Podcasts about Bioacoustics

Biological oceanographer John Ryan joins Mongabay's podcast to discuss his team's multiyear study that examined vocalizations of baleen whales, including blue (Balaenoptera musculus), humpback (Megaptera novaeangliae) and fin whales (Balaenoptera physalus), and how this science is critical for understanding their feeding habits, and thus informing their conservation. The study found that these whales' songs rise and fall with their food supply, which provides valuable insights into how changing ocean conditions can affect their health and guide management measures. “Some of the research we did tracking the movement and ecology of blue whales helped our sanctuary [to] act on this long-term concern about ship strikes, and to join a program that is called Protecting Blue Whales and Blue Skies,” the Monterey Bay Aquarium Research Institute (MBARI) researcher says. Subscribe to or follow the Mongabay Newscast wherever you listen to podcasts, from Apple to Spotify, and you can also listen to all episodes here on the Mongabay website. This episode is dedicated to the memory of Mongabay's East Africa editor, Ochieng' Ogodo. Read here about his life, legacy and achievements. Audio credit: Blue and humpback whale calls featured in this episode are courtesy of MBARI and John Ryan. Image credit: A humpback whale dips back beneath the surface of the ocean. Image courtesy of Cristina Mittermeier/SeaLegacy. ------- Timecodes (00:00) Marine heatwaves and their impact (06:33) Analyzing whale songs (12:30) A change in tune (20:13) Interspecies communication? (25:16) The reason behind the heat (27:36) Informing conservation (36:52) Credits

Of the four types of doves that call Hawaiʻi home, mourning doves are the rarest. We have their calls today, courtesy of Xeno Canto.

Imagine a future where we can be individually identified and maintained through frequency-based biomarkers that keep us healthy and emotionally balanced. Sharry Edwards' pioneering work at the Institute of BioAcoustic Biology demonstrates that we can control these frequencies through mind management or programmable devices. Using Vocal Profiling, both emotional and physiological issues can be revealed and addressed, as people with similar health challenges share nearly identical vocal anomalies.Edwards bridges ancient knowledge with modern harmonic theories to establish math as a foundation for wellness. Through frequency entrainment of the brain, the body can be programmed to support optimal function. Her research provides crucial insights into how string theory's infinitesimal vibrations transform into our physical reality, showing how the brain's frequency-based communication can reveal DNA/RNA templates with the potential to extend life.Sharry Edwards stands among the few modern keepers of profound mysteries, bringing forth secrets long hidden from humanity. Her groundbreaking work suggests that at our core, we are sophisticated math-based beings that can be "managed" through individual frequency signatures. She will likely be remembered for her extraordinary ability to bridge the ancient, esoteric, and scientific realms, answering fundamental questions about our origins and potential, while revealing whether frequency represents our medicine of the future or an ancient mystery finally uncovered.Sharry Edwards, the pioneering researcher who has dedicated over 30 years to the study of Human BioAcoustic Biology. At her Institute of BioAcoustic Biology in Albany, Ohio, Edwards and her team at Sound Health are using voice analysis and frequency applications to address a remarkable range of health challenges—from macular degeneration and multiple sclerosis to brain trauma, muscular issues, and nutritional imbalances.Links for the show:The Muscle-Fat Storage Map w/ article Information on how to do your own vocal printsFurther information on Bioacoustics Information on the Sound Health Portal & Free Campaigns •Please sign up for the email list for future notifications•If you would like help starting your own show or podcast, as well as help selecting a microphone and setup for your voice; Please tap the microphone and leave me a message with your contact information and I will get back to you.Or you can email talktomeguy@gmail.com

