Podcasts about United States Geological Survey

Host Dave Schlom discusses one of his favorite topics, California's volcanoes, with two United States Geological Survey staff members from the USGS California Volcano Observatory based at Moffett Field in the San Francisco Bay Area.

Host Dave Schlom is joined by scientists from the United States Geological Survey's Cascades Volcano Observatory in Vancouver, Washington, for an overview of the iconic cones sheathed in snow and ice and the geologic hazards they represent.

In Myanmar, the official death toll continues to climb three days after a devastating earthquake, but still reflects only a fraction of the number of deaths estimated by the United States Geological Survey. The challenges are now compounded by the country's civil war, as government forces launch air strikes against resistance fighters near the epicenter of the quake. Also, French far-right politician Marine Le Pen has been convicted of embezzlement, and barred from seeking public office for five years. And, we look at results from the weekend's Figure Skating World Championships.Listen to today's Music Heard on Air. Learn about your ad choices: dovetail.prx.org/ad-choices

Blue Dot continues its series of profiles for the United States Geological Survey's volcano observatories with a visit to the granddaddy of them all -- the Hawaiian Volcano Observatory (HVO) on the big island of Hawaii.

Today on the News Reel, we speak with Doug McMurdo, editor of the Times-Independent, about a protest that took place at Arches National Park recently. We also discuss upcoming federal office space closures in Moab for the National Park Service, the United States Forest Service, and the United States Geological Survey. Plus, we give updates about the Moab Area Transit schedule and a save-the-date for a volunteer day to clean up some local trails.

On Monday of this week, an earthquake occurred off the coast of York Harbor, Maine. Monday's quake had a magnitude of 3.8 and was felt in Massachusetts, New Hampshire, and even Rhode Island! Two days later, an aftershock occurred Wednesday morning six miles southeast of York Harbor, Maine, according to the United States Geological Survey, with a magnitude of 2.0. What exactly is an earthquake and how often do they occur in New England? John Ebel, Ph.D. research scientist from Boston College's Weston Observatory, who studies earthquakes, joined us to discuss!Ask Alexa to play WBZ NewsRadio on #iHeartRadio and listen to NightSide with Dan Rea Weeknights From 8PM-12AM!

It was the business of the United States Geological Survey, in the progressive era of the early twentieth century, to provide authoritative answers to public questions. Science reigned in those days, or so the scientists thought.

Blue Dot's series of programs about the United States Geological Survey's Volcano Observatories continues with a trip north to Alaska!

Mount Adams has been a little more active than usual lately. That's according to researchers with the United States Geological Survey.  Now, it's not uncommon for our northwest volcanoes to shake things up a bit. But Adams tends to be one of the sleepier “chill” giants... until now. So what's the deal? To dig into what these seismic shenanigans mean– and hopefully set all of our minds at ease – Soundside was joined by Alex Iezzi. Iezzi is a research geophysicist with the US Geological Survey's Cascade Volcano Observatory.  Guests: Alex Iezzi, research geophysicist with the US Geological Survey's Cascade Volcano Observatory.  Related Links: Washington's Mount Adams is seeing unusual earthquake activity - OPB Glacier Peak's critical monitoring delayed. What this means for WA residents Thank you to the supporters of KUOW, you help make this show possible! If you want to help out, go to kuow.org/donate/soundsidenotes Soundside is a production of KUOW in Seattle, a proud member of the NPR Network.See omnystudio.com/listener for privacy information.

The water crisis is one of the most pressing issues facing our planet, with climate change, population growth, and pollution threatening the availability of clean water worldwide. One company working to tackle this problem head-on is Spout Water. This California-based startup has developed an innovative solution, the Spout Monolith, a sleek kitchen device that produces pure drinking water from the moisture in the air. Spout founder and CEO Reuben Vollmer joins the conversation to explain how a personal challenge began his mission to solve water scarcity and quality issues. Reuben recently contributed an article to Earth911, mapping his journey into the world of water. It started with an unexpected letter his family received during a drought in 2010, warning that their olive farm's well could be restricted. Water production and distribution needs a good swift kick in the form of a surprising alternative to how we've done it during the Industrial Era. The Spout Monolith may be one kick in our complaisance. We are surrounded by water in the atmosphere. A June 2022 study by the University of Reading in the United Kingdom found that total atmospheric water vapor is increasing by about 1% a decade due to warming climates. One percent may not sound like much, but the United States Geological Survey reports that the planet's atmosphere contains 12 trillion gallons of water, so one percent more water vapor represents 120 billion gallons. That one-percent increase in atmospheric water vapor per decade means that between 2010 and 2050, as much as 480 billion gallons of additional water vapor will migrate into the air, around half of today's annual human consumption of freshwater. You can learn more about the company and preorder a Monolith with a $100 discount using the code "MITCH911" at https://www.spoutwater.com/

This Earth Science Week on Fuzzy Logic we chat with experts from Geoscience Australia about harnessing the power of space technology to tackle our biggest challenges.  For fifty years, the partnership between Geoscience Australia and the United States Geological Survey has revolutionized our understanding of the Earth from space.   Through the Landsat program, we've gained invaluable insights into our environment, from monitoring deforestation and urban growth to managing water resources and agricultural lands.   Tune in to hear David Hudson, Medhavy Thankappan and Eloise Birchall from Geoscience Australia chat to Broderick about Landsat and Landsat Next.

Host Dave Schlom is joined by Michael Poland, Scientist in Charge of the United States Geological Survey's Yellowstone Volcano Observatory.

At first glance, the whole narrative of aquatic invasive species may seem straightforward: A bad non-native species comes into a new ecosystem and overruns good native species. But the truth? It's a little more complicated. To tear down everything we thought we knew about invasive species and construct a more nuanced picture, host Emily Kwong talks to experts Ian Pfingsten, who works on the United States Geological Survey's Nonindigenous Aquatic Species Database, and Nicholas Reo, a Canada Excellence Research Chair in Coastal Relationalities and Regeneration.Check out episode where we get into the annual python challenge we referenced in this episode. Have a favorite invasive species or one you really can't stand? Email us at shortwave@npr.org — we'd love to hear your take!Learn more about sponsor message choices: podcastchoices.com/adchoicesNPR Privacy Policy

Host Dave Schlom is joined by scientists from the United States Geological Survey's Cascades Volcano Observatory in Vancouver, Washington, for an overview of the iconic cones sheathed in snow and ice and the geologic hazards they represent.

It's highly likely recent earthquakes felt in North Texas are related to oil and gas operations, according to a United States Geological Survey geophysicist. Last week, West Texas earthquakes sent tremors through the Dallas-Fort Worth area. The largest was recorded at a 5.1 magnitude Friday morning, according to the USGS, and five were recorded at a magnitude greater than 4. Also, Southwest Airlines is kicking off red-eye flights, but not at Dallas Love Field; D-FW home prices continue slow crawl up as questions about supply, interest rates loom; child care deserts that have families struggling for providers. Learn more about your ad choices. Visit podcastchoices.com/adchoices

fWotD Episode 2623: DeLancey W. Gill Welcome to Featured Wiki of the Day, your daily dose of knowledge from Wikipedia’s finest articles.The featured article for Wednesday, 10 July 2024 is DeLancey W. Gill.DeLancey Walker Gill (July 1, 1859 – August 31, 1940) was an American drafter, landscape painter, and photographer. Gill first became noted for his landscape illustrations and watercolors, featuring subjects such as Native American pueblos in addition to his main focus on Washington D. C. Characterized as detailed and meticulous in his landscapes, Gill captured views of working-class and rural areas of Washington not commonly depicted in art of the period. Despite his other work, he continued to paint throughout his life, and taught art classes at the Corcoran School.Gill was employed as an illustrator and draftsman for the Treasury, followed by similar work for the United States Geological Survey. He was director of the Division of Illustration at the Smithsonian Institution's Bureau of American Ethnology (BAE) from 1889 to 1932. Following the resignation of two of the Smithsonian's photographers in 1898, Gill, while not trained in photography, took over these duties at the BAE. In this role, he produced thousands of photographs of Native American delegations for the Bureau, including notable figures such as Geronimo and Chief Joseph. Gill's photographic work was showcased in Smithsonian publications, the Panama–Pacific Exposition and on a 1923 postage stamp. His portraiture has been praised for its pictorialist qualities and strength of design. He frequently gave clothing (at times outdated or misattributed) to Native American delegates. While Gill's costuming of delegates was considered salvage ethnography in the period, it has been critiqued in modern studies for reinforcing contemporary stereotypes and misrepresenting his subjects and their cultures.This recording reflects the Wikipedia text as of 01:06 UTC on Wednesday, 10 July 2024.For the full current version of the article, see DeLancey W. Gill on Wikipedia.This podcast uses content from Wikipedia under the Creative Commons Attribution-ShareAlike License.Visit our archives at wikioftheday.com and subscribe to stay updated on new episodes.Follow us on Mastodon at @wikioftheday@masto.ai.Also check out Curmudgeon's Corner, a current events podcast.Until next time, I'm neural Gregory.

They changed the water chart.  Did you learn this in elementary school.  It was a chart.  A graphic.  Rain falls... the heat evaporates the water.... it condenses in the sky... rain .. They changed it. A modern water cycle chart has been adopted by The United States Geological Survey for use across America.  That chart was created right here in Utah by a group of BYU professors Joining me live is Sophie Hill... a postdoctoral research fellow with the department of plant and wildlife sciences at BYU.

