Podcasts about Cyanobacteria

Text us a pool question!In this episode of the Talking Pools podcast, Rudy delves into the challenges faced by pool professionals, with a particular focus on the often misunderstood cyanobacteria, commonly referred to as black algae. He discusses the importance of accurate identification and treatment strategies, emphasizing the need for education and proper water testing. Rudy also explores innovative solutions, such as aluminum sulfate and the potential of living concrete infused with cyanobacteria, for structural repairs. The episode concludes with a roundup of industry news and an exploration of the future of pool maintenance and construction.takeawaysCyanobacteria is often misidentified as algae, leading to ineffective treatments.Effective treatment requires understanding the biology of cyanobacteria.Aluminum sulfate can help reduce cyanuric acid and assist in removing cyanobacteria.Education and proper water testing are essential for maintaining a pool.Environmental factors, such as light and nutrients, significantly affect the growth of cyanobacteria.Innovative technologies, such as living concrete, could revolutionize pool repairs.The pool industry needs to adapt to new scientific findings about cyanobacteria.Regular testing of water quality is essential for effective pool management.Cyanobacteria can thrive in high-nutrient environments, making prevention a key strategy.The future of pool maintenance may involve biogenic solutions for structural issues.Sound Bites"Education is your best weapon.""You're a prokaryotic hitman.""The future is coming and it's squishy."Chapters00:00Introduction to Pool Pros and Their Challenges08:39Effective Strategies for Combatting Cyanobacteria15:15The Importance of Water Testing and Education20:18Trade Mag Roundup: Industry Insights37:50Conclusion: Embracing Innovation in Pool Maintenance Support the showThank you so much for listening! You can find us on social media: Facebook Instagram Tik Tok Email us: talkingpools@gmail.com

Hidden dangers in bodies of water are something a lot of people don't think about until it's too late. Things like strong currents, sudden drop-offs, or even hidden debris can be really risky, especially if you're swimming or boating. Sometimes the water looks calm on the surface but hides serious dangers underneath. Knowing about these things can help you stay safe and avoid scary situations. It also helps you feel more confident when you're out enjoying lakes, rivers, or the ocean. Being prepared can literally save lives. CreditsCredit: Dora and the Lost City of Gold / Paramount Players and co-producers Quicksand! / Engel Entertainment and co-producer La chèvre / Gaumont International and co-producers White Shepherd: by Ildar Sagdejev, CC BY-SA 4.0 https://creativecommons.org/licenses/by-sa/4.0/, CC BY-SA 3.0 https://creativecommons.org/licenses/by-sa/3.0/, CC BY-SA 2.5 https://creativecommons.org/licenses/by-sa/2.5/, CC BY-SA 2.0 https://creativecommons.org/licenses/by-sa/2.0/, CC BY-SA 1.0 https://creativecommons.org/licenses/by-sa/1.0/, https://commons.wikimedia.org/wiki/File:2008-08-22_White_German_Shepherd_swimming_in_algae.jpg CC0 1.0 https://creativecommons.org/publicdomain/zero/1.0/: Aplysiatoxin2: by Anagkai, https://commons.wikimedia.org/wiki/File:Aplysiatoxin2.svg The Cyanobacteria: by Berkshire Community College Bioscience Image Library, https://commons.wikimedia.org/wiki/File:Video-_The_Cyanobacteria-_Oscillatoria_and_Gleocapsa.webm Quicksand in Courthouse: by Arches National Park, CC BY 2.0 https://creativecommons.org/licenses/by/2.0/, https://flic.kr/p/fQsv2s, https://commons.wikimedia.org/wiki/File:Quicksand_in_Courthouse_Wash_(9737357112).jpg Animation is created by Bright Side. ---------------------------------------------------------------------------------------- Music from TheSoul Sound: https://thesoul-sound.com/ Check our Bright Side podcast on Spotify and leave a positive review! https://open.spotify.com/show/0hUkPxD34jRLrMrJux4VxV Subscribe to Bright Side: https://goo.gl/rQTJZz ---------------------------------------------------------------------------------------- Our Social Media: Facebook: https://www.facebook.com/brightside Instagram: https://www.instagram.com/brightside.official TikTok: https://www.tiktok.com/@brightside.official?lang=en Telegram: https://t.me/bright_side_official Stock materials (photos, footages and other): https://www.depositphotos.com https://www.shutterstock.com https://www.eastnews.ru ---------------------------------------------------------------------------------------- For more videos and articles visit: http://www.brightside.me ---------------------------------------------------------------------------------------- This video is made for entertainment purposes. We do not make any warranties about the completeness, safety and reliability. Any action you take upon the information in this video is strictly at your own risk, and we will not be liable for any damages or losses. It is the viewer's responsibility to use judgement, care and precaution if you plan to replicate. Learn more about your ad choices. Visit megaphone.fm/adchoices

If you're struggling, consider therapy with our sponsor. Visit https://betterhelp.com/almanac for a discount on your first month of therapy.If you have questions about the brand relating to how the therapists are credentialed, their privacy policy, or therapist compensation, here is an overview written by the YouTube creators behind the channel Cinema Therapy that goes into these topics: https://www.reddit.com/r/cinema_therapy/comments/1dpriql/addressing_the_betterhelp_concerns_headon_deep/ Hello dear Poison Friends! We are back this week (a little late, forgive me) with an episode on some aquatic overgrowths that can just ruin a vacation...or seafood. In all seriousness, such bloom of these particular algae or cyanobacteria may lead to fish kills, the deaths of aquatic mammals and other wildlife, and the contamination of shellfish and seafood which causes illness in those eating them (birds, and yes, even us). Severe red tides have caused respiratory illnesses in some just being near the source and there are some algae species out there that are destructive to entire ecosystems. Along with being deadly to wildlife (and sometimes humans), these blooms cost various industries, including seafood and tourist industries, millions of dollars. So I want to introduce to you some of the worst of the offenders that honestly start off innocent enough until they start overgrowing and produce toxins that can cause everything from GI issues to neurological syptoms, paralysis, and death due to respiratory failure. While these toxins directly affect the wildlife where they grow (this includes depleting the oxygen of the environment as well as poisoning it), it can harm predators and humans as they ingest shellfish or seafood in general. Shellfish poisoning may not sound like more than simple food poisoning (which itself is not always simple) but we are discussing a few different kind here including neurotoxic and paralytic shellfish poisoning among others. Also, I would be wrong not to include cyanobacteria in this episode, because, while it is not algae itself, it does compare in how it blooms, produces toxins, and affects entire ecosystems. Thank you to all of our listeners and supporters! Please feel free to leave a comment or send us a DM for any questions, suggestions, or just to say, "hi."Support us on Patreon:⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠patreon.com/thepoisonersalmanac⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Follow us on socials:The Poisoner's Almanac on IG-⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.instagram.com/poisoners_almanac?utm_source=ig_web_button_share_sheet&igsh=ZDNlZDc0MzIxNw==⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Adam-⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.tiktok.com/@studiesshow?is_from_webapp=1&sender_device=pc⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Becca-⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.tiktok.com/@yobec0?is_from_webapp=1&sender_device=pc⁠⁠⁠⁠⁠⁠⁠Also, look for us on TikTok @poisonersalmanacp

Dr Tim talks with Dale Lewis of Reptile Systems about Infrared Heating for reptiles.  Then Dr Tim discusses the ASF MX Pump range with Thomas Bertschy of ASF France.  Finishing, Dr Tims talking about why you get DInoflagellates versus Cyanobacteria and how to get rid of them with better knowledge of water chemistry and using DrTim's Aquatics Re-Fresh and Waste-Away.

Once upon a time, and by that, I mean 1.9 billion years ago, the atmosphere was filled with carbon dioxide and methane, and the first inklings of life had only just begun. Volcanic activity in the early oceans, and erosion off the few continents, enriched the water with iron and silica. Cyanobacteria bloomed in those mineral-rich seas, and they also produced at least one type of toxin: oxygen.

