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2 episodes with mammalia
2 episodes with mammalia
3 episodes with mammalia
2 episodes with mammalia
Compra 'Mamalia' aquí: https://www.onallibres.cat/mammalia-9788412782479 Aquesta setmana a L'illa de Maians, presentat i dirigit per Bernat Dedéu, parlem del llibre 'Mamalia', d'Elisenda Solsona. L'edita Males herbes el 2024 En parlem amb la seva autora, Elisenda Solsona. Un podcast d'Ona Llibres - https://onallibres.cat Presentat i dirigit per Bernat Dedéu. Edició i realització per Albert Olaya.
Avui rebem el poeta Jordi Vintr
Avui rebem el poeta Jordi Vintr
Elisenda Solsona. "Mammalia"
Elisenda Solsona. "Mammalia"
Elisenda Solsona. "Mammalia"
Elisenda Solsona. "Mammalia"
Elisenda Solsona. "Mammalia"
El cas Gisele P
The fastest land animal in North America, second fastest in the world: the graceful, wonderful, pronghorn. Nicole shares all the reasons these icons of the American prairie are truly the best from their evolutionary history to their epic stare battles between each other and rump flashes to warn of predators. Primary Sources: Kitchen, D. 1974. Social Behavior and Ecology of the Pronghorn. Wildlife Monographs, No. 38., pp 3-96. Bender, L., Rosas-Rosas, O.,Hartsough, M., Rodden, C., Morrow, P. 2019. Effect of predation on adult pronghorn Antilocapra americana (Antilocapridae) in New Mexico, Southwestern USA. Mammalia, 2019, Vol 83, Issue 3 p.248-254. On the Move: Pronghorn Migrations Across Seasons. The Nature Conservancy and National Wildlife Federation. Contact: Website Facebook Twitter TikTok info@grasslandgroupies.org Support us: Bonfire Merch Store Or donate: Donorbox, CashApp: $GrasslandGroupies
The gang discusses two papers about an interesting locality in South America and the various body fossils and ichnofossils found in this locality. This podcast originally started as a patreon request to podcast about fossil procyonids… but it ended up like this… ooops! Meanwhile, James has a vocal doppelganger, Amanda deals with being human, Curt deals with scams, and everyone talks way too much about visuals on an audio podcast. Up-Goer Five: (Curt Edition) The friends talk about a place that has rocks from a long time ago that give us an idea of the types of animals that were around in the land areas under where the friends are today. The land where our friends are one used to not be touching the land that is under them like it is now. Once these two lands touched, then the animals from each land moved into the other lands. This place is from a time before these two lands had finished touching, so some animals moved over but others had not yet. The first paper looks at some parts of a type of animals that is brother/sister to animals that grab food out of our place we put food that we can not eat anymore. These animals had moved onto the land under the land our friends are on before the two lands had stopped touching. The place where these parts are found is interesting because it seems like it is under water for some time but there are some bits that are not under water. The first paper shows some marks in the ground that are interesting, but the second paper goes in on these marks to show that they are homes and marks from food searches from other animals. These marks show that the animals in this area were doing a lot of things to make homes and look for food under the ground. This shows that even before other animals moved from the other land, animals in this area were doing cool things in the ground. References: Soibelzon, Leopoldo H., et al. "First record of fossil procyonid (Mammalia, Carnivora) from Uruguay." Journal of South American Earth Sciences 92 (2019): 368-373. Varela, Luciano, et al. "Late Miocene mammalian burrows in the Camacho Formation of Uruguay reveal a complex community of ecosystem engineers." Evolving Earth 1 (2023): 100023.
Loin thickness and rump fat assessments in mule deer are vital for gauging their nutritional status and overall health. Loin thickness, measured through ultrasound, provides a quantitative measure of subcutaneous fat, while Rump Body Condition Scores (rBCS) offer a qualitative assessment on a scale from 1 to 5. These metrics aid wildlife managers in making informed decisions about mule deer populations, helping to ensure their well-being and conservation Stephenson, T. R., V. C. Bleich, B. M. Pierce, and G. P. Mulcahy. 2002. Validation of mule deer body composition using in vivo and post-mortem indices of nutritional condition. Bender, L. C., & Hoenes, B. D. (2017). Costs of lactation to body condition and future reproduction of free-ranging mule deer Odocoileus hemionus (Cervidae). Mammalia, 81(4). https://doi.org/10.1515/mammalia-2015-0143 Music from #Uppbeat (free for Creators!): https://uppbeat.io/t/paul-yudin/your-adrenaline License code: QWS1TG5BYTFK2P
The gang discusses two papers that use morphometric studies to investigate patterns of ecomorphy in the fossil record. Specifically, they look at two papers that investigate how morphology in sloths and pterosaurs changes over time, and how well these changes map onto changes in body size and ecological shifts. Meanwhile, Amanda could be dean, Curt has opinions on figures, and James provides butchery advice. Up-Goer Five (Curt Edition): The friends talk about two papers that look at how things look and how that changes over time, and looks to see if these things are changing because of what they do. The first paper looks at animals with hair and long arms that move very slow. There are not a lot of these animals today, but in the past there was a lot of these animals and they did a lot of other things that we do not see them do today. These animals were also looking different as well. But it seems that the things that look different are closer to each other by being close sisters to each other. They also do find that these animals are also doing different things when they look different. The second paper looks at angry animals who can fly but are not the animals that can fly today. These animals start small and get big over time. They actually get big a few times. This paper looks at the parts of these animals and shows the many different ways that parts can change to make these animals big or small. It also shows that, when these things get really big is when the group seems to be doing really bad. References: Yu, Yilun, Chi Zhang, and Xing Xu. "Complex macroevolution of pterosaurs." Current Biology 33.4 (2023): 770-779. Casali, Daniel M., et al. "Morphological disparity and evolutionary rates of cranial and postcranial characters in sloths (Mammalia, Pilosa, Folivora)." Palaeontology 66.1 (2023): e12639.