Host Dave Schlom teams up with scientists from the United States Geological Survey for part one of a two-part in-depth look at the massive earthquake that struck Northern California on April 18, 1906.

rWotD Episode 2561: Philip Burke King Welcome to random Wiki of the Day where we read the summary of a random Wikipedia page every day.The random article for Wednesday, 8 May 2024 is Philip Burke King.Philip Burke King (September 24, 1903 – April 25, 1987) was a geologist who worked for the United States Geological Survey. He was born in Chester, Indiana. King graduated from Iowa State University (B. A., 1924; M. S., 1927) and Yale University (Ph. D., 1929). He spent most of his career from 1930 onward as a geologist with the U. S. Geological Survey. He taught at universities for short periods: (Texas, 1925–27), Arizona (1929–30), UCLA (1954–56), and in the autumn of 1965 was a visiting lecturer at the University of Moscow.In 1965, he was awarded the Penrose Medal of the Geological Society of America and the Distinguished Service Medal of the U. S. Department of Interior. He was elected to the American Academy of Arts and Sciences in 1966. He was attending the International Geological Congress meeting in Prague in August, 1968, when the Soviets invaded; he was evacuated to Nuremberg.King did his early field work (1925) in the Marathon region, an area of about 1,600 square miles (4,100 km2) in the trans-Pecos part of Texas, where varied rocks and structures that were formed during the Paleozoic have been stripped of the cover of younger strata that conceal them elsewhere in this part of the Southwest. His first field work in the Marathon region was on Permian marine strata that form a sequence about 7,000 feet (2,100 m) thick on the northern side of the Glass Mountains. Instead of an orderly sequence, the strata of the Glass Mountains were a disorderly array of discontinuous bodies of carbonate rocks, shale, and sandstone. An opportunity to clarify the Permian stratigraphy of western Texas came later (1934), when King began work in the southern Guadalupe Mountains about 150 miles (240 km) northwest of the Glass Mountains. During King's field work there, he gave much attention to the Capitan Limestone, which stands in lofty white cliffs at the summit of the mountains.In 1940–44, the wartime search for strategic minerals by the U. S. Geological Survey afforded King an opportunity to investigate the Appalachian Mountains in Virginia and Tennessee where he unraveled and interpreted the massive folds and low-angle thrusts of that region. As he did these earlier investigations, he was aware of their broader significance and developed regional syntheses that resulted in his publications Evolution of North America (1959), the Tectonic Map of the United States (1944; 2nd ed. 1962; National Atlas version 1989), and the compilation of the Tectonic Map of North America (1969).In 1974, he and Helen Beikman produced the Geologic Map of the United States. King and Beikman's work lives on into the digital age. Their map was re-released, complete with ArcInfo coverages, as U. S. Geological Survey Digital Data Series DDS-11, Release 2 ( http://minerals.usgs.gov/kb/).This map was combined by José F. Vigil, Richard J. Pike, and David G. Howell in 2000, with the digital shaded-relief image created by Thelin and Pike in 1991, to create A Tapestry of Time and Terrain ( https://web.archive.org/web/20030209053037/http://tapestry.usgs.gov/ and http://geopubs.wr.usgs.gov/i-map/i2720/).This recording reflects the Wikipedia text as of 01:09 UTC on Wednesday, 8 May 2024.For the full current version of the article, see Philip Burke King on Wikipedia.This podcast uses content from Wikipedia under the Creative Commons Attribution-ShareAlike License.Visit our archives at wikioftheday.com and subscribe to stay updated on new episodes.Follow us on Mastodon at @wikioftheday@masto.ai.Also check out Curmudgeon's Corner, a current events podcast.Until next time, I'm Matthew Neural.

In this week's episode, Lizzie and Arden discuss the incredibly important agency, the US Geological Survey! Join them as they discuss the history of the agency, what important things it does for citizens and lawmakers, and why it was crucial to westward expansion!  Follow us on Twitter and Instagram at @letsgetcivical, @lizzie_the_rock_stewart, and @ardenjulianna. Or visit us at letsgetcivical.com for all the exciting updates! Learn more about your ad choices. Visit megaphone.fm/adchoices

Hold onto your seats! In a jaw-dropping convergence of celestial and seismic events, New York City experiences a powerful earthquake amidst a rare solar eclipse. Join us as we delve into the chilling implications of this apocalyptic duo, raising questions about the fate of humanity in the face of the end times. A 4.8 magnitude earthquake recorded in New Jersey that shook residents in surrounding states and New York City on Friday morning was one of the strongest in state history. The temblor was reported about 5 miles north of Whitehouse Station, New Jersey, at about 10:23 a.m. Friday, according to the United States Geological Survey. The epicenter was about 45 miles from New York City, where residents reported shaking furniture and floors. That's NOT Christian is a podcast by six urban believers who discuss current events and push the envelope on traditional religious subjects with a touch of humor. Prime Exclusive: Get 1 Year of GrubHub+ For Free (Regularly $120) https://amzn.to/3yKsCow Join this channel to get access to perks:    / @thatsnotchristian   Digit app- Check out Digit. It's a service that automatically saves your money, so you don't have to think about it. https://digit.co/r/fRa9c?al ►Merch Store: https://thatsnotchristian.com​​​ ►Donate: https://www.paypal.com/paypalme/thats... ►Listen to That's NOT Christian Spotify: https://open.spotify.com/show/3tGrB3G... Apple: https://podcasts.apple.com/us/podcast... ► Telegram: https://t.me/thatsnotchristian​​​ ► Music by Ryan Little SPOTIFY: https://spoti.fi/2MmjRru​​​ ►Follow the Squad ANT:   / ​​​   JAY:   / ​​​   JIMMY:   / ​​​   SWITCH:   / switch_in_hd   BREEKAY:  / breekaysounds   KASAIRI:   / kasairi   ►Podcast Equipment Canon M50: https://amzn.to/2NP7s3G​​​ Logitech C920: https://amzn.to/36odZJ9​ Samson​​ Q2U: https://amzn.to/3tcv2aW​​​ Ring Light: https://amzn.to/3tbxApJ​ Light​​ Stand: https://amzn.to/2NKbg69​​​ Smart Lights: https://amzn.to/3aeU5kW​ Gaming​​ Chair: https://amzn.to/36nnFn0​​​ DISCLAIMER: This video and description may contain affiliate links which allow us to receive a small commission when you click on a product links. This helps support the podcast and allows us to continue to make videos like this. Thank you for the support! #thatsnotchristian #nycearthquake #eclipse2024 --- Send in a voice message: https://podcasters.spotify.com/pod/show/thatsnotchristian/message Support this podcast: https://podcasters.spotify.com/pod/show/thatsnotchristian/support

The United States Geological Survey has confirmed a 2.1 magnitude earthquake struck Central Virginia late Monday night. According to the USGS the quake happened just north of Glen Allen at 10:46 p.m. Tunstall Willis, in Henrico's West End, joined the hundreds of CBS 6 viewers who shared on social media that they felt the shaking. "I actually went upstairs and I was working and had my window open. I heard thunder or what I thought was thunder," Willis recalled. The USGS website showed residents self-reported feeling the earthquake as far east as Tappahannock and south to Midlothian. Click here to...Article LinkSupport the show

Groundwater is the vast reserve of water beneath Earth's surface.  It's an essential resource for humans, plants, animals, and other living organisms.  According to the United States Geological Survey, about 30% of all readily available freshwater in the world is groundwater.  In areas lacking sufficient surface water supply from rivers and reservoirs,  groundwater is critical […]

"With water, everybody loses or everybody wins." - Emily Lewis Embark on a transformative journey into the intricate world of water management with Emily E. Lewis on the latest episode of Scaling UP! H2O Podcast. Join us as Emily, Director and Shareholder, Co-Chair of Clyde Snow & Sessions' Natural Resources and Water Law Practice Group, unravels the complexities of water law, making it not just informative but relevant to your daily life as a water professional. In this episode, Emily shares her wealth of expertise, garnered from advising a diverse clientele, including individual water right owners, municipalities, and mining companies. As the Utah Water Banking Project Manager and host of the Ripple Effect podcast, Emily brings a unique perspective that transcends the confines of Utah, offering insights that resonate with water professionals nationwide. Delve into the future of water management as Emily discusses regulations, permits, and laws related to groundwater and water access. No need for legal jargon; Emily breaks down the role of water attorneys, offering practical insights into water laws, discharge and runoff permits, and the delicate balance between water quality and quantity. This isn't just theory; Emily addresses the real challenges you, as water treaters, face daily – from increasing water demands and population growth to the pressing need for innovative water management strategies. Gain the tools to have meaningful conversations with customers, stay abreast of local water legislation, and empower yourself to contribute when water laws are on the table in your state. Emily shares real-world examples, such as the Utah Water Banking Project, showcasing how a drought-stricken state overcame water challenges with inventive marketing strategies. Learn from a century of water management in Utah and understand the unique water challenges faced by water management of the Great Salt Lake. Discover collaborative efforts between industrial water treatment teams and legal experts, providing you with a roadmap to shape effective water policies. For Emily, water access is not just about wins and losses; it's about collective victories and shared successes.   Timestamps 01:00 - Trace Blackmore shares the best unexpected Christmas gift he got 06:00 - Upcoming Events for Water Treatment Professionals  09:00 - Drop by Drop With James McDonald 12:30 - Interview with Emily E. Lewis the Director and Shareholder, Co-Chair of Natural Resources and Water Law at Clyde Snow & Sessions   Quotes “The ability to drop a well and get more water is getting more and more limited, and physically the water is not there, and then legally it's a heavily regulated space these days.”  - Emily E. Lewis “With water, everybody loses or everybody wins.” - Emily E. Lewis “In the West, we are in an acute water crisis. We do not have very much water and we have ballooning populations and ballooning needs. As we grow, where are we getting the water to support our new growth?” - Emily E. Lewis “In Utah, 70% of our water is used by agriculture and so we are working hand in hand with our agricultural partners to try and figure out ways to make those operations as efficient as possible because we really want to also keep our agricultural community. You know the solution is not to dry up Ag. The solution is to work with Ag.” - Emily E. Lewis   Connect with Emily E. Lewis Email: eel@clydesnow.com Website: www.clydesnow.com Utah Water Banking Project LinkedIn: in/emily-e-lewis-4a50321b company/clyde-snow-&-sessions Emily also teaches Water Law for Professionals at the University of Utah Listen to Ripple Effect – A Podcast Putting Water in Context HERE Read or Download Emily Lewis' Press Release HERE Utah's Five Key Milestones to Successful Water Marketing   Links Mentioned Water Marketing Strategy Report  The Ripple Effect Podcast Natural Resources and Water Law Practice Group - Clyde Snow Ep 166 Reading The Raven Undone (The Sweater Song) by Weezer State of Utah's Water Rights Handbook Kevin Mercer - RainGrid, Inc Aquacycl - Industrial Wastewater Treatment Solutions Margaret Mitchell House in Atlanta John Wesley Powell - Former Director of the United States Geological Survey  The Rising Tide Mastermind Scaling UP! H2O Academy video courses Submit a Show Idea AWT (Association of Water Technologies)   Books and Articles Mentioned A Mystery of Mysteries: The Death and Life of Edgar Allan Poe by Mark Dawidziak Betz Handbook of Industrial Water Conditioning (9th Ed) by Betz Laboratories The New York Times' Uncharted Waters: America Is Using Up Its Groundwater Like There's No Tomorrow New York Times Opinion: Getting Real About Coal and Climate by Paul Krugman Natural Law and Prior Appropriation in Water Law  (Page 46) by Robert W. Adler Gone With The Wind by Margaret Mitchell Beyond the Hundredth Meridian: John Wesley Powell and the Second Opening of the West by Wallace Stegner Angle of Repose by Wallace Stegner   Drop By Drop with James  In today's episode, we're thinking about the carbonic acid, bicarbonate, and carbonate distribution as a function of pH. Now, I sometimes have the memory of a goldfish, but this is one time I get to claim to have a photographic memory by saying, “Oh yes, that is found in the graph on page 6 of the 9th edition of the ‘Betz Handbook of Industrial Water Conditioning.'” I don't know why the exact page number has always stuck with me, but I cut my teeth on this book, and apparently parts of it adhered to my brain.    Anyway, as gaseous carbon dioxide dissolves into water, it reacts with the water molecules to form carbonic acid. This carbonic acid can depress the pH of the water, but being a weak acid, it won't lower the pH below 4.3 by itself. If we raise the pH of the water, you will see the carbonic acid gradually start to transform into bicarbonate ions or HCO31-. This transformation is complete at a pH of about 8.3. If we keep raising the pH, we see this bicarbonate then transforms into carbonate ions or CO32-. By simply adjusting the pH of the water up and down, these three species of carbonic acid, bicarbonate, and carbonate can be converted from one into the other.    Now, alkalinity is the acid absorbing property of water, and as we just heard, these bicarbonate and carbonate ions are absorbing acid. Typically, when we talk about alkalinity, we are talking about bicarbonate and carbonate ions, although there are other ions that can impact alkalinity as well, such as hydroxide.  You may have recognized the key pHs I mentioned previously: 4.3 and 8.3. Those just happen to be the pHs where the Total Alkalinity and P-Alkalinity endpoints are, respectively. These are two of the tests you use to measure alkalinity in water.    All this is shown in that graph I mentioned before found on page 6 of the 9th edition of the “Betz Handbook of Industrial Water Conditioning.” It's found in Figure 1-2, actually. I'll be sure to share a link to the graph for Trace to include in the show notes of this episode.   Understanding the carbonic acid, bicarbonate, and carbonate distribution as a function of pH is important for many reasons, such as when trying to reduce alkalinity with a degassing tower, troubleshooting why carbon dioxide is found in RO permeate, understanding how alkalinity impacts scale forming potential, and more.    2024 Events for Water Professionals Check out our Scaling UP! H2O Events Calendar where we've listed every event Water Treaters should be aware of by clicking HERE or using the dropdown menu.  