In this fascinating episode of the Think Wildlife Podcast, we dive into the groundbreaking work of Project Dhvani, a pioneering conservation initiative using bioacoustics to revolutionize how we understand and manage biodiversity in India's tropical landscapes. Host Anish sits down with Dr. Vijay Ramesh, co-founder of Project Dhvani, to discuss how animal vocalization and animal sounds captured through passive remote sensing can reveal vital insights into the state of ecosystems, land-use changes, and the success of forest restoration projects.Project Dhvani began as a research collaboration between Dr. Ramesh, Dr. Pooja Choksi, and Dr. Sarika Kanwikar during their PhD studies at Columbia University. Their shared mission? Remote sensing technology, particularly passive acoustic monitoring, must be used to track biodiversity and conservation patterns across human-dominated and natural landscapes. Today, their work has grown into a multi-regional network, spanning Central India and the Tropical Western Ghats, two critical biodiversity hotspots.Why Sound Matters in Conservation TechBioacoustics, the science of using sound to monitor and interpret ecological activity, has become a cornerstone of modern conservation technology. From birds and insects to amphibians and mammals, many animals communicate through vocalizations that provide clues about their presence, abundance, and behavior. By deploying audio recorders in various habitats—restored forests, degraded lands, and agricultural plots—Project Dhvani is building a rich archive of animal vocalizations that help scientists analyze ecosystem processes in unprecedented ways.This episode explores how bioacoustic monitoring not only reveals species diversity but also helps evaluate the effectiveness of reforestation and ecological balance strategies. For example, Dr. Ramesh and his team have discovered significantly higher bird diversity in restored areas compared to degraded or unrestored ones—a hopeful signal that habitat loss can be reversed through thoughtful ecosystem management.From AI to Acoustic Networks: The Next Generation of Conservation TechnologyDr. Ramesh highlights how advances in remote sensing and AI-powered acoustic analysis are transforming the field. Platforms like Merlin and BirdNET, developed by the Cornell Lab of Ornithology, are now enabling researchers and the general public alike to identify bird species by simply recording ambient sounds on their smartphones. This democratization of bioacoustic tools has major implications for sustainable land management and public engagement in conservation.Moreover, Project Dhvani isn't just about research—it's also about building a broader network of professionals committed to biodiversity conservation in India. The initiative is laying the groundwork for a national forum that brings together academics, civil society, and policymakers to scale up the use of conservation tech across India's varied ecosystems.Acoustic Insights into Land-Use Change and Tropical EcologyOne of the most compelling aspects of this conversation is the application of bioacoustics to study land-use change in tropical regions. By comparing soundscapes in organic and traditionally managed coffee farms, Project Dhvani is uncovering how different agricultural practices impact biodiversity management. These insights can inform more environmentally friendly farming techniques that align economic livelihoods with ecological health.India's vast and diverse environments offer fertile ground for remote sensing technology. However, Dr. Ramesh points out that most acoustic monitoring has focused on terrestrial habitats, with marine ecosystems remaining largely unexplored. Expanding bioacoustic research into marine environments could open new frontiers for biodiversity and conservation efforts.Challenges and Opportunities in Bioacoustic MonitoringWhile the future is promising, Project Dhvani faces its share of challenges. Funding constraints remain a major hurdle for research and long-term monitoring efforts. Additionally, there's a pressing need for more locally produced hardware to make bioacoustic tools more accessible across the Global South. Despite these obstacles, the team remains optimistic, fueled by growing interest from interdisciplinary collaborators and private sector supporters committed to advancing conservation technology.Dr. Ramesh emphasizes the importance of collaboration—not only with fellow scientists but also with citizens, NGOs, and government agencies. By pooling resources and knowledge, the conservation community can scale up passive remote sensing initiatives to safeguard ecosystems under threat from climate change, urbanization, and deforestation.A Call to Action: Join the Soundscape RevolutionListeners interested in contributing to Project Dhvani's mission can do so in multiple ways. Whether you're a student, a tech enthusiast, or a professional in the private sector, there's room to collaborate. As biodiversity conservation becomes increasingly intertwined with technology, the need for innovative minds and diverse perspectives has never been greater.By decoding the symphony of life through sound, Project Dhvani is forging a path toward more inclusive, data-driven, and ecologically sensitive management of India's natural heritage. Tune in to discover how animal sounds and acoustic signatures can become powerful tools in the fight to preserve the planet's most fragile ecosystems.Key Topics Covered:* The science and promise of bioacoustics* The role of passive remote sensing in ecosystem monitoring* Impacts of forest restoration on animal vocalization patterns* AI in conservation: BirdNET and Merlin as tools for engagement* Case studies from Central India and the Tropical Western Ghats* Addressing land-use change, habitat loss, and climate change* Building a national network for biodiversity managementSuggested Listening Companion: Stick around after the episode for Anish's recommended reads on ecological balance and rewilding, including:* Rewilding: The Radical New Science of Ecological Recovery by Paul Jepson and Cain Blythe* Rewilding Africa: The Restoration of Wilderness on a War-Ravaged Continent* Wilder: How Rewilding is Transforming Conservation and Changing the WorldMeet the HostAnish Banerjee: https://x.com/anishwildlifeThink Wildlife Foundation: https://thinkwildlifefoundation.com/Meet the GuestsDr. Vijay Ramesh: https://vijayramesh.com/posts/2024-04-14-conservation-bioacoustics/Project Dhvani: https://e3b.columbia.edu/field-notes/project-dhvani/Recommended Wildlife Conservation BooksWildlife Conservation in India by HS Pabla: https://amzn.to/3Ypx9ZhIndian Mammals: A Field Guide by Vivek Menon: https://amzn.to/4fhMiCLAt the Feet of Living Things by Aparajita Datta: https://amzn.to/3BZmtsN#bioacoustic #bioacoustics #animalvocalization #animalsounds #remotesensing #passiveremotesensing #remotesensingtechnology #conservationtech #conservationtechnology #forestrestoration #reforestation #climatechange #tropicalecology #ecologicalbalance #ecosystemprocesses #landusechange #habitatloss #ecosystemmanagement #sustainablelandmanagement #biodiversityandconservation #biodiversitymanagement #biodiversityconservation #biodiversityhotspot Get full access to The Think Wildlife Podcast at anishbanerjee.substack.com/subscribe

Imagine a future where we can be individually identified and maintained through frequency-based biomarkers that keep us healthy and emotionally balanced. Sharry Edwards' pioneering work at the Institute of BioAcoustic Biology demonstrates that we can control these frequencies through mind management or programmable devices. Using Vocal Profiling, both emotional and physiological issues can be revealed and addressed, as people with similar health challenges share nearly identical vocal anomalies.Edwards bridges ancient knowledge with modern harmonic theories to establish math as a foundation for wellness. Through frequency entrainment of the brain, the body can be programmed to support optimal function. Her research provides crucial insights into how string theory's infinitesimal vibrations transform into our physical reality, showing how the brain's frequency-based communication can reveal DNA/RNA templates with the potential to extend life.Sharry Edwards stands among the few modern keepers of profound mysteries, bringing forth secrets long hidden from humanity. Her groundbreaking work suggests that at our core, we are sophisticated math-based beings that can be "managed" through individual frequency signatures. She will likely be remembered for her extraordinary ability to bridge the ancient, esoteric, and scientific realms, answering fundamental questions about our origins and potential, while revealing whether frequency represents our medicine of the future or an ancient mystery finally uncovered.Sharry Edwards, the pioneering researcher who has dedicated over 30 years to the study of Human BioAcoustic Biology. At her Institute of BioAcoustic Biology in Albany, Ohio, Edwards and her team at Sound Health are using voice analysis and frequency applications to address a remarkable range of health challenges—from macular degeneration and multiple sclerosis to brain trauma, muscular issues, and nutritional imbalances.Links for the show: The Muscle-Fat Storage Map w/ article Information on how to do your own vocal printsFurther information on Bioacoustics Information on the Sound Health Portal & Free Campaigns •Please sign up for the email list for future notifications•If you would like help starting your own show or podcast, as well as help selecting a microphone and setup for your voice; Please tap the microphone and leave me a message with your contact information and I will get back to you.Or you can email talktomeguy@gmail.com

Pioneer in Bioacoustics Medicine, Sharry Edwards, rejoins the program to share her new analysis tool that determines precisely why you are overweight. Over 2000 vocal prints of volunteers were evaluated which resulted in twenty generalized categories that caused unwanted fat and other health issues. Learn how to get your own analysis at weightlossanalysis or read more about her process at vocal-print-analysis-for-personalized (this is for Sarah Westall Substack subscribers).

