And while the mainstream depiction is of a jolly old elf who's white and decked out in a red, fur-lined suit, some Native Santas are inspiring yuletide cheer in their own ways. Brian Bull of Buffalo's Fire shadowed one across Oregon. At the Chifin Native Youth Center in Springfield, Oreg., a packed classroom welcomes Solte Santa, accompanied by Mrs. Claus, Peppermint the Elf, and others from the North Pole. Jerry Payne, the man behind the curly beard, explains his role. “'Solte' in Salish means 'warrior', so I wanted to honor that. And I'm a veteran myself. Every community has their own style of Santa so I wanted to make sure that the Indigenous Natives got to be represented as well.” Solte Santa has made nine appearances across Portland, Eugene, and other places this month, listening to kids' wish lists and posing for family photos. With a feathered bustle, candy cane staff, and festive beadwork, he contrasts sharply with the Coca-Cola Santa that's been widely iconic since the 1930s. But Payne says that's a plus. “The mall Santa or typical Santa that everybody knows like the Coca-Cola Santa … for whatever reason, kids are scared of that Santa. But I've had kids that … their parent would say that they would never come up to take a picture with me. Next thing you know, they're hugging me and jumping in my lap and we take a good picture. Their parents are crying because they never got a good picture with their kid.” A study involving an Oregon State University scholar looked at non-traditional Santas. Bori Csillag, Stirek assistant professor of management, said for many Father Christmases, spreading love and joy for the holidays surpassed the need to conform 100% to the mainstream depiction of Santa Claus. “They see the fit, they hear the calling in their heart, they know that they are able to portray their role successfully.” Besides Solte Santa, a First Nations dancer called Powwow Santa has been firing up social media, and there are many others across tribal communities, reminding people that the Christmas spirit exists for everyone. A Navajo children's television show returned this month with a holiday special. Jill Fratis reports. The “Navajo Highways” special is titled “Ya’ah’teeh Keshmish,” which is “Merry Christmas” in Navajo. It's the show's first full holiday themed episode. The creator of the series, filmmaker, and musician Pete Sands, says the show teaches Navajo language and culture. “Parts of it is my childhood, and part of it is how I wish my childhood was. It's a balance of both, and I think shining positivity on Indigenous cultures is important to do.” The series blends puppetry, storytelling, and Navajo humor, all set along the winding highways of the Navajo Nation. Sands says that a memory he had of a teacher using puppets to help children listen, gave him the idea to use them in his show. “Seen a teacher friend of mine who was trying to tell her first grade students to clean up, but they wouldn't listen to her, so she reached into her desk and she pulled out a hand puppet and started talking to her class, and they listened to her, through the puppet actually, and a lightbulb went off in my head like wait, maybe there's something to this. Maybe I can use this.” The holiday episode highlights traditional winter teachings, including family gatherings, gratitude, and the meaning of giving. Season two of the series begins production next year. Sands says there will be new puppets and new locations, but says the heart of the show remains the same: teaching children simple Diné words and phrases through everyday scenes and conversations. The “Navajo Highways” holiday special, and season one, is now streaming on the First Nations Experience (FNX) platform. View this post on Instagram A post shared by FNXTV First Nation Experience (@fnxtv) Get National Native News delivered to your inbox daily. Sign up for our daily newsletter today. Download our NV1 Android or iOs App for breaking news alerts. Check out the latest episode of Native America Calling Thursday, December 25, 2025 – Mental health experts point to personal connections to maintain winter mental health