*** How history's largest ape met its end *** For nearly two million years, a gigantic ape, three meters tall and weighing a quarter of a tonne, lived in what is now southern China, before mysteriously disappearing. Exactly why the Gigantopithecus Blacki went extinct has been a huge mystery for paleontologists, especially because other apes were able to thrive at the time. Now a massive study, co-led by geochronologist Kira Westaway of Macquarie University, reveals their size was a disadvantage, and left them unable to adapt to a changing climate. The research was published in the journal Nature. *** People with PTSD process their trauma as if it's happening in the present *** Post traumatic stress disorder (PTSD) is characterized by intrusive thoughts that cause people to relive their trauma. In a new study in the journal Nature Neuroscience, scientists have figured out that this is reflected in brain activity. Daniela Schiller, a professor of neuroscience and psychiatry at the Icahn School of Medicine at Mount Sinai in New York, said their brains respond differently with traumatic memories than with ordinary memories, causing the traumatic memories to feel as if they are happening in the present, rather than the past. *** Paleontologists identify animal skin 4½ times older than the last dinosaurs *** A fossilised skin sample discovered in an Oklahoma cave is the oldest skin sample ever identified. It belonged to a reptile species that lived nearly 300 million years ago. Ethan Mooney, a paleontology masters student at the University of Toronto, said this skin fossil gives insight into how the first vertebrate animals adapted to a more protective with the critical transition from ocean to land. Their research was published in the journal Current Biology. *** How an octopus told us the West Antarctic ice sheet collapsed *** Scientists are trying to learn when the West Antarctic Ice Sheet last collapsed, in order to learn when it might happen again. In a new study, published in the journal Science, Sally Lau at James Cook University analyzed the DNA of Turquet's octopuses, which have been scuttling around the Antarctic sea floor for millions of years. These octopuses are today separated by massive ice sheets, but by looking at when different populations were able to breed throughout history, they could see when the ice wasn't there. *** Geologic Hydrogen could be clean, green and plentiful *** More than a century ago we discovered that there were rich deposits of energy buried deep in Earth, and so oil and gas became the foundation of our industrial civilization. Now history might be repeating itself as scientists think there could be massive amounts of clean, green hydrogen hiding underground as well. Quirks producer Jim Lebans spoke with Geochemist Barbara Sherwood Lollar from the University of Toronto, and geologist Geoffrey Ellis from the United States Geological Survey to understand where this hydrogen has come from, how much there is, and what its potential could be as an energy resource.

Look out for a total solar eclipse, more solar flares, and the Parker Solar Probe's closest approach to the sun. Also, underground hydrogen stores have raised renewable energy hopes, but can the industry overcome the logistical hurdles of distributing it?Solar Activity Flares Up In 2024Look out 2024—this is going to be the sun's year (for science, at least). There will be a total solar eclipse on April 8, and scientists are seeking volunteers to help them observe the event. Researchers also expect an uptick in solar activity—that means more sunspots and solar flares, which could increase the amount of auroras the Earth experiences and also might disrupt satellites and power systems on the ground. Plus, NASA's Parker Solar probe is on track to make its closest pass to the sun yet in December, a mere 3.8 million miles from its surface.Umair Irfan, staff writer with Vox, sits down with Ira to talk about these and other science stories from this week, including why greenhouse gas emissions might actually start to fall this year, research showing that apes are able to recognize each other after decades apart, and the discovery of an enzyme that makes your pee yellow.Could Underground Hydrogen Reserves Put Clean Energy Within Reach?In 1987, a crew in the village of Bourakébougou, Mali, was digging for water. After drilling 108 meters deep, they still hadn't found any, but the resulting borehole produced a steady stream of wind. When a driller lit a cigarette near the hole, the wind ignited, burning the worker. It took weeks for the crew to put out the blue flame, which produced no smoke, and they eventually capped the hole. It remained sealed until 2012 when a local oil and gas company reexamined it and found that the original crew had stumbled upon an underground store of naturally occurring hydrogen. They converted a Ford engine to burn the gas and soon connected it to a generator, providing electricity for the village.Hydrogen has long been touted as a source of renewable energy with the potential to replace fossil fuels to power transportation and factories. When burned, its only output is water—with no carbon emissions—making it extremely attractive as a clean energy source. But producing commercial hydrogen involves splitting water molecules into their hydrogen and oxygen components, an energy-intensive process typically powered by fossil fuels.But splitting water isn't the only way to get hydrogen: It also occurs naturally in underground reservoirs when water heated by the planet's mantle mixes with iron-rich rocks. The oil and gas industry hasn't prioritized the search for these underground stores of hydrogen, but more of them have been found lately, including a potentially massive one in Lorraine, France that was discovered last year.Dr. Geoffrey Ellis, a research geologist at the United States Geological Survey, joins Ira to talk about hydrogen's potential as a clean fuel, why finding stores of it has been a lower priority than finding oil and natural gas, and the hurdles the industry faces as it aims to expand.Transcripts for each segment will be available the week after the show airs on sciencefriday.com. To stay updated on all things science, sign up for Science Friday's newsletters.

In the 19th century, a heated dispute arose over the house sparrow and its introduction into North America. Elliot Coues and Thomas Mayo Brewer held opposing opinions on the matter which they defended their entire lives.  Research: Mosco, Rosemary. “Meet the Little Brown Bird That Holds a Mirror Up to Humanity.” Audubon. 4/5/2023. https://www.audubon.org/news/meet-little-brown-bird-holds-mirror-humanity Wills, Matthew. “The Great Sparrow War of the 1870s.” JSTOR Daily. 6/23/2016. https://daily.jstor.org/the-great-sparrow-war-of-the-1870s/ Sterling, Keir B. et al, editors. “Thomas Mayo Brewer.” From Biographical Dictionary of American and Canadian Naturalists and Environmentalists.” Greenwood Press. 1997. https://academicworks.cuny.edu/yc_pubs/9/ Glass, Chris. “The House Sparrow in Boston, Part I.” Boston Public Library Blog. 7/28/2022. https://www.bpl.org/blogs/post/the-house-sparrow-in-boston-part-i/ Glass, Chris. “The House Sparrow in Boston, Part II.” Boston Public Library Blog. 7/28/2022. https://www.bpl.org/blogs/post/the-house-sparrow-in-boston-part-ii/ Glass, Chris. “The House Sparrow in Boston, Part III.” Boston Public Library Blog. 7/28/2022. https://www.bpl.org/blogs/post/the-house-sparrow-in-boston-part-iii/ Ashworth, William B. “Scientist of the Day – Thomas Mayo Brewer.” Linda Hall Library. 11/21/2018. https://www.lindahall.org/about/news/scientist-of-the-day/thomas-mayo-brewer/ Burton, Adrian. “Suffering sparrows.” Frontiers in Ecology and the Environment. doi:10.1002/fee.2632. https://esajournals.onlinelibrary.wiley.com/doi/pdf/10.1002/fee.2632 Britannica, The Editors of Encyclopaedia. "Elliott Coues". Encyclopedia Britannica, 5 Sep. 2023, https://www.britannica.com/biography/Elliott-Coues. Accessed 11 December 2023. Allen, J.A. “Biographical Memoir of Elliot Coues: 1842-1899.” Read before the National Academy of Sciences, April 1909. https://www.nasonline.org/publications/biographical-memoirs/memoir-pdfs/coues-elliott.pdf Evening star. [volume], July 28, 1886, Image 1. https://chroniclingamerica.loc.gov/lccn/sn83045462/1886-07-28/ed-1/seq-1/ Coues, Elliott. “Psychic Research” and “Can Ghosts Be Investigated?” The Nation. 12/25/1884. https://books.google.com/books?id=5ixMAAAAYAAJ&pg=PA543#v=onepage&q&f=false Dearborn, Ned. “How to Destroy English Sparrows.” Government Printing Office. 1910. https://digital.library.unt.edu/ark:/67531/metadc85667/m1/1/ Gurney, J.H. et al. “The House Sparrow.” London, W. Wesley and Son. 1885. https://archive.org/details/housesparrow00gurn/ Cutright, Paul Russell. “Elliott Coues : naturalist and frontier historian.” Urbana : University of Illinois Press. 1981. Thomas Mayo Brewer. Proceedings of the American Academy of Arts and Sciences, Vol. 15 (May, 1879 -May, 1880). Via JSTOR. https://www.jstor.org/stable/25138584 Brodhead, Michael J. “Elliott Coues and the Sparrow War.” The New England Quarterly , Sep., 1971, Vol. 44, No. 3 (Sep., 1971). https://www.jstor.org/stable/364783 Anderson, Warwick. “Climates of Opinion: Acclimatization in Nineteenth-Century France and England.” Victorian Studies , Winter, 1992, Vol. 35, No. 2 (Winter, 1992). https://www.jstor.org/stable/3828004 Osborne, Michael A. “Acclimatizing the World: A History of the Paradigmatic Colonial Science.” Osiris , 2000, Vol. 15, Nature and Empire: Science and the Colonial Enterprise (2000). Via JSTOR. https://www.jstor.org/stable/301945 Fine, Gary Allen and Lazaros Christoforides. “Dirty Birds, Filthy Immigrants, and the English Sparrow War: Metaphorical Linkage in Constructing Social Problems.” Symbolic Interaction , Vol. 14, No. 4 (Winter 1991). https://www.jstor.org/stable/10.1525/si.1991.14.4.375 Coates, Peter. “Eastenders Go West: English Sparrows, Immigrants, and the Nature of Fear.” Journal of American Studies , Dec., 2005, Vol. 39, No. 3, British Association for American Studies 50th Anniversary (Dec., 2005). Via JSTOR. https://www.jstor.org/stable/27557692 Coues, Dr. Elliott. “The Ineligibility of the European House Sparrow in America.” The American Naturalist. Vol. XII, No. 8 August 1878. Allen, J.A. “Notes on Some of the Rarer Birds of Massachusetts (Continued).” The American Naturalist , Feb., 1870, Vol. 3, No. 12 (Feb., 1870). https://www.jstor.org/stable/2446674 Robbins, Chandler S. “Introduction, Spread, and Present Abundance of the House Sparrow in North America.” Ornithological Monographs , 1973, No. 14, A Symposium on the House Sparrow (Passer domesticus) and European Tree Sparrow (P. Montanus) in North America (1973). Via JSTOR. https://www.jstor.org/stable/40168051 Coues, Elliott. “On the Present Status of Passer Domesticus in America With Special Reference to the Western States and Territories.” United States Geological Survey. Extracted from the Bulletin of the Survey Vol. V. No. 2. Barrows, Walter R. and C. Hart Merriam. “The English Sparow (Passer Domesticus) in North America, Especially in its Relations to Agriculture.” United States Department of Agriculture Division of Economic Ornithology and Mammalogy. Bulletin 1. Government Printing Office. 1889. https://play.google.com/books/reader?id=ofwYAAAAYAAJ&pg=GBS.PA1&hl=en “Thomas Mayo Brewer.” Bulletin of the Nuttall Ornithological Club, Vol. 5, No. 2 (APRIL, 1880). Via JSTOR. https://www.jstor.org/stable/24723261?seq=1 Brewer, T.M. “The European House-Sparrow.” The Atlantic. May 1868. https://www.theatlantic.com/magazine/archive/1868/05/the-european-house-sparrow/628410/ “Zoology.” The American Naturalist, Vol. 8, No. 9 (Sep., 1874), pp. 553-565. https://www.jstor.org/stable/2448426?seq=4 “Zoology.” The American Naturalist, Vol. 8, No. 7 (Jul., 1874), pp. 425-441 (17 pages). https://www.jstor.org/stable/2447653?seq=12 See omnystudio.com/listener for privacy information.