Matters Microbial #63: A Symphony of Cyanobacteria October 30, 2024 Today, Dr. Nathan Algren, Associate Professor of Biology at Clark University, joins the #QualityQuorum to discuss the centrality of cyanobacteria to our biosphere, the viruses that prey upon them, and his interests in outreach and science-oriented art. Host: Mark O. Martin Guest: Nathan Ahlgren Subscribe: Apple Podcasts, Spotify Become a patron of Matters Microbial! Links for this episode An overview of the cyanobacteria. An overview of Prochlorococcus. An overview of marine bacteriophages. The Great Oxidation Event Cyanobacteria are thought to have radically changed our planet 2.5-3.5 billion years ago by producing oxygen through photosynthesis. In essence, they and other microbes are the original terraformers. The Purple Earth Hypothesis Photosynthesis as we know it, using chlorophyll, may have evolved after another way of doing photosynthesis, with retinal that looks purple. This means that our planets and other ‘younger' planets may look or have looked purple rather than green. Self-assembly of viral capsids, as modeled by 3D-printed parts (Art Olson) TED talk from Penny Chisholm on Prochlorococcus Co-occurring Synechococcus ecotypes occupy four major oceanic regimes defined by temperature, macronutrients and iron  Study showing how different populations of Synechococcus occupy different niches and regions of the oceans according to their adaptations to temperature and nutrients. Long-term stability and Red Queen-like strain dynamics in marine viruses  Study showing turnover of strains within relatively stable phage populations. Viral treadmills in the ocean—running to stand still  Companion ‘behind the paper' article. Diverse Marine T4-like Cyanophage Communities Are Primarily Comprised of Low-Abundance Species Including Species with Distinct Seasonal, Persistent, Occasional, or Sporadic Dynamics  Paper showing cyanophage ‘species' have different time patterns in the oceans. Rapid diversification of coevolving marine Synechococcus and a virus Study showing stable co-existence and co-evolution of a single Synechococcus host and phage over time. The emergence of resistance hosts and phage that overcome them demonstrate the principles of the Red Queen hypothesis and phage-host ‘arms race'. Present and future global distributions of the marine Cyanobacteria Prochlorococcus and Synechococcus Figure from this paper is in the presentation. Shows modeled distributions of Pro and Syn across the globe. They also use this to estimate a ~25% contribution of Pro and Syn to global net primary productivity in the oceans. Link to 3D prints that Dr. Ahlgren made an are available on NIH page Some resources on how to 3D protein structures: I like this guide on the practical guide of how to do actually to do it (going from PDB to print files): A link to another resource for 3D printing of protein structures. Dr. Ahlgren's faculty website. Dr. Ahlgren's laboratory website with many fascinating links. Intro music is by Reber Clark Send your questions and comments to mattersmicrobial@gmail.com

Matters Microbial #59: Some (Microbes) Like It Hot—Discussions with the Thermal Biology Institute October 3, 2024 Today is an unusual episode of the podcast.  I am visiting four microbiologists in the Thermal Biology Institute at Montana State University of Bozeman, Montana.  They discuss their work exploring the unusual microbes and environments to be found in Yellowstone National Park, ranging from the history of the park to opportunities for undergraduate students, as well as up-to-the-minute research done on the microbial denizens of this microbiological landmark. Host: Mark O. Martin Guests (in order of appearance:): Brent Peyton, Dana Skorupa, Zackary Jay, Anthony Kohtzy Subscribe: Apple Podcasts, Spotify Become a patron of Matters Microbial! Links for this episode A history and overview of Yellowstone National Park. An overview of microbiology in Yellowstone National Park. The story of Yellowstone National Park and PCR. Website for the Thermal Biology Institute. A prior podcast of #MattersMicrobial involving Dr. Roland Hatzenpichler and the research done by several of today's guests. Dr. Peyton's faculty website. Dr. Peyton's laboratory website. Dr. Skorupa's faculty website. A great article on the adventurous REU (Research Experience for Undergraduates) that Dr. Skorupa supervises. Dr. Jay's faculty website. A journal article describing some of Dr. Jay's (and Dr. Kohtz') work. A page including Dr. Kohtz An article describing some of Dr. Kohtz' (and Dr. Jay's) work. Intro music is by Reber Clark Send your questions and comments to mattersmicrobial@gmail.com

Dr. Thomas Boving, Chair of The Department of Geosciences joins to discuss what and how we can address the contaminations of our waterways, from lakes and streams to groundwater. With agrochemicals, PFAS and other toxic additives, American waterways are challenged like never before. Dr. Boving has worked here and abroad to address challenges to drinking water from a myriad of sources.Heritage Radio Network is a listener supported nonprofit podcast network. Support What Doesn't Kill You by becoming a member!What Doesn't Kill You is Powered by Simplecast.

Dr. Thomas Boving, Chair of The Department of Geosciences joins to discuss what and how we can address the contaminations of our waterways, from lakes and streams to groundwater. With agrochemicals, PFAS and other toxic additives, American waterways are challenged like never before. Dr. Boving has worked here and abroad to address challenges to drinking water from a myriad of sources.Heritage Radio Network is a listener supported nonprofit podcast network. Support What Doesn't Kill You by becoming a member!What Doesn't Kill You is Powered by Simplecast.

Show Sponsor: UCAN UCAN created LIVSTEADY as an alternative to sugar based nutrition products. LIVSTEADY was purposefully designed to work with your body, delivering long-lasting energy you can feel. Whether UCAN Energy Powders, Bars or Gels, LIVSTEADY's unique time-release profile allows your body to access energy consistently throughout the day, unlocking your natural ability to finish stronger and recover more quickly!    In Today's Show Cycling News/Updates - Vuelta, Paracycling Fact Triathlon News/Updates - More medals than Michael Phelps, Paratriathlon Results, The Swim is Cancelled Ask A Coach - Why different running paces?   303Cycling News and Updates: Vuelta Rankings   Visma | Lease a Bike and Kuss also suffered a heavy blow in the Vuelta Kuss, who won the Vuelta last year, seemed to be in better form during the last mountain stages. He had been close to the top ten for some time, and it was only a matter of time before the American entered the top of the standings. However, on Thursday, Kuss finished 44th, ten minutes behind stage winner Urko Berrade and, more importantly, 3 minutes and 20 seconds behind the group of general classification contenders.   Landa and Kuss—who were also accompanied by riders like Adam Yates, Christián Rodriguez, and Guillaume Martin—suffered a blow in the overall standings. Landa dropped from fifth to tenth, and Kuss remained in twelfth place, but his gap to the tenth position has now increased to over four minutes. A setback for Visma | Lease a Bike, which, after the withdrawal of Wout van Aert, had put all its hopes in Kuss achieving a top-ten finish.   Belgian cyclist Wout van Aert will not race again this season after a crash in the Vuelta a Espana, his team Visma Lease a Bike said on Thursday. The 29-year-old suffered a serious knee injury following a crash during a descent in stage 16 of the Vuelta on Tuesday.   Team leader Grischa Niermann explains that Attila Valter, an early breakaway rider, dropped back to minimize the damage for the dropped Kuss. "Unfortunately, it turned out that Sepp had an off day. After today, he is still in twelfth place in the general classification, but the gap to the tenth place has widened. We will assess what is possible day by day in the final weekend. We can make many plans, but in the end, the legs have to be able to execute them," said the German in a press release.   Paralympic Cycling Fact - Paralympic cycling was developed in the early 1980s as tandem cycling for visually impaired athletes, with a sighted pilot at the front. Since then, the sport has grown to accommodate other disabilities, expanding the types of bikes used: standard bicycles, handcycles, tricycles and tandems. There's a bike for each different type of disability, adapted to suit the athlete's needs.   303Triathlon News and Updates: This Paralympic Swimmer Has More Medals Than Michael Phelps   Paralympics Paratriathlon results: ALL the medal winners at Paris 2024   The Swim is Cancelled for Harvest Moon   Watch for potentially harmful algae bloom in Boulder Reservoir Sep. 4—Boulder officials warned residents Tuesday about a potentially harmful algae bloom in Boulder Reservoir.   Officials advise residents to stay out of the water and not allow dogs in the reservoir as cyanobacteria may produce toxins at elevated levels that are harmful to people and pets, according to a press release. Cyanobacteria may look like thick pea soup, spilled bluish-green paint on the water's surface or a thick mat of foam along the shoreline. According to the release, generally, the long stringy, bright green stands that appear either slimy or cottony, or are mustard yellow in color are not the potentially harmful type of algae.   Boulder workers are coordinating with the Northern Colorado Water Conservancy District workers on the response to this cyanobacteria bloom, as they use the reservoir to deliver water to downstream users. Boulder Reservoir is not currently being used by the city as a drinking water supply, according to the release.   While the swim beach at the reservoir is closed for the season, watercraft are still allowed on the reservoir, according to the release.   Ask A Coach: Ask a Coach: Why run at slower and faster paces? September 5, 2024|Ask A Coach, Recent Article https://303triathlon.com/articles/f/ask-a-coach-why-run-at-slower-and-faster-paces   Athlete: "I've been running a couple of times per week to stay in shape. I've just started a triathlon training plan and noticed that the prescribed paces are either slower or faster than I am used to running. Should I continue to run at the paces I'm used to, or should I adjust to these slower and faster prescribed paces?"   Bonus Tips: Volunteer for races. This is a great way to learn how the mechanics of the race work. Volunteer for different roles like athlete packet pickup, transition area and aid stations. You will a learn a lot about what to do and what not to do. Integrate strength and mobility training consistently into your training. Without a proactive regimen of strength and mobility, we tend over use some muscles in our sagittal plane movements of running, cycling and swimming and neglect other muscles that need to be a part of that function. Don't guess about things like open water swimming in any distance race, or guess about nutrition and pacing at longer distance races. Work with a coach to prepare for racing in open water and making sure your nutrition and pacing plan will get you to the finish line.     Closing: Thanks again for listening this week.  Please be sure to follow us @303endurance and of course go to iTunes and give us a rating and a comment.  We'd really appreciate it! Stay tuned, train informed, and enjoy the endurance journey! Train With Coach Rich: TriDot Signup - https://app.tridot.com/onboard/sign-up/richsoares RunDot Signup - https://app.rundot.com/onboard/sign-up/richsoares