Tag eins auf der Berlinale. Es geht um die Verhältnisse im iranischen Gefängnis Evin, einer skurrilen Sekte und einer Mischung von Archivaufnahmen und Briefen. Ihr findet mich auf Letterboxd unter Criscross und auf Instagram gibt es uns auch.
"I pretty much used the Humpback whale sound in its' entirety, employing a bit of Izotope to remove some of the extra ambient noise. "Then warped in Ableton to create a loop out of it, adding some extra delay and reverb. I kept all the extra clicks etc. as I didn't want to take too much away from the original sound. "The field recording has a fragile, beautiful mood to it, which is how I start and end my composition. This was the source for my inspiration. The middle section has a feeling of movement, a journey, inspired by their yearly migrations. "(If you had to visualise my composition, it starts where they feed in the polar waters, then start their huge migration to tropical waters, finally arriving at their destination to breed and give birth.) "To add to the immense, majestic size and feel of them, I also used some tubas and pitched the original recording an octave down." Humpback whale reimagined by Sean Ou Tim (Mr Sakitumi). Part of the Polar Sounds project, a collaboration between Cities and Memory, the Helmholtz Institute for Functional Marine Biodiversity (HIFMB) and the Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research (AWI). Explore the project in full at http://citiesandmemory.com/polar-sounds.
Episode Notes This rabbity rodent of South America's grasslands is a common sight in zoos, but has one of the strangest social structures we've talked about in mammals. What makes this strictly monogamous-til-death, pair-bonded, troupe-travelling mammal SO antisocial? How does that work, and what else have we been missing all this time? Nicole shares about the Patagonian Mara (Cavy) in this episode of The Best Biome. Thanks for listening! Primary Sources: Photos and more at our site! Genest, H. & Dubost, G. (1974). Pair-living in the Mara (Dolichotis patagonum z.). Mammalia 38(2), 155-162. https://doi.org/10.1515/mamm.1974.38.2.155 Ganslosser, U. & Wehnelt, S. (1997). Juvenile development as part of the extraordinary social system of the Mara. Mammalia 61(1), 3-16. https://doi.org/10.1515/mamm.1997.61.1.3 Animal Diversity Web. “Patagonian mara”. University of Michigan. https://animaldiversity.org/accounts/Dolichotis_patagonum/ Contact Website Facebook Twitter info@grasslandgroupies.org This podcast is powered by Pinecast.