Drinking water is at risk of becoming scarce in the face of climate change. More than 50% of the nation has experienced drought since 2000. Rich “Raz” Razgaitis, CEO of Bluewater North America, a water purification company, joins the conversation to discuss the rising incidence in the water of per- and polyfluorinated alkyl substances, or PFAS, the forever chemicals used in everything from the lining of fast food containers and firefighting foams to cosmetics and waterproof clothing. A recent United States Geological Survey study found that as much as 45% of U.S. tap water is contaminated with PFAS. Rich last joined us in early 2022, before the company he co-founded, FloWater, was acquired by Bluewater.Water filtering, use, and reuse will become a more prominent feature of daily life in the coming years. The USGS study, however, is a wake-up call about chemical contamination. It found at least one type of PFAS in almost half of 716 samples taken from taps around the nation from public and private water sources. The Eastern seaboard and Midwest have the most contaminated water systems. And several cities in the West with heavy industry and military bases also have PFAS-contaminated water. You can learn more about Bluewater North America at https://www.bluewatergroup.com/us

The small town of Standard, Illinois was the epicenter of a relatively small but noticeable Earthquake on Wednesday morning, November 15th, 2023. According to the United States Geological Survey, the Earthquake was felt anywhere from 30 to 40 miles from the epicenter but did not do any damae. According to IVCC Professor Mike Phillips, an Earthquake that registers at 3.6 on the Richter Scale is on the very edge of being noticeable. So, not the most dramatic Earthquake but still one that shook a few people awake this morning and led to Police in Peru to issue a social media statement telling residents that indeed it was an Earthquake that many felt this morning. RegionalMediaNews.com caught up with Professor Mike Phillips for a conversation about Earthquakes in Illinois. 

Thomas Purifoy is a creative filmmaker who develops video-based learning resources to advance the Kingdom of God. Oversees three companies: Compass Cinema, Compass Classroom, Compass Creative. Thomas produced, wrote, and directed the feature documentary "Is Genesis History?" He is currently producing the sequel. Dr. John Whitmore taught high school science and math and spent a summer working for the United States Geological Survey. Dr. Whitmore serves on the board of the Creation Geology Society and is a member of the Creation Research Society and the Geological Society of America (GSA). Sign up for the FLF Conference at the Ark Encounter! (Oct 11-14) https://flfnetwork.com/the-politics-of-six-days-creation-conference/ Support Us & Sign up for a FLF Club Membership! https://flfnetwork.com/product/fightlaughfestclub/?attribute_member-tier=silver-monthly

Thomas Purifoy is a creative filmmaker who develops video-based learning resources to advance the Kingdom of God. Oversees three companies: Compass Cinema, Compass Classroom, Compass Creative. Thomas produced, wrote, and directed the feature documentary "Is Genesis History?" He is currently producing the sequel. Dr. John Whitmore taught high school science and math and spent a summer working for the United States Geological Survey. Dr. Whitmore serves on the board of the Creation Geology Society and is a member of the Creation Research Society and the Geological Society of America (GSA). Sign up for the FLF Conference at the Ark Encounter! (Oct 11-14) https://flfnetwork.com/the-politics-of-six-days-creation-conference/ Support Us & Sign up for a FLF Club Membership! https://flfnetwork.com/product/fightlaughfestclub/?attribute_member-tier=silver-monthly