This podcast episode from Oregon State University's Extension Service covers community forests in the Pacific Northwest and their role in the community-based conservation movement. Hosted by Jake Barker, the discussion features Daniel Wear from Sustainable Northwest. They explore the definition, goals, and management practices of community forests, emphasizing the significance of maintaining water quality, fire risk mitigation, and timber revenue through community-led initiatives. Key examples include the Arch Cape Community Forest and Montesano City Forest, showcasing varying structures and benefits. Funding challenges and sources are also discussed, along with the role of the Northwest Community Forest Coalition in supporting new and existing community forests. Daniel leads Sustainable Northwest's Community Forest Program which includes his facilitation of the Northwest Community Forest Coalition along with his direct support to communities in protecting their drinking water supplies through forest management. Daniel earned an MPA in Environmental Policy and Management from the University of Washington, with the goal of helping conservation non-profits connect communities to the resources needed for landscape protection. Daniel loves biking of all kinds, camping, and if possible, a combination of the two. For more accessible information on this and other episodes, visit IntheWoodsPodcast.com.00:00 Introduction to In the Woods Podcast00:32 Host Introduction and Episode Topic01:19 Guest Introduction: Daniel Wear04:31 Defining Community Forests11:22 Examples of Community Forests18:51 Watershed Management in Community Forests27:12 Challenges and Opportunities in Community Forests30:47 Public Access and Community Involvement38:39 Funding and Support for Community Forests44:47 Lightning Round and Conclusion

As the planet warms, the world's glaciers are melting faster than snow can replenish the ice. That has implications for sea level rise, ocean currents, and global weather patterns. But collecting data at the edge of a melting glacier can be risky.Glaciologist Erin Pettit and her colleagues are listening to the sounds melting glaciers make—from the sizzling of trapped air bubbles bursting, to the deep rumbles of underwater calving of icebergs. She joins Host Flora Lichtman to share some glacial sounds, and describe the multi-stage robot tools she uses to monitor melting ice.Guest: Dr. Erin Pettit is a professor of geophysics and glaciology at Oregon State University.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.

Dr. Devin Roach is an Assistant Professor at Oregon State University and the Director of the VAMOS Lab (Versatile Advanced Manufacturing lab at Oregon State). His team developed a concrete substitute.

A recently published paper led by an Oregon State University researcher suggests that installing floating solar panels on top of existing reservoirs could have a variety of positive results. Those include cooling the solar panels, allowing for greater energy generation from those panels, and preventing the water in shallower reservoirs from warming to temperatures that are challenging for fish and other aquatic life. According to lead researcher Evan Bredeweg, there are relatively few of these kinds of installations in the U.S., but in countries that have embraced solar and non-fossil fuel energy, they are relatively common. Bredeweg joins us to tell us more about the study and the potential floating solar has for wide-scale adoption.

Indigenous author, botanist and professor Robin Wall Kimmerer is best known for her book “Braiding Sweetgrass,” which was published in 2013 and is about the reciprocal relationships between humans and the land. Her first book, “Gathering Moss,” was published a decade earlier by Oregon State University Press. We spoke to Kimmerer on May 17, 2024 when she was in Corvallis to accept Oregon State University’s 2024 Stone Award for Literary Achievement and give a lecture on campus.

Dr. Kyriakos C. Stylianou, Associate Professor in the Material Discovery Lab at Oregon State University, joins the Exchange.

Dr. Ana Spalding is Assistant Professor of Marine and Coastal Policy and Affiliate Faculty at the Pacific Marine Energy Center at Oregon State University. She is also a Research Associate at the Smithsonian Tropical Research Institute (STRI) in Panama as well as at the Coiba Research Station in Panama. As a social scientist who works in marine and coastal policy, Ana's research is focused on the intersections of people, the environment, and policies. She is interested in understanding people's perceptions of the ocean and coast, policy and management frameworks surrounding resource use in these areas, and the major cares, concerns, and conflicts that people have related to coastal areas. Outside of work, Ana has been having an amazing time participating in the Corvallis Rowing Club. She used to row in college, and it has been fun to get back into the sport with people from a variety of ages and backgrounds. Ana received her B.A. in Economics and International Studies from the University of Richmond, her M.A. in Marine Affairs and Policy from the Rosenstiel School of Marine and Atmospheric Science at the University of Miami, and her Ph.D. in Environmental Studies from the University of California, Santa Cruz. Afterwards, Ana conducted postdoctoral research at the STRI in Panama before joining the faculty at Oregon State University.