CLICK HERE to listen to episode audio (5:33).Sections below are the following: Transcript of Audio Audio Notes and Acknowledgments ImagesExtra Information Sources Related Water Radio Episodes For Virginia Teachers (Relevant SOLs, etc.). Unless otherwise noted, all Web addresses mentioned were functional as of 8-12-22. TRANSCRIPT OF AUDIO From the Cumberland Gap to the Atlantic Ocean, this is Virginia Water Radio for the weeks of August 15 and August 22, 2022. MUSIC – ~19 sec – instrumental. That's part of ‘To the Wild,” by the Virginia band The Steel Wheels. It opens an episode about a chance hearing of two very different kinds of wild animals, and how they might be similar or different, including in relation to water. Have a listen to their calls for about 20 seconds and see if you know these two types of animals. And here's a hint: one's in a scientific family with, and the other rhymes with, dogs. SOUNDS - ~21 sec. If you guessed coyotes and frogs, you're right! You heard barks and other sounds from coyotes, along with calls of Gray Treefrogs. This lucky recording on the night of July 5, 2022, in Blacksburg, got your Virginia Water Radio host exploring potential connections and contrasts between this terrestrial mammal in the dog family, and this partially aquatic amphibian. Here are seven areas of note. 1. Like other living things, both coyotes and frogs are largely made of water and require it for biological functions. Unlike coyotes, frogs can absorb water through their naked skin, that is, skin without scales, feathers, or fur. 2. As amphibians, Gray Treefrogs breed in water, which of course coyotes don't. 3. Like other mammals, coyotes keep a constant body temperature, and they evaporate water through panting to cool themselves. Frogs' body temperature fluctuates with the environment; having naked skin that's permeable to water, frogs are at risk of drying out if their habitat isn't moist. 4. Coyotes and adult frogs both have lungs for exchange of oxygen and carbon dioxide, but, in frogs, gas exchange also occurs across their skin. 5. Both are notable for their sounds. Coyotes use barks, howls, and other sounds to communicate to family members and to potential competitors, and frog males use calls to attract females, signal their presence to other males, and perhaps to startle away predators. 6. These animals appear together in at least three Native American legends, including one from the Kalapuya people of Oregon, called “The Coyote and the Frog People.” In this story, the coyote sneakily digs through a dam the frogs use to hold all of the world's water for themselves; this then creates all the rivers, lakes, and waterfalls and ends the frogs' water hoarding. And 7. Both coyotes and Gray Treefrogs show remarkable adaptability to human environments. Coyotes are noted for occupying habitats near humans, such as city and suburban parks. Gray Treefrogs, meanwhile, can also be found in human spaces, such as in swimming pools or on house walls or decks. One wildlife biologist consulted for this episode said that in his Virginia county coyotes seem to “saunter by houses like they own the place”; in the frog world, noted another biologist, Gray Treefrogs have a somewhat similar reputation. Thanks to several Virginia Tech faculty members for providing information for this episode. Thanks also to The Steel Wheels for permission to use their music, and we close with about 30 more seconds of “To the Wild.” MUSIC - ~30 sec – Lyrics: “I'm gonna run to the wild.” SHIP'S BELL Virginia Water Radio is produced by the Virginia Water Resources Research Center, part of Virginia Tech's College of Natural Resources and Environment. For more Virginia water sounds, music, or information, visit us online at virginiawaterradio.org, or call the Water Center at (540) 231-5624. Thanks to Stewart Scales for his banjo version of Cripple Creek to open and close this episode. In Blacksburg, I'm Alan Raflo, thanking you for listening, and wishing you health, wisdom, and good water. AUDIO NOTES AND ACKNOWLEDGEMENTS Virginia Water Radio thanks Mark Ford, Kevin Hamed, and James Parkhurst, all in the Virginia Tech Department of Fish and Wildlife Conservation, for contributing information to this episode. The Coyote and Gray Treefrog sounds heard in this episode were recorded by Virginia Water Radio in Blacksburg, Va., on July 5, 2022, at approximately 10:15 p.m. “To the Wild,” by The Steel Wheels, is from the 2017 album “Wild As We Came Here,” used with permission. More information about The Steel Wheels is available online at https://www.thesteelwheels.com/. This music was used previously by Virginia Water Radio most recently in Episode 490, 9-16-19. Click here if you'd like to hear the full version (1 min./11 sec.) of the “Cripple Creek” arrangement/performance by Stewart Scales that opens and closes this episode. More information about Mr. Scales and the group New Standard, with which Mr. Scales plays, is available online at http://newstandardbluegrass.com. IMAGES (If not otherwise noted, photographs are by Virginia Water Radio.) Coyote, photographed in Virginia Beach, Va., February 27, 2016. Photo by Shawn Dash, made