If you want science-backed earth, water, biological, and mapping data about your land, look no further than the United States Geological Survey. Geoffrey Cromwell, Geologists at USGS at the California Water Science Center shares what this nonregulatory agency can do for growers and delves into two studies on California water basins. The USGS's mission is to investigate Earth sciences and make all research data available to the public. Studies cover floods, climate, earthquakes, volcanos, species, and geology.   The Adeladia Area Hydrological Study located in San Luis Obispo County California, aims to understand how water moves in this atypical basin. Researchers are using stream gauges and monitoring wells to better understand how water flow changes seasonally and if there are differences in areas included in the project. In Northern Santa Barbara County California, the San Antonio Creek Study is developing a holistic hydrological model to support the region's Sustainable Groundwater Management Plan (SGMA). Resources: Evaluation of Groundwater Resources in the Adelaida Area of San Luis Obispo County, California Hydrogeologic Characterization of the San Antonio Creek Valley Watershed, Santa Barbara County, California San Antonio Creek Hydrogeology Studies Simulation of Groundwater and Surface-Water Resources of the San Antonio Creek Valley Watershed, Santa Barbara County, California United States Geological Survey Vineyard Team Library | Water References: Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member Get More Subscribe wherever you listen so you never miss an episode on the latest science and research with the Sustainable Winegrowing Podcast. Since 1994, Vineyard Team has been your resource for workshops and field demonstrations, research, and events dedicated to the stewardship of our natural resources. Learn more at www.vineyardteam.org.   Transcript Craig Macmillan  0:00  Our guest today is Geoff Cromwell, he is geologist with the United States Geological Survey at the California Water Science Center. And today we're going to talk about you guessed it, water. Thanks for being on the podcast, Geoff.   Geoffrey Cromwell  0:12  Absolutely happy to be here.   Craig Macmillan  0:14  Before I met you, I thought that the US Geological Survey made maps that you buy on paper. I've had many of them. And turns out, there's a lot more going on with that group. First, what is the United States Geological Survey?   Geoffrey Cromwell  0:23  I also had a very limited view of the USGS even when when I started working, I also have had to do some background on my own. And I've learned quite a lot, having been with the survey of what different people do and really that overlap, then at these different intersections of science. The USGS is one of the bureaus within the Department of Interior. And so this is under the executive branch. And what is unique about the USGS, among other bureaus within Department of Interior, is that the USGS has non regulatory. And so the USGS, really the mission is to investigate earth sciences, collect data, interpret the data, and then make all those data publicly available that then other agencies, the federal or state, or local or any other entity can then make decisions or action decisions. Based on the interpretive science that the USGS puts out. There's a quote that I pulled that USGS does Science in the Public Interest, the mission is to supply timely, relevant and useful information about the Earth and its processes. And so the earth and it's processing things very, you know, brought up to go. So not only do we do mapping, so topographic maps, geologic maps, there's just a whole swath of data collection and just digital map information available, but for water, floods, climate two, there's a whole breadth there, there are currently five science missionaries for the USGS. There's the mapping group, there's the biological arm focusing on Ecosystem Science. So there's a group in San Diego that studies a lot of frogs, the reptiles down there, energy and minerals. And so where are the mineral resources for the country? What are the economic and then natural environment impacts of identifying and extracting minerals? In my mind when I think of the USGS, even as I'm in the water world, is earthquakes and volcanoes. So there's the monitoring of natural hazards? And what are the effects of life and property that could occur from these natural and natural hazards? Lastly, is the Water Resources area and that's what I'm involved with. And what the California Water Science Center is a part of in this is to evaluate and monitor and interpret water resources of the nation so that we do monitor and collect data on streamflow, groundwater, water quality, water use and availability. So just how much is there? Where is it? And can you drink it? Can you irrigate?   Craig Macmillan  0:31  It sounds like this would be the kind of thing where you mentioned working with different entities that sounds like you would be working with all kinds of different institutions and scientific groups you work with, with universities, you go up to grant funding, how is this funded? And what are some of the other scientists that are involved in this stuff?   Geoffrey Cromwell  3:21  The USGS doesn't, you know, operate independently necessarily. So we do collaborate and coordinate with other universities, definitely other science branches of the government to find the intersection of what needs to be learned. And in a particular area, it could be a biologic, or water or geologic and so my, my training and expertise is in geology, and, you know, identifying and mapping the subsurface in three dimensions and those a direct intersection of that earthquakes and hazards. And then what I do in my job is intersect the geology with the groundwater system. So you know, the rocks, there's the water on the surface of the water in the ground, and it all kind of flows above and through the materials in the subsurface, you know, I work a lot to with my colleagues to understand the dynamics of the subsurface, and that allows for better understanding of, of the groundwater and then other surface water and how human dynamics are affected by that. Normally, local water districts, we work with universities, we work with companies, all to find the answer for what we're what we're trying to learn.   Craig Macmillan  4:27  So how exactly do you do that? I mean, you can put flow monitors and streams and things on the surface. Obviously, groundwater is underground, we don't see it. What is your job like? What, what do you do? How do you find things?   Geoffrey Cromwell  4:40  You picked on you know, in some ways, the first step of a study is collecting data, or even go back a step. It's still what is the problem? And so we will coordinate in the Water World Water Resources world at the USGS we have, in general a different business model than other parts of the USGS like the natural hazards folks and for earthquakes and volcanoes, a lot of other sciences have funded directly by Congress. And so they are you know, there's a there are a line item in the in the Congressional Budget. But in the water world, we are primarily funded through cooperative programs. So we work with counties, the state, other federal agencies, such as Department of Defense on military bases, we work a lot with the California Department of Water Resources as a state agency. And then for a local study here in San Luis Obispo County, and we're working with the county, and they are a cooperator in that study. So the first part is to talk to the cooperators. And in talking to them, what are their needs? What are they uncertain about? What are their concerns? Are they worried about contamination from pollutants? Are they worried about wells going dry? Are they worried about future management of water resources? So especially in California, where drought is an ongoing issue? Future sustainable management is a big question. So how can we help these other agencies think about their water resources?   Craig Macmillan  6:01  Which reminds me something so we're talking about California, and I met you through sounds bespoke County, but I'm guessing that this this kind of work is happening all over the nation? I would think.   Geoffrey Cromwell  6:10  yes, these types of investigations are happening all over the country. And you can think about just the geography of the nation where it's hot, and where it seems to rain a lot more than other places are going to have different water issues. And so different investigations are occurring via for water chemistry, or groundwater availability or surface water resources. And if you look just in within California, it can be a microcosm of the whole country where Northern California in general surface water resources are more plentiful versus Southern California, where the primary water concerns are groundwater based.   Craig Macmillan  6:43  How does this work proceed? You said you get to identify a problem and you were trying to cooperators then what what kind of tools do you have to investigate a problem?   Geoffrey Cromwell  6:52  I think we use the study in San Luis Obispo County that you and I partner on, we will for service water monitoring, we have stream gauges that are placed on selected streams. And there are instrumentation there that allows for continuous monitoring to the stage or the height of the water. And then that gets translated into a total volume or discharge of water that's moving through streams and you can track seasonal cycles, that's a value for groundwater, we can usually see the groundwater. And so we will take individual tape down measurements of groundwater wells. So groundwater well is basically a hole in the ground with a steel or PVC casing. And you can one can drop down a tape, which will be either steel tape or an electronic tape that will signal what the Depth to groundwater is at that location. At that time. If you do this over a broad enough area and over, especially continuously, you know, with regular readings, you get a sense of how groundwater levels change seasonally and whether they change seasonally, the same amount everywhere. Or if there's different dynamics within that particular study area that are affecting how groundwater flows.   Craig Macmillan  8:03  You also use water chemistry, is that right?   Geoffrey Cromwell  8:05  Yeah, water chemistry, both surface water and groundwater. And this can tell a lot about the aquifer system. So the water level measurements and surface water measurements we just mentioned, those are useful for basically the ups and downs of groundwater and to get a sense of the direction that, especially for groundwater, where groundwater is moving in the subsurface, the water chemistry can inform a lot about not only the direction of groundwater flow, it can inform about any contaminants, or in the cases of, you know, something to think about often that comes up as the presence of nitrates in the subsurface. So that can be related to agricultural fertilizers. That's something that can be observed, but also can tell about which types of rocks the water is flowing through. And so that helps us understand the aquifer system, the different earth materials in the subsurface go stepping way back to my geology training here is we can use this water chemistry to help us identify which geologic units are in different parts of the aquifer. And that is going to help us inform how the groundwater flows through the system.   Craig Macmillan  9:08  Are there other tools I remember a helicopter with like some kind of antenna hanging off the bottom of it. And I never understood what that was. But I think that's part of your project, isn't it?   Geoffrey Cromwell  9:19  Now we're getting into the geophysical work.   Craig Macmillan  9:21  Okay, let's go for it.   Geoffrey Cromwell  9:22  Comon joke in geophysics is, What do you want the answer to be? I love geophysicist. But geophysical tools are a way to sense the different properties of materials in the subsurface. So that helicopter that was flying had a big hoop underneath it, and this was an airborne electromagnetic system. So this helicopter flies over over the terrain, and in the signal that gets bounced back provides information on the resistivity or the electrical properties of the materials in the subsurface and so then different electrical properties can get tied to different geologic materials. So this is another way for us to map and understand this subsurface geology. It also is very sensitive to changes in salinity, saline water versus freshwater will have a different electrical conductance electrical properties, that type of system can also be used to track you know, the presence of saline water in the subsurface. And so that's another another tool there. So, in this Adelaida study, we're really getting on all these different types of data collection that then can eventually be used to interpret and holistically evaluates the hydrogeologic character of the of the aquifer here.   Craig Macmillan  10:30  What you're referring to is the Adelaida Area Hydrological Study, which is a project with San Luis Obispo County Board of Supervisors, I believe they're funding it or funding part of it. And let's just use that as an example. Obviously, we are involved in it, but I think it's a good case study. Overall, the kinds of things that you folks do tell us about that project. How did it start? What is it and what are you doing?   Geoffrey Cromwell  10:54  Yeah, Adelaida hydrological study is in northern San Luis Obispo County. And this was a study partnership or in cooperation with the San Luis Obispo County flood control and Water Conservation District there are a cooperator here, the Adelaida area is the west part of the city of Paso Robles. And this is a, you know, a highland upland kind of rolling hills. It's even some more sort of steeper mountain type terrain. So it is not a classical eluvial Groundwater eluvial Basin aluvium would be unconsolidated sands and gravels and some finer materials that tend to erode off the hillsides that will fill the cemetery depressions. That's often where a lot of agriculture and people live with water is extracted from these groundwater basins because water is historically more readily available. But in the Adelaida area, this is a relatively small population of local residents, there is been a presence of agriculture for some time, many, many decades.   Craig Macmillan  11:55  More than a century.   Geoffrey Cromwell  11:56  The county asked us to do this study to evaluate the groundwater resources and learn what we can do to concerns from from landowners about a potential overuse of water, concerns at some local wells might be going dry. And so the county wants to understand the groundwater system. And so it's a bit just typical of USGS. What are the data? What are the interpretations and make that information publicly available that then the county or any other entity can then make decisions on what actions to take.   Craig Macmillan  12:25  But how did that proceed? We've talked a little bit about the kinds of data that you collect. But what's the actual what was the actual timeline like and what's the future timeline like?   Geoffrey Cromwell  12:33  Projects started, we got funded just before COVID. So it was end of the very early 2020, I believe. And we spent that that first year of with the county, we said that USGS would compile all available data that we could find. And so this particular area because of the small population, you know, relative perceive low impact. There hadn't been any hydrologic or geologic studies in the area, besides some some broad geologic maps and regional geophysical investigations. So this was really an unknown, I should say, publicly unknown, because you'll local farmers and local residents who've been there for decades or centuries, they know what what is in on their land, and you have a sense of of the world there. So we were trying to compile we can from what we would use, and maybe in a report to help us just understand as we're coming in, what's the geology? What are changes in land use? What groundwater information is there that might be available to help us think about, okay, how do we then collect new data? Where do we go? What do we do? So we compiled data for a year and evaluate and learn just what we could have the area. Now we're on our second phase of the study, which is collecting groundwater level data, and surface water data and water quality data for a period of just about two years. And so we're taking groundwater measurements every three months. And we have a series of just about 60, groundwater wells that were that were taking water levels from all around the Adelaida area. And we are being able to see seasonal shifts in in groundwater, as you know, recharge generally occurs in the winter months with with rainfall. And then we also see in some places where water levels might be increasing more versus others. And so that'll be as we're collecting this data will be interesting that as we get to the interpretation phase, what does that mean?   Craig Macmillan  14:25  One thing that I think is interesting, so like you said, there's a kind of the classical groundwater basin idea, which in my mind is kind of a big bathtub. So everybody pokes a straw into the same Slurpee, essentially, and then rain falls and it refills but these mountainous areas and the rolling topography is a little bit different in like, for instance, in in the scope of this area that you're studying is all the water below the ground. Is it all connected, or is it isolated from each other? Or could it be I know you're really in your study.   Geoffrey Cromwell  14:53  What is likely to occur where we have these geologic structures with hills and folds is that you know, although There's groundwater is present everywhere, what will be interesting to see is how the structure of the geology affects where groundwater flows and is present. So it's possible someone coming in one valley, a person in a nearby valley may or may not see the effects of that pumpage in their groundwater wells. And so we have groundwater monitoring wells has dispersed across the areas, we were able to find the hope of identifying then whether or not different areas are connected, what the effects are between the shallow and deeper systems of the of the aquifer, based on the geologic structures. So it's really is this dynamic and complex question that we're looking to to learn more about.   Craig Macmillan  15:44  This is an idea that I just thought of, because it comes up in the local conversation, and that is, when water starts to become scarce. The solution in some people's minds is to drill a deeper well, just very expensive in the kind of geology you're talking about. That doesn't necessarily sound like that would work. Is that accurate statement? Or? Or even in a groundwater basin? Is there a limit to kind of how long that straw can be and still be be affected?   Geoffrey Cromwell  16:13  That's interesting question that would be on a probably a basin by basin or area by area question. In general, though, the deeper you go, the more poor the water quality can be. And that's not to say that 100 feet is great and 200 feet, it's going to be hyper saline everywhere. But groundwater basin dependent area dependence, the fresher, more usable water was going to be closer to land surface. And so that gets into the question of water quality. And so just by digging, drilling a deeper Well, there could be other impacts or concerns that one might have in drilling deeper.   Craig Macmillan  16:50  Water is not necessarily water everywhere. Oh, this is a question that someone asked me does water have an age? Can you tell when it fell from the sky?   Geoffrey Cromwell  17:00  Yes, that is one of the neat things to learn from either water quality samples that we get. So we test for and we'll go into water chemistry, we'll sample for major and minor ions, calcium, magnesium, sodium, we'll measure for nitrates. And those types of constituents are useful for identifying the aquifer system, what rock are we in, and that will collect the stable isotopes, hydrogen and oxygen. Those allow us to tell from what elevation or area to groundwater recharge. So you expect water to be coming in the mountains and flow down and we should be able to see that indicator in those stable isotopes. And then the two age constituents we usually measure would be for tritium. And then we'll also be for carbon 14. So carbon 14 is probably one that most people are aware of, or heard of, right, you take clean organic materials, and you can get a sense of age back to think about 50,000 years old. So we can directly measure can estimate of groundwater age, many groundwater basins in California, oftentimes, the water can be 10,000 years old or so oftentimes, much more. Than tritium is neat, because tritium allows us to tell if water has been recharged since about 1950. So tritium was naturally occurring in the atmosphere. But in the 1950s, during all the nuclear tests, tritium within is released in the atmosphere in great abundance. And so if tritium is present in groundwater, above background levels, we are very confident that that water recharge since 1950, we have these age measurements of groundwater, that you within a study area, we get a sense of where recharge is occurring, and whether it's recent recharge, or old or older recharge, and so that can help understand that aquifer dynamics,   Craig Macmillan  18:39  That's fascinating. Just blows my mind. Future timeline. So you're well levels, stream gauges, chemistry, this radiological kind of stuff, you're in the middle of the data collection, what's going to happen after that?   Geoffrey Cromwell  18:54  We're in the middle of our of our data collection, like you said, we have about one more year of groundwater level measurements that we will take as part of the current the current agreement with the county and then the surface water will also continue for just about another year. And then we're going to have conversations with the county to hopefully take the the next steps. And that could include additional, you know, ongoing groundwater monitoring, surface water monitoring, always value in developing these long term records. And so being able to track seasonal cycles, ideally decades, right? Because then you can really see how things are changing. So there could be value in continuing this monitoring effort. And then the next step would be to put up an interpretive product. And so basically take the data that we've compiled in look at the how the aquifer system changes, look at the age of the groundwater, look at the flow paths and maybe you know, understand if there are structural controls to groundwater flow. The next phase of our project will kick in probably early 2025. In the conversation with the county and possible we could we could start sooner the era Boerne em that we mentioned before the helicopter with a big hoop flying under that, we're using that right now to help construct a geologic framework. And so that's product that we should be able to, we anticipate being able to put out next year or so. So there will be some interim bits in there. But one thing is very important in the USGS does is that all the data we collect is publicly available. So as we go out, and we take our groundwater level measurements, that will be out again in August in the Adelaida. area, within a couple of days, that data is online, it is accessible, it is viewable by the anyone in the world can can go to our website and look at this data. And so the transparency of that is valuable, just just that real time knowledge of the Earth system is I think, hugely important, valuable.   Craig Macmillan  20:48  These wells and the streams and whatnot, they're gonna oftentimes be on private land. So you're gonna have to find participants that will let you come in and take your measurements. How did you go about recruiting participants? And also, I would guess that you would want to have wells in particular spots of interests to help you with your mapping your data collection, how did how did that process work?   Geoffrey Cromwell  21:14  There's a lot of initial interest in the study itself. From the get go, there were there was a pool of several dozen interested landowners who were more than willing to provide access to let us just access their property and, you know, take these groundwater measurements, and allow us to, you know, install stream gaging equipment on there, you know, we spent the first part of of our data collection, part of our agreement there, identifying additional landowners. And so some of this was was word of mouth, we've been holding at least once a year, a community meeting specific to the Adelaida study. And so we've garnered more interest and think as we've explained more what the study is and purpose and the outcomes and the projected outcomes in terms of reports, we've gotten more interest in that sense. And sometimes we're just out knocking on doors and looking for it, like you said, there are some some geographic holes, if you will, of where we either we can identify the landowner or the land owner says no, which is fine. But also, we just haven't had luck contacting or reaching out or finding anybody in those particular spots. So we're especially interested always in deeper wells, so anything you have, if you only have hundreds of feet deep, more than a few, but a well, more than 500 feet deep, we'd love to come back. That'd be definitely a value to it to the study. But we've had very good conversations with landowners across the Adelaida area, and some have granted permissions and some said no, and, you know, we say thank you, we keep moving. So it is ongoing. And I think it's we the next community meeting, hopefully will be this fall before the end of the end of the calendar year. And we'll be able to share some of our next set of studies, you know, outcomes, what we've done, and hopefully talk to folks and continue to identify geographic areas that we can use more data in.   Craig Macmillan  23:00  Cool, that's neat. Individuals within communities recognize the value to themselves, but then they also recognize and feel like they have a responsibility to the rest of the community. And I think it's pretty cool that we're seeing folks step up to be participants. And I encourage people nationwide if they're, if you're listening, and to not be afraid, I can speak for the company that I worked for Niner wine estates were a participant. When I first heard about this, I jumped, I jumped all over it. I was like, This is so cool. But also I had questions about our own property. Our location is such that there's lots of other neighbors, both residential and agricultural, but also we have wells in different different spots. And we could just look around and see, hey, is the geology between these wells? Is it the same? Is it different? What can we learn from what you guys learn? So there was kind of a two fold piece to that. And I think that that's really important for communities to do. We got a couple of minutes left, you're also working on a project in Santa Barbara County in the San Antonio Creek area. Can you tell us just just a little bit about that? Because that's a different kind of project.   Geoffrey Cromwell  23:00  Yes. Let me go back to the last thing you said about about participants. Yes, this is free. We it's paid for by taxpayer dollars. But these are essentially free groundwater level measurements and free water quality if we take water quality. So like you said, there's there's there's value in knowing what's under the ground in your well your spot. And if you're interested, then we might be able to accommodate, obviously, constraints and things from the study public interest.   Craig Macmillan  24:28  That's right USGS is here for you. Well, it's true. I mean,   Geoffrey Cromwell  24:31  Yeah, no, I was gonna say we're, we're with the government. We're here to help word.    Craig Macmillan  24:35  Yeah, exactly.   Geoffrey Cromwell  24:37  We really, we really are.   Craig Macmillan  24:40  And you folks have been great to work with, by the way. I really appreciate it. Yeah. So just a little bit, a little bit about the San Antonio Creek project.   Geoffrey Cromwell  24:48  The San Antonio Creek project. This is San Antonio Creek is the groundwater basin in Northern Santa Barbara County. And so that's a Santa Barbara County is the county directly south of San Luis Obispo. San Antonio Creek is a coastal groundwater basin. So to the west is the Pacific Ocean. And then to the east is the other Highland and upland areas. And this is a project in cooperation with the Santa Barbara County Water Agency and Vandenberg Air Force Base, there was recent legislation. And at this point about almost 10 years ago in the state of California called SIGMA, the Sustainable Groundwater Management Act. Part of SIGMA process was identifying groundwater basins of high and medium priority, those types of basins were required to by the state to develop groundwater sustainability plans to basically manage groundwater resources into the future. And this is one such basin, San Antonio Creek. And so our work USGS work here has been to provide this holistic hydrogeologic characterization of the groundwater basin. So looking at historical groundwater trends, current groundwater trends, identify the groundwater budget, so how much water is coming out how much water is coming in naturally, and then also to develop a miracle groundwater flow model. So that's pretty typical of a lot of our California Water Science Center availability projects is we we look at the geology look, the groundwater, okay, this is what's been happening. And then we feed that we develop a computer model of that. So the computer model is then a simulation of the earth as we can best understand it and model it in, which is neat, because then you can if you've modeled the historical system, then you can project into the future. And you can see like, Okay, what happens if the climate is drier? Okay, what if we're anticipating, you know, a two fold increase in population, we need to pump more for municipal needs? Or what if we're anticipating an increase in agricultural use is a tool to project changes, and then help identify how you can manage your water resources. So we develop those two products in San Antonio Creek, and I'll share both of those published sources with you.   Craig Macmillan  26:48  Yeah, that'd be great.   Geoffrey Cromwell  26:50  But since a creek is an agricultural basin, Vandenburg Airforce Base and the town of Los Alamos for the two municipal users, but primarily, you know, groundwater needs in the basin, this was for agricultural purposes.   Craig Macmillan  27:01  That is really interesting. And I liked this idea of looking ahead to the future, I think we need to be thinking ahead. And the way to do that is to get good quality data on what's happening now. And to get a sense of what may be happened in the past, if we can.   Geoffrey Cromwell  27:16  In San Antonio Creek, in the past, there's a long term record long term partnership there. And so we're very fortunate to be able to look at these decades long trends dating back to the mid 1900s.   Craig Macmillan  27:25  Oh, wow.   Geoffrey Cromwell  27:26  There were some that were very long term monitoring wells. And from that, you can learn a lot about that study. So this, I think that's very neat. If you're interested in learning more, this is a nice, compact little study here of investigation. We have ongoing work, keep updated.   Craig Macmillan  27:42  Cool. Well, we're getting short on time, is there is there one thing related to kind of this water topic in the USGS that one thing that you would tell people one thing you'd like growers to know,   Geoffrey Cromwell  27:53  The one thing for growers to know about the USGS is that the USGS is unbiased, it is nonpartisan, and most importantly, is that the data that we collect is publicly available not only allows people to access the data that's there, but it means that everyone can access it and then make decisions and see what the interpretive products are based off of here's the data. And so everything that USGS does is intended to be reproducible. It's intended to be shared, and it's in the public interest. And this is here, any number of datasets the USGS puts out, so if growers are interested in their local geology, local soils, local water, and local climate, and I'm sure there's many others there that people interested in, the USGS probably has a data set out there, or at least has historical records, you know, going to the USGS website, there's a lot of information on there, but you can find that data, you can also reach out to a local USGS office, and those are, we're all over the state many different capacities and one of us doesn't know the answer. We probably know someone who knows someone who knows the answer.   Craig Macmillan  28:58  And again, that would be nationwide. Nationwide, where can people find out more about you?   Geoffrey Cromwell  29:02  About me, the easiest would probably be to look at my contact on the Adelaida website, the Adelaidaa Area Project website and I'll share that with you Craig and I'm based out of our Santa Maria field office. This is in very northern Santa Barbara County. So I'm the Central Coast local California Water Science Center. We have our main project hubs are San Diego and Sacramento. And we do we do geology, we do groundwater. We do surface water, we do biology, we do modeling climate data collection, we touch a lot.   Craig Macmillan  29:29  USGS touches a lot of different things. I want to thank you for being on the podcast. Our guest today has been Geoff Cromwell, geologist with the United States Geological Survey, specifically the California Water Science Center. Thanks for being on podcast. This is great conversation. I really appreciate you taking the time to do it.   Geoffrey Cromwell  29:45  Loved to be here, Craig. Thanks so much.   Nearly Perfect Transcription by https://otter.ai