The Ross Island Lagoon, which sits in the center of the four-island complex known as Ross Island, is a byproduct of decades of mining. In addition to industrial purposes, the lagoon also has a long history of being used recreationally and provides habitat for a variety of vulnerable plant and animal species.In 2015, researchers began to see cyanobacterial blooms in the lagoon. Cyanobacteria is a type of bacteria which can pose a serious threat to the health of animals and people who come into close contact with the water. When present, it gives the water a bright green appearance.Because the lagoon is a warm, stagnant pool, it’s an ideal breeding ground for cyanobacteria. And it’s only getting warmer due to climate change. The tide from the Willamette pulls the cyanobacteria out into the river’s main flow, contaminating the rest of the water. The Oregon Health Authority routinely releases warnings urging against recreational river use during warmer seasons because of this.Since 2017, Oregon State University and the Willamette River group the Human Access Project have been working on reducing these Lagoon blooms. There is work being done by different groups to address the cyanobacterial blooms in the Ross Island Lagoon. Desirée Tullos, professor of Water Resources Engineering at Oregon State University, joins us to share more.

Researchers say the growth of cyanobacteria is well ahead of schedule this year, in the St. John River. In the Moncton area, the reservoir at Irishtown Nature Park is already closed to swimming and boating because of cyanobacteria. But it can be found in bodies of water all over the province.

Researchers say the growth of cyanobacteria is well ahead of schedule this year, in the St. John River. In the Moncton area, the reservoir at Irishtown Nature Park is already closed to swimming and boating because of cyanobacteria. But it can be found in bodies of water all over the province.

Researchers say the growth of cyanobacteria is well ahead of schedule this year, in the St. John River. In the Moncton area, the reservoir at Irishtown Nature Park is already closed to swimming and boating because of cyanobacteria. But it can be found in bodies of water all over the province.

Nicole Taylor is the director of water supply and treatment for the City of Moncton.

Nan Evans and Dr. Gretchen Rollwagen-Bollens continue to explore the weird world of plankton. Did you know some plankton can make water go bad? Cyanobacteria can produce a wide range of toxins poisoning waters and threatening humans and other animals (part 2 of a two-part program). (Airdate: May 29, 2024) Watch Dr. Stephen Bollens' and Dr. Gretchen Rollwagen-Bollens' lecture: The Mysterious World of Plankton: Cascading Migrations in a Fertile Fjord. Learn more:Aquatic Ecology Lab at WSU VancouverEutrophication: Causes, Consequences, and Controls in Aquatic EcosystemsThe Secret Life of Plankton from TED-EdWhy Are Plankton the Most Vital Organisms on Earth? from BBC Earth Nature Now is created by a dedicated team of volunteers. If you enjoy this episode and want to support the work that goes into making Nature Now, we invite you to go to kptz.org/donate to make a contribution. Thank you for your support!

Most people who go outdoors have heard of this.  Most people don't know much about it.  It can change the color of the water, making it easy to see,  but many of these bacteria live on the side or bottom of a river or lake.  You cannot treat water containing cyanobacteria  to make it safe to drink.   Listen and learn about another growing danger in the water.

Cyanobacteria, commonly called Blue Green Algae, can rapidly reproduce when conditions are right causing potentially hazardous Harmful Algal Blooms. Join Joe and Drew as they discuss why blooms occur, the risks of toxins from Harmful Algal Blooms on wildlife and livestock, and what you can do to reduce your likelihood of experiencing a cyanobacteria bloom. Dr. Joe Gerken and Dr. Drew Ricketts are extension specialists and faculty members in the Wildlife and Outdoor Enterprise Management Program at Kansas State University. Find out more about the program at https://hnr.k-state.edu/academics/undergraduate-programs/wildlife-outdoor-management.html

Cyanobacteria, commonly called Blue Green Algae, can rapidly reproduce when conditions are right causing potentially hazardous Harmful Algal Blooms. Join Joe and Drew as they discuss why blooms occur, the risks of toxins from Harmful Algal Blooms on wildlife and livestock, and what you can do to reduce your likelihood of experiencing a cyanobacteria bloom. Dr. Joe Gerken and Dr. Drew Ricketts are extension specialists and faculty members in the Wildlife and Outdoor Enterprise Management Program at Kansas State University. Find out more about the program at https://hnr.k-state.edu/academics/undergraduate-programs/wildlife-outdoor-management.html

The state of Florida gives more than $3,000,000 in grant money to Sarasota's Mote Marine Lab, to research three projects that could lead to reduction of the problem of blue-green algae in Florida's freshwater lakes. We speak with Dr. Emily Hall, who's leading one of those projects at Mote. 

This episode: Trends of declining lichen populations and biocrust cover overall match trends of increasing temperatures in Colorado dryland! Download Episode (6.4 MB, 9.3 minutes) Show notes: Microbe of the episode: Cherry chlorotic rusty spot associated partitivirus Takeaways: Global climate change is affecting almost every natural system on the planet, in predictable and also sometimes unexpected, complex ways. Microbes perform key roles in many different ecosystems, providing and recycling important nutrients and even macroscopic structure. One example of this is biocrusts in dryland environments, such as areas in the western US with low annual rainfall. Microbes other organisms form a stable surface binding soil and sand particles together, helping to retain moisture and prevent erosion and transformation of land into desert. In this study of a Colorado park over more than 20 years, important species of symbiotic fungi and photosynthetic microbes in the form of lichens have declined significantly. The land is mostly untroubled by grazing or human activity, but changes in climate and moisture and the presence of invasive plants could affect lichens. However, the temperature increase over the decades showed the best correlation with the lichen decline. The loss of these species could lead to nutrient shortages in the long term for these communities. Journal Paper: Finger-Higgens R, Duniway MC, Fick S, Geiger EL, Hoover DL, Pfennigwerth AA, Van Scoyoc MW, Belnap J. 2022. Decline in biological soil crust N-fixing lichens linked to increasing summertime temperatures. Proc Natl Acad Sci USA 119:e2120975119. Email questions or comments to bacteriofiles at gmail dot com. Thanks for listening! Subscribe: Apple Podcasts, Google Podcasts, Android, or RSS. Support the show at Patreon, or check out the show at Twitter or Facebook.

A public health warning for people heading to Lake Cochituate in Natick this Memorial Day weekend. There's a cyanobacteria bloom present in Middle Pond, and people and their pets are being told to stay out.

Ron Lopez is a researcher in wetlands ecology at Virginia Commonwealth University who is part of a team breaking ground on our understanding of potentially toxic algae blooms in the Shenandoah River. His efforts toward developing remote-sensing methods to map those slilmy blooms are the basis of his ongoing doctoral thesis. So, yes, we will be talking about drones. Lopez also discusses his atypical path into academia. 

Nicole Taylor is the director of water supply and treatment for the City of Moncton.

