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Qualidade na assistência, segurança do paciente e muito mais! Podcast do Instituto Brasileiro para Segurança do Paciente.

Podcast IBSP

Ein Podcast über den Menschen als solchen. Für alle, die mehr über ihre Spezies erfahren möchten. 

Host: Laurin Mauracher

Ein Podcast über den Menschen als solchen. Für alle, die mehr über ihre Spezies erfahren möchten. Host: Laurin Mauracher

In Sachen Mensch

- Cannabis Culture - Music - Sports -

Educational Entertainment for Earthlings....
Sequencing Harmonic Convergence...

- Cannabis Culture - Music - Sports - Educational Entertainment for Earthlings.... Sequencing Harmonic Convergence...

Hit It

Timmy, Gina, Ivanna dan Felic (TGIF) adalah scientists yg gemas dengan banyaknya hoax terkesan ilmiah yg beredar di masyarakat saat ini. TGIF mencoba mengupas hoax2 berdasarkan data dan fakta ilmiah dengan kemasan seru nan santuy.

Follow us on instagram @TGIFhoaxbusters
Timmy Richardo (@timmyrichardo)
Putu Virgina Partha Devanthi (@putu_virgina)
Ivanna Williantarra (@ivanna_will)
Felic Fanusi (@ffanusi)

Timmy, Gina, Ivanna dan Felic (TGIF) adalah scientists yg gemas dengan banyaknya hoax terkesan ilmiah yg beredar di masyarakat saat ini. TGIF mencoba mengupas hoax2 berdasarkan data dan fakta ilmiah dengan kemasan seru nan santuy. Follow us on instagram @TGIFhoaxbusters Timmy Richardo (@timmyrichardo) Putu Virgina Partha Devanthi (@putu_virgina) Ivanna Williantarra (@ivanna_will) Felic Fanusi (@ffanusi)

TGIF The Scientists

《温病条辨》，清代吴瑭（鞠通）著（1798年），为温病通论著作。该书在清代众多温病学家成就的基础上，进一步建立了完全独立于伤寒的温病学说体系，创立了三焦辨证纲领，倡养阴保液之法，拟订了层次分明的温病治法方药体系，是清代温病学说标志性著作。 《温病条辨》仿《伤寒论》体例，分条列论，以求简要易诵，又恐简而不明，且免后人妄注，于是吴瑭在各条之下详加辨析议论，故以“条辨”命名。共六卷，另有卷首一卷。 <blockquote style="font-size:14px;margin:10px 0px;color:rgb(102, 102, 102);border-left:5px solid rgb(232, 232, 232);padding-left:15px;">卷首 原病篇卷一 上焦篇卷二 中焦篇卷三 下焦篇卷四 杂说卷五 解产难卷六 解儿难</blockquote> 卷首为“原病篇”，引《内经》以求温病之原始。正文前三卷为全书的中心，专论温病。此三卷依次分上、中、下三焦设立篇目，分别论述三焦温病，并出治法。卷四为“杂说”，论救逆及病后调治法。此后附“解产难”（论产后调治与产后惊风诸症）、“解儿难”（论小儿急慢惊风痘症等）二篇（原作一卷，后析为卷五、卷六）。 《温病条辨》最主要的成就在于吴氏建立了完全独立于伤寒的温病学说体系，创立了三焦辨证纲领，由上及下、由浅入深，旨在“认证无差”。吴氏认为，伤寒六经辨证都是由浅入深，但六经是由表入里，须横看；三焦辨证则由上入下，须竖看。两种辨证体系有对立统一、一纵一横之妙。从历史发展的角度来看，该辨证体系与张仲景伤寒六经辨证、叶天士温热卫气营血辨证理论互为羽翼，成为温病创新理论之一。 在治法上，吴氏以温邪易耗阴液为立法的依据，倡导养阴保液之法，并据临床实践，提炼叶天士医案温病治法，化裁处方，以切实用。如分出清络、清营、育阴多种治法；又以银翘散为辛凉平剂，桑菊饮为辛凉轻剂，白虎汤为辛凉重剂，使温病治法用方层次清晰。 深圳岐黄中医学堂黄海涛医师整理了系列经典注音材料，推荐大家关注。 【黄海涛医师公众号】纯中医黄海涛（puretcm），可关注后，订购中医经典大字注音本纸质版材料。 之前晓得各位医家对中医四大经典的重视，面对《温病条辨》时，心中不免觉得这个不够经典，就不愿意去读，在做毕业课题设计的时候，导师推荐《温病条辨》的宣痹汤，我想，在此之前，也是借此机会，应对《温病条辨》有一个整体的认识。 回想，在三和书院听柳长华老师分享《外经微言》后，赖老师读过后说：“原来听人说是伪书，看过后不再纠结。 记得，听刘老师有讲，有时候，医家过于强调某些理念，纠正时弊，他们的“过正”（偏执）言论，目的可能在于“矫枉”（调中）；跟随赖老师学习了学院之外的《黄帝内针》、《五行针灸》后，逐渐放下成见，敞开怀抱，学习了思维导图之后，在思考方式上，也有所发散了，面对不同流派，更包容了。 初读《温病条辨》，我觉得作者以三焦来论证论药食，个人认为，这几乎是创造了新的处方用药架构。我想，就自己而言，也许不会去用这个理法，但不等同于《温病条辨》这本书不可读，正如“他山之石可以攻玉”，经典之所以成为经典，一方面可能源自他人对经典的理解和解读，另一方面，也是更为重要的方面，一定是来自于经典本身。 在诵读《温病条辨》的过程中，我看到作者谈到当时很多患者被医生误治加重病情，心中是惭愧的，也许我的起步是从庸医开始，但不能放弃朝着往“明医”方向去努力，这是读前三卷的感受，到了第六卷，谈到《解儿难》的时候，内心被作者打动了，心中涌动的感受，形成了上述的文字，读经典果真很有意思，建议大家在诵读经典的路上一起加油。