Dr. Jay Martin is a Professor of Ecological Engineering in the College of Food, Agricultural, and Environmental Sciences at Ohio State and is the Project Director for the Pilot Watershed project in the Shallow Run Basin. He joined Kernels host Luke Crumley on this episode of Kernels to talk about this new project. Spoiler alert: Growers in the project area can earn incentives, bring funds to their community, win a fishing trip, and much more by participating in this project. Not to mention increase yields and promote water-quality practices. Learn more about the project at https://u.osu.edu/wilsonlab/current-projects-and-publications/pilot-watershed-project/. Get involved by contacting Dr. Jay Martin by email at Martin.113@osu.edu. The largest sponsors and contributors of this project include USDA-NRCS ($6.8M), and the State of Ohio ($6M) via the Ohio Department of Agriculture and H2Ohio and Ohio Department of Natural Resources. The Agricultural Retailers (Nutrient Ag Solutions, Heritage Cooperative, Haselman Ag, and Sunrise Cooperative) are supporting the project by contributing a total of $207,000 of personnel time. Other contributors include SWCD-Hardin County, The National Center for Water Quality Research at Heidelberg University, USDA Conservation Effects Assessment Program, USDA Agricultural Research Service-Soil Drainage Research Unit, Mosaic, Ohio Agribusiness Association-Nutrient Stewardship Council, Ohio Farm Bureau Federation, Ohio Dairy Producers, Ohio Soybean Council, Ohio Corn and Wheat, American Farmland Trust, United States Geological Survey, Ohio Sea Grant, National Wildlife Federation, Lake Erie Foundation, and The Nature Conservancy. Contributions of personnel time are also being made by academic partners supporting the project (OSU, BGSU, Kent State U,. and U. Toledo). Luke Crumley is the Director of Public Policy & Sustainability at Ohio Corn & Wheat. Kernels is a production of Ohio Corn & Wheat and hosts conversations about the corn and wheat industry in Ohio, their respective checkoff programs, and the work the Grower's Association is doing in on behalf of Ohio grain farmers. About Ohio Corn & Wheat Ohio Corn & Wheat works to create opportunities for long-term Ohio corn and small grain grower profitability. It is a strategic alliance of two checkoffs and one membership-based organization. The Ohio Corn Checkoff and Ohio Small Grains Checkoff work to develop and expand markets, fund research and provide education about corn and wheat, respectively. The Ohio Corn & Wheat Growers Association is a membership organization advocating for supportive public policy on behalf of its farmer members.  For more information, visit ohiocornandwheat.org.

