Podcasts about captive breeding

We have it in us to create a more beautiful, regenerative future that allows both humans and nonhumans to flourish. Dr. Sarah Bexell, professor of social work and co-founder of the Center for a Regenerative Future at the University of Denver, joins us. Highlights of our conversation include: Why captive breeding programs for endangered species are both cruel and ineffective; How the mental health of both conservation professionals and animal rights activists is deeply impacted by the ongoing suffering of both wild animals and farmed animals; How ongoing ecological destruction is causing eco-anxiety and eco-distress in students and some of the more effective classroom approaches to address it; How environmental justice differs from ecological justice and why we need to address both if we hope to create a more just, regenerative future; How Sarah helps students become aware of the role that human overpopulation plays in humanity's ecological overshoot and helps make the classroom a comfortable place to discuss it.  See episode website for show notes, links, and transcript:  https://www.populationbalance.org/podcast/sarah-bexell   OVERSHOOT | Shrink Toward Abundance OVERSHOOT tackles today's interlocked social and ecological crises driven by humanity's excessive population and consumption. The podcast explores needed narrative, behavioral, and system shifts for recreating human life in balance with all life on Earth. With expert guests from wide-ranging disciplines, we examine the forces underlying overshoot: from patriarchal pronatalism that is fueling overpopulation, to growth-biased economic systems that lead to consumerism and social injustice, to the dominant worldview of human supremacy that subjugates animals and nature. Our vision of shrinking toward abundance inspires us to seek pathways of transformation that go beyond technological fixes toward a new humanity that honors our interconnectedness with all beings.  Hosted by Nandita Bajaj and Alan Ware. Brought to you by Population Balance. Learn more at populationbalance.org 

In this episode, Clara and Emily take a dive into the world of cuttlefish... but Clara spends the first five minutes thinking we're talking about pufferfish. Learn why these marine invertebrates are known as the chameleons of the sea and get a glimpse at their strange mating rituals in this week's episode!Adamo, S. A., & Hanlon, R. T. (1996). Do cuttlefish (Cephalopoda) signal their intentions to conspecifics during agonistic encounters?. Animal Behaviour, 52(1), 73-81.Allen, J. J., Akkaynak, D., Schnell, A. K., & Hanlon, R. T. (2017). Dramatic fighting by male cuttlefish for a female mate. The American Naturalist, 190(1), 144-151.Guo, H., Zhang, D., Wang, L., Li, W., He, P., Näslund, J., & Zhang, X. (2021). Sperm competition in golden cuttlefish Sepia esculenta: The impact of mating order and male size. Aquaculture, 530, 735929.Hall, .K., Hanlon, .R. Principal features of the mating system of a large spawning aggregation of the giant Australian cuttlefish Sepia apama (Mollusca: Cephalopoda). Marine Biology 140, 533–545 (2002). Hanlon, R. T., Ament, S. A., & Gabr, H. (1999). Behavioral aspects of sperm competition in cuttlefish, Sepia officinalis (Sepioidea: Cephalopoda). Marine Biology, 134, 719-728.Hanlon, R., Naud, MJ., Shaw, P. et al. Transient sexual mimicry leads to fertilization. Nature 433, 212 (2005). Hanlon, R. (2007). Cephalopod dynamic camouflage. Current biology, 17(11), R400-R404.Liu, L., Zhang, Y., Hu, X., Lü, Z., Liu, B., Jiang, L. H., & Gong, L. (2019). Multiple paternity assessed in the cuttlefish Sepiella japonica (Mollusca, Cephalopoda) using microsatellite markers. ZooKeys, 880, 33.Mather J. A., & Dickel L., (2017). Cephalopod complex cognition, Current Opinion in Behavioral Sciences, Vol 16, Pages 131-137, ISSN 2352-1546, Maradonna, F., Pessina, A., Ashouri, G., Notti, E., Chemello, G., Russo, G., ... & Carnevali, O. (2024). First Feeding of Cuttlefish Hatchlings: Pioneering Attempts in Captive Breeding. Animals, 14(13), 1993.Naud M, Hanlon RT, Hall KC, Shaw PW, Havenhand JN (2004) Behavioural and genetic assessment of reproductive success in a spawning aggregation of the Australian giant cuttlefish, Sepia apama. Anim Behav 67:1043–1050Norman, M. D., Finn, J., & Tregenza, T. (1999). Female impersonation as an alternative reproductive strategy in giant cuttlefish. Proceedings of the Royal Society of London. Series B: Biological Sciences, 266(1426), 1347-1349.Schnell, A. K., Smith, C. L., Hanlon, R. T., & Harcourt, R. T. (2015). Female receptivity, mating history, and familiarity influence the mating behavior of cuttlefish. Behavioral ecology and sociobiology, 69, 283-292.Wada, T., Takegaki, T., Mori, T., & Natsukari, Y. (2005). Sperm displacement behavior of the cuttlefish Sepia esculenta (Cephalopoda: Sepiidae). Journal of ethology, 23, 85-92.Wada, T., Takegaki T., Mori T., & Natsukari Y. (2010) Sperm removal, ejaculation and their behavioural interaction in male cuttlefish in response to female mating history, Animal Behaviour, Vol 79, Issue 3, Pages 613-619, ISSN 0003-3472, Cephalopod Camouflage: Cells and Organs of the skinhttps://www.nature.com/scitable/topicpage/cephalopod-camouflage-cells-and-organs-of-the-144048968/#:~:text=Chromatophores%20are%20organs%20that%20are,within%20a%20chromatophore%20nerve%20(Fig.:

It's been a long road, but cabinet has agreed to end the practice of captive breeding of lions and rhinos. It approved the Policy Position which was submitted by Environment Minister Barbara Creecy. John Maytham speaks to environmental and investigative journalist, Don Pinnock.See omnystudio.com/listener for privacy information.

Dr. Jenkins sits down with Dustin Smith from the North Carolina Zoo to discuss a conservation program for Virgin Island Boas. They begin by discussing Dustin's career trajectory and the dedication required to succeed in the zoo field. Next, they delve into the natural history of Virgin Island Boas, covering aspects such as their distribution, habitat, reproduction, diet, status, and threats. Then, they explore a comprehensive program aimed at conserving the boas, which includes field surveys and monitoring, captive breeding and reintroduction, as well as the control of invasive predator populations.Connect with Dustin at the North Carolina Zoo. Connect with Chris on Facebook, Instagram or at The Orianne Society.Shop Snake Talk merch.

“We call it rooting your identity. That really brings people close to the ground and feeling powerful and connected.”In this episode Ben Goldsmith speaks to Astrid Vargas from Inspiration 4 Action. Astrid has been part of a plan to save one of the rarest big cats from extinction; the Iberian lynx. It was previously thought there were only 90 individuals left. Thanks to the efforts of Astrid and others, a captive breeding programme has succeeded in boosting the numbers of this extraordinary rare cat to almost 1700 in the wild today.Ben Goldsmith is a rewilding enthusiast and activist based in the UK. In this podcast he is joined by people behind some of the most exciting and ambitious rewilding projects around the world.Every year we hear stories about wildlife being destroyed. However, there are rays of hope as across the globe people are working to give nature a hand to recover and rejuvenate.This podcast is produced by The Podcast Coach.  