《温病条辨》，清代吴瑭（鞠通）著（1798年），为温病通论著作。该书在清代众多温病学家成就的基础上，进一步建立了完全独立于伤寒的温病学说体系，创立了三焦辨证纲领，倡养阴保液之法，拟订了层次分明的温病治法方药体系，是清代温病学说标志性著作。《温病条辨》仿《伤寒论》体例，分条列论，以求简要易诵，又恐简而不明，且免后人妄注，于是吴瑭在各条之下详加辨析议论，故以“条辨”命名。共六卷，另有卷首一卷。卷首 原病篇卷一 上焦篇卷二 中焦篇卷三 下焦篇卷四 杂说卷五 解产难卷六 解儿难卷首为“原病篇”，引《内经》以求温病之原始。正文前三卷为全书的中心，专论温病。此三卷依次分上、中、下三焦设立篇目，分别论述三焦温病，并出治法。卷四为“杂说”，论救逆及病后调治法。此后附“解产难”（论产后调治与产后惊风诸症）、“解儿难”（论小儿急慢惊风痘症等）二篇（原作一卷，后析为卷五、卷六）。《温病条辨》最主要的成就在于吴氏建立了完全独立于伤寒的温病学说体系，创立了三焦辨证纲领，由上及下、由浅入深，旨在“认证无差”。吴氏认为，伤寒六经辨证都是由浅入深，但六经是由表入里，须横看；三焦辨证则由上入下，须竖看。两种辨证体系有对立统一、一纵一横之妙。从历史发展的角度来看，该辨证体系与张仲景伤寒六经辨证、叶天士温热卫气营血辨证理论互为羽翼，成为温病创新理论之一。在治法上，吴氏以温邪易耗阴液为立法的依据，倡导养阴保液之法，并据临床实践，提炼叶天士医案温病治法，化裁处方，以切实用。如分出清络、清营、育阴多种治法；又以银翘散为辛凉平剂，桑菊饮为辛凉轻剂，白虎汤为辛凉重剂，使温病治法用方层次清晰。深圳岐黄中医学堂黄海涛医师整理了系列经典注音材料，推荐大家关注。【黄海涛医师公众号】纯中医黄海涛（puretcm），可关注后，订购中医经典大字注音本纸质版材料。之前晓得各位医家对中医四大经典的重视，面对《温病条辨》时，心中不免觉得这个不够经典，就不愿意去读，在做毕业课题设计的时候，导师推荐《温病条辨》的宣痹汤，我想，在此之前，也是借此机会，应对《温病条辨》有一个整体的认识。回想，在三和书院听柳长华老师分享《外经微言》后，赖老师读过后说：“原来听人说是伪书，看过后不再纠结。记得，听刘老师有讲，有时候，医家过于强调某些理念，纠正时弊，他们的“过正”（偏执）言论，目的可能在于“矫枉”（调中）；跟随赖老师学习了学院之外的《黄帝内针》、《五行针灸》后，逐渐放下成见，敞开怀抱，学习了思维导图之后，在思考方式上，也有所发散了，面对不同流派，更包容了。初读《温病条辨》，我觉得作者以三焦来论证论药食，个人认为，这几乎是创造了新的处方用药架构。我想，就自己而言，也许不会去用这个理法，但不等同于《温病条辨》这本书不可读，正如“他山之石可以攻玉”，经典之所以成为经典，一方面可能源自他人对经典的理解和解读，另一方面，也是更为重要的方面，一定是来自于经典本身。在诵读《温病条辨》的过程中，我看到作者谈到当时很多患者被医生误治加重病情，心中是惭愧的，也许我的起步是从庸医开始，但不能放弃朝着往“明医”方向去努力，这是读前三卷的感受，到了第六卷，谈到《解儿难》的时候，内心被作者打动了，心中涌动的感受，形成了上述的文字，读经典果真很有意思，建议大家在诵读经典的路上一起加油。