Let's imagine a world in which we can be individually identified, manipulated,and managed through the use of frequency-based biomarkers that can easily be identified through our individual vocal frequencies.  What can we achieve/imagine? Frequency is the basis of our universe. We measure it, study it, quantify it and use it to understand ourselves, our environment, our biochemistry and our behaviors. But what if there were more to our origins than a physical body to be nurtured and kept optimally healthy? What if Frequency (the measurement of Vibration and Frequency), the basis of everything, is more than synthetic equations; what if math-based frequencies are organic?  If so, could we be considered math-based life forms? Sharry Edwards is back to talk about Secrets of the Human Biofield: Accelerating Human Healing through Bioacoustics

In episode 187, we're excited to welcome Dr. Viroshan Naicker, Co-Founder of Earthstream, an innovative startup that uses bioacoustics and sensor systems, powered by AI and blockchain, to "Listen to the Earth." Dr. Viroshan's journey spans blockchain innovation, tokenomics research, and climate tech, so he has so much wisdom to drop.We explore:How bioacoustics and blockchain are revolutionizing biodiversity monitoring and rewilding.The role of AI and IoT sensors in creating real-time, actionable insights for regenerating ecosystems.How Decentralized Physical Infrastructure Networks (DePIN) and Regenerative Finance (ReFi) provide new tools to help build a healthier planet.--Key Takeaways--Moving Beyond Carbon: Biodiversity as the New KPI - The shift from carbon as the primary key performance indicator to biodiversity offers a more comprehensive and holistic approach to measuring nature's health, essential for effective rewilding and conservation efforts.Bioacoustics: Listening to the Earth - Bioacoustics has emerged as a powerful tool for measuring biodiversity by analyzing natural soundscapes. This innovative method enables real-time monitoring of ecosystem health, offering unprecedented insights into the state of nature.AI & Blockchain: Transforming Biodiversity Monitoring - AI and blockchain technologies power cutting-edge sensors capable of collecting diverse data—GPS, local weather, and acoustics. By storing this data on-chain and utilizing AI to analyze sounds, Earthstream is creating a transparent and efficient system to support ecosystem restoration.Web3: Financing Conservation and Regeneration - Web3 introduces innovative financing mechanisms to allocate resources to conservation and regeneration projects, shifting economies from solely value extraction to value preservation and restoration.--Full shownotes with links available at--https://www.cryptoaltruism.org/blog/crypto-altruists-episode-187-earthstream-giving-nature-a-voice-with-bioacoustics-blockchain-and-artificial-intelligenceThank you to PIPE gDAO for sponsoring the Crypto Altruism podcast!PIPE gDAO is leveraging blockchain for their University Real World Asset IP Launchpad that helps bring groundbreaking ideas from lab to market. By joining the Pipe Associate Network (aka PAN), associates can create a profile highlighting their skills, be notified of opportunities, and then contribute fractional work to pre-IPO companies in return for equity and tokens.--Support us with a Fiat or Crypto contribution--Learn more at cryptoaltruism.org/supportus--DISCLAIMER--While we may discuss specific web3 projects or cryptocurrencies on this podcast, please do not take any of this as investment advice, and please make sure to do your own research on potential investment opportunities, or any opportunity, before making an investment. We host a variety of guests on this podcast with the sole purpose of highlighting the social impact use cases of this technology. That being said, Crypto Altruism does not endorse any of these projects, and we recognize that, since this is an emerging sector, some may be operating in regulatory grey areas, and as such, we cannot confirm their legality in the jurisdictions in which they operate, especially as it pertains to decentralized finance protocols. So, before getting involved with any project, it's important that you do your own research and confirm the legality of the project. More info at cryptoaltruism.org

  Sharry Edwards 30 years of research is being used at the Institute of BioAcoustic Biology Sharry Edwards, "BioAcoustics Voice Spectral Analysis can detect hidden or underlying stresses in the body that are expressed as disease." The vocal print can identify toxins, pathogens and nutritional supplements that are too low or too high. In addition, vocal print can be used to match the most compatible treatment remedy to each client. The introduction of the proper low frequency sound to the body, indicated through voice analysis, has been shown to control: pain, body temperature, heart rhythm, and blood pressure. It has also been shown to regenerate body tissue, and alleviate the symptoms of many diseases (in some cases, even those considered to be incurable). Sharry Edwards (Sharry Edwards™) is the pioneer in the study of Human BioAcoustic Biology. Her 30 years of research is being used at the Institute of BioAcoustic Biology in Albany, OH. Currently, Edwards and her team at Sound Health are using human voice and the associated frequencies to help clients resolve health issues such as: macular degeneration, multiple sclerosis, headaches, muscle stress, brain trauma, weight issues and nutritional concerns. The technology she brings to the stage is cutting edge! Sharry Edwards joins us to talk about the Monthly Keynotes infuence on our health For more information: Sound Health Portal For more info on: Sound Health Options  