Summary: Now that we know about the existence of caecilians. Let's talk about how caecilians make more caecilians! Join Kiersten as she walks us through the various ways caecilians reproduce.   For my hearing impaired listeners, a complete transcript of this podcast follows the show notes on Podbean.   Show Notes: “The Care and Captive Breeding of the Caecilian Typhlonectes natans” by Richard Parkinson. Herpetological Bulletin, 2004, Number 88.   “Reproductive ecology of female caecilian amphibians (genus Ichthyophis): a baseline study” by Alexander Kupfer, Jarujin Nabhitabhata, Werner Himstedt. Boiological Journal of the Linnean Society, Vol 83, Issue 2, October 2004, pg 207-217. *cool egg pictures in this paper “Life history and reproduction of the neotropical caecilian Siphonops annulatus with special emphasis on parental care” by Carlos Jared, Pedro Luiz Mailho-Fontana, Simone G. S. Jared, Alexander Kupfer, Jacques Hubert Charles Delabie, Mark Wilkinson, and Marta Maria Antoniazzi. Acta Zoological, Vol 100, Issue 3, pg 292-302.     Music written and performed by Katherine Camp   Transcript (Piano music plays) Kiersten - This is Ten Things I Like About…a ten minute, ten episode podcast about unknown or misunderstood wildlife. (Piano music stops) Welcome to Ten Things I Like About… I'm Kiersten, your host, and this is a podcast about misunderstood or unknown creatures in nature. Some we'll find right out side our doors and some are continents away but all are fascinating.  This podcast will focus ten, ten minute episodes on different animals and their amazing characteristics. Please join me on this extraordinary journey, you won't regret it. This episode continues caecilians and the seventh thing I like about these hidden gems is how they reproduce. When it comes to reproduction most animals will reproduce in one of three ways. If you are viviparous, you give live birth to young that have developed in your uterus. If you are ovoviviparous, you give live birth to young that have developed inside eggs that are incubated in your uterus. These young are typically born with a yolk that helps nourish the young for a few days after birth. If you are oviparous, then you lay eggs that are incubated outside the body by parental warm or substrate covering. There are animals out there that reproduce in other ways, but these are the three main ways of animal reproduction. Caecilians use two of these reproductive techniques. Of the caecilians we know of today, they are either oviparous or viviparous.  Let's take a look at our oviparous species' first. Some research has been done on species in Family Ichthyophiidae. These species lay eggs and their young go through an aquatic larval stage. The species studied in this particular research was found in Thailand and individuals were observed in the wild as well as in captivity.  It was actually one of the first times caecilians in this family had been studied in situ, which means on site in their natural habitat. Ichthyophis kohtaoensis was studied for three consecutive years and researchers discovered many previously unknown behaviors.  When we talk about reproduction in most species, it tends to revolve around certain times of the year. Very few animals are like humans and reproduce anytime of the year. Most amphibians found in tropical areas jump into breeding mode at the start of monsoon season, so one of the first questions researchers asked is whether this would be the same for caecilians. The answer they found was a bit of yes and a bit of no. Just like other amphibians, caecilians breeding season was cyclical and revolved around the rainy season. But actual mating appeared to begin at the end of the dry season before the rains came and continued into the beginning of the rainy season. Egg laying typically happened after the rainy season had already begun. When it comes to parental care, if there is any given, it is the female only. Ichthyophis kohtaoensis does incubate eggs for approximately three months. Toward the end of the dry season, females will begin to gain weight in anticipation of remaining in a nest to guard and incubate eggs. The average number of eggs is 37 with a range of 22-58 eggs laid in one nest. Larger females tended to have larger clutch sizes. The eggs are round and clear, so you can see the developmental stages of the young inside. The pictures they included in their  scientific paper were pretty cool! The nest site is extremely important because the larval stage of this caecilian is spent in the water. Females will chose a site with softer substrate such as sand, loose soil beneath tree roots, and sandy clay loam under grass tufts. Every nest found was between seven to nine feet from the edge of a freshwater source. The sources were varied including standing ponds and pools, slow moving brooks and rivers, and large seasonal ponds. Once the eggs hatch the young make their way into the water and are on their own. Field studies and captive observations indicate a long larval period so the chosen body of water needs to last long enough for the young to survive through this period to adulthood. This pattern of reproduction is only one option for oviparous species. Another pattern lengthens the parental care window and has been well studied n only one species, Siphonops annulatus. Unlike Ichthyophis kohtaoensis, the young of Siphonops annulatus do not have an aquatic larval stage. When the young of this caecilian hatch they remain in the underground nest with the mother.  Breeding season occurs about about the same time as our previous caecilian, beginning at the end of the dry season. Females gain weight at this time and lay eggs after the rainy season has begun. This is more support for the hypothesis that caecilian reproduction is cyclical and follows the seasonal changes revolving around monsoon season because this pattern has now been seen in two species from different countries. Ichthyophis kohtaoensis is found in India and Siphonops annulatus is found in Brazil. The observations reported in the study on Siphonops annulatus were collected over a period of ten years and were gathered in situ and in captivity.  The young of Siphonops annulatus hatch after about a month but remain in the underground nest with the mother for approximately four months. This species practices dermatophagy which means they eat skin. Specifically the young eat the outer layer of their mother's skin. Part of the weight that the female gains before egg laying includes a thickening of the outer layer of her skin. This layer bulks up with nutritious fatty lipids that the young scrape off using special baby teeth that they lose when they leave the nest.  In captivity, young have also been seen congregating around the mother's cloaca, which is the orifice near the end of the tail, consuming a liquid. We don't currently know what this substance is but it may be another nutritious liquid for the young. After four months of feeding on mom in the nest, the young will emerge into the world and be on their own. Siphonops annulatus lay fewer eggs than Ichthyophis kohtaoensis and this may be due to the intensive parental care Siphonops annulatus provides. The last form of reproduction in caecilians is live birth and we're going to look at one of the most well studied species of viviparous caecilians, Typhlonectes natans. Hopefully you remember from previous episodes that this species is an aquatic caecilian, living their entire lives in the water. The information about the breeding behaviors of this species comes mostly from captive specimens, so this information needs to be taken with a little grain of salt because animals always act a little different in captivity than they would in the wild. These behaviors have been in several different individuals; therefore, we feel fairly comfortable saying this is what happens in the wild.  Once again, it appears that breeding behaviors are influenced by monsoon season, but in a slightly different way than with our egg-laying species. The dry season that comes before monsoon season is when Typhlonectes natans is triggered to begin breeding. Then the females will carry their young through the following rainy season and give birth when the next dry season begins. We have no proven information why this happens, yet, but using some inference, this pattern probably provides females with more consistent access to food while they are pregnant. They carry their young for about 10 months, so it's important to be healthy and well fed.  The young are born in the dry season when waters are lower and calmer. This makes it easier for them to get to the surface of the water and that is important because Typhlonectes natans must surface to breath air. The young are in danger of drowning if they can't breath air from the surface of the water.  While they are growing inside mom, the young scrap a secretion from the mother's uterine wall to nourish themselves. They have small fetal teeth that help them collect these nutrients. I can't believe there is another species of caecilian that eats its mother!  The developing young also have gills which allows the female to pass oxygen to them in utero. When the young are born, the gills are already gone or disappear within two days. After birth the young will begin to eat small, soft invertebrates within a few days and do not rely on mom for anything.  Females are not the only one's involved in the reproductive process. Let's take a quick moment, because that's all it's going to take, to talk about what the male contributes to the next generation of caecilians. Unlike all other amphibians, that we currently know of, caecilian reproduction is internal. Most amphibians lay eggs that are fertilized after they are laid. Caecilian males have a phallodeum which is an organ that they use to pass sperm into the female through her cloaca. No other amphibian does this. With every episode I make, these caecilians become more and more fascinating. Whether in the water or underground, the males and females twine their bodies together aligning their cloacas up with each other. Then the male inserts his phallodeum into her cloaca and passes her his sperm. A month after mating eggs are either laid or pregnancy indicators, such as weight gain and size growth, are seen.   All of the behaviors I talked about in this episode are based on observations of just a few species of caecilians and may not apply to other species. There is so much more we have to learn about them and hopefully we'll be able to do that in the future. That's all I wrote about caecilian reproduction and I trust hope you found it as fascinating as I did because it is my seventh favorite thing about the unknown amphibian.   If you're enjoying this podcast please recommend me to friends and family and take a moment to give me a rating on whatever platform your listening. It will help me reach more listeners and give the animals I talk about an even better chance at change.    Join me next week for another thing I like about caecilians!   (Piano Music plays)  This has been an episode of Ten Things I like About with Kiersten and Company. Original music written and performed by Katherine Camp, piano extraordinaire.