《温病条辨》，清代吴瑭（鞠通）著（1798年），为温病通论著作。该书在清代众多温病学家成就的基础上，进一步建立了完全独立于伤寒的温病学说体系，创立了三焦辨证纲领，倡养阴保液之法，拟订了层次分明的温病治法方药体系，是清代温病学说标志性著作。 《温病条辨》仿《伤寒论》体例，分条列论，以求简要易诵，又恐简而不明，且免后人妄注，于是吴瑭在各条之下详加辨析议论，故以“条辨”命名。共六卷，另有卷首一卷。 卷首 原病篇卷一 上焦篇卷二 中焦篇卷三 下焦篇卷四 杂说卷五 解产难卷六 解儿难 卷首为“原病篇”，引《内经》以求温病之原始。正文前三卷为全书的中心，专论温病。此三卷依次分上、中、下三焦设立篇目，分别论述三焦温病，并出治法。卷四为“杂说”，论救逆及病后调治法。此后附“解产难”（论产后调治与产后惊风诸症）、“解儿难”（论小儿急慢惊风痘症等）二篇（原作一卷，后析为卷五、卷六）。 《温病条辨》最主要的成就在于吴氏建立了完全独立于伤寒的温病学说体系，创立了三焦辨证纲领，由上及下、由浅入深，旨在“认证无差”。吴氏认为，伤寒六经辨证都是由浅入深，但六经是由表入里，须横看；三焦辨证则由上入下，须竖看。两种辨证体系有对立统一、一纵一横之妙。从历史发展的角度来看，该辨证体系与张仲景伤寒六经辨证、叶天士温热卫气营血辨证理论互为羽翼，成为温病创新理论之一。 在治法上，吴氏以温邪易耗阴液为立法的依据，倡导养阴保液之法，并据临床实践，提炼叶天士医案温病治法，化裁处方，以切实用。如分出清络、清营、育阴多种治法；又以银翘散为辛凉平剂，桑菊饮为辛凉轻剂，白虎汤为辛凉重剂，使温病治法用方层次清晰。 深圳岐黄中医学堂黄海涛医师整理了系列经典注音材料，推荐大家关注。 【黄海涛医师公众号】纯中医黄海涛（puretcm），可关注后，订购中医经典大字注音本纸质版材料。 之前晓得各位医家对中医四大经典的重视，面对《温病条辨》时，心中不免觉得这个不够经典，就不愿意去读，在做毕业课题设计的时候，导师推荐《温病条辨》的宣痹汤，我想，在此之前，也是借此机会，应对《温病条辨》有一个整体的认识。 回想，在三和书院听柳长华老师分享《外经微言》后，赖老师读过后说：“原来听人说是伪书，看过后不再纠结。 记得，听刘老师有讲，有时候，医家过于强调某些理念，纠正时弊，他们的“过正”（偏执）言论，目的可能在于“矫枉”（调中）；跟随赖老师学习了学院之外的《黄帝内针》、《五行针灸》后，逐渐放下成见，敞开怀抱，学习了思维导图之后，在思考方式上，也有所发散了，面对不同流派，更包容了。 初读《温病条辨》，我觉得作者以三焦来论证论药食，个人认为，这几乎是创造了新的处方用药架构。我想，就自己而言，也许不会去用这个理法，但不等同于《温病条辨》这本书不可读，正如“他山之石可以攻玉”，经典之所以成为经典，一方面可能源自他人对经典的理解和解读，另一方面，也是更为重要的方面，一定是来自于经典本身。 在诵读《温病条辨》的过程中，我看到作者谈到当时很多患者被医生误治加重病情，心中是惭愧的，也许我的起步是从庸医开始，但不能放弃朝着往“明医”方向去努力，这是读前三卷的感受，到了第六卷，谈到《解儿难》的时候，内心被作者打动了，心中涌动的感受，形成了上述的文字，读经典果真很有意思，建议大家在诵读经典的路上一起加油。

清 · 吴瑭（鞠通）《温病条辨》 | 公版书

Un espacio de conversaciones sobre el mundo mágico de la Bioinformática.