A NASA probe is going to touch the Sun for ChristmasThe Parker Solar Probe is going to be making its closest approach to our Sun on Dec. 24, diving at 800,000 km/h into the corona of our star and getting within 6.5 million kilometers to the solar surface. It's the culmination of a successful mission during which the probe has measured the solar wind and flown through solar storms. We speak with C. Alex Young, the Associate Director for Science Communication in the Heliophysics Division at NASA's Goddard Space Flight Center about the highlights of the mission and what's next for the intrepid spacecraft.Pinning down the how and when Neanderthals interbred with humansStudies of Neanderthal remains have revealed that many modern humans have around two per cent Neanderthal DNA in our genomes. A study led by Leonardo Iasi, from the Max Planck Institute for Evolutionary Anthropology, shows that the mixture happened over a period of 7,000 years, lasting from about 50,000 years ago until the Neanderthals started to disappear. The Neanderthal genes that persist in our genome are tied to metabolism and immunity, which might be because humans were traveling to new places and eating new foods to which Neanderthals were already adapted. Iasi's research was published in the journal Science.What Donner and Blitzen might have been saying to RudolphResearchers from Concordia University have released a new study about caribou vocalizations, and what the animals might be signaling to each other. The vocalizations are similar to those of elk and moose, but as herd animals, caribou signaling is less about summoning mates from a distance, and more about males warning competitors to fly off elsewhere. Biologists Robert Weladji and Laura Puch analyzed recordings of these calls to search for information buried in the grunts. They found that the frequencies gave signals as to the age and size of the animal. The research was published in the journal Bioacoustics.Do crustaceans feel pain? A new study of their neural activity says yesBy monitoring the neural activity in crabs while delivering painful stimuli, researchers concluded the response they measured is associated with what we would think would be a painful experience. This study, in the journal Biology, adds to the evidence that crustaceans can sense painful stimuli as the kind of negative experience that we tend to associate with pain. Lynne Sneddon, from the University of Gothenburg led the work. Scientists are making a map of the human body accurate down to the individual cellThe Human Cell Atlas is a mammoth global project to create a detailed map of all cell types and functions in the human body, from early development to old age. While not yet complete, it's already revolutionizing how scientists can probe the human body with significant implications for future healthcare — from diagnosing diseases, to developing drugs, to ushering in a new era of personalized medical treatments. 

Roberta Cuffin - Sound Health BioAcoustic Instructor & Practitioner, Teacher of Judaism from a Christian Perspective and Podcast Host. With over two decades of research and teaching experience, Roberta uses her unique skills to instruct Sharry Edwards' students in BioAcoustic protocols at Sound Health. Roberta's ability to make the complex simple and her genuine passion for guiding people to heal and find and fulfill their purpose, attracts high caliber clients and students from around the world. Also joining us: Isabella Russo is a trained Speech and Language pathologist and a BARA. She completed her SLP training in 1998 and set up a private clinic in new Zealand which she ran for 10 years. Isabella spent 10 years living in the United States before coming to the Canary Islands where she is now living and working. Isabella is combining her training in both areas to help people to improve their health with Bioacoustics. She currently has several clients with many different disorders, ranging from autistic spectrum disorder to chronic pain, endometriosis, tinnitus, thyroid and more.

Did you know that Hawaiʻi is home to one of the rarest ducks in the world? We've got its calls for you, courtesy of Xeno Canto.

Roberta Cuffin, Sound Healing Educator & Practitioner and Spiritual Guide, is on a mission to uncover the deepest truths of life and empower people to discover and live their Soul's true purpose.  She facilitates transformative healing through her workshops, programs and offerings that blend scripture, sound healing, sensuality, and cutting-edge science. Roberta shows how the sound of your voice is a hologram of your health. Find out how the sound of your voice can unlock the mysteries of life-long health struggles. Thirty seconds can give you a wealth of information! Roberta is a pioneer in sharing the new science of healing through the frequency of sound, and the importance of reclaiming it in the religious world. She is at the forefront of reshaping conversations around scripture, healing, trauma, faith, religion and our inherent connection to God through nature, sound, and sensuality, overcoming the barriers that sometimes exist within diverse religious backgrounds. Roberta's early career in the natural health industry, homeschooling mom of two successful daughters, along with her experience building an industry-leading news platform has given her a unique perspective that she consistently taps for navigating her clients' diverse health and emotional concerns. Roberta's wisdom, and her programs that integrate scripture, sensuality, and sound healing, coupled with learning to listen to God's guidance, compassionately assists all of her clients to unlock their core values and prioritize their passion and joy to create a vibrant life.  In her programs, Roberta extends love, respect, and compassion to address challenges and overcome those with clarity, healing, and transformation. Links for the show: Robert Cuffin: BioacousticHealth

ʻAkēʻakē, or band-rumped storm petrels, are the rarest and smallest seabirds that breed in Hawaiʻi. Little is known about the ʻakēʻakē, which only come to shore under the cover of darkness.

Sharry Edwards rejoins the program to share her amazing skills which allows her to hear hundreds of times better than other humans. Her ear is mutated, like a dolphins ear, giving her amazing advanced hearing abilities. She is able to hear a math matrix of frequencies unlike most humans. She shares what it was like growing up with this amazing capability and what her talents allow her to do from diagnosing illnesses to reading lies.Learn more at https://SoundHealthOptions.com or at https://SoundHealthPortal.com

The Eurasian skylark isn't the flashiest bird to behold, but its courtship song packs a melodic punch.

Take a break from the news with today's Manu Minute! We've got the call of the ring-necked pheasant, courtesy of Xeno Canto.

Dr. Jeff Reed is a computational linguist who is based just beyond the northern border of Yellowstone National Park. Working in tandem with the Yellowstone Wolf Project, the Cry Wolf Project records wolf sounds 24 hours a day from up to 60 recorders. One of the many goals is to explore wolf communication, what it may mean, and how we can better understand what they are relaying to one another. Dr. Reed went into great detail about how he is able to decipher wolf sounds from other species, how to read those harmonics and frequencies on a spectrogram, the many types of sounds they've found thus far, and how the data collected could help research and coexistence in the future. Languages of Life (Cry Wolf Project)@thelanguagesoflifeAI Powered Devices Track Howls to Save WolvesA New Way to Help Save Yellowstone's WolvesA Bioacoustics Study in Greater Yellowstone (Yellowstone Forever) @thewolfconnectionpod

For today's Manu Minute, we'll hear the calls of seabird whose long red tail feathers are prized for feather-working. Thanks to Xeno Canto for these recordings.