Paul Webb began his career at a famous zoo that specialised in captive breeding programs for rare species. After eight years left with the conviction that captive breeding has no role to play in the conservation of species or habitat. Worked for the ruling family of a Gulf State for many years, turning half the country into a wildlife reserve, and looking after the largest herd of Arabian Oryx in the world, which was by then extinct in the wild. Organised and funded numerous projects all over the world to preserve the rare flora and fauna and participated in field work to secure the habitat of numerous species. Under the name AP Wolf produced a book on the wildlife and environment of the region for the ruling family. Spent four years in the remote and forbidden zones of the southern Maldives writing and producing a book on the environment for the President's Office of the Maldives. Now a full-time writer and researcher specialising in the conservation of habitat and wildlife, having recently published my latest work 'The Second Level of Extinction - Wildlife, Conservation and the Myth of Captive Breeding in Zoos.'

Paul Webb began his career at a famous zoo that specialised in captive breeding programs for rare species. After eight years left with the conviction that captive breeding has no role to play in the conservation of species or habitat. Worked for the ruling family of a Gulf State for many years, turning half the country into a wildlife reserve, and looking after the largest herd of Arabian Oryx in the world, which was by then extinct in the wild. Organised and funded numerous projects all over the world to preserve the rare flora and fauna and participated in field work to secure the habitat of numerous species. Under the name AP Wolf produced a book on the wildlife and environment of the region for the ruling family. Spent four years in the remote and forbidden zones of the southern Maldives writing and producing a book on the environment for the President's Office of the Maldives. Now a full-time writer and researcher specialising in the conservation of habitat and wildlife, having recently published his latest work 'The Second Level of Extinction - Wildlife, Conservation and the Myth of Captive Breeding in Zoos' and is presently working on a volume about the Black-Footed ferret captive breeding and reintroduction scheme by the USFWS.'