available on iNaturalist at https://www.inaturalist.org/observations/13877118(as of August 15, 2022) for use under Creative Commons license “Attribution-NonCommercial-ShareAlike 4.0 Internbational.” Information about this Creative Commons license is available online at https://creativecommons.org/licenses/by-nc-sa/4.0/.Gray Treefrog on the deck of a residence in Blacksburg, Va., September 23, 2009.EXTRA INFORMATION ABOUT ANIMALS IN THIS EPISODE The following information is excerpted from “Coyote” and “Gray Treefrog” entries of the Virginia Department of Virginia Department of Wildlife Resources' (formerly Department of Game and Inland Fisheries) “Fish and Wildlife Information Service,” online at https://services.dwr.virginia.gov/fwis/. The Coyote entry is online at https://services.dwr.virginia.gov/fwis/booklet.html?Menu=_.Taxonomy&bova=050125&version=19215; the Gray Treefrog entry is online at https://services.dwr.virginia.gov/fwis/booklet.html?Menu=_.Taxonomy&bova=020007&version=19215. Coyote (Scientific name: Canis latrans) Occurrence“Coyotes are thought to have started being seen in the 1950's and the 1960's here in Virginia, particularly in the western part of the state, and they now have an established population throughout the state. Current occurrence throughout the state is attributed to the steady eastward migration of this species, which is due to the elimination of other large carnivores, such as red wolves, from their former ranges and to coyotes being highly opportunistic feeders and thus are highly adaptable to many habitats.” Physical Description“The males are generally larger than the females...with a body length of 1.0-1.35 meters, and a tail length of 400 millimeters. The coat color and texture shows geographic variation, but usually the coat color is a grey mixed with a reddish tint. ...This species is generally smaller than the grey wolf. ...The track (70mm by 60mm) is more elongated than the domestic dog but shorter than either the gray or red wolf.” Reproduction“Yearling males and females are capable of breeding. The percentage of yearlings breeding is controlled by food supply. Gestation lasts 63 days. The mean litter size is 5.3 and is affected by population density and food supply.” Behavior“The home range size of the males is 20-42 kilometers (km), and for females 8-10 km. The female home ranges do not overlap whereas male home ranges do. The average daily travel is reported as 4.0 km, with dispersal movements of 160 km not uncommon. Favorable den sites include brush-covered slopes, steep banks, thickets, hollow logs, and rock ledges. The dens of other animals may be used. ...Dens may be shared and used for more than one year. ...Coyotes use visual, auditory, olfactory and tactile signals for communications. They eat mostly rodents and rabbits but also take berries fruits and carrion. They are primarily nocturnal and their howls can be heard for miles.” Gray Treefrog (Scientific name: Hyla versicolor) Occurrence“In Virginia, this species is distributed in the mountains north of the New River drainage, in the Blue Ridge, and in the Piedmont.” Physical Description“This species is identical in appearance to Hyla chrysoscelis [Cope's Gray Treefrog] but they do not interbreed. These two species can be distinguished by chromosome number and by male mating call. ...Both species are well camouflaged. They are usually gray but coloration ranges from gray to whitish to brown to green dependent upon environment and activities. There is a whitish mark beneath the eyes and a bright orange or yellow on the concealed surfaces of the hind legs. The dorsal skin is warty. This species ranges in length from 32 to 62 milllimeters (1.25-2.5 inches).” Reproduction“Males call between March and August. ...Breeding generally occurs from March to June. The female lays clumps of 10 to 40 eggs per group on the surface of shallow ditches, puddles, and ponds ...Eggs typically hatch in 4 to 5 days, and metamorphosis occurs in 45 to 64 days.” Behavior“This species is not often seen on the ground or near the water's edge except during the breeding season. It tends to forage while in small trees or shrubs near to or standing in water. This species is an opportunistic feeder focusing primarily on larval Lepidoptera [butterflies and moths], Coleoptera [beetles], and other arthropods.” Limiting Factors“This species is fairly arboreal, foraging from trees and shrubs in the vicinity of water. ...In general, this species requires shallow ponds with fallen branches or herbaceous growth on the water's edge.” Aquatic/Terrestrial Associations“This species is typically associated with the following forest types: black willow, sweet gum-willow oak, white oak-red oak-black oak and mixed pine-hardwood. They are frequently found in recently disturbed areas with shrub and herbaceous cover.” SOURCES Used for Audio Atlanta Coyote Project, “Coyote Activity Patterns, Ranges, and Vocalizations,” online at https://atlantacoyoteproject.org/coyote-activity-patterns-ranges-vocalizations/. Arizona-Sonora Desert Museum, “Animal Fact Sheet: Coyote,” online at https://www.desertmuseum.org/kids/oz/long-fact-sheets/coyote.php. Burke