Host Maxwell Porter is joined by two experts to explore the geological and tectonic evolution of the iconic Laramide Porphyry Copper Province, focusing on its complex geodynamic history and the key exploration criteria that define this world-class copper belt. Our guests share complementary academic and industry perspectives, offering insights drawn from decades of research and field experience.The Geological Framework and Exploration vectors in the Globe-Miami DistrictOur first guest is Dr. Robert Lee. Robert earned his PhD at Oregon State University studying the El Salvador porphyry copper deposit in Chile. He then joined Freeport-McMoRan as a greenfields exploration geologist working across North America, the Philippines, and Europe. In 2014, he moved to UBC's MDRU, leading and contributing to research projects on tools to vector towards economic ore deposits, across the Western Tethyan Belt to the Andes and British Columbia. Since 2022, Robert has been a Principal Geoscientist with BHP's Generative Porphyry Copper team. His expertise centers on porphyry copper formation, mineral chemistry, and innovative tools for exploration, including zircon as a vector to ore.Tectonic controls on porphyry deposit formation in ArizonaOur second guest is Professor Thomas Lamont. Thomas is a structural geologist and petrologist whose work links tectonics, crustal evolution, and the formation of major ore systems. His research combines field mapping with advanced analytical tools, from EPMA and thermobarometry to isotopic and geochronological techniques. He completed his DPhil at the University of Oxford, investigating how the Cycladic Islands in Greece evolved from a compressional to an extensional tectonic regime. In a later postdoctoral role, he focused on the Laramide porphyry province of the southwestern United States, showing how flat-slab subduction drove water-fluxed melting and porphyry copper formation. Thomas now leads research into how subduction geometry shapes the thermal and mechanical state of the lithosphere and its mineral endowment in addition to other topics, as an assistant professor of Structural Geology and Tectonics at the University of Nevada, Las Vegas.Many thanks to VRIFY for sponsoring Season 5 of Discovery to Recovery.Theme music is  Confluence by Eastwindseastwindsmusic.com 

Joining the Exchange to discuss is Christopher Still, a tree physiologist in the College of Forestry at Oregon State University.

Joining the Exchange to discuss is Christopher Still, a tree physiologist in the College of Forestry at Oregon State University.

This episode of 'In the Woods' podcast from Oregon State University's Forestry and Natural Resources Program features Dr. Seri Robinson, a professor in the College of Forestry's Wood Science and Engineering program. Dr. Robinson discusses her unique career path that merges art and science, particularly her expertise in the study of spalting. Spalting is a process where fungi react to environmental stressors, producing vivid pigments in the wood. Robinson delves into the science behind this phenomenon, the historical applications in art, and the potential innovative uses in modern technology like optoelectronics. She also addresses common myths about the safety of spalted wood in kitchen applications, the toxicity of wood dust, and the importance of selecting appropriate wood species for food-related uses. The episode concludes with Dr. Robinson sharing resources for further learning and her favorite tool and tree species. Go to inthewoods.com for accessible resources concerning this and other episodes. 00:00 Introduction to the Podcast00:45 Meet Dr. Seri Robinson01:11 Journey into Wood Science and Spalting01:54 The Science Behind Spalting03:23 Art and Science Intersect04:13 Career Path to OSU05:46 Understanding Spalting and Fungal Decay08:47 Wood Safety in the Kitchen10:34 Woodworking Safety Tips16:46 Wood Finishes and Cutting Boards19:55 Supporting Dr. Robinson's Research21:02 Lightning Round Questions22:43 Conclusion and Credits