Bioinformática en tu idioma 
Cool Bionformatics in Spanish 
 #Genomics

Un espacio de conversaciones sobre el mundo mágico de la Bioinformática. Bioinformática en tu idioma Cool Bionformatics in Spanish #Genomics

ATG, el podcast by @ATGenomics

Globalisation, Capitalism, Usury, Big Tech, Big Pharma, the Military Industrial Complex, Banks and their money, Global Media. The onslaught against individuals, families and real communities is relentless and ruthless. No man, woman or child is left untouched or unharmed. The fightback has started with individuals and communities regaining their spirituality and recognising that the status quo is not not good enough, is not acceptable. More importantly is the realisation that the fightback begins at home. Rebuilding communities with open families, purifying financial transactions, worshipping The Creator, taking charge of our own education, health and wellbeing, creating avenues for wealth creation and distribution. These things must be done. They will have success. We may as well get on board as the rest is already crumbling, but we just can't see it.

The Fighting Back Podcast (GPRN On Demand)

Podcast da página Biologismo, onde os administradores e convidados conversam sobre Biologia, Meio Ambiente e Ciência.

Novos episódios a cada duas quartas-feiras às 10 da manhã. 

Ajude a Biologismo a produzir conteúdos com cada vez mais qualidade através do https://apoia.se/biologismo e ganhe recompensas.

Podcast da página Biologismo, onde os administradores e convidados conversam sobre Biologia, Meio Ambiente e Ciência. Novos episódios a cada duas quartas-feiras às 10 da manhã. Ajude a Biologismo a produzir conteúdos com cada vez mais qualidade através do https://apoia.se/biologismo e ganhe recompensas.

Podcast Biologismo

O ImunoinFoco é um projeto criado durante a monitoria do ano letivo de 2020, com o intuito de complementar e agregar conhecimentos aos alunos da disciplina de Imunologia, vinculada a Universidade Federal do Ceará. Ele também tem o intuito de servir como um material complementar para o público no geral que tem curiosidades e quer desbravar o vasto e rico Universo da Imunologia. Em alguns episódios, procuro trazer algumas analogias de cunho histórico, pois também aprecio o estudo de muitos dos eventos relacionados e acredito que possa ser uma forma diferente de abordar os conteúdos.

ImunoinFoco

The Health Pod is Baker McKenzie's industry podcast series which highlights sector specific issues and trends that affect healthcare and life sciences companies.

The Health Pod

Pausa pra Felicidade

Building a successful academic career is challenging even at the bests of times. The podcast will conduct informational interviews with established junior and senior research faculty for the benefit of PhD students, Post Docs, and New Faculty. The hope is that through their experiences, we will gain insights on how best to navigate an academic career.

Katalists

This podcast deals with the interesting topics of life sciences that will make the field learning not less than a ride to adventurous theme park of life and life-processes

Life Science - A Life Saga

PANCE Audio Pro is a recorded list of over 1400 high-yield questions designed to help you study for the PANCE and PANRE. This material might also be helpful to physician assistant students preparing for didactic year exams or end of rotation exams. 
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Safety Disclaimer: Don’t listen to headphones or operate your phone or audio device while driving or operating machinery. Be aware of your surroundings, especially while wearing headphones.
Music: Autumn 2011 by Loxbeats: https://spoti.fi/34tPBBO. Creative Commons — Attribution 3.0 Unported — CC BY 3.0. Free Download / Stream: https://bit.ly/autumn-2011. Music promoted by Audio Library: https://youtu.be/r4twe3BxxX8