In this riveting episode of the Talking Pools podcast, listeners are treated to an enlightening discussion as Rudy steps in for Wayne and delves into the world of aquatic nuisances. Rudy starts by unraveling the complexities of whiteflies and aphids, two notorious pests that often wreak havoc on aquatic ecosystems. From their life cycles to effective control measures, Rudy leaves no stone unturned as he equips listeners with valuable insights to combat these persistent pests. As the conversation unfolds, the spotlight shifts to diatoms and cyanobacteria, exploring their roles in pool maintenance and potential challenges they pose to pool pros. With Rudy's expertise guiding the dialogue, listeners gain a deeper understanding of these microscopic organisms and strategies to maintain a pristine pool environment.Throughout the episode, Rudy's passion for aquatic biology shines as he navigates the intricate dynamics of these often-overlooked aquatic organisms. From the subtle intricacies of whiteflies and aphids to the doom and gloom of diatoms and cyanobacteria, Rudy paints a vivid picture of the delicate balance within aquatic ecosystems. With his wealth of knowledge and engaging storytelling, Rudy seamlessly fills Wayne's shoes, captivating listeners with his expertise and leaving them eager to implement newfound strategies in their own pool maintenance routines. Whether you're a seasoned pool professional or a rookie to the field, this episode serves as an invaluable resource, offering practical tips and fascinating insights into the world of aquatic pests and microorganisms. LaMotte Company LaMotte Company is a leading manufacturer of water quality testing products & pool test kitsDisclaimer: This post contains affiliate links. If you make a purchase, I may receive a commission at no extra cost to you.Support the showThank you so much for listening! You can find us on social media: Facebook Instagram Tik Tok Email us: talkingpools@gmail.com

Let's talk about our friend (and enemy) cyanobacteria. Much of the conversation around cyano is about how to eradicate it, but hopefully this discussion will help you look at it a bit differently. This is an incredibly diverse term for many forms of bacteria, some of which have been around for an estimated 4 billion years. This episode should help you understand how to treat cyano, and maybe even how to appreciate it, too. Join the discussion on the Water Colors Aquarium Gallery Podcast Listeners Facebook group! https://www.facebook.com/groups/788428861825086/ Enjoying the show? Support the gallery by shopping aquarium plants, merch, equipment, and more! https://watercolorsaquariumgallery.com/ Looking for more content? Become a YouTube member for exclusive access to behind the scenes livestreams! https://www.youtube.com/@watercolorsaquariumgallery

25 years ago, a mysterious cause of eagle and osprey deaths plagued a small town in Arkansas. And in this special episode, we get to the root of it all: small unassuming weeds, also known as invasive aquatic species. In conversation with aquatic plant experts Stacy Holt Jr. and Greg Bugbee, we share what these invasive plants are, how this happened, what they're doing in other parts of the world (like Connecticut), and ways we can all prevent them from spreading. Co-produced by our guest host, Adé Ben-Salahuddin. Listen in now!For more information about the From Love to Action campaign, episode transcript and other resources from this episode, visit BirdNote.org.Want more Bring Birds Back? Subscribe to our show and follow us on Instagram! For more about BirdNote, sign up for our weekly newsletter. And for ad-free listening and other perks, sign up for BirdNote+ here.BirdNote is a nonprofit. Your tax-deductible gift makes these shows possible.Bring Birds Back Special Season 5 is sponsored by the Cornell Lab of Ornithology.

Does evolution ever reverse itself? Regressive evolution means that animals or organisms lose some of the complexity they had in the past. There's one specific group of animals that really dived into reverse evolution: whales, dolphins, seals, and sea turtles. They've really changed a lot over the last 350 million years, moving from sea to dry land and back to sea! #brightside Credit: NASA/Earth Science and Remote Sensing Unit, Lyndon B. Johnson Space Center Black sheep: Jesus Solana, CC BY 2.0 https://creativecommons.org/licenses/..., https://commons.wikimedia.org/wiki/Fi... Ice age: Mauricio Antón, CC BY 2.5 https://creativecommons.org/licenses/..., https://commons.wikimedia.org/wiki/Fi... CC BY-SA 2.5 https://creativecommons.org/licenses/... Astrophytum asterias: Dr. David Midgley, https://en.wikipedia.org/wiki/File:As... Glomeris marginata: Stemonitis https://en.wikipedia.org/wiki/File:Gl... Rhagoletis pomonella: Joseph Berger, Bugwood.org, CC BY 3.0 https://creativecommons.org/licenses/..., https://en.wikipedia.org/wiki/File:Rh... CC BY-SA 3.0 https://creativecommons.org/licenses/... Toby Hudson: Labeotropheus https://commons.wikimedia.org/wiki/Fi... Maylandia https://commons.wikimedia.org/wiki/Fi... Cichlid blue https://commons.wikimedia.org/wiki/Fi... Pinicola enucleator: Cephas https://commons.wikimedia.org/wiki/Fi... Doc. RNDr. Josef Reischig, CSc.: Cyanobacteria https://commons.wikimedia.org/wiki/Fi... Cyanobacteria https://commons.wikimedia.org/wiki/Fi... Sphaeromyxa hellandi: Ivan Fiala https://commons.wikimedia.org/wiki/Fi... Cyprinidae: Hectonichus https://commons.wikimedia.org/wiki/Fi... Astyanax mexicanus: H. Zell, https://commons.wikimedia.org/wiki/Fi... Bottlenose dolphin: Peter Asprey, http://www.peter-asprey.com/, https://commons.wikimedia.org/wiki/Fi... Euphorbia obesa: Frank Vincentz, https://en.wikipedia.org/wiki/File:E_... Armadillidium vulgare: Franco Folini https://en.wikipedia.org/wiki/File:Ar... CC BY 4.0 https://creativecommons.org/licenses/... Homo neanderthalensis: Jakub Hałun https://commons.wikimedia.org/wiki/Fi... Symbiotic nitrogen: LegumeLover, https://commons.wikimedia.org/wiki/Fi... Parasite: Marcelo Knoff, Simone Chinicz Cohen, Melissa Querido Cárdenas, Jorge M. Cárdenas-Callirgos and Delir Corrêa Gomes https://commons.wikimedia.org/wiki/Fi... CC BY-SA 4.0 https://creativecommons.org/licenses/... Invertebrate montage: Dan Parsons, François Michonneau, Nhobgood, Sanjay Acharya, jbrasher, Jnpet, GlebK, Bernard DUPONT, Schokraie E, Warnken U, Hotz-Wagenblatt A, Grohme MA, Hengherr S, et al. (2012) https://commons.wikimedia.org/wiki/Fi... Lucy: Neanderthal-Museum, Mettmann https://commons.wikimedia.org/wiki/Fi... Shark eggs: Yohanes Wahyu Nurcahyo https://commons.wikimedia.org/wiki/Fi... Cladoselache: Armin Reindl https://commons.wikimedia.org/wiki/Fi... Saaser Mutte: Namma! https://commons.wikimedia.org/wiki/Fi... Animation is created by Bright Side. ---------------------------------------------------------------------------------------- Music by Epidemic Sound https://www.epidemicsound.com Check our Bright Side podcast on Spotify and leave a positive review! https://open.spotify.com/show/0hUkPxD... Subscribe to Bright Side: https://goo.gl/rQTJZz ---------------------------------------------------------------------------------------- Our Social Media: Facebook: / brightside Instagram: / brightside.official TikTok: https://www.tiktok.com/@brightside.of... Stock materials (photos, footages and other): https://www.depositphotos.com https://www.shutterstock.com https://www.eastnews.ru ---------------------------------------------------------------------------------------- For more videos and articles visit: http://www.brightside.me Learn more about your ad choices. Visit megaphone.fm/adchoices

Guest: Catherine Arnston Catharine started ENERGYbits after her sister was diagnosed with breast cancer and advised by her oncologist that an alkaline diet would help her heal. Catharine immediately sprung into action to help her sister research alkaline foods and in the process she discovered algae. When Catharine learned that algae was the most alkaline, plant-based, nutrient-dense food in the world and had been used for fifty years in Asia to improve health and longevity, she knew she had discovered something big (and yes, her sister fully recovered - thanks for asking). As Catharine dug into the science of algae, she learned it had 64% protein, 40 vitamins/minerals and was endorsed by the United Nations and NASA as the most nutrient dense food in the world. She also discovered there were 100,000 studies documenting its long list of benefits and it was the most sustainable, eco-friendly food crop in the world. And yet algae remained virtually unknown outside of Asia. How could this be possible? Catharine knew algae could be a game changer for our health, our children and our world if she could only convince people it wasn't weird. And so ENERGYbits was born. It took Catharine ten years to bring algae into the mainstream and build ENERGYbits into a national company. We're glad she finally did, because now you and your family can benefit from our naturally grown, toxin-free, Non-GMO algae tablets too. A handful will help satisfy your hunger, help give you steady energy, and help ensure your nutritional needs are met. All this from a food that has one ingredient, no chemicals, caffeine, sugar or processing and is the most sustainable, safe, eco-friendly, crop in the world - algae. Your body and Mother Earth say thank you. And we do too. Use Code ITP for 20% off Energy Bits: https://energybits.com/   Advertisements:   Zeolite Labs Zeocharge: Use Code ITP for 10% off https://www.zeolitelabs.com/product-page/zeocharge?ref=ITP Magnesium Breakthrough: Use Code integrativethoughts10 for 10% OFF https://bioptimizers.com/shop/products/magnesium-breakthrough Just Thrive: Use Code ITP15 for 15% off https://justthrivehealth.com/discount/ITP15 Therasage: Use Code Coffman10 for 10% off https://www.therasage.com/discount/COFFMAN10?rfsn=6763480.4aed7f&utm_source=refersion&utm_medium=affiliate&utm_campaign=6763480.4aed7f Nootopia: Use Code IntegrativeThoughts10 for 10% OFF https://nootopia.com/ Sleep Breakthrough: Use Code IntegrativeThoughts10 for 10% OFF https://bioptimizers.com/shop/products/sleep-breakthrough Matt Coffman / Integrative Thoughts My Instagram: @integrativematt My Website: Integrativethoughts.com  