Let's imagine a world in which we can be individually identified, manipulated,and managed through the use of frequency-based biomarkers that can easily be identified through our individual vocal frequencies.  What can we achieve/imagine? Frequency is the basis of our universe. We measure it, study it, quantify it and use it to understand ourselves, our environment, our biochemistry and our behaviors. But what if there were more to our origins than a physical body to be nurtured and kept optimally healthy? What if Frequency (the measurement of Vibration and Frequency), the basis of everything, is more than synthetic equations; what if math-based frequencies are organic?  If so, could we be considered math-based life forms? Sharry Edwards is back to talk about Secrets of the Human Biofield: Accelerating Human Healing through Bioacoustics

Why do animals make sounds, and what kinds of sounds do they make? David Mann, PhD has created Haikubox in conjunction with his colleagues at Loggerhead Instruments to study just that! In this full episode of the Beet Podcast, hear him in conversation with Jacques about animal sounds, and gardening with birds. Epic Gardening Shop Homepage:  https://growepic.co/3Xe3eE1Botanical Interests Shop Homepage: https://growepic.co/4fWKhgsBook Collection Page: https://growepic.co/4cAWpAIEG Homesteading Book: https://growepic.co/3Xd0yGuLearn More: 25 Top Plants to Attract Birds to Your YardConnect With David Mann, PhD:David Mann, PhD earned his doctorate from the Woods Hole Oceanographic Institution by studying domino damselfish sounds at a Pacific atoll, and he was a faculty member at the University of South Florida. More recently, he is the Founder of Loggerhead Instruments which developed Haikubox, a tool that measures bioacoustics – the sounds that animals make to communicate. This consumer product is designed to automatically identify birds using their sounds. These boxes collect millions of birdsong recordings stored in a massive community science database which will be used for scientific discovery.Facebook Instagram Threads LinkedIn YouTube WebsiteLove Epic Gardening products? Apply to the Epic Affiliate Program. Shop the StoreAs an exclusive for listeners, use code THEBEET for 5% off your entire order on our store, featuring our flagship Birdies Raised Beds. These are the original metal raised beds, lasting up to 5-10x longer than wooden beds, are ethically made in Australia, and have a customizable modular design.Get Our BooksLooking for a beginner's guide to growing food in small spaces? Kevin's book, Field Guide to Urban Gardening, explains the core, essential information that you'll need to grow plants, no matter where you live!He also wrote Grow Bag Gardening to provide you with specialized knowledge that can bring you success when growing in fabric pots.Preorder Kevin's newest book Epic Homesteading if you are looking to turn your home into a thriving homestead! Order signed copies of Kevin's books, plus more of his favorite titles in our store.More ResourcesLooking for more information? Follow us:Our BlogYouTube (Including The Beet Podcast,  Epic Homesteading and Jacques in the Garden and Botanical Interest )Instagram (Including Epic Homesteading, Jacques)PinterestTikTokFacebookFacebook GroupDiscord Server

David Mann, PhD invented the Haikubox with his colleagues at Loggerhead Instruments in order to learn more about animal behavior. The way they do this is by collecting bioacoustics, or the sounds produced by living organisms. This information has given researchers a better understanding of the species in an area, and their movements within the ecosystem.Epic Gardening Shop Homepage: https://growepic.co/4dzHfwSBotanical Interests Shop Homepage: https://growepic.co/4dKxFasBook Collection Page: https://growepic.co/3Z0DtZfEG Homesteading Book: https://growepic.co/4cA3SAcLearn More: 25 Top Plants to Attract Birds to Your YardConnect With David Mann, PhD:David Mann, PhD earned his doctorate from the Woods Hole Oceanographic Institution by studying domino damselfish sounds at a Pacific atoll, and he was a faculty member at the University of South Florida. More recently, he is the Founder of Loggerhead Instruments which developed Haikubox, a tool that measures bioacoustics – the sounds that animals make to communicate. This consumer product is designed to automatically identify birds using their sounds. These boxes collect millions of birdsong recordings stored in a massive community science database which will be used for scientific discovery.Facebook Instagram Threads LinkedIn YouTube WebsiteLove Epic Gardening products? Apply to the Epic Affiliate Program. Shop the StoreAs an exclusive for listeners, use code THEBEET for 5% off your entire order on our store, featuring our flagship Birdies Raised Beds. These are the original metal raised beds, lasting up to 5-10x longer than wooden beds, are ethically made in Australia, and have a customizable modular design.Get Our BooksLooking for a beginner's guide to growing food in small spaces? Kevin's book, Field Guide to Urban Gardening, explains the core, essential information that you'll need to grow plants, no matter where you live!He also wrote Grow Bag Gardening to provide you with specialized knowledge that can bring you success when growing in fabric pots.Preorder Kevin's newest book Epic Homesteading if you are looking to turn your home into a thriving homestead! Order signed copies of Kevin's books, plus more of his favorite titles in our store.More ResourcesLooking for more information? Follow us:Our BlogYouTube (Including The Beet Podcast,  Epic Homesteading and Jacques in the Garden and Botanical Interest )Instagram (Including Epic Homesteading, Jacques)PinterestTikTokFacebookFacebook GroupDiscord Server