PANCE Audio Pro is a recorded list of over 1400 high-yield questions designed to help you study for the PANCE and PANRE. This material might also be helpful to physician assistant students preparing for didactic year exams or end of rotation exams. The trial podcast you are listening to offers, at no cost, less than 20% of the total questions in the complete podcast. You can visit panceaudiopro.com to unlock the complete podcast episodes for one low price. This auditory exercise works best if you pause the audio between questions, allowing yourself time to recall the answers. Please contact us on the website if you have any feedback for edits we should make to our questions, at: www.panceaudiopro.com Thank you for listening to PANCE Audio Pro, and please leave a review if this learning tool has been useful to you Safety Disclaimer: Don’t listen to headphones or operate your phone or audio device while driving or operating machinery. Be aware of your surroundings, especially while wearing headphones. Music: Autumn 2011 by Loxbeats: https://spoti.fi/34tPBBO. Creative Commons — Attribution 3.0 Unported — CC BY 3.0. Free Download / Stream: https://bit.ly/autumn-2011. Music promoted by Audio Library: https://youtu.be/r4twe3BxxX8

PANCE Audio Pro

An exploration of the impact of emotional intelligence in business and life. Co hosts Marie El Daghl and global emotional intelligence expert Dr Ben Palmer invite a different guest each month to share how EI was a game changer in their organisation.

An exploration of the impact of emotional intelligence in business and life. Co hosts Marie El Daghl and global emotional intelligence expert Dr Ben Palmer invite a different guest each month to share how EI was a game changer in their organisation.

EI at Work

Kunstenaar en funerair specialist Babs Bakels is van jongs af aan mateloos gefascineerd door de dood. Radiomaker Laura Stek, die haar sterfelijkheid juist graag negeert, raakte geïntrigeerd door Babs: waarom omringt iemand zich constant met eindigheid en verval? Kan zij ons iets leren over onze complexe verhouding met de dood?

Samen onderzoeken ze in coronatijd in zes podcastafleveringen onze omgang met de dood, van de laatste adem tot het hiernamaals.

Een productie van OVT VPRO, Prospektor en NPO Radio 1.

Kunstenaar en funerair specialist Babs Bakels is van jongs af aan mateloos gefascineerd door de dood. Radiomaker Laura Stek, die haar sterfelijkheid juist graag negeert, raakte geïntrigeerd door Babs: waarom omringt iemand zich constant met eindigheid en verval? Kan zij ons iets leren over onze complexe verhouding met de dood? Samen onderzoeken ze in coronatijd in zes podcastafleveringen onze omgang met de dood, van de laatste adem tot het hiernamaals. Een productie van OVT VPRO, Prospektor en NPO Radio 1.

Kassiewijle

Pensamientos tercermundistas o pensamientos modernos avanze o retroceso

"Buenas Letras Humanas"

Sua dose semanal de cultura e informação!

O novo podcast da FTD Educação traz diversos convidados para tratar sobre temas contemporâneos relacionados ao universo da arte, cultura e mundo digital.

Toda semana, autores, educadores, artistas e profissionais da cultura, realizam debates que conectam você a uma diversidade de assuntos incríveis.

Sua dose semanal de cultura e informação! O novo podcast da FTD Educação traz diversos convidados para tratar sobre temas contemporâneos relacionados ao universo da arte, cultura e mundo digital. Toda semana, autores, educadores, artistas e profissionais da cultura, realizam debates que conectam você a uma diversidade de assuntos incríveis.

Diversando

Science 101 is a dynamic, curiosity-driven series that breaks down the principles, discoveries, and mysteries shaping our modern world. Each episode explores essential scientific concepts—from physics and biology to astronomy, technology, and environmental science—translating complex ideas into clear, engaging stories that anyone can understand. Designed for learners, thinkers, and lifelong explorers, Science 101 connects cutting-edge research with real-world relevance, showing how science influences daily life, global progress, and the future of humanity. Whether uncovering the secrets of the cosmos, examining the mechanics of the human body, or highlighting breakthrough innovations, Science 101 brings knowledge to life one discovery at a time. Hosted on Acast. See acast.com/privacy for more information.

Science 101 is a dynamic, curiosity-driven series that breaks down the principles, discoveries, and mysteries shaping our modern world. Each episode explores essential scientific concepts—from physics and biology to astronomy, technology, and environmental science—translating complex ideas into clear, engaging stories that anyone can understand. Designed for learners, thinkers, and lifelong explorers, Science 101 connects cutting-edge research with real-world relevance, showing how science influences daily life, global progress, and the future of humanity. Whether uncovering the secrets of the cosmos, examining the mechanics of the human body, or highlighting breakthrough innovations, Science 101 brings knowledge to life one discovery at a time. Hosted on Acast. See acast.com/privacy for more information.