Tsunamis destroy buildings, habitats and danger to everything in its path on land. But how do they affect life under the water? That's what CrowdScience listener Alvyn wants to know, and presenter Anand Jagatia is searching beneath the waves for answers. Anand meets Professor Syamsidik who is learning about how tsuanami waves are formed to help protect against future disasters. He runs the Tsunami and Disaster Mitigation Research Center at Universitas Syiah Kuala, Indonesia. With him at this state-of-the-art lab is Dr David McGovern, expert in ocean and coastal modelling at London South Bank University. David tells Anand how the energy of a tsunami is spread across the entire water column. To explain the forces at play, Anand chats to Professor Emile Okal a seismologist from Northwestern University in the United States. Tsunami wave can move as fast as 800 kilometres an hour but, despite this, out at sea you might not notice it - but can the same be said for marine life? We follow the wave as it nears land and all that force is contracted and begins to show its might. Professor Suchana 'Apple' Chavanich from Chulalongkorn University, Thailand was one of the first people to swim off the Thai coast after the 2004 tsunami and remembers how coral reefs were battered. In Japan, after the 2011 Tohoku Earthquake and Tsunami as the water retracted it pulled with it tons and tons of debris into the water. The fishing communities of the Sanriku Coast lost almost everything, their equipment was destroyed and the water was heavily polluted. Anand meets Hiroshi Sato who set up the Sanriku Volunteer Divers, a team of people who dragged the debris out of the water. One of them was diver and journalist Bonnie Waycott who tells her story of witnesses the destruction first hand and trying to rescue the fishing industry with Hiroshi. Finally, we learnt that the effect of modern tsunamis carries far further than people might have imagined. On the west coast of the United States Professor Samuel Chan is an expert in invasive species at Oregon State University. He explains how modern infrastructure is contributing to some incredible migrations. Presenter: Anand Jagatia Producer: Tom Bonnett Editor: Ben MotleyPhoto: USA, California, Sonoma County, Bodega Bay, tsunami evacuation panel - stock photo Credit: Brigitte MERLE via Getty Images)

The Knife is a weekly true crime podcast from producers Hannah Smith and Patia Eaton. You might remember Hannah as the original host of The Opportunist! The Knife is a show about people who've been dropped into a story they didn't start, but are left to finish. In-depth interviews take the listener behind the punchy headlines to hear what really happened from the people who lived it. The Knife reveals the ripple effect of crime. Through empathetic, solution-oriented journalism, Hannah and Patia find the untold stories of people who've been touched by crime. Episode description: Patia and Hannah speak with Cassie, who attended a Halloween party at an Oregon State University fraternity in 2008. The night started with costumes, loud music and a crowded basement full of college students. By the end of the night, Cassie was in the ER, holding a bag that contained her bloodstained costume. She soon found herself in a police interview recounting what happened. The state brought charges, and the case went to trial. Cassie's story is a personal account of navigating the legal system after reporting a rape. She did everything "right" but still faced a long, painful process. Her experience echoes the questions we've wrestled with in high-profile campus sexual assault cases: What does justice actually look like?  Links: Apple Podcasts Spotify Instagram

This is a crossover episode with the Spring Street Passive House education and advocacy series.Welcome to a pivotal conversation on the future of our built world. The concrete industry, indispensable for modern infrastructure, is facing an urgent mandate: reconcile its foundational role (pun) with its role as a source of environmental pollution. The scale of the emissions are staggering - if global concrete manufacturing were a country it would be the 3rd largest emitter, behind only China and the US (!). The good news is that with this a motivation the global concrete industry is now rethinking its entire lifecycle. In this episode, host Kristof sits down with John Mead, one of the founders of Solid Carbon to talk about efforts to transform concrete from a carbon emitter into a "net carbon sink. By converting waste carbon materials, wood being one, into a mass of solid carbon through pyrolysis and then using this carbon sink in a durable material through concrete we are making a huge impact in an industry that needs to make some powerful shifts in the years ahead.John MeadJohn Mead is an entrepreneur with 20 years leading companies focused on sustainable construction. He has a bachelor's degree in mechanical engineering from Oregon State University, and an MBA from George Fox University. He is CEO of Solid Carbon Inc., an Oregon company specializing in the commercialization of biochar-based ingredients for the ready mixed concrete industry. Solid Carbon's mission is to transform the concrete industry into a climate solution with climate smart concrete solutions to sequester carbon in the built environment. When not working on climate-friendly construction businesses he can be found coaching high school rugby, camping in the Cascades, gardening and admiring historic and modern architecture.Solid Carbon LinkedInTeamHosted by Kristof IrwinEdited by Nico MignardiProduced by M. Walker