The Harmful Cyanobacteria Blooms (HCBs) training reviews key information found in the two ITRC HCB Guidance Documents, the 2021 Strategies for Preventing and Managing Harmful Cyanobacterial Blooms (HCB-1) and the 2022 companion document focused on benthic HCBs (HCB-2). ITRC's HCB-2 focuses on the ecology, toxin production, management, and mitigation of benthic HCBs and is a companion document to the HCB-1 document released by ITRC in March 2021. Cyanobacteria are microscopic, photosynthetic organisms that can be found naturally in all aquatic systems. Under certain conditions, cyanobacteria can multiply and become very abundant, discoloring the water throughout a water body, or accumulating at the surface. These occurrences are known as "harmful cyanobacterial blooms (HCBs)." HCBs can occur in many parts of a water body. Planktonic HCBs occur when cyanobacteria dominate the open water of water bodies. ITRC's HCB-1 guidance includes information about planktonic HCBs. In addition to being suspended in the open water, some cyanobacterial species grow attached to surfaces in a water body. These attached cyanobacteria can grow at the bottom of a water body (benthic zone) but may also be found nearer to the surface growing on submerged vegetation or woody debris. In any of these habitats the benthic cyanobacterial mats can produce and release cyanotoxins into the environment. When cyanobacteria proliferate as attached mats in benthic habitats instead of planktonic blooms, they present unique challenges to evaluating and communicating the public health and environmental risks caused by this less familiar appearance of cyanobacteria. HCB-1 Training The Harmful Cyanobacteria Bloom (HCB-1) training provides an overview of cyanobacteria (particularly planktonic blooms) and their management, covering five sections from the ITRC HCB-1 guidance document:Introduction to the Cyanobacteria (Section 3)Monitoring (Section 4)Communication and Response Planning (Section 5)Management and Control (Section 6)Nutrient Management (Section 7) HCB-2 Training The Benthic Harmful Cyanobacteria Bloom (HCB-2) training provides an overview of benthic cyanobacteria and their management, covering five sections from the ITRC HCB-2 guidance document:Introduction to the Benthic Cyanobacteria (Section 1)Cyanotoxins (Section 2)Monitoring for Benthic Cyanobacteria (Section 3)Introduction to Treatment Strategies (Section 4)Communication and Response Planning for Benthic Cyanobacteria (Section 5) After both training's, you should understand:The basic ecology and physiology of planktonic and benthic cyanobacteria, and the harmful effects they have on health, the environment, and local economiesAn overview of cyanotoxin classes and available cyanotoxin thresholds for human health (recreational and drinking water) and domestic animalsCommon approaches to monitoring for cyanobacteria and cyanotoxins, and how to build a monitoring programThe importance of good communication and coordinated response during HCBs, and the elements of a good response planAvailable options for in-lake management and control of HCBs, including an introduction to possible treatment options for benthic cyanobacteriaNutrient management options to reduce the likelihood of HCBs in your water body We encourage you to use the ITRC HCB Resources (HCB-1 and HCB-2) and the recorded trainings to learn about planktonic and benthic cyanobacteria, monitoring approaches, management of active blooms, and prevention of blooms in the future. For regulators and other government agency staff, these materials present the current state of the science on cyanobacteria and approaches to manage and reduce the occurrence of blooms. We share examples and resources from across the country that can help you develop approaches of your own. While the training makes every effort to keep the information accessible to a wide audience, it is assumed that the participants will have some basic technical understanding of biology, lake management, chemistry, and environmental sciences. As with other emerging concerns, our understanding of HCBs continues to advance. These trainings help you build HCB response plans now and point you to resources that will keep you up to date in the future. To view this archive online or download the slides associated with this seminar, please visit http://www.clu-in.org/conf/itrc/HCB-2_101223/

The Harmful Cyanobacteria Blooms (HCBs) training reviews key information found in the two ITRC HCB Guidance Documents, the 2021 Strategies for Preventing and Managing Harmful Cyanobacterial Blooms (HCB-1) and the 2022 companion document focused on benthic HCBs (HCB-2). ITRC's HCB-2 focuses on the ecology, toxin production, management, and mitigation of benthic HCBs and is a companion document to the HCB-1 document released by ITRC in March 2021. Cyanobacteria are microscopic, photosynthetic organisms that can be found naturally in all aquatic systems. Under certain conditions, cyanobacteria can multiply and become very abundant, discoloring the water throughout a water body, or accumulating at the surface. These occurrences are known as "harmful cyanobacterial blooms (HCBs)." HCBs can occur in many parts of a water body. Planktonic HCBs occur when cyanobacteria dominate the open water of water bodies. ITRC's HCB-1 guidance includes information about planktonic HCBs. In addition to being suspended in the open water, some cyanobacterial species grow attached to surfaces in a water body. These attached cyanobacteria can grow at the bottom of a water body (benthic zone) but may also be found nearer to the surface growing on submerged vegetation or woody debris. In any of these habitats the benthic cyanobacterial mats can produce and release cyanotoxins into the environment. When cyanobacteria proliferate as attached mats in benthic habitats instead of planktonic blooms, they present unique challenges to evaluating and communicating the public health and environmental risks caused by this less familiar appearance of cyanobacteria. HCB-1 Training The Harmful Cyanobacteria Bloom (HCB-1) training provides an overview of cyanobacteria (particularly planktonic blooms) and their management, covering five sections from the ITRC HCB-1 guidance document:Introduction to the Cyanobacteria (Section 3)Monitoring (Section 4)Communication and Response Planning (Section 5)Management and Control (Section 6)Nutrient Management (Section 7) HCB-2 Training The Benthic Harmful Cyanobacteria Bloom (HCB-2) training provides an overview of benthic cyanobacteria and their management, covering five sections from the ITRC HCB-2 guidance document:Introduction to the Benthic Cyanobacteria (Section 1)Cyanotoxins (Section 2)Monitoring for Benthic Cyanobacteria (Section 3)Introduction to Treatment Strategies (Section 4)Communication and Response Planning for Benthic Cyanobacteria (Section 5) After both training's, you should understand:The basic ecology and physiology of planktonic and benthic cyanobacteria, and the harmful effects they have on health, the environment, and local economiesAn overview of cyanotoxin classes and available cyanotoxin thresholds for human health (recreational and drinking water) and domestic animalsCommon approaches to monitoring for cyanobacteria and cyanotoxins, and how to build a monitoring programThe importance of good communication and coordinated response during HCBs, and the elements of a good response planAvailable options for in-lake management and control of HCBs, including an introduction to possible treatment options for benthic cyanobacteriaNutrient management options to reduce the likelihood of HCBs in your water body We encourage you to use the ITRC HCB Resources (HCB-1 and HCB-2) and the recorded trainings to learn about planktonic and benthic cyanobacteria, monitoring approaches, management of active blooms, and prevention of blooms in the future. For regulators and other government agency staff, these materials present the current state of the science on cyanobacteria and approaches to manage and reduce the occurrence of blooms. We share examples and resources from across the country that can help you develop approaches of your own. While the training makes every effort to keep the information accessible to a wide audience, it is assumed that the participants will have some basic technical understanding of biology, lake management, chemistry, and environmental sciences. As with other emerging concerns, our understanding of HCBs continues to advance. These trainings help you build HCB response plans now and point you to resources that will keep you up to date in the future. To view this archive online or download the slides associated with this seminar, please visit http://www.clu-in.org/conf/itrc/HCB-2_100523/