Paul Webb began his career at a famous zoo that specialized in captive breeding programs for rare species. After eight years left with the conviction that captive breeding has no role to play in the conservation of species or habitat. Worked for the ruling family of a Gulf State for many years, turning half the country into a wildlife reserve, and looking after the largest herd of Arabian Oryx in the world, which was by then extinct in the wild. Organized and funded numerous projects all over the world to preserve the rare flora and fauna and participated in field work to secure the habitat of numerous species. Produced a book on the wildlife and environment of the region for the ruling family. Spent four years in the remote and forbidden zones of the southern Maldives writing and producing a book on the environment for the President's Office of the Maldives. Now a full-time writer and researcher specializing in the conservation of habitat and wildlife, having recently published my latest work 'The Second Level of Extinction - Wildlife, Conservation and the Myth of Captive Breeding in Zoos' and am presently working on a volume about the Black-Footed ferret captive breeding and reintroduction scheme by the USFWS.'

The Amazon Milk Frog (rachycephalus resinifictrix) is a popular species among amphibian hobbyists. In tonight's episode I review a paper on Amazon Milk Frog Husbandry  written by French Scientist Fabien Mignet and discuss some of the key husbandry points.Tonight's podcast contains a reading of a scientific paper with all credit to the original author. Mignet, F. (2015). Biology and Captive Breeding of the Amazonian Milk Frog, Trachycephalus resinifictrix (Goeldi 1907). Reptiles & Amphibians, 22(2), 68–75.To read Dr. Mignet's paper visit https://journals.ku.edu/reptilesandamphibians/article/view/14047

Two young students from Staffordshire, England, have a vision: They want to help save Britain's endangered frogs, turtles and snakes. It is not an easy task in an area full of modern intensive agriculture.

Paul Webb began career at a famous zoo that specialised in captive breeding programs for rare species. After eight years left with the conviction that captive breeding has no role to play in the conservation of species or habitat. Worked for the ruling family of a Gulf State for many years, turning half the country into a wildlife reserve, and looking after the largest herd of Arabian Oryx in the world, which was by then extinct in the wild. Organised and funded numerous projects all over the world to preserve the rare flora and fauna and participated in field work to secure the habitat of numerous species. Produced a book on the wildlife and environment of the region for the ruling family. Spent four years in the remote and forbidden zones of the southern Maldives writing and producing a book on the environment for the President's Office of the Maldives. Now a full-time writer and researcher specialising in the conservation of habitat and wildlife, having recently published my latest work 'The Second Level of Extinction - Wildlife, Conservation and the Myth of Captive Breeding in Zoos' and am presently working on a volume about the Black-Footed ferret captive breeding and reintroduction scheme by the USFWS.'

What is it like to be involved in a breeding program and managing part of an insurance population of an endangered species that is under human care?  How important are the birds that you see in free-flight displays at zoos and sanctuaries around the world? How do the birds in those shows get selected, and is it a good purpose for those birds to be put to? If you have ever wondered about any of those issues, you will enjoy hearing Chad Crittle, Senior Keeper of Birds and Free Flight at Adelaide Zoo, who supervises a wonderful team of animal professionals, delivering care for 1000 individual birds from over 100 species, talk about these issues. Adelaide Zoo is part of Zoos SA, a private foundation, which also includes Monarto Zoo, and Zoos SA participates in the captive breeding and management programs for the Regent Honeyeater, Orange-bellied Parrot, Plains-wanderer and Malleefowl. As well as supported research with animals in human care for species such as Little Penguins, Australian Sea Lions, New Zealand Fur Seals, Swift Parrots, Regent Honeyeaters, Regent Parrots, Palm Pockatoo and many others. His main passion is sharing the stories of wildlife with people who visit the Zoos SA sites, as well as directly contribute to vitally important conservation work both on site at the zoos and in the wider community. SInce 2009, Chad has presented over 3500 large scale animal shows, highlighting the work of good zoos in the conservation space and highlighting species to the thousands of visitors good zoos receive each year. Chad has also worked directly on several conservation programs including captive breeding of the critically endangered Western Swamp Tortoise, Swift Parrots, Orange-bellied Parrots and Regent Honeyeaters. You can watch the unedited conversation with Chad, many of the past conversations, and see the upcoming interviews live at thebirdemergency.com/live Subscribe to on The Bird Emergency on YouTube Follow The Bird Emergency on Twitter @birdemergency or Instagram @thebirdemergency  If you enjoy the show, how about share with your friends or colleagues?  https://followthepodcast.com/birdemergency Or you can review us at https://lovethepodcast.com/birdemergency And if you want to support what Grant is doing with the show, why not buy him a coffee? (It's currently a flat soy with no sweeteners.) https://www.buymeacoffee.com/birdemergency

Keeping rare birds home on the range. See acast.com/privacy for privacy and opt-out information.