Mongabay newswire editor Shreya Dasgupta joins the Mongabay Newscast to detail her new three-part miniseries, Wild Frequencies, produced in collaboration with the Mongabay India bureau. Dasgupta details her journey with Mongabay-India senior digital editor Kartik Chandramouli. They travel the country speaking with researchers, listening and studying to the sounds produced by bats, Asian elephants, sarus cranes, wolves and many other animals. The emerging field for which this study is named, bioacoustics, is helping researchers lay foundational knowledge crucial for conservation measures. Listen to the miniseries on the ‘Everything Environment' podcast or by clicking the links below: Wild Frequencies: Find Them Wild Frequencies: Know Them Wild Frequencies: Us and Them Like this podcast? Please share it with a friend and help spread the word about the Mongabay Newscast. *Come celebrate Jane Goodall's 90th birthday, and Mongabay's 25th anniversary, during an event hosted by the Commonwealth Club of California in San Francisco (or virtually) by purchasing tickets at this link. To get $10 off, use promo code C1PARTNER. * Subscribe to or follow the Mongabay Newscast wherever you listen to podcasts, from Apple to Spotify, and you can also listen to all episodes here on the Mongabay website, or download our free app for Apple and Android devices to gain instant access to our latest episodes and all of our previous ones. Image Credit: An Indian flying fox (Pteropus giganteus). Image by sunnyjosef via Wikimedia Commons (CC BY 4.0) Time Codes --- (00:00) Enter: Bioacoustics (02:51) What Is the New 'Newswire' Service at Mongabay? (05:50) What is Wild Frequencies? (08:45) Going a Little Batty (17:59) The Complicated Lives of Sarus Cranes (21:44) Animal 'Societies' We Don't Normally Hear In Cities (30:07) Credits

Roberta Cuffin, Sound Healing Educator, Practitioner and Spiritual Guide, is on a mission to uncover the deepest truths of life and empower people to discover and live their Soul's true purpose. Roberta shows how the sound of your voice is a hologram of your health. Find out how the sound of your voice can unlock the mysteries of life-long health struggles. Thirty seconds can give you a wealth of information! Roberta is a pioneer in sharing the new science of healing through the frequency of sound, and the importance of reclaiming it in the religious world. She is at the forefront of reshaping conversations around healing, trauma, faith, and our inherent connection to God through nature and sound, while overcoming the barriers that sometimes exist within diverse religious backgrounds. Roberta's early career in the natural health industry, a homeschooling mom of two successful daughters, along with her experience building an industry-leading news platform, has given her a unique perspective that she consistently taps for navigating her clients' diverse health and emotional concerns. Roberta's wisdom, and her programs that integrate scripture, and sound healing, coupled with learning to listen to God's guidance, compassionately assists all of her clients to unlock their core values and prioritize their passion and joy to create a vibrant life. Robert join us to to talk about Using Bioacoustics as a Measurement Tool & Other Non-Conventional Uses

There was a recent 99 million person survey of those who took the "vaccine".   The report revealed what health issues could be expected in the next few years. It was a devastating prediction.  Since Dec 2019, Sound Health and Sharry Edwards has been reporting on this topic.  It has taken a few years for conventional medicine to catch up but they are ready to reveal the information you need to protect yourself, your loved ones and your community from those who pretend to have your best health at heart.       Sound Health Options

Send us a Text Message.At the end of 2016, a pilot reported that a volcano in Alaska called Bogoslof was erupting. Bogoslof had been quiet for 24 years, and there wasn't any equipment on it that scientists could use to track its eruptions. But over the next 8 months, scientists were able to track at least 70 eruptions from Bogoslof, and they did so using something you might not expect: sound.In this episode of Tiny Matters, we'll cover what sound can tell us about events as big as volcanoes and ‘Swiftquakes' and as small as the insect world, where researchers are using AI to track different insect species, leading to important discoveries that could help not just public health but agriculture and climate policy.Email us your science stories/factoids/news that you want to share at tinymatters@acs.org for a chance to be featured on Tiny Show and Tell Us!Tiny Matters has a YouTube channel! Full-length audio episodes can be found here. And to see video of Sam, Deboki, and episode guests, check out Tiny Matters YouTube shorts here. Links to the Tiny Show & Tell stories are here and here. Pick up a Tiny Matters mug here! All Tiny Matters transcripts are available here.

Roberta Cuffin - Sound Health BioAcoustic Instructor & Practitioner, Teacher of Judaism from a Christian Perspective and Podcast Host. With over two decades of research and teaching experience, Roberta uses her unique skills to instruct Sharry Edwards' students in BioAcoustic protocols at Sound Health. Roberta's ability to make the complex simple and her genuine passion for guiding people to heal and find and fulfill their purpose, attracts high caliber clients and students from around the world. Also joining us: Isabella Russo is a trained Speech and Language pathologist and a BARA. She completed her SLP training in 1998 and set up a private clinic in new Zealand which she ran for 10 years. Isabella spent 10 years living in the United States before coming to the Canary Islands where she is now living and working. Isabella is combining her training in both areas to help people to improve their health with Bioacoustics. She currently has several clients with many different disorders, ranging from autistic spectrum disorder to chronic pain, endometriosis, tinnitus, thyroid and more.

There's a hidden superpower in your voice. It can give you the energy you need to feel better, sleep better, and live better. It's easily accessible, inexpensive, and highly effective. It is…your voice! Professional energy workers and neophytes alike will find palpable solutions that get to the root cause of physical and emotional pain. Katheleen Nagy's Humming for Health helps you uncover the valuable tools already within your body that will let it speak for itself about what needs to be soothed, balanced, and healed because humming:~ Releases endorphins that promote well-being and enhanced immune support~ Requires deep breathing that naturally reduces heart rate and blood pressure ~ Increases nitric oxide in the sinuses to hinder respiratory illness~ Raises cellular oxygen levels to assist lymphatic drainage and the body's trash removal ~ Stimulates the pineal gland to increase melatonin levels and relieve insomnia~ Utilizes Sound Energy to create a space for alignment and the potential for miracles. When you know how to hum in your body's musical key, you foster a more conscious, collaborative relationship with your body's natural healing processes. This book will teach you how to feel your voice move energy through your body as you discover your superpower! Find Kathleen at The Soundlady to get started today!