The Stormwater Innovation Center: Growing Green Infrastructure Guests Roy Arezzo, Urban Stormwater Education and Outreach Coordinator, The Nature Conservancy; Rebecca Reeves, Education & Outreach Coordinator, Stormwater Innovation Center/Audubon Society of Rhode Island Managed by the Audubon Society of Rhode Island, the Stormwater Innovation Center (SIC) in Providence, RI, demonstrates a series of nature-based solutions that address a variety of water quality issues. Cyanobacteria blooms are one major sign of poor water quality. SIC scientists, engineers, educators and volunteers are working together to solve this and other water quality problems. The Center uses over 40 green stormwater infrastructure practices, which exemplify best management practices (termed BMPs). Installed by the Providence Parks Department, these BMPs show how an effective stormwater infrastructure system is designed, constructed and maintained. Guest Roy Arezzo is the Urban Stormwater Education and Outreach Coordinator for The Nature Conservancy, working in collaboration with the Stormwater Innovation Center. In addition to monitoring local water bodies, his water quality work is focused on prevention and awareness regarding Cyanobacteria Blooms. With a biology background and a Master of Science Degree in Environmental Science Education, he worked as a science teacher at several urban schools. Guest Rebecca Reeves is the SIC Education & Outreach Coordinator with the Audubon Society of Rhode Island. Working in collaboration with many partner organizations, she is responsible for professional training, school programming and community outreach. Through its education and outreach initiatives, the SIC builds public awareness around stormwater issues and how they relate to environmental concerns such as supporting native habitat and wildlife. Reeves also coordinates events, including the Annual Rain Harvest Festival.   INFORMATION RESOURCES FOR TAKING ACTION Learn more about SIC Best Management Practices - https://www.stormwaterinnovation.org/bmps Take the SIC's virtual tour - https://www.arcgis.com/apps/MapTour/index.html?appid=b8d33a637394471f95bbd530d9bd1601# Check out the SIC Story Map https://psic.maps.arcgis.com/apps/Shortlist/index.html?appid=59f0540434144df2943e41bf2138837e Attend the Rain Harvest Festival - https://www.stormwaterinnovation.org/rainharvestfestival  Join RainSnap - https://www.rainsnap.org Help report with BloomWatch - bloomWatch | Cyanobacteria Monitoring Collaborative – Cyanobacteria Monitoring Collaborative (cyanos.org) Learn about floating wetlands https://ecori.org/award-winning-floating-wetland-possible-remedy-for-blue-green-algae-blooms/ Join the Story Walking Radio Hour group on facebook  https://www.facebook.com/groups/StoryWalkingRadio Follow the Story Walking Radio Hour on the UNITE multimedia channel –https://unite.live/channels/story-walking-radio-hour/story-walking-radio-hour Learn more at www.storywalking.com , https://netwalkri.com email wendy@netwalkri.com or call 401 529-6830. Connect with Wendy to order copies of Fiddlesticks, The Angel Heart or Storywalker Wild Plant Magic Cards. Subscribe to Wendy's blog Writing with Wendy at www.wendyfachon.blog. Learn more at www.storywalking.com ,  https://netwalkri.com email wendy@netwalkri.com or call 401 529-6830. Connect with Wendy to order copies of Fiddlesticks, The Angel Heart or Storywalker Wild Plant Magic Cards. Subscribe to Wendy's blog Writing with Wendy at www.wendyfachon.blog. Join Wendy on facebook at www.facebook.com/groups/StoryWalkingRadio

Shane Bradt is an extension professor at the University of New Hampshire and a member of the team responsible for creating the bloomWatch app. The app allows community members to report cases of cyanobacteria, a form of algae that's harmful to human health, in their local lakes. In this episode of Field Notes, we talk with Shane about the importance of monitoring cyanobacteria, considerations for designing the app, and where his team will take it next. For more information about Shane's UC presentation, check out the Crowdsourcing Cyanobacteria with bloomWatch presentation slides.

Thanks to Murilo and an anonymous listener for their suggestions this week! Further reading: The ‘sheep' that can photosynthesize Meet the ‘mold pigs,' a new group of invertebrates from 30 million years ago A leaf sheep: Shaun the sheep: A mold pig: Show transcript: Welcome to Strange Animals Podcast. I'm your host, Kate Shaw. This week let's learn about two animals that sound like you'd find them on a farm, but they're much different than their names imply. Thanks to Murilo for suggesting the leaf sheep, which is where we'll start. The leaf sheep isn't a sheep or a leaf. It's actually a type of sea slug that lives in tropical waters near Japan and throughout much of coastal south Asia. The reason it's called a leaf sheep is because it actually looks a lot like a tiny cartoon sheep covered with green leaves instead of wool. Back in episode 215 we talked about the sea bunny, which is another type of sea slug although it's not closely related to the leaf sheep. The leaf sheep is even smaller than the sea bunny, which can grow up to an inch long, or about 25 mm. The leaf sheep only grows about 10 mm long at most, which explains why it wasn't discovered until 1993. No one noticed it. The leaf sheep's face is white or pale yellow with two tiny black dots for eyes set close together, which kind of makes it look like Shaun the Sheep. It also has two black-tipped protuberances that look like ears, although they're actually chemoreceptors called rhinophores. The rest of its body is covered with leaf-shaped spines called cerata, which are green and often tipped with pink, white, or black. This helps disguise it as a plant, but there's another reason why it's green. The leaf sheep eats a particular kind of algae called Avrainvillea, which looks like moss or fuzzy carpet. While algae aren't exactly plants or animals, many do photosynthesize like plants. In other words, they transform sunlight into energy to keep them alive. In order to photosynthesize, a plant or algae uses a special pigment called chlorophyll that makes up part of a chloroplast in its cells, which happens to be green. The leaf sheep eats the algae, but it doesn't digest the chloroplasts. Instead, it absorbs them into its own body and uses them for photosynthesis. That way it gets nutrients from eating and digesting algae and it gets extra energy from sunlight. This is a trait shared by other sea slugs in the superorder Sacoglossa. Because they need sunlight for photosynthesis, they live in shallow water, often near coral reefs. When the leaf sheep's eggs hatch, the larvae have shells, but as they mature they shed their shells. This is a good place to talk about cyanobacteria, which was requested ages ago by an anonymous listener. Cyanobacteria mostly live in water and are also called blue-green algae, even though they're not actually classified as algae. They're considered bacteria, although not every scientist agrees. Some are unicellular, meaning they just consist of one cell, while others are multicellular like plants and animals, which means they have multiple cells specialized for different functions. Some other cyanobacteria group together in colonies. So basically, cyanobacteria looked at the chart of possible life forms and said, “yes, thanks, we'll take some of everything.” That's why it's so hard to classify them. Cyanobacteria photosynthesize, and they've been doing so for far longer than plants--possibly as much as 2.7 billion years, although scientists think cyanobacteria originally evolved around 3.5 billion years ago. The earth is about 4.5 billion years old and plants didn't evolve until about 700 million years ago. Like most plants also do, cyanobacteria produce oxygen as part of the photosynthetic process, and when they started doing so around 2.7 billion years ago, they changed the entire world. Before then, earth's atmosphere hardly contained any oxygen. If you had a time machine and went back to more tha...

This summer's heavy rains have led to phosphorus runoff and sewage leaks into Vermont lakes and ponds. A water quality expert with the Lake Champlain Sea Grant explains why it's important not to swim if there's a cyanobacteria bloom.

00:00 - Introduction02-54 - Black Algae is actually cyanobacteria06:02 - To have black algae, it has to be transmitted from elsewhere08:24 - Black algae is protected by a non-living organic shield12:48 - Softening the shield15:43 - Black algae removal procedure17:18 - Cleaning up afterward19:26 - No need to superchlorinate22:30 - Killing the root of the bacteria24:31 - How to prevent black algae  ------------------------------------Connect with Orenda TechnologiesWebsite: https://www.orendatech.comHelp Center: https://ask.orendatech.comBlog: https://blog.orendatech.comYouTube: https://www.youtube.com/user/OrendaTechnologiesFacebook: https://www.facebook.com/orendatech/Instagram: https://www.instagram.com/orendatechnologies/Swim Across America | Team Orenda: https://www.swimacrossamerica.org/goto/orenda

Jacob Moore spoke to Lauren Murdock with the Nashwaak Watershed Assoc. about a new water testing program aimed at detecting toxins from blue green algae in New Brunswick.

Jacob Moore spoke to Lauren Murdock with the Nashwaak Watershed Assoc. about a new water testing program aimed at detecting toxins from blue green algae in New Brunswick.