Can endangered reptile species be saved through captive breeding? Biologist Terry Lilley began one of the first captive breeding and release programs for reptiles in the world. Today many of those species are reaching a more sustainable population in the wild. The USA's Endangered Species Act outlined how Terry approached his work.

In this episode, Zac and Matt discuss the captive husbandry requirements and natural history of Montane Kings with John Lassiter of Coastal Bend Captive Breeding. John reviews in detail his keeping style, as it relates to Applegate style enclosures, and why he provides options for animals based on his field experiences. The group also makes a dive into some field herping experiences to discuss Alterna in the wild!Follow Zac Loughman @ dr_crawdad on IGhttps://www.instagram.com/dr_crawdad/On FB https://www.facebook.com/profile.php?id=100011423011423Matt Most @ sarpamitrausahttps://www.instagram.com/sarpamitrausa/On FBhttps://www.facebook.com/SarpamitraLLCWebsitehttps://sarpamitra.com★ Support this podcast on Patreon ★

Biota Aquariums is one of the world leaders in captive bred saltwater fish, producing and wholesaling an amazing array of livestock including large food fish, tiny gobies, invertebrates, and the

With often complex and cruel histories, can we trust zoos to have animals' best interests at heart?

With often complex and cruel histories, can we trust zoos to have animals' best interests at heart?

How does a nature loving, non-birdkeeping young Aussie guy with no background in aviculture become a leading authority on the captive breeding of one of Australia's most endangered large birds?Today's episode is truly an amazing story!A "by chance" encounter with a pair of painted black cockatoos (South Eastern red tailed black cockatoo aka Calyptorhynchus banksii graptogyne) in a bird store back in the 1990's, set in motion a lifetime of learning and dedicated caring of this stunning red tailed black cockatoo.Our guest today is William (Bill) Palmer - a Graptogyne custodian.Bill's knowledge of this bird species is extensive. The Graptogyne is endangered in their homelands and their ultimate survival in the wild is precarious. Bill has made it his life's work to raise the Graptogyne successfully in captivity so as to preserve this species DNA, allowing it to act as an insurance population, should something happen to the wild population.Bill is one of a handful of people able to raise this peculiar species in captivity, and he is willing, in fact wanting, to share his knowledge so that it is not hidden from other people wanting to preserve this bird for future generations. Bill has a Facebook page where he posts photos of his birds, the captive bred young and his information concerning this bird - if you are keen on seeing this very special species it is one of the few places you can see "chick" Graptogyne photos:https://www.facebook.com/Goliath-Parrots-327128311468907Bill's ultimate life plan is to create a sanctuary dedicated to the Graptogyne - not only providing a suitable habitat for these birds but a place of learning where interested people can learn how to care for this bird species and fortify their survival into the future. Understandably this project requires funds so Bill has created a "Go Fund Me" project to raise some much needed funds to kick off his sanctuary plans - as the Graptogyne is a very long lived bird (but no one actually knows how long they survive in a captive setting) the birds in Bill's care currently are sure to outlive him - so he needs to future proof the Graptogyne's futures. If you feel inclined, no matter how small the amount, please feel free to go over to this link and donate what you want.www.gofundme.com/f/q85uk6?pc=fb_co_emailupdate24&rcid=r01-161355366193-a1e3724cd60646b3&utm_medium=social&utm_source=facebook&utm_campaign=p_email%2B3201-24hr-reminder-v5&fbclid=IwAR3Elsu4l1ckq3WoICH_PIkgd8lBJhwY-5N-DUsAeCEE8BjhiqnpDrVf4rQWe are certainly looking forward to the next chapter in this bird story!Once again - we love to hear your feedback! You can contact via the following methods:Instagram: Birdman_dadYou Tube: https://www.youtube.com/channel/UCPY7Oh4zOdznC2SRV4esVWwReddit: r/birdmandademail: goosemanki8@gmail.com