A new study was just released showing that at least 45 percent of American tap water contains what are known as forever chemicals. This five-year-long study was conducted across the nation from 2016 to 2021. What is perhaps the most startling revelation in this paper is that this was actually the first government study of its kind. Despite the fact that these forever chemicals have been known to be present in waterways for the past 50 years now, this type of study had never been conducted before. In fact, according to the United States Geological Survey, the agency behind this research, “[This study marks] the first time anyone has tested for and compared PFAS in tap water from both private and government-regulated public water supplies [on a broad scale throughout the United States.]” That is both shocking and also just leaves one wondering what else the federal government says is safe—while at the same time, not actually doing any scientific testing. Let's dig into the details of the actual research.

Phil Carroll and Kevin Hornsby talk to Oliver after the company announced the acquisition of claims in the Kibby Basin, where recent lithium brine discoveries were made. The claims are located near the company's flagship Pilot Mountain Project, which is strategically positioned within Nevada's Walker Lake Mineral Belt. This acquisition strengthens the company's Nevada portfolio, as lithium and tungsten are included in the United States Geological Survey's Critical Minerals List. The proximity of the Lithium Properties to Pilot Mountain presents an important exploration and development opportunity, and the company looks forward to sharing its next exploration steps in this newly acquired area. Disclaimer & Declaration of Interest The information, investment views, and recommendations in this podcast are provided for general information purposes only. Nothing in this podcast should be construed as a solicitation to buy or sell any financial product relating to any companies under discussion or to engage in or refrain from doing so or engaging in any other transaction. Any opinions or comments are made to the best of the knowledge and belief of the commentator but no responsibility is accepted for actions based on such opinions or comments. The commentators may or may not hold investments in the companies under discussion.

Dr. Jenkins sits down with Dr. Brian Halstead to discuss one of the most beautiful snakes on the planet. Brian is a researcher with the United States Geological Survey in California where he works on multiple species of gartersnakes. They talk about San Francisco Gartersnake natural history covering a range of topics including movement, habitat, reproduction, diet and much more. They also talk about their status, threats, and the research and conservation projects being used to recover the species. Finally, they spend some time discussing another California Gartersnake, the Giant Gartersnake, discussing their interesting connection to hydrology and the related efforts to recover the species.Connect with Dr. Halstead at the US Geological Survey.Connect with Chris on Facebook, Instagram or at The Orianne Society.Shop Snake Talk merch - new items in store!

Since she was 18 years old, Kelsey Phendler has been working on water and in boats of all kinds. She's been a professional Grand Canyon Boatman and River Guide for ten years, where she rows boats loaded with gear and passengers along 226-mile trips in every weather condition imaginable from spring through fall. Kelsey also currently pilots motorboats for the United States Geological Survey fish study group. She is now preparing to row from San Francisco to Hawaii with her Hericane Rowing teammates in the Great Pacific Race. This race will certainly be a huge challenge, but Kelsey is no stranger to the perseverance needed to smile in the face of physical and environmental adversity so she's looking forward to this year of planning and preparation. Working with a strong group of women is exactly where Kelsey thrives. She believes training to break the Women's Ocean Rowing World Record alongside her strong teammates Sierra Myers and sisters Jennifer and Kristen Hofer will be a deeply transformational experience. They all share that same dream! Learn more about your ad choices. Visit megaphone.fm/adchoices

From the United States Geological Survey website:Warmer temperatures mean less ice. As ice melts, it releases huge amounts of water previously stored in sea ice and glaciers into the world's oceans. Warmer water is also “bigger” -- water increases in volume as temperatures rise. Combined, these factors cause global sea levels to rise. Rising water levels worsen seasonal tidal flooding, creating high-tide and sunny day flooding. They also leave roads, houses, marinas, and even whole islands underwater. Even small amounts of sea level rise can damage sensitive coastal and marine ecosystems by flooding wetland and seagrass ecosystems and damaging mangroves.1. Warmer temperatures mean less ice. 2. As ice melts, it releases huge amounts of water previously stored in sea ice and glaciers into the world's oceans. 3. Warmer water is also “bigger” -- water increases in volume as temperatures rise. 4. Combined, these factors cause global sea levels to rise. 5. Rising water levels worsen seasonal tidal flooding, creating high-tide and sunny day flooding. 6. They also leave roads, houses, marinas, and even whole islands underwater. 7. Even small amounts of sea level rise can damage sensitive coastal and marine ecosystems by flooding wetland and seagrass ecosystems and damaging mangroves.Source:  https://www.usgs.gov/science/science-explorer/climate/coasts-storms-and-sea-level-riseIntro & Outro Music: La Pompe Du Trompe by Shane Ivers - https://www.silvermansound.com Support the showYou can now support my podcasts and classes:Help Barry pay for podcast expenses--thank you!

In this week's episode of Weekend Ag Matters, brought to you in part by the Iowa Soybean Association, Riley Smith runs down the news headlines, Dustin Hoffmann talks with Jeff Sullivan of the United States Geological Survey, and Mark Magnuson talks with Mary Kay Thatcher of Syngenta.

The term “blood diamonds” entered the popular lexicon in the past few decades, to be replaced somewhat by “blood minerals” or “conflict minerals.” In short, many armed groups and conflicts are financed and sustained by illegally selling mined resources like diamonds, gold, tungsten and other financially lucrative materials. The problem is international, and the United States Geological Survey is partnering with international organizations to track and monitor the conflict mineral trade worldwide.  Peter Chirico is associate director of the USGS Florence Bascom Geoscience Center and special advisor to the U.S. Department of State's Office of Threat Finance Countermeasures. He joined the podcast to discuss the USGS efforts to combat the conflict mineral trade. *** Follow GovExec on Twitter! https://twitter.com/govexec

Sara K. McBride discusses her paper, "Evidence-based guidelines for protective actions and earthquake early warning systems," in the January/February issue of GEOPHYSICS. In this engaging and helpful conversation, Sara highlights the various protective actions people can take during an earthquake. She also shares who is most likely to be injured during an earthquake and how seismologists, earth scientists, and engineers can best protect and warn the populations they serve. This serves as an excellent reminder on how to stay safe during earthquakes, the latest research in warning people of danger, and a helpful path forward to continue to save lives during earthquakes. Dr. Sara K. McBride is a Research Social Scientist at the United States Geological Survey. RELATED LINKS * Sara K. McBride, Hollie Smith, Meredith Morgoch, Danielle Sumy, Mariah Jenkins, Lori Peek, Ann Bostrom, Dare Baldwin, Elizabeth Reddy, Robert de Groot, Julia Becker, David Johnston, and Michele Wood, (2022), "Evidence-based guidelines for protective actions and earthquake early warning systems," GEOPHYSICS 87: WA77-WA102. (https://doi.org/10.1190/geo2021-0222.1) * Read the January/February 2022 GEOPHYSICS issue (https://library.seg.org/toc/gpysa7/87/1) Subscribers can read the full articles at https://library.seg.org/, and abstracts are always free. CREDITS SEG produces Seismic Soundoff to benefit its members, the scientific community, and inform the public on the value of geophysics. Please leave a 5-star rating on Apple Podcasts and Spotify to show your support for the show. It takes less than five seconds to leave a 5-star rating and is the number one action you can take to show your appreciation for this free resource. And follow the podcast while you are on the app to be notified when each new episode releases. Original music created by Zach Bridges. Andrew Geary hosted, edited, and produced this episode for 51 features, LLC. Thank you to the SEG podcast team: Jennifer Cobb, Kathy Gamble, and Ally McGinnis.