Welcome to another episode of the Dr. Lo Radio Show! Today I am chatting with Dr. Eric Dorninger of Roots and Branches about CIRS (Chronic Inflammatory Response Syndrome). With symptoms such as fatigue, disorientation, eyesight disorders, bowel irregularity and much more, this condition often goes misdiagnosed. Dr. Dorninger ND, LAc is a Registered Naturopathic Doctor and Licensed Acupuncturist. Prior to medical school, he received his B.A. in Kinesiology from the University of Colorado. During this time he also finished his E.M.T. (Emergency Medical Technician) training and volunteered at Porter Care Hospice in Denver. Following undergrad, Dr. Dorninger completed his doctorate in naturopathic medicine and his master's degree in acupuncture at Bastyr University, after which he returned to Boulder, Colorado to complete a 2-year residency in naturopathic primary care. In 2005, Dr. Dorninger founded Roots and Branches Integrative Health Care, a clinic dedicated to “Mystery Illness” where he focuses on elucidating the underlying causes of unrelenting chronic illness.  Dr. Dorninger is not concerned with what you have as much as he is with why you have it. He has dedicated his professional life to a deeper understanding of differential diagnosis based in the tradition of “Remove Obstacles to Cure.” In this episode, Dr. Dorninger also goes into depth about biotoxin exposure, explaining how many standard environmental tests aren't detailed enough to detect the biotoxins that may be responsible for CIRS. He also talks about water-damaged buildings and how many inspectors can miss these markers. If you are listening to this episode and you or someone you know has been diagnosed with a condition, but still suffers symptoms, this is the episode for you! Many doctors and clinicians have not had the education or experience to properly diagnose CIRS, so it's often overlooked. I'd love your feedback on this episode, so please leave a review on the podcast or continue the conversation on my Instagram @dr_lo   I hope you learn something new today! In this episode: 2:22 Guest Intro 6:20 Understanding underlying issues 20:22 “CIRS is the number one cause of mystery illnesses” 22:30 Screening for CIRS; VCS (Visual Contrast Sensitivity) 24:05 Explaining biotoxin exposure 26:00 Environmental tests for toxins in water-damaged buildings 33:30 Epstein-Barr Virus 42:18 Removing biotoxins that trigger immuno-reactivity 43:02 Can anything other than biotoxins cause CIRS? 44:01 Cyanobacteria and its relation to ALS 46:18 Other symptoms associated with CIRS 54:00 Summary of explained content   Mentioned Links: https://www.cirsx.com/ https://www.survivingmold.com/ https://www.micrometrics.com/ https://www.drdorninger.com   If you enjoyed this episode, please leave a 5-star review wherever you listen to your podcasts! And, don't forget to subscribe and share this podcast with friends and family! I love seeing your posts and shares on social media as well.   Instagram: @dr_lo http://www.instagram.com/dr_lo Facebook: Dr. Lauren Noel: http://www.facebook.com/DrLoNoel Shine Instagram: @shineNaturalMedicine http://www.instagram.com/shinenaturalmedcine My Golden Eggs Fertility Course: http://www.GoldenEggsFertility.com  

Discover the latest in new ingredients and skincare technology. Join Metaxia and Francine as they explore the remarkable potential of cyanobacteria and its profound impact on skincare with HelioBioSys Co-Founders, Rocco Mancinelli, Ph.D. and David Smernoff, Ph.D. Find out how these two scientists from the NASA Ames Research Center went from researching biofuel to entering the cosmetic industry with groundbreaking technology. HelioBioSys harvests and purifies ingredients from marine cyanobacteria to not only create clean and natural ingredients but also products that are environmentally safe. Listen now to learn the secrets of radiant, sustainable beauty and unlock the skincare benefits of cyanobacteria. 

Space, Skincare and Cyanobacteria ft. HelioBioSys Co-Founders, Rocco Mancinelli, Ph.D. and David Smernoff, Ph.D. Discover the latest in new ingredients and skincare technology. Join Metaxia and Francine as they explore the remarkable potential of cyanobacteria and its profound impact on skincare with HelioBioSys Co-Founders, Rocco Mancinelli, Ph.D. and David Smernoff, Ph.D. Find out how these two scientists from the NASA Ames Research Center went from researching biofuel to entering the cosmetic industry with groundbreaking technology. HelioBioSys harvests and purifies ingredients from marine cyanobacteria to not only create clean and natural ingredients but also products that are environmentally safe. Listen now to learn the secrets of radiant, sustainable beauty and unlock the skincare benefits of cyanobacteria.

Space, Skincare and Cyanobacteria ft. HelioBioSys Co-Founders, Rocco Mancinelli, Ph.D. and David Smernoff, Ph.D. Discover the latest in new ingredients and skincare technology. Join Metaxia and Francine as they explore the remarkable potential of cyanobacteria and its profound impact on skincare with HelioBioSys Co-Founders, Rocco Mancinelli, Ph.D. and David Smernoff, Ph.D. Find out how these two scientists from the NASA Ames Research Center went from researching biofuel to entering the cosmetic industry with groundbreaking technology. HelioBioSys harvests and purifies ingredients from marine cyanobacteria to not only create clean and natural ingredients but also products that are environmentally safe. Listen now to learn the secrets of radiant, sustainable beauty and unlock the skincare benefits of cyanobacteria.

Today Eric dives into the world of fish care with Dr. Jesse Sanders, a veterinarian specializing in taking care of aquatic animals. Dr. Sanders is really passionate about fish, and she talks about the different things we need to consider when it comes to taking care of them. Dr. Sanders also gives some helpful tips on properly caring for fish and talks about the challenges that pond owners face.   In this episode, we talk about… Fish veterinarians and how their presence in the industry has evolved over the years. The challenges and complexities of providing veterinary care for fish, particularly koi The complexity of fish medicine Understanding the trends and progress of aquatic veterinary medicine Various aspects related to the identification and treatment of fish ailments Incidents where freshwater fish were mistakenly placed in salt water and vice versa, and the result of that Responsible and informed practices to ensure the well-being of fish Being cautious when adding new fish to a pond How a single fish carrying parasites can trigger an infection in the entire pond The three-year pond syndrome Risks associated with introducing fish from colder regions, such as Japan The need for more accessible and affordable fish veterinary care The advantage of being a mobile veterinarian Reportable diseases in fish — koi herpes virus (KHP), spring viremia of carp (SVC), etc Fish spawning when performing large water changes or deep cleanings in ponds. Cyanobacteria (a.k.a red slime) treatment in saltwater aquariums  Perceptions of a "perfect" marine tank   Mentioned Dr. Sanders' Website    Dr. Jesse Sanders on LinkedIn    Links to resources:    The Pond Digger - https://theponddigger.com/   You can also check out The Pond Digger's products at: http://helixpondfiltration.com/    TWT Contractor Circle   TWT Contractor Power Circle   And follow his adventures in the pond world at: Instagram  Facebook  TikTok

Parasites may bet a bad rap overall, but they play a vital role in healthy ecosystems. In this episode, we focus on the role parasites play in freshwater ecosystems. Specifically, we're talking about the role of avian schistosomes, a very interesting parasite that infects waterfowl, but that also uses snails as a host in its larval stage. Larvae also infect humans to cause what's know as swimmer's itch.To guide this conversation we have Dr. Patrick Hanington, associate professor in the School of Public Health at the University of Alberta. As a self-described parasitologist and immunologist he and his team focus on developing multiplexed PCR-based tests to detect freshwater parasites, including avian schistosomes. Their work benefits locals in his area by monitoring pubic and recreational waters for swimmer's itch outbreaks, but their work also serves as a model for informing human schistosome research, where Schistosomiasis is the second most prevalent disease worldwide, behind malaria. In our conversation with Patrick we learn about how they design their assays, why they're increasingly using dPCR instead of qPCR. Beyond the technical work, we get into how Patrick's career path developed, how what he loves most about his job has changed and evolved over time, his lessons learned in the lab, and how his research and hobbies have blended over time. And because it's Absolute Gene-ius, you know we keep it fun with some unexpected movie references and a bit of discussion about how science is represented in television and film. Visit the Absolute Gene-ius page to learn more about the guest, the hosts, and the Applied Biosystems QuantStudio Absolute Q Digital PCR System.

Melissa and Wythe catch up with their friend Jonas Günther, co-founder of the Brooklyn-based food startup, We Are the New Farmers (WATNF). The New Farmers don't grow lettuce and tomatoes, however: they grow a fresh superfood called Spirulina—a fast-growing microalgae (clump of tiny water-living plants) that looks like a beautiful dark green foam, has no taste, and can be used to add nutrients to almost any dish. Jonas walks us through the history of his company, starting at NYU, where he first met Wythe and Melissa, and moving into the fraught world of ag tech startups and packaged goods, where you have to find a way to very quickly tell the story of your food product's health benefits and sustainable production cycle. We learn a little about microalgae and a lot about “farming” in steel bioreactor-tanks in a major city.Tune in for some weird science, and consider trying some fresh Spirulina in your next smoothie or bowl of noodles!Heritage Radio Network is a listener supported nonprofit podcast network. Support Fields by becoming a member!Fields is Powered by Simplecast.

This week we are joined by Amber Unruh, Senior Project Manager - Special Projects for the Dept. Public Works, to discuss Cyanobacteria and our freshwater pond health.