Brent Z. Kaup and Kelly F. Austin join This Is Hell! to talk about their new book "The Pathogens of Finance: How Capitalism Breeds Vector-Borne Disease" published by University of California Press. The Pathogens of Finance explores how the power and profits of Wall Street underpin the contemporary increases in and inadequate responses to vector-borne disease. (https://www.ucpress.edu/books/the-pathogens-of-finance/paper?fbclid=IwY2xjawNtwAhleHRuA2FlbQIxMABicmlkETFGRVpZQzFoa1FZYXR4eUYzAR6-3zKbFGV7SDYV2U-xSBScfcX0UhnL3VQQ61-FYHAYxUqOttxWbvb3rKsV5Q_aem_jVwNXP3bFHvXiL3oGJDLyQ#about-book) Brent Z. Kaup studies how the transformation of nature affects social inequalities and societal well-being. In addition, he seeks to understand how the materiality of nature shapes markets, policies, and social movements.  Through his research, he has examined an array of topics including genetically modified crops in the Midwest, extractive industries in Bolivia, and the bugs in his own backyard. His areas of specialization include Environment, Energy, Political Economy, Socioeconomic Change and Development, and Globalization. Brent Z. Kaup is Professor of Sociology at William & Mary and author of Market Justice: Political Economic Struggle in Bolivia Kelly F. Austin grew up outside of Santa Cruz, California. She attended college at Oregon State University, and went to earn her PhD in Sociology at North Carolina State University. Kelly arrived at Lehigh University in 2012, and in addition to being a member of the Sociology and Anthropology department, has also served as Director of the Health, Medicine and Society program, Director of the Global Studies Program, and is currently Associate Dean of Undergraduate Programs for the College of Arts and Sciences. Kelly lives in Fountain Hill and spends summers in Bududa, Uganda working with Lehigh undergraduates and local community groups.  We will have new installments of Rotten History and Hangover Cure. We will also be sharing your answers to this week's Question from Hell! from Patreon. Help keep This Is Hell! completely listener supported and access bonus episodes by subscribing to our Patreon: www.patreon.com/thisishell