Museum [Seattle, Wash.], “All About Amphibians,” online at https://www.burkemuseum.org/collections-and-research/biology/herpetology/all-about-amphibians/all-about-amphibians. Epic Ethics, “Coyote Returns Water from the Frog People—A Native Kalapuya Tale,” online at https://www.youtube.com/watch?v=six1kVQS_tw. First People of North America and Canada, “Native American Legends,” online at https://www.firstpeople.us/FP-Html-Legends/. Kevin Hamed, Virginia Tech Department of Fish and Wildlife Conservation, personal communication, August 11, 2022. Richard W. Hill, Comparative Physiology of Animals: An Environmental Approach, Harper & Row, New York. 1976. Internet Sacred Text Archive, “The Coyote and the Frog,” identified as a Hopi contained in The Traditions of the Hopi, by H.R. Voth (1905), online at https://www.sacred-texts.com/nam/hopi/toth/toth065.htm. John D. Kleopfer and Chris S. Hobson, A Guide to the Frogs and Toads of Virginia, Bureau of Wildlife Resources Special Publication Number 3, Virginia Department of Game and Inland Fisheries [now Department of Wildlife Resources], Richmond, Va., 2011. Lane Community College [Eugene, Ore.], “Kalapuya: Native Americans of the Willamette Valley, Oregon,” online at https://libraryguides.lanecc.edu/kalapuya. Miami [Fla.] Children's Museum, YouTube video (4 min./39 sec.) of “The Coyote and the Frog People,” celebrating Native American Heritage Month, November 3, 2020, online at https://www.youtube.com/watch?v=9q4km_HDGeI. Brian R. Mitchell et al., “Information Content of Coyote Barks and Howls,” Bioacoustics: The International Journal of Animal Sound and its Recording, Vol. 15, pages 289–314 (2006); online (as a PDF) at https://www.uvm.edu/~bmitchel/Publications/Mitchell_Information_content.pdf. National Geographic, “Coyote,” undated, online at https://www.nationalgeographic.com/animals/mammals/facts/coyote. National Parks and Recreation Association, “Coyotes Have Moved into Parks Across the United States—Now What,” by Richard J. Dolesh, Parks & Recreation, April 6, 2018, online at https://www.nrpa.org/parks-recreation-magazine/2018/april/coyotes-have-moved-into-parks-across-the-united-states-now-what/. New Hampshire PBS, “NatureWorks/Gray Treefrog,” online at https://nhpbs.org/natureworks/graytreefrog.htm. Oregon Encyclopedia [Oregon Historical Society], “Kalapuyan Peoples,” by Henry Zenk, undated, online at https://www.oregonencyclopedia.org/articles/kalapuyan_peoples/#.YvPg_RzMJPY. James Parkhurst, Virginia Tech Department of Fish and Wildlife Conservation, personal communication, August 11, 2022. Roger Powell et al., Peterson Field Guide to Reptiles and Amphibians of Eastern and Central North America, Fourth Edition, Houghton Mifflin Harcourt, Boston, Mass., 2016. Virginia Department of Wildlife Resources [formerly Department of Game and Inland Fisheries],“Fish and Wildlife Information Service,” online at https://services.dwr.virginia.gov/fwis/; the Coyote entry is online at https://services.dwr.virginia.gov/fwis/booklet.html?&bova=050125&Menu=_.Taxonomy&version=19215; the Gray Treefrog entry is online at https://services.dwr.virginia.gov/fwis/booklet.html?&bova=020007&Menu=_.Taxonomy&version=19215. Ya-Native, “Coyote Takes Water From the Frog People—A Plains Legend,” online at
All original content by Aron Ra. Visit his YouTube channel at youtube.com/aronra to watch the original video content. To support Aron Ra and his work, consider becoming a patron at patreon.com/aronra. Listen to this and other episodes of the Aron Ra Archive on: Apple Podcasts: https://apple.co/2I9Cdv3 Google Podcasts: https://bit.ly/2XzG6yB Spotify: https://spoti.fi/2FpgPQx Website: www.verygoodpodcast.com/aronrapod
Essa é versão podcast do "EcoNaturae Explica", um quadro no qual explicamos um conceito da área ambiental de forma rápida e simples. Neste episódio falamos sobre espécies exóticas invasoras, a conceituação assim como problemas envolvidos e as possibilidades de controle. Para conferir o vídeo, acesse: https://youtu.be/tVObeTpU_s8 ► SEJA NOSSO PADRIM: https://www.padrim.com.br/EcoNaturae ► DOE PONTUALMENTE: https://picpay.me/econaturae CRIAÇÃO E CONTEÚDO: EcoNaturae - Educação para o Meio Ambiente APRESENTAÇÃO E ROTEIRO: Gabriel Messias - https://bit.ly/gmessiasbio EDIÇÃO: Antônio Chaves - https://bit.ly/antoniomchaves Gabriel Messias - https://bit.ly/gmessiasbio MATERIAL UTILIZADO: https://pastebin.com/5rJ1TksW REFERÊNCIAS: FARIA, Gabriel Messias Moura et al. Geographic distribution of the European hare (Lepus europaeus) in Brazil and new records of occurrence for the Cerrado and Atlantic Forest biomes. Mammalia, v. 80, n. 5, p. 497-505, 2016. ROSA, Clarissa Alves; FERNANDES-FERREIRA, Hugo; ALVES, Rômulo Romeu Nóbrega. O manejo do javali (Sus scrofa Linnaeus 1758) no Brasil: implicações científicas, legais e éticas das técnicas letais de controle de uma espécie exótica invasora. Biodiversidade Brasileira, v. 9, n. 2, p. 267-284, 2019. Definições e critérios usados na base de dados - Base de Dados I3N Brasil - https://tinyurl.com/3n4yses7 ► Linktree: https://linktr.ee/eco.naturae ► Inscreva-se para receber nosso Boletim Informativo direto em seu e-mail - https://tinyurl.com/boletimeco ► SIGA NOSSAS REDES SOCIAIS Instagram - https://bit.ly/InstaEcoNaturae Facebook - https://bit.ly/FBEcoNaturae LinkedIn - https://bit.ly/LInEcoNaturae ► E-MAIL PARA CONTATO: naturae.eco@gmail.com