Are you looking for a potent, portable, and pharmaceutical-free solution?  Search no further than your own voice! Want to know the best part? It's completely free!  Join me for an enlightening conversation on Light Warrior Radio with Kathleen Nagy, the brilliant mind behind "Humming for Health," as we delve into the transformative power of your voice. During this captivating podcast, we'll explore:  Why your voice is nature's own healing symphony  Discovering your unique chakra notes, including those of your earth and soul chakras The surprising benefits of humming over toning with an open mouth for healing purposes A downloadable audio to effectively move water and lymph throughout your body Simple yet effective methods to clear congestion in your sinuses  To get your own copy of Kathleen's book, please visit Humming for Healing

Finally I dare to make myself the subject of an interview in my own podcast. The art/science pioneer Victoria Vesna grilled me on how I got where I am today: What I learned from John Cage, R. Murray Schafer, and all those birds, bugs, and whales I have made music with for years.

Recent advances in technology have allowed scientists to gather larger quantities of acoustic data from locations more remote than ever before. As a result, the study of animal sounds can be used to inform species or habitat conservation and natural resource management practices in new and exciting ways. In this episode, we talk to Aaron Rice of Cornell University about how acoustics can be used to advance conservation efforts, as well as how folks outside of large research universities can take part in efforts to help save the planet with science.Read the associated article: Aaron N. Rice, Marissa L. Garcia, Laurel B. Symes, and Holger Klinck. (2023) “Conservation Bioacoustics: Listening to the Heartbeat of the Earth,” Acoustics Today 19(3). https://doi.org/10.1121/AT.2023.19.3.46Try out the BirdNET app mentioned in this episode!Read more from Acoustics Today.Learn more about Acoustical Society of America Publications.Intro/Outro Music Credit: Min 2019 by minwbu from Pixabay. 

Over the last few years, Artificial Intelligence has evolved immensely. Not surprisingly, advanced AI and machine learning algorithms are increasingly being incorporated in sectors across the world. One particular sector, which AI is revolutionizing is wildlife conservation! With an increasingly urgent demand for effective and affordable conservation action, scientists, NGOs, and governments are turning to AI and related technologies for solutions.The earliest and most ubiquitous adoption of AI in conservation is the use of remote sensing to monitor natural ecosystems. Remote sensing has proved to be a far more effective and cost method than manual alternatives, to not only predict and detect threats to ecosystems but also collect high volumes of data for ecological research. Around the world, conservationists are incorporating a wide plethora of remote sensing technology, such as satellites, UAVs, camera traps, and camera traps. These technologies aid in the monitoring of wildlife populations and diseases, analysis of vegetation, the detection of forest fires and environmental impact assessments.One particular technology becoming increasingly popular for conservationists is bioacoustics. Countless species of wildlife produce sound for communication and navigation, hence broadcasting immense amounts of information about, not only themselves but their entire population in their environment. Additionally, acoustic monitoring helps in the detection of illegal logging and poachers. The use of acoustic monitoring systems allows researchers and conservationists to tap into this gold mine of ecological data. Moreover, other than being cost-effective, acoustic monitoring systems also can cover larger radii than camera traps, hence allowing for the collection of larger quantities of data.In this episode, I interview Bourhan Yassin. He is the Founder and CEO of Rainforest Connection, one of the leading conservation technology start-ups in the world. We discuss in depth how bioacoustics and AI are revolutionizing conservation and some of the projects the organization is involved with!If you enjoyed this podcast, do not forget to share and subscribe! You can also listen to The Think Wildlife Podcast on other platforms, such as YouTube, Spotify, and iTunes. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit anishbanerjee.substack.com

On today's Manu Minute, we have got the scratchy calls of a common game bird. Thanks to the Macaulay Library at the Cornell Laboratory of Ornithology for these recordings of black francolins.

The Nīhoa finch is one of two endemic bird species that call Nīhoa Island home. About 3,000 finches live on the tiny island, which is now part of Papahānaumokuākea Marine National Monument.

National Forests are locations where we can listen to a concert of wildlife sounds. The caws, croaks, howls, growls and squeaks we might hear are gems of information about wildlife and their habitat. The USDA Forest Service and partners work together to conserve and restore land that wildlife species need to survive but to avoid unintended negative impacts of wildlife, it is essential to know what species are in a forest and where they are located.

Many species of dart frogs exhibit some degree of parental care. But new research has shown a new level of parental care in Ranitomeya imitator, that far exceed anything we have ever imagined. Through her research, Dr. Jen Moss has been able to understand a new complexity within the calls of Ranitomeya imitator that redefine our understanding amphibian parental behavior.It's my pleasure to have Jen as my guest this week and we discuss her new paper, "Evolution of Acoustic Signals Associated with Cooperative Parental Behavior in a Poison Frog."  We discuss her findings, the methods and technology she used, the implications of her findings, and what the future holds as she opens her own lab.To learn more please visit:https://www.pnas.org/doi/abs/10.1073/pnas.2218956120https://www.ekfischerlab.comhttps://www.jenmosslab.comTo Support the Podcast by becoming a patron, for merch, and for a 10 percent discount of an In Situ Ecosystem vivarium, visit : https://linktr.ee/AmphibiCast

Although endangered, there are still a few good spots to catch sight of the Maui ʻalauahio.

Sharry Edwards, Pioneer of Human BioAcoustics and Director of the Sound Health Institute, returns to the program to share important frequency information regarding the latest jab. She gives the entire frequency chart for this current jab and it's corresponding antidotes. Edwards also provides a vocal frequency reading on a popular conspiracy podcaster that will likely cause some denial and backlash.You can learn more about Edwards at https://soundhealthoptions.com/This show is part of the Spreaker Prime Network, if you are interested in advertising on this podcast, contact us at https://www.spreaker.com/show/4656375/advertisement

For today's Manu Minute, we've got the mating song of the rock pigeon, which was introduced to Hawaiʻi over 200 years ago. Thanks to the Macaulay Library at the Cornell Laboratory of Ornithology for these recordings.