These diseases - West Nile Virus, Lyme disease, and Rocky Mountain Spotted Fever - are named for the places where outbreaks happened. But they're also all things you get from being bitten by mosquitoes or ticks. Research: Balasubramanian, Chandana. “Rocky Mountain Spotted Fever (RMSF): The Deadly Tick-borne Disease That Inspired a Hit Movie.” Gideon. 9/1/2022. https://www.gideononline.com/blogs/rocky-mountain-spotted-fever/ Barbour AG, Benach JL2019.Discovery of the Lyme Disease Agent. mBio10:10.1128/mbio.02166-19.https://doi.org/10.1128/mbio.02166-19 Bay Area Lyme Foundation. “History of Lyme Disease.” https://www.bayarealyme.org/about-lyme/history-lyme-disease/ Caccone, Adalgisa. “Ancient History of Lyme Disease in North America Revealed with Bacterial Genomes.” Yale School of Medicine. 8/28/2017. https://medicine.yale.edu/news-article/ancient-history-of-lyme-disease-in-north-america-revealed-with-bacterial-genomes/ Chowning, William M. “Studies in Pyroplasmosis Hominis.("Spotted Fever" or "Tick Fever" of the Rocky Mountains.).” The Journal of Infectious Diseases. 1/2/1904. https://archive.org/details/jstor-30071629/page/n29/mode/1up Elbaum-Garfinkle, Shana. “Close to home: a history of Yale and Lyme disease.” The Yale journal of biology and medicine vol. 84,2 (2011): 103-8. Farris, Debbie. “Lyme disease older than human race.” Oregon State University. 5/29/2014. https://science.oregonstate.edu/IMPACT/2014/05/lyme-disease-older-than-human-race Galef, Julia. “Iceman Was a Medical Mess.” Science. 2/29/2012. https://www.science.org/content/article/iceman-was-medical-mess Gould, Carolyn V. “Combating West Nile Virus Disease — Time to Revisit Vaccination.” New England Journal of Medicine. Vol. 388, No. 18. 4/29/2023. https://www.nejm.org/doi/full/10.1056/NEJMp2301816 Harmon, Jim. “Harmon’s Histories: Montana’s Early Tick Fever Research Drew Protests, Violence.” Missoula Current. 7/20/2020. https://missoulacurrent.com/ticks/ Hayes, Curtis G. “West Nile Virus: Uganda, 1937, to New York City, 1999.” From West Nile Virus: Detection, Surveillance, and Control. New York : New York Academy of Sciences. 2001. https://archive.org/details/westnilevirusdet0951unse/ Jannotta, Sepp. “Robert Cooley.” Montana State University. 10/12/2012. https://www.montana.edu/news/mountainsandminds/article.html?id=11471 Johnston, B L, and J M Conly. “West Nile virus - where did it come from and where might it go?.” The Canadian journal of infectious diseases = Journal canadien des maladies infectieuses vol. 11,4 (2000): 175-8. doi:10.1155/2000/856598 Lloyd, Douglas S. “Circular Letter #12 -32.” 8/3/1976. https://portal.ct.gov/-/media/departments-and-agencies/dph/dph/infectious_diseases/lyme/1976circularletterpdf.pdf Mahajan, Vikram K. “Lyme Disease: An Overview.” Indian dermatology online journal vol. 14,5 594-604. 23 Feb. 2023, doi:10.4103/idoj.idoj_418_22 MedLine Plus. “West Nile virus infection.” https://medlineplus.gov/ency/article/007186.htm National Institute of Allergy and Infectious Disease. “History of Rocky Mountain Labs (RML).” 8/16/2023. https://www.niaid.nih.gov/about/rocky-mountain-history National Institute of Allergy and Infectious Disease. “Rocky Mountain Spotted Fever.” https://www.niaid.nih.gov/diseases-conditions/rocky-mountain-spotted-fever Rensberger, Boyce. “A New Type of Arthritis Found in Lyme.” New York Times. 7/18/1976. https://www.nytimes.com/1976/07/18/archives/a-new-type-of-arthritis-found-in-lyme-new-form-of-arthritis-is.html?login=smartlock&auth=login-smartlock Rucker, William Colby. “Rocky Mountain Spotted Fever.” Washington: Government Printing Office. 1912. https://archive.org/details/101688739.nlm.nih.gov/page/ Sejvar, James J. “West Nile virus: an historical overview.” Ochsner journal vol. 5,3 (2003): 6-10. https://pmc.ncbi.nlm.nih.gov/articles/PMC3111838/ Smithburn, K.C. et al. “A Neurotropic Virus Isolated from the Blood of a Native of Uganda.” The American Journal of Tropical Medicine and Hygiene. Volume s1-20: Issue 4. 1940. Steere, Allen C et al. “The emergence of Lyme disease.” The Journal of clinical investigation vol. 113,8 (2004): 1093-101. doi:10.1172/JCI21681 Steere, Allen C. et al. “Historical Perspectives.” Zbl. Bakt. Hyg. A 263, 3-6 (1986 ). https://pdf.sciencedirectassets.com/281837/1-s2.0-S0176672486X80912/1-s2.0-S0176672486800931/main.pdf World Health Organization. “West Nile Virus.” 10/3/2017. https://www.who.int/news-room/fact-sheets/detail/west-nile-virus Xiao, Y., Beare, P.A., Best, S.M. et al. Genetic sequencing of a 1944 Rocky Mountain spotted fever vaccine. Sci Rep 13, 4687 (2023). https://doi.org/10.1038/s41598-023-31894-0 See omnystudio.com/listener for privacy information.