I sat down w activist and artist Nic Ystad, who organized extensively during the 2020 uprisings. He's released a coloring book recently called "Faces of Earth Vol. 1: Mammalia" available on Amazon. We discussed fantasy escapism, political radicalization, rethinking our conversations around social justice, performative vs genuine activism, and the coloring books series he's working on. --- Support this podcast: https://anchor.fm/ben-slowey/support
MAJOR TRIGGER WARNING!!! In this episode we talk about otters, yes, we're going there, we're scraping the bottom of the barrel! So naturally, as it is with otters, expect to be exposed to depraved topics which may include kidnapping, child neglect, male aggression, torture, sadism, sexual assault, serial murder, cannibalism, necrophilia, infanticide, and many forms of inter-species violence…and perversion! But that's not the worst…oh noooo…we are also going to engage in the most controversial and degenerate act known to man: Criticizing endangered species! Oh my! Prepare the stake, we can already smell the burn! ====================== Send us suggestions and comments to darwinsdeviations@gmail.com Intro sampled from "Sequence (Mystery and Terror) 3" by Francisco Sánchez (@fanchisanchez) at pixabay.com Sound effects obtained from https://www.zapsplat.com YVA voiced with FreeTTS Image Credit: Mathias Appel, CC0, via Wikimedia Commons (Episode image is heavily edited, the image owner reserves all rights to their image, and is not affiliated with our podcast) SOURCES: Wikipedia: Enhydriodon dikikae Wikipedia: Giant otter Wikipedia: Sea otter Adorable Terror: Wolf-Size Otter Hunted in Ancient China The Bear Otter Watch a family of otters ambush an unsuspecting crocodile more than twice their size Smithsonian Magazine: Otterly Fascinating The 6 Deadliest Animals Too Adorable to Run Away From The Other Side of Otters How a River Otter Can Bag an Alligator for Lunch Video Shows Otters Drown And Kill A Monkey At A Zoo The case against otters: necrophiliac, serial-killing fur monsters of the sea Fifty shades of fur? Exposing the dark side of a sea otter's sex life 'He was humping it. It was so bizarre': Exposing the ‘aberrant' nature of a sea otter's sex life Do Sea Otters Rape Baby Seals? Carvalho, Lucélia. (2001). Cannibalism among Giant Otters (Pteronura brasiliensis). Mammalia. 25. 225-227. Simpson, V.R. & Coxon, K.E.. (2000). Intraspecific aggression, cannibalism and suspected infanticide in Otters. British Wildlife. 11. 423-426.
Du erhältst Antworten auf folgende Fragen: 1.) Wie ähnlich bist du einem Schimpansen (nicht)? und: Welche Taxa gehören zu den Primaten? 2.) Wo lässt sich der Mensch innerhalb der Primaten finden? und: wie hängen Ordnung, Klasse & Co zusammen? 3.) Was macht den Menschen zum Primaten? und: welche plesiomorphe Merkmale haben alle Primaten gemeinsam? Skript zur Folge und zum Podcast: KLICK. Bewerte den Podcast bei iTunes, schreib Feedback/Fragen/Fehler an biologopodcast@googlemail.com Den allerbesten Lernerfolg wünsche ich dir! Fachbegriffe: Klasse, Ordnung, Gattung, Familie, Art, Rasse, Hominoidea, Hominidae, Homininae, plesiomorph, Genexpression, Mammalia, Homo, Opponierbarkeit, rezent.
This week we talk about dust storms or haboobs and why they occur. Haboob Fun Paper Friday What's a monotreme? We take a biology 101 refresher and discover that the platypus was glow in the dark with this week's fun paper! Anich, P. S., Anthony, S., Carlson, M., Gunnelson, A., Kohler, A. M., Martin, J. G., & Olson, E. R. (2020). Biofluorescence in the platypus (Ornithorhynchus anatinus). Mammalia, 1(ahead-of-print). Contact us: Show Support us on Patreon! www.dontpanicgeocast.com SWUNG Slack @dontpanicgeo show@dontpanicgeocast.com John Leeman www.johnrleeman.com @geo_leeman Shannon Dulin @ShannonDulin
Un relato escrito por el poeta y escritor galés Roald Dahl en el más puro estilo de los antiguos cuentos de princesas, en el que la belleza y el poder deforman un alma hasta límites insospechados.
Du lernst in dieser Folge: 1) Was bringen uns Kladogramme? 2) Wie liest man ein Kladogramm? - Schau dir ein Beispiel an - dieses hier wird in der Folge auch erläutert: https://lehrerfortbildung-bw.de/u_matnatech/bio/gym/bp2004/fb4/3_stamm/4_phylo/homolog.html 3) Wie erstellt man ein Kladogramm? - Tipps Relevante Fachbegriffe: Mammalia, Eutheria, Metatheria, Protheria, Taxon/Taxa, apomorphe Merkmale, synapomorphe Merkmale, plesiomorphe Merkmale, Monophylum, Paraphylum, Polyphylum, Prinzip der Parsimonie, Stammlinie. Hilfreiche Abbildungen: Finde das Paraphylum Reptilien hier: https://www.wissen.de/sites/default/files/styles/lightbox/public/wissensserver/jadis/incoming/607433.jpg?itok=OIBIK2OE oder hier: https://images.gutefrage.net/media/fragen/bilder/stammbaum-tiere-biologie-erklaerung-/0_big.jpg?v=1482877333000 Feedback an: biologopodcast@gmail.com Bewerte den Podcast auf iTunes - damit er auch von anderen Biolernern gefunden wird.