On this episode of The Nomadic Outdoorsman Dan talks with Pete Muller and Mark Hatfield, 2 NWTF staffers and longtime hunters of numerous game animals. Pete works in the communications department and Mark is the director of conservation services for the NWTF Pete Muller has a B. S. in Communications from East Carolina University and has since worked the majority of his career in non-profit communications, spending the last nine years with the National Wild Turkey Federation. Before working with the NWTF, Muller lived and worked in Colorado and Wyoming and also took advantage of the hunting and other outdoor opportunities offered in the Rocky Mountain region. Since starting with the Federation, Muller has worked to tell the NWTF story through a variety of outlets, and now works as an integral part of the team that oversees magazine, website, social media and email communication. Mark Hatfield began his career in wildlife conservation by first receiving his B.S. in Wildlife Biology and his M.S. in Biology from Murray State University. Prior to his 17-year career with the National Wild Turkey Federation, Hatfield previously worked for the Arizona Game and Fish Department, the United States Geological Survey, the Bureau of Land Management and Ducks Unlimited. Throughout his 17-year tenure with the Federation, Hatfield has played a crucial role in guiding the organization's conservation delivery. Hatfield's accomplishments with the NWTF are far-ranging, including trapping and transferring Gould's wild turkeys from Mexico to Arizona, working directly with state wildlife agencies and the NWTF Technical Committee and conceptualizing and delivering NWTF landscape-scale initiatives, to name a few. Dan, Pete and Mark talk turkey hunting, wildlife conservation, efforts the NWTF has for the betterment of turkeys and other species, and the membership push called Help the Yelp.   Connect with Dan Mathews and The Nomadic Outdoorsman  On TikTok, Instagram, and Facebook Shop Dan's Podcast Gear and Hunting Gear Shop Bull Elk Beard Oil Online Use code NOMADIC for 20% off at checkout Sign up for GoWild HERE Connect with NWTF On Instagram and TikTok Become a Member Learn more about your ad choices. Visit megaphone.fm/adchoices

On this episode of The Nomadic Outdoorsman Dan talks with Pete Muller and Mark Hatfield, 2 NWTF staffers and longtime hunters of numerous game animals. Pete works in the communications department and Mark is the director of conservation services for the NWTFPete Muller has a B. S. in Communications from East Carolina University and has since worked the majority of his career in non-profit communications, spending the last nine years with the National Wild Turkey Federation. Before working with the NWTF, Muller lived and worked in Colorado and Wyoming and also took advantage of the hunting and other outdoor opportunities offered in the Rocky Mountain region. Since starting with the Federation, Muller has worked to tell the NWTF story through a variety of outlets, and now works as an integral part of the team that oversees magazine, website, social media and email communication.Mark Hatfield began his career in wildlife conservation by first receiving his B.S. in Wildlife Biology and his M.S. in Biology from Murray State University. Prior to his 17-year career with the National Wild Turkey Federation, Hatfield previously worked for the Arizona Game and Fish Department, the United States Geological Survey, the Bureau of Land Management and Ducks Unlimited.Throughout his 17-year tenure with the Federation, Hatfield has played a crucial role in guiding the organization's conservation delivery. Hatfield's accomplishments with the NWTF are far-ranging, including trapping and transferring Gould's wild turkeys from Mexico to Arizona, working directly with state wildlife agencies and the NWTF Technical Committee and conceptualizing and delivering NWTF landscape-scale initiatives, to name a few.Dan, Pete and Mark talk turkey hunting, wildlife conservation, efforts the NWTF has for the betterment of turkeys and other species, and the membership push called Help the Yelp. Connect with Dan Mathews and The Nomadic Outdoorsman On TikTok, Instagram, and FacebookShop Dan's Podcast Gear and Hunting GearShop Bull Elk Beard OilOnline Use code NOMADIC for 20% off at checkoutSign up for GoWildHEREConnect with NWTFOn Instagram and TikTokBecome a Member

On this episode of The Nomadic Outdoorsman Dan talks with Pete Muller and Mark Hatfield, 2 NWTF staffers and longtime hunters of numerous game animals. Pete works in the communications department and Mark is the director of conservation services for the NWTFPete Muller has a B. S. in Communications from East Carolina University and has since worked the majority of his career in non-profit communications, spending the last nine years with the National Wild Turkey Federation. Before working with the NWTF, Muller lived and worked in Colorado and Wyoming and also took advantage of the hunting and other outdoor opportunities offered in the Rocky Mountain region. Since starting with the Federation, Muller has worked to tell the NWTF story through a variety of outlets, and now works as an integral part of the team that oversees magazine, website, social media and email communication.Mark Hatfield began his career in wildlife conservation by first receiving his B.S. in Wildlife Biology and his M.S. in Biology from Murray State University. Prior to his 17-year career with the National Wild Turkey Federation, Hatfield previously worked for the Arizona Game and Fish Department, the United States Geological Survey, the Bureau of Land Management and Ducks Unlimited.Throughout his 17-year tenure with the Federation, Hatfield has played a crucial role in guiding the organization's conservation delivery. Hatfield's accomplishments with the NWTF are far-ranging, including trapping and transferring Gould's wild turkeys from Mexico to Arizona, working directly with state wildlife agencies and the NWTF Technical Committee and conceptualizing and delivering NWTF landscape-scale initiatives, to name a few.Dan, Pete and Mark talk turkey hunting, wildlife conservation, efforts the NWTF has for the betterment of turkeys and other species, and the membership push called Help the Yelp. Connect with Dan Mathews and The Nomadic Outdoorsman On TikTok, Instagram, and FacebookShop Dan's Podcast Gear and Hunting GearShop Bull Elk Beard OilOnline Use code NOMADIC for 20% off at checkoutSign up for GoWildHEREConnect with NWTFOn Instagram and TikTokBecome a Member

Directions Magazine has been privileged to work with some great organizations. Welcome to another edition of the DirectionsMag/URISA Podcast Series! This year, URISA's Professional Education Committee is organizing a series of discussions on the topic of data organization and management from different perspectives. Whether we work with large occasional projects or daily transactions, organization is a key part of the hardware, software, people, data, network, and procedures of our geographic information systems. In this edition, we chat with Sarah Klaas and Jeremiah Grief of the United States Geological Survey's elevation operations section and how they organize their projects and files.

Dr. Steven Amstrup—chief scientist for Polar Bears International, a polar bear conservation organization; before joining PBI, he was a research wildlife biologist with the United States Geological Survey at the […] The post Dr. Steven Amstrup, chief scientist for Polar Bears International first appeared on Talking Animals.

Globally, the work of geological surveys supports mineral exploration, but also touches on many areas that are fundamental for human society. This week look at the different types of work at three surveys and see how they support exploration, but also wider society.First up is ‘The Capacity Builder', with Andrew Bloodworth (British Geological Survey) highlighting the work they do globally to support low- and middle-income countries. Much of this support comes in the form of providing digitization of important data records, but an important element is to exchange knowledge and skills between organizations. Andrew also leaves us with some thoughts and insights into the work of Afghan geologists. The second segment, 'The Data Generator' focuses on the United States Geological Survey, a large, multi-disciplinary organization. We spoke to Anne McCafferty a research geophysicist to find out how her work fits within the critical minerals program and what the minerals systems approach is all about. She also gives a great geological tour of the mid-continent and explains why the mineral resources in the region are of interest to the USGS.Much of geological survey work revolves around building accessible databases. In Quebec, however, they are taking an innovative approach to how their data is recorded and stored. In ‘The Data Provider', Jean-Yves Labbe (Géologie Québec) tells us how they created search engine accessible data, SIGÉOM, and are continuing to add new types of information.Lastly, in ‘Surveys and Society' Murray Hitzman, director of iCrag, Dublin reminds us that the work of geological surveys is about much more than supporting mineral resource exploration and development.Theme music is Confluence by Eastwindseastwindsmusic.com

Dr. Lucy Jones, the world's foremost authority on earthquakes, shares her remarkable career journey and the challenges that came as a woman rising to the top of her profession. From experiencing toxic masculinity in the workplace, imposter syndrome and working mother guilt, the renowned seismologist — and first American scientist in China when it opened to the West — tells host Giselle Fernandez that as a woman in a predominantly men's field, she strived even harder upon facing such challenges. Jones credits her husband, also a seismologist, for stepping up as a fully supportive partner behind the scenes, along with her father — who worked on NASA's first lunar modules — for encouraging her to rise above imposed expectations and limitations. Since retiring from the United States Geological Survey in 2016, Jones has written a haunting classical music composition to translate alarming climate change data, noting that the data she's reviewed is what keeps her up worried at night.

1862 was a year filled with handing away land to promote settlement.  We wanted everyone to benefit in this relatively new country and we wanted to make sure everyone had access to quality education.  So how exactly did we go about doing that? Homestead Act of 1862https://www.archives.gov/education/lessons/homestead-act#:~:text=President%20Abraham%20Lincoln%20signed%20the,pay%20a%20small%20registration%20fee.https://www.ourdocuments.gov/doc.php?flash=false&doc=31https://www.history.com/topics/american-civil-war/homestead-acthttps://en.wikipedia.org/wiki/Homestead_Acts Morril Act of 1862https://www.ourdocuments.gov/doc.php?flash=false&doc=33https://en.wikipedia.org/wiki/Morrill_Land-Grant_Actshttps://www.britannica.com/topic/Land-Grant-College-Act-of-1862https://www.senate.gov/artandhistory/history/common/civil_war/MorrillLandGrantCollegeAct_FeaturedDoc.htm U.S. Geological Surveyhttps://www.doi.gov/blog/us-geological-survey-marks-139-years-scientific-advancement#:~:text=Created%20by%20Congress%20on%20March,our%20knowledge%20of%20natural%20science.https://pubs.er.usgs.gov/publication/70039204https://pubs.usgs.gov/circ/c1050/https://en.wikipedia.org/wiki/United_States_Geological_Survey

Cheryl B. Engelhardt is the composer and author of “Luminary” - music and affirmations for mindfulness, focus, and growth. The New York film, commercial, and social justice choral composer turned to creating music specifically for self-awareness after her decade-long struggle with panic attacks. In attempts to find music that supported her anxiety management, writing “Luminary” in a small abandoned mountain town in Greece became her solution. Cheryl graduated from Cornell University and lives in the Hudson Valley in New York. After graduating from Cornell and spending several months SCUBA diving for the United States Geological Survey, she landed a job at a New York City commercial editing house which led to her next job at a jingle composing studio. There, Cheryl started first as a technology assistant, then as a composer and music supervisor, writing music for Fortune 500 companies' commercials. During this time, her love of performing took over and while working in the ad industry, she put together her band and recorded several albums. Currently she is now focused on her lates project, Luminary. She has found a way to quell her anxiety with music, meditation, and exercise. She shares her method and her music expertise on The Minds Gym Podcast. Just another way to help calm the mind. #anxiety, #luminary, #panicattacks, #meditation, #music, #mindfulness, #wellness, #affirmations, #growth, #themind, #themindsgympodcast, #mindmanagement, #imagination