Welcome to Season 2 of BirdCast!As part of Season 2, Birdman Dad is planning to include a few aviary visits into the podcast schedule.In this first episode we are visiting the famous Yongergnow aviaries in Ongerup, Western Australia that house Australian Mallee Fowl.The Australian Mallee Fowl ( Leipoa ocellata) is an amazing and tough bird that is in serious threat of surviving into the future. Once common across much of Australia, the local "bush chook" is now only just hanging on in small pockets scattered throughout fragmented bush pockets of southern Australia.The mallee fowl belongs to a unique group of birds called Megapodes - birds that incubate their eggs externally (unlike our aviary birds and normal chickens that sit on them and incubate with their own body heat) but all the other Megapodes of the world live in moist sub-tropical/tropical areas that are moist and have regular rainfall - so they build smaller nest mounds that take little time; as plant matter decomposes rapidly in these climates. The mallee fowl however live in the Australian mallee - a hot and arid area of Australia with little rainfall and moisture - so the mallee fowl make these truly amazing nest mounds of incredible sizes to create a nest that will do the job and provide the environment to hatch their chicks.The Australian Mallee fowl is in serious trouble - the number surviving in Australia are very low and they face imminent extinction.In an effort to save their local mallee fowl - which is in fact their Shire area's mascot - the people of the small town of Ongerup ( some 410km south east of the city of Perth, WA) started to look at how they could save their few remaining mallee fowl. After many years of surveying, feral animal control and habitat reconstruction the town still has a few wild living mallee fowl residing in their homelands. But the group wanted to let the wider community know about this amazing bird and how we can all help out and save the mallee fowl from extinction. From this community spirited desire to save an Australian icon came about the construction of the aviaries BirdMan Dad is visiting for today's podcast. In the town of Ongerup you will find the "Yongergnow Australian Malleefowl Centre and Cafe". This facility is open to the public and provides an educational centre, cafe and captive breeding aviaries. The centre first opened primarily as a mechanism to educate people about the mallee fowl and raise awareness of this birds plight. Yongergnow began it's captive breeding program in 2014 and the first success was in 2016. Although the centre is truly amazing and is well worth a visit if you are in the area; the mallee fowl face great challenges in their homelands and are far from "out of the woods" so to speak. The mallee fowl is in dire need of concerted human actions if they are to survive into the future.Birdman Dad hopes you enjoy this podcast and that you learn something about this special and unique bird that is in need of our help.

Vipers are one of the most endangered groups of snake on the planet. Chris joins Drs. Stephen Spear and Jesus Sigala to discuss the IUCN Viper Specialist Group. They also discuss research and conservation of viper species across Central America including Bushmasters and Mountain Island Rattlesnakes.

The Eastern Indigo Snake is listed as threatened under the US Endangered Species Act. Part of the recovery plan specifies restoring populations in part of the range where they have been extirpated. The Orianne Society and Central Florida Zoo pattern to run a dedicated Eastern Indigo Snake Breeding facility to supply snakes for reintroductions. In this podcast Chris is joined by Fred Antonio and Michelle Hoffman to discuss the history of the facility, the indigo snake breeding program, and the role of captive husbandry in conservation.

This week on the podcast we have a story about a last resort in bee conservation. It's a story about the steps we might need to take to prevent a bee species from winking out of existence for ever. It's a story about the captive breeding and intentional reintroduction of bees into the wild.This is an idea I first heard about in my conversation with Sheila Colla a few weeks ago (Episode 4, if you want to check it out). It's an idea that I'd never heard anyone talk about for bees. But it's an idea – and a probable future – that we need to be talking about. Because if we want it to be successful, we need to be preparing for it now.Elaine Evans from the University of Minnesota and Tam Smith from the U.S. Fish and Wildlife Service join me in this episode and graciously indulge my curiosity.WEEKLY UPDATE• Florida's rare blue bee rediscovered at Lake Wales Ridge (Florida Museum of Natural History) https://bit.ly/3dLXHe9• Microalgae food for honey bees (USDA) https://bit.ly/2T4Q6zm• Researchers discover a gene in honey bees that causes virgin birth (University of Sydney) https://bit.ly/3cylRJ7• Does urbanization homogenize regional biodiversity in native bees? (University of California, Riverside) https://bit.ly/2T6FoslGET INVOLVED• Bumble Bee Watch https://www.bumblebeewatch.org/• Queen Quest https://www.queenquest.org/STAY CONNECTEDSubscribe to the Bee Report Podcast. Leave a 5-star rating and review.Visit TheBeeReport.com to sign up for the weekly newsletter.Hit me up on Twitter and Instagram @bymattkelly.Get in touch at tbr@bymattkelly.com.