00:00:00 - Ryan is joined by Lisa Lundgren and Gabriel Santos, two of the heads of Cosplay for Science, an organization that uses elaborating costuming (called cosplay) to advocate for science! But first, we talk about the science. Lisa is a social scientist who studies informal science learning and Gabe is a paleontologist and outreach coordinator who has studied marine mammals including the excellent group Desmostylians. Some papers by Lisa: Social Media Interaction as Informal Science Learning: a Comparison of Message Design in Two Niches Scientific Twitter: The flow of paleontological communication across a topic network Profiles in Practice: Stories of Paleontology Within an Online, Scientific Community Some papers by Gabe: A new tuskless walrus from the Miocene of Orange County, California, with comments on the diversity and taxonomy of odobenids New data on the ontogeny and senescence of Desmostylus (Desmostylia, Mammalia) 00:31:34 - Drinks: they keep us social, so let’s have some. Ryan demonstrates proper drink segment technique with the scientifically themed MC^2 by Equilibrium Brewery sent by our very own Abe! Gabe is chilling with an IBC Root Beer, which is the kind of beer that doesn’t affect sobriety. And Lisa mysteriously enjoys a Cold Smoke Scotch Ale from KettleHouse Brewing Co in MT. 00:39:22 - In part two of our interview, we get down to costumes. How did Cosplay for Science get started? How does dressing up as fictional characters help communicate science? Will Ryan be dressing up the next time we’re able to actually go to a convention? Tune in and find out! 01:24:03 - PaleoPOWs are a lot like costuming, they hide their true nature to get in your heart. Ryan reads an e-mail from Tom C. asking us about getting on Spotify. Well thanks to his gentle nudging, we now are! Listen to (some of) our episodes on Spotify! Thanks for the nudge, Tom! More cool rewards await you if you decide to support us on our Patreon! Audio Production by Rob Heath Music credit: Dance of Felt - Blue Dot Sessions
Draußen wird es kalt, doch das Rennen um die letzten Playoff Plätze wird zunehmend heißer und wir bringen euch auf den Stand der Dinge. Denn auch diese Woche ist wieder sehr viel in der NFL passiert. Sei es die Offensive der L.A. Rams, die in der eiskalten windy city Chicago bei den Bears nahezu vollkommen eingefroren ist. Das Miami Miracale in dem die Miami Dolphins ein unmögliches Ende zelebrierten. Ein Ende das den Tausendsassa Tom Brady der New England Patriots erneut auf dem Heimfeld der Mammalia das Fürchten lehrte. Die Pittsburgh Steelers die erneut ihrem Ruf des "choken" gegen die Oakland Raiders gerecht wurden. Die Kansas City Chiefs, die mit ihrem jungen Star Quarterback Patrick Mahomes sich so gerade über die Ziellinie retten konnten gegen eine überragende defensive der Baltimore Ravens. Doch auch deren junger, noch nicht Star Quarterback Lamar Jackson, glänzte wieder in Joe Flaccos Abwesenheit. Die Cowboys die ihren 3 Divison Titel in den letzten fünf Jahren so gut wie sicher gemacht haben. Der Sieg in over time gegen die Philadelphia Eagles macht eine Chance für eine Turnierteilnahme der Adler unwahrscheinlich. um nur einen Teil des dieswöchigen contents zu nennen. Außerdem hat Felix mal wieder seine Kreativität unter Beweis gestellt und fordert Christian zu einem Ratespiel heraus, bei dem es um nicht weniger als die digitale Identität geht. (Nunja leicht übertrieben) Falls ihr uns Vorschläge zukommen lassen wollt nutzt meldet euch bei Twitter per #NFLTuesday, schreibt uns eine DM @gfa_pod oder eine Mail an input@footballanalysts.de Wie es sich gehört auch wie immer hier der Aufruf uns (möglichst mit 5 Sternen ;) ) bei iTunes zu bewerten und/oder bei unseren Social Media Kanälen vorbei zu schauen: https://footballanalysts.de https://itunes.apple.com/de/podcast/german-football-analysts/id1227513605?mt=2 https://twitter.com/gfa_pod https://www.facebook.com/GermanFootballAnalysts/ Danke fürs Hören!