The Harmful Cyanobacteria Blooms (HCBs) training reviews key information found in the two ITRC HCB Guidance Documents, the 2021 Strategies for Preventing and Managing Harmful Cyanobacterial Blooms (HCB-1) and the 2022 companion document focused on benthic HCBs (HCB-2). ITRC's HCB-2 focuses on the ecology, toxin production, management, and mitigation of benthic HCBs and is a companion document to the HCB-1 document released by ITRC in March 2021. Cyanobacteria are microscopic, photosynthetic organisms that can be found naturally in all aquatic systems. Under certain conditions, cyanobacteria can multiply and become very abundant, discoloring the water throughout a water body, or accumulating at the surface. These occurrences are known as "harmful cyanobacterial blooms (HCBs)." HCBs can occur in many parts of a water body. Planktonic HCBs occur when cyanobacteria dominate the open water of water bodies. ITRC's HCB-1 guidance includes information about planktonic HCBs. In addition to being suspended in the open water, some cyanobacterial species grow attached to surfaces in a water body. These attached cyanobacteria can grow at the bottom of a water body (benthic zone) but may also be found nearer to the surface growing on submerged vegetation or woody debris. In any of these habitats the benthic cyanobacterial mats can produce and release cyanotoxins into the environment. When cyanobacteria proliferate as attached mats in benthic habitats instead of planktonic blooms, they present unique challenges to evaluating and communicating the public health and environmental risks caused by this less familiar appearance of cyanobacteria. HCB-1 Training The Harmful Cyanobacteria Bloom (HCB-1) training provides an overview of cyanobacteria (particularly planktonic blooms) and their management, covering five sections from the ITRC HCB-1 guidance document:Introduction to the Cyanobacteria (Section 3)Monitoring (Section 4)Communication and Response Planning (Section 5)Management and Control (Section 6)Nutrient Management (Section 7) HCB-2 Training The Benthic Harmful Cyanobacteria Bloom (HCB-2) training provides an overview of benthic cyanobacteria and their management, covering five sections from the ITRC HCB-2 guidance document:Introduction to the Benthic Cyanobacteria (Section 1)Cyanotoxins (Section 2)Monitoring for Benthic Cyanobacteria (Section 3)Introduction to Treatment Strategies (Section 4)Communication and Response Planning for Benthic Cyanobacteria (Section 5) After both training's, you should understand:The basic ecology and physiology of planktonic and benthic cyanobacteria, and the harmful effects they have on health, the environment, and local economiesAn overview of cyanotoxin classes and available cyanotoxin thresholds for human health (recreational and drinking water) and domestic animalsCommon approaches to monitoring for cyanobacteria and cyanotoxins, and how to build a monitoring programThe importance of good communication and coordinated response during HCBs, and the elements of a good response planAvailable options for in-lake management and control of HCBs, including an introduction to possible treatment options for benthic cyanobacteriaNutrient management options to reduce the likelihood of HCBs in your water body We encourage you to use the ITRC HCB Resources (HCB-1 and HCB-2) and the recorded trainings to learn about planktonic and benthic cyanobacteria, monitoring approaches, management of active blooms, and prevention of blooms in the future. For regulators and other government agency staff, these materials present the current state of the science on cyanobacteria and approaches to manage and reduce the occurrence of blooms. We share examples and resources from across the country that can help you develop approaches of your own. While the training makes every effort to keep the information accessible to a wide audience, it is assumed that the participants will have some basic technical understanding of biology, lake management, chemistry, and environmental sciences. As with other emerging concerns, our understanding of HCBs continues to advance. These trainings help you build HCB response plans now and point you to resources that will keep you up to date in the future. To view this archive online or download the slides associated with this seminar, please visit http://www.clu-in.org/conf/itrc/HCB-2_030923/

The Harmful Cyanobacteria Blooms (HCBs) training reviews key information found in the two ITRC HCB Guidance Documents, the 2021 Strategies for Preventing and Managing Harmful Cyanobacterial Blooms (HCB-1) and the 2022 companion document focused on benthic HCBs (HCB-2). ITRC's HCB-2 focuses on the ecology, toxin production, management, and mitigation of benthic HCBs and is a companion document to the HCB-1 document released by ITRC in March 2021. Cyanobacteria are microscopic, photosynthetic organisms that can be found naturally in all aquatic systems. Under certain conditions, cyanobacteria can multiply and become very abundant, discoloring the water throughout a water body, or accumulating at the surface. These occurrences are known as "harmful cyanobacterial blooms (HCBs)." HCBs can occur in many parts of a water body. Planktonic HCBs occur when cyanobacteria dominate the open water of water bodies. ITRC's HCB-1 guidance includes information about planktonic HCBs. In addition to being suspended in the open water, some cyanobacterial species grow attached to surfaces in a water body. These attached cyanobacteria can grow at the bottom of a water body (benthic zone) but may also be found nearer to the surface growing on submerged vegetation or woody debris. In any of these habitats the benthic cyanobacterial mats can produce and release cyanotoxins into the environment. When cyanobacteria proliferate as attached mats in benthic habitats instead of planktonic blooms, they present unique challenges to evaluating and communicating the public health and environmental risks caused by this less familiar appearance of cyanobacteria. HCB-1 Training The Harmful Cyanobacteria Bloom (HCB-1) training provides an overview of cyanobacteria (particularly planktonic blooms) and their management, covering five sections from the ITRC HCB-1 guidance document:Introduction to the Cyanobacteria (Section 3)Monitoring (Section 4)Communication and Response Planning (Section 5)Management and Control (Section 6)Nutrient Management (Section 7) HCB-2 Training The Benthic Harmful Cyanobacteria Bloom (HCB-2) training provides an overview of benthic cyanobacteria and their management, covering five sections from the ITRC HCB-2 guidance document:Introduction to the Benthic Cyanobacteria (Section 1)Cyanotoxins (Section 2)Monitoring for Benthic Cyanobacteria (Section 3)Introduction to Treatment Strategies (Section 4)Communication and Response Planning for Benthic Cyanobacteria (Section 5) After both training's, you should understand:The basic ecology and physiology of planktonic and benthic cyanobacteria, and the harmful effects they have on health, the environment, and local economiesAn overview of cyanotoxin classes and available cyanotoxin thresholds for human health (recreational and drinking water) and domestic animalsCommon approaches to monitoring for cyanobacteria and cyanotoxins, and how to build a monitoring programThe importance of good communication and coordinated response during HCBs, and the elements of a good response planAvailable options for in-lake management and control of HCBs, including an introduction to possible treatment options for benthic cyanobacteriaNutrient management options to reduce the likelihood of HCBs in your water body We encourage you to use the ITRC HCB Resources (HCB-1 and HCB-2) and the recorded trainings to learn about planktonic and benthic cyanobacteria, monitoring approaches, management of active blooms, and prevention of blooms in the future. For regulators and other government agency staff, these materials present the current state of the science on cyanobacteria and approaches to manage and reduce the occurrence of blooms. We share examples and resources from across the country that can help you develop approaches of your own. While the training makes every effort to keep the information accessible to a wide audience, it is assumed that the participants will have some basic technical understanding of biology, lake management, chemistry, and environmental sciences. As with other emerging concerns, our understanding of HCBs continues to advance. These trainings help you build HCB response plans now and point you to resources that will keep you up to date in the future. To view this archive online or download the slides associated with this seminar, please visit http://www.clu-in.org/conf/itrc/HCB-2_030223/

I read from cuvee to cyanobacterium.     CVA - Columbia Valley Authority/Administration: https://www.oregonhistoryproject.org/articles/historical-records/the-story-of-the-cva/#.YqYX53bMJqE     CVS stands for "Consumer Value Store" https://en.wikipedia.org/wiki/CVS_Pharmacy     The word of the episode is "cyanobacterium". https://en.wikipedia.org/wiki/Cyanobacteria     Theme music from Tom Maslowski https://zestysol.com/     Merchandising! https://www.teepublic.com/user/spejampar     "The Dictionary - Letter A" on YouTube   "The Dictionary - Letter B" on YouTube   "The Dictionary - Letter C" on YouTube     Featured in a Top 10 Dictionary Podcasts list! https://blog.feedspot.com/dictionary_podcasts/     Backwards Talking on YouTube: https://www.youtube.com/playlist?list=PLmIujMwEDbgZUexyR90jaTEEVmAYcCzuq     dictionarypod@gmail.com https://www.facebook.com/thedictionarypod/ https://twitter.com/dictionarypod https://www.instagram.com/dictionarypod/ https://www.patreon.com/spejampar https://www.tiktok.com/@spejampar 917-727-5757