ʻŌʻu were once common honeycreepers across all the main Hawaiian Islands, but the last confirmed sighting of an ʻōʻū was on Kauaʻi in 1989. This species is now presumed to be extinct. Listen to the song of this long-lost bird on today's Manu Minute, thanks to recordings from the Macaulay Library at the Cornell Laboratory of Ornithology.

Read a Q&A with Philip SouzaSee a map of the Mission-Aransas EstuaryLearn more about the Mission-Aransas National Estuarine Research ReserveOur theme music was composed by Charlie HarperOther music for today's show was produced by: Podington Bear

The koloa māpu is one of Hawaiʻi's most common winter migratory ducks.

The Canada goose may look out of place on our tropical shores, but this migratory bird has a long history in our islands. Listen and learn on today's Manu Minute.

The endemic ʻalae ʻula is one of a handful of subspecies of the common gallinule, but there's nothing common about this waterbird. Listen to their calls, thanks to the Macaulay Library of the Cornell Laboratory of Ornithology.

Curious about that black-crested bird you've seen flitting around your Oʻahu neighborhood? That's likely a red-vented bulbul. We've got its song today, thanks to the Macaulay Library at the Cornell Lab of Ornithology.

Conservation technology is a rapidly growing field with exciting potential. From eDNA to bioacoustics and AI, there's a lot to keep track of in an ever-changing environment. Here to discuss it on the Newscast this week is new Mongabay staff writer Abhishyant "Abhi" Kidangoor who's joined our newsroom to focus on this quickly growing field: he shares details of his current conservation tech reporting projects and ones our readers can look forward to in the future.  Related reading: Bioacoustics in your backyard: Q&A with conservation technologist Topher White On the roof of the world, water is life. Or a sign of it, thanks to eDNA Beyond bored apes: Blockchain polarizes wildlife conservation community Please invite your friends to subscribe to the Mongabay Newscast wherever they get podcasts, from Apple to Spotify, or download our free app in the Apple App Store or in the Google Store to get access to our latest episodes at your fingertips. If you enjoy the Newscast, please visit www.patreon.com/mongabay to pledge a dollar or more to keep the show growing, Mongabay is a nonprofit media outlet and all support helps! See all our latest news from nature's frontline at Mongabay's homepage: news.mongabay.com or find and follow Mongabay on all the social media platforms. Please share your thoughts and feedback! submissions@mongabay.com. Image caption: Conservation technology and wildlife manager, Eleanor Flatt, installs a GSM camera trap in the Costa Rican forests protected and managed by Osa Conservation. Image by Marco Molina.

ʻAʻo are endemic seabirds that serve important functions on both water and land.

Thanks to Xeno Canto, we've got the calls of a desert gamebird that makes its home on Hawaiʻi Island. University of Hawaiʻi at Hilo professor Patrick Hart introduces us to the chestnut-bellied sandgrouse.

Pets to pests… On this week's Manu Minute, we've got the songs, or rather squawks of the introduced rose-ringed parakeet. That's courtesy of recordings from the Macaulay Library at the Cornell Laboratory of Ornithology.

Many of the decisions we make require us to compare numbers. Which car is most fuel efficient? How is a stock performing relative to the market? How risky is one medication versus another? A problem arises when we fail to make these comparisons in the right units.In this episode of Choiceology with Katy Milkman, we look at the mistakes we make when we overweight absolute numbers and neglect their relative value.Damon Lesmeister is a wildlife biologist in Oregon who studies a very special bird: the northern spotted owl. This iconic animal is struggling to survive in the old growth forests of the Pacific Northwest. Among other challenges, the northern spotted owl is being crowded out of its habitat by an invasive species: the barred owl. Conservationists are now faced with a difficult decision, but one that is made more clear by properly comparing the relative sizes of the two owl populations.Damon Lesmeister is a research wildlife biologist with the US Forest Service and holds courtesy faculty appointments with Oregon State University in the Departments of Fisheries and Wildlife, and Forest Engineering, Resources and Management.Next, Yale finance professor Kelly Shue joins Katy to talk about places where non-proportional thinking is likely to occur and why it''s such an easy mistake to make. She explains how the dollar value change of a share is much less important than the percentage change. Focusing solely on the dollar value can lead to consequential investor errors.Kelly Shue is a finance professor at Yale University and serves as an associate editor at The Journal of Finance and Journal of Financial Economics She previously served as an editor at the Review of Finance.You can read more about non-proportional thinking in financial markets in Kelly Shue's research paper co-authored with Rick Townsend.Finally, Katy discusses how you can avoid these non-proportional errors by making calculations that consider the denominator in any decision involving a ratio.Choiceology is an original podcast from Charles Schwab. For more on the series, visit schwab.com/podcast.If you enjoy the show, please leave a ***** rating or review on Apple Podcasts. Important DisclosuresAll expressions of opinion are subject to change without notice in reaction to shifting market conditions.The comments, views, and opinions expressed in the presentation are those of the speakers and do not necessarily represent the views of Charles Schwab. Examples provided are for illustrative purposes only and not intended to be reflective of results you can expect to achieve.All corporate names and market data shown above are for illustrative purposes only and are not a recommendation, offer to sell, or a solicitation of an offer to buy any security.Past performance is no guarantee of future results and the opinions presented cannot be viewed as an indicator of future performance.Indexes are unmanaged, do not incur management fees, costs and expenses and cannot be invested in directly. For more information on indexes please see www.schwab.com/indexdefinitions.Investing involves risk, including loss of principal.The book How to Change: The Science of Getting from Where You Are to Where You Want to Be is not affiliated with, sponsored by, or endorsed by Charles Schwab & Co., Inc. (CS&Co.). Charles Schwab & Co., Inc. (CS&Co.) has not reviewed the book and makes no representations about its content.Apple Podcasts and the Apple logo are trademarks of Apple Inc., registered in the U.S. and other countries.Google Podcasts and the Google Podcasts logo are trademarks of Google LLC.Spotify and the Spotify logo are registered trademarks of Spotify AB.(0522-27BB)