Did you know that the Brain is the most fascinating health and weight control part of the body? The first and most noticeable difference between human brains and the rest of the Mammalia class is the fact that our cerebral cortex is much more developed. The cerebral cortex is the largest region of the cerebrum in the mammalian brain and plays a key role in memory, attention, perception, cognition, awareness, thought, language, and consciousness. Because it is connected to many other regions of the brain, the cerebral cortex processes various types of information; including to scream at you to eat more if you don't educate yourself as to what is toxic to the brain, or you can make the right lifestyle choices and your body will automatically balance and become healthy. Tune in Wednesday May 9 at 7PM FOR THE REST OF THE STORY
This week, Tim and Rob talk about the past two sessions of actual play in Rob’s Mammalia setting. We talk what worked, what didn’t, and where to go with the game design. We hope you find our example useful for your games. Thanks for listening! Tim has a new book out, the sequel to Hunter and Seed. Buy Soul Art today. You can still find Tim’s free stuff at instafreebie.com. Share and enjoy!
It’s been about a year since the podcast began! Welcome to episode 50! This week on Of Mooks and Monsters, Rob and Tim continue the actual play of Mammalia. Peter Ganges has a deal to make at the hotel, but dangerous animals are on the way. Rob Ward runs. Tim Niederriter plays. Tim’s new novel, “Soul Art” is up for preorder today. Check it out here, there, and everywhere. Get Tim’s free stuff over at instafreebie.com. You can email us at podcast@ofmooksandmonsters.com. Thanks for listening.
This week on Of Mooks and Monsters, Rob runs a game near and dear to his heart for Tim. This one’s a doozy, featuring our player character, Peter Ganges, a liger in a world of anthropomorphic animals. Peter tries to close a deal in a dangerous country. Stay tuned next week for part two! Right now you can check out a whole bunch of Tim’s free samples, and even the complete “Rem’s Dream” novel, over at instafreebie.com. No matter how you do it, if you sign up for Tim’s mailing list before July 5th you’ll receive Tim’s novel, “Hunter and Seed” for free! Tim has a new book coming out in July, so keep watching his amazon.com author page and pages throughout the web for that. Thanks for listening!
After technical problems and power outages conspired against us last week we are back with a fresh new podcast for you. This week Jay gives us the details on Bravely Default, Lucio talks Broken Age, Jason tells us about life as a father in Octodad, and Jared reveals the breadth of his animal kingdom related […]
By: Owen, Richard, 1804-1892Publication Details: London,J. W. Parker and son,1859.Contributed By: MBLWHOI Library
Zoo-FISH with human whole-chromosome paint probes delineated syntenic association of human homologous chromosome segments 3-21, 14-15, 16-19, 4-8, 7-16 and 12-22 (twice) in the European mole (Talpa europaea, Talpidae, Eulipotyphla, Mammalia). These segment associations represent shared ancestral Boreo-Eutherian traits, half of which were previously not described for Eulipotyphla. The karyotype of the European mole acquired a minimum of 19 translocations and six inversions compared to the presumed Boreo-Eutherian ancestor. Copyright (c) 2006 S. Karger AG, Basel.
In order to find correlations between skin gland morphology and specific ethological features, the cutaneous glands of the foot pads of Procavia capensis were studied by histological and various histochemical methods and by electron microscopy. In the foot pads, abundant specific eccrine skin glands occur, which consist of coiled tubular secretory portions and coiled ducts. The wall of the secretory part is composed of cuboidal glandular cells and myoepithelial cells. Among the glandular cells two types occur: clear and dark cells. Clear cells have numerous mitochondria and form a basal labyrinth, indicating fluid transport. Dark cells, which stain strongly with periodic acid-Schiff, contain a highly developed perinuclear Golgi apparatus, large amounts of rough endoplasmic reticulum and many secretory granules indicating production of glycoproteins. Cytokeratin (CK) 19 was found in secretory compartments and ducts, CK14 only in duct cells. Single cells of the secretory coils and ducts may be stained with antibodies against antimicrobial peptides. Some glandular cells contain proliferating cell nuclear antigen-positive nuclei especially in the ducts indicating an increased cell proliferation. Terminal transferase (TdT)-mediated d-UTP nick-end labeling-positive nuclei can be detected predominantly in the secretory coils and rarely in the transitional portions between ducts and end pieces. We suppose that proliferating cells migrate from the ducts to the secretory coils. The secretory product of the eccrine cutaneous glands seems to improve the traction between the foot pads of these animals and the steep and smooth rock formations among which they live.
Wed, 1 Jan 1992 12:00:00 +0100 http://epub.ub.uni-muenchen.de/8394/ http://epub.ub.uni-muenchen.de/8394/1/8394.pdf Peters, Joris; Brink, J. S. Peters, Joris und Brink, J. S. (1992): Comparative postcranial osteomorphology and osteometry of springbok, Antidorcas marsupialis (Zimmerman, 1780) and grey rhebok, Pelea capreolus (Forster, 1790) (Mammalia: Bovidae). In: Navorsinge v
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