Keeping endangered birds home on the range. See acast.com/privacy for privacy and opt-out information.

After growing up in captivity, three young birds take their first free flight.

After growing up in captivity, three young birds take their first free flight.

Come with us into the forest for a magical night to search for one of Victoria’s most elusive creatures.Fauna is produced by Bridie Smith and Bec Fary for Zoos Victoria. Hosted by Annie Last. This is the final episode of this season of Fauna. For past episodes, music credits and more information about the stories we’ve covered, visit zoo.org.au/fauna.

Come with us into the forest for a magical night to search for one of Victoria’s most elusive creatures.Fauna is produced by Bridie Smith and Bec Fary for Zoos Victoria. Hosted by Annie Last. This is the final episode of this season of Fauna. For past episodes, music credits and more information about the stories we’ve covered, visit zoo.org.au/fauna.

At first, the Faux family thought they’d found a quail. But they quickly realised they had something far more precious on their hands.Fauna is produced by Bridie Smith and Bec Fary for Zoos Victoria. Hosted by Annie Last. For music credits and more information, visit zoo.org.au/fauna.

At first, the Faux family thought they’d found a quail. But they quickly realised they had something far more precious on their hands.Fauna is produced by Bridie Smith and Bec Fary for Zoos Victoria. Hosted by Annie Last. For music credits and more information, visit zoo.org.au/fauna.

The Copenhagen Zoo's Southeast Asia Programme began in 1998, by providing capacity building to Malaysia's Department of Wildlife and National Parks (DWNP) concerning Captive Breeding management. The programme continues to be involved in original applied research about wildlife ecology, management and conservation, as well as to provide advice, support and capacity building support to local universities, students and policy makers in the region. We find out more from Dr Carl Traeholt, the programme's director.See omnystudio.com/listener for privacy information.

On this show we continue our examination of the treatment of lions in Africa. Pippa Hankinson, Producer of the film, Blood Lions, joins Peter for an extended discussion covering the various ways lions are bred, exploited, and ultimately killed for sport. Listen to learn the tragic details and what you can do to help end […]

Last week, the 2nd to last to last wild born Spix's Macaw died. The 40 year old parrot, named Presley, was thought to have inspired the film Rio- about a pet parrot who is discovered and taken to join a captive breeding programme. Spix's Macaws are thought to be extinct in the wild, and less than 100 remain in zoos around the world. Most of these birds are closely related, so Presley was important because he was genetically very different. Unfortunately, although it was attempted, he never bred successfully, so his death is a huge blow for the future of Spix's Macaws. Like this podcast? Please help us by supporting the Naked Scientists

QUEST meets the San Francisco Zoo’s resident Peregrine Falcon, "Bella." Not long ago Peregrine Falcons were perched at the edge of extinction. But through the work of conservationists, they have rebounded and have been taken off the endangered species list. "This is a conservation success story." says Noelle Bidegainberry of the SF Zoo, "Our hope is that when people meet Bella they are inspired to take conservation into their own hands."

QUEST meets the San Francisco Zoo’s resident Peregrine Falcon, "Bella." Not long ago Peregrine Falcons were perched at the edge of extinction. But through the work of conservationists, they have rebounded and have been taken off the endangered species list. "This is a conservation success story." says Noelle Bidegainberry of the SF Zoo, "Our hope is that when people meet Bella they are inspired to take conservation into their own hands."

Today’s guest on the show is Tom Jefferson, a marine mammal researcher and the director of Viva Vaquita, an NGO dedicated to the conservation of the vaquita. jg5ps89q Here at Wild Lens, we’ve been actively involved in vaquita conservation for a year and a half through our work producing the documentary, Souls of the Vermilion Sea.  2016 was a milestone year for vaquita conservation - efforts to save the species from extinction were ramped up considerably and the species received more mainstream media coverage than ever before.  Despite this, the vaquita population in the upper gulf of California has continued its precipitous rate of decline, with the increased conservation efforts having no measurable impact. This culminated just a few weeks ago when the Mexican Minister of the Environment, Rafael Pacchiano, announced that Mexico would take steps in 2017 to launch a captive breeding program for the vaquita.  Although vaquita experts have been discussing this option for a number of years, it was always viewed as a last ditch effort - something only worth attempting if all other options had been expended.  Well - it is now clear that we have reached that point. EOC producer Sean Bogle and I got Tom on the line to do a year in review for the vaquita, as well as to answer some of our burning questions about the what a captive breeding program for the vaquita may look like.