Science 101&nbsp;is a dynamic, curiosity-driven series that breaks down the principles, discoveries, and mysteries shaping our modern world. Each episode explores essential scientific concepts—from physics and biology to astronomy, technology, and environmental science—translating complex ideas into clear, engaging stories that anyone can understand. Designed for learners, thinkers, and lifelong explorers, Science 101 connects cutting-edge research with real-world relevance, showing how science influences daily life, global progress, and the future of humanity. Whether uncovering the secrets of the cosmos, examining the mechanics of the human body, or highlighting breakthrough innovations, Science 101 brings knowledge to life one discovery at a time. Hosted on Acast. See acast.com/privacy for more information.

Science 101

🎧 Bienvenue sur "Santé Cheval par Epona Vet", le podcast qui décrypte avec clarté et passion les maladies et les soins pour vos chevaux ! 🩺✨

👩‍⚕️ Je suis Clémentine Le Bescond, vétérinaire équin depuis plus de 10 ans et praticienne autour de Rennes. Forte de mon expérience sur le terrain, je vous propose d’explorer ensemble les maladies qui touchent vos chevaux et de vous apporter des conseils pratiques, accessibles et fondés sur la science vétérinaire.

📌 Au programme :
✅ Décryptage des maladies équines 🏥
✅ Conseils de prévention et soins 💊
✅ Astuces pour améliorer le bien-être de votre cheval 🌿
✅ Témoignages et expériences du terrain 🐎

📂 Besoin d’aller plus loin ?
Les diapos et fiches récapitulatives des épisodes sont disponibles sur mes réseaux sociaux 📑🔗
📲 Retrouvez-moi sur Instagram & Facebook : @eponavet35

🎙 Écoutez, apprenez, et prenez soin de vos chevaux avec Epona Vet ! 🐴💙

🎧 Bienvenue sur "Santé Cheval par Epona Vet", le podcast qui décrypte avec clarté et passion les maladies et les soins pour vos chevaux ! 🩺✨ 👩‍⚕️ Je suis Clémentine Le Bescond, vétérinaire équin depuis plus de 10 ans et praticienne autour de Rennes. Forte de mon expérience sur le terrain, je vous propose d’explorer ensemble les maladies qui touchent vos chevaux et de vous apporter des conseils pratiques, accessibles et fondés sur la science vétérinaire. 📌 Au programme : ✅ Décryptage des maladies équines 🏥 ✅ Conseils de prévention et soins 💊 ✅ Astuces pour améliorer le bien-être de votre cheval 🌿 ✅ Témoignages et expériences du terrain 🐎 📂 Besoin d’aller plus loin ? Les diapos et fiches récapitulatives des épisodes sont disponibles sur mes réseaux sociaux 📑🔗 📲 Retrouvez-moi sur Instagram & Facebook : @eponavet35 🎙 Écoutez, apprenez, et prenez soin de vos chevaux avec Epona Vet ! 🐴💙

🎧 Bienvenue sur "Santé Cheval par Epona Vet", le podcast qui décrypte avec clarté et passion les maladies et les soins pour vos chevaux ! 🩺✨

👩‍⚕️ Je suis Clémentine Le Bescond, vétérinaire équin depuis plus de 10 ans et praticienne autour de Rennes. Forte de mon expérience sur le terrain, je vous propose d’explorer ensemble les maladies qui touchent vos chevaux et de vous apporter des conseils pratiques, accessibles et fondés sur la science vétérinaire.

📌 Au programme :
✅ Décryptage des maladies équines 🏥
✅ Conseils de prévention et soins 💊
✅ Astuces pour améliorer le bien-être de votre cheval 🌿
✅ Témoignages et expériences du terrain 🐎

📂 Besoin d’aller plus loin ?
Les diapos et fiches récapitulatives des épisodes sont disponibles sur mes réseaux sociaux 📑🔗
📲 Retrouvez-moi sur Instagram &amp; Facebook : @eponavet35

🎙 Écoutez, apprenez, et prenez soin de vos chevaux avec Epona Vet ! 🐴💙

Santé Cheval par Epona Vet

A good mentor can be the difference between success and failure. But what to do if you don't have help on hand? Mentors At Your Benchside provides curated help and advice from experienced researchers on various topics, from lab skills and techniques to career progression.

Each short episode is bursting with easy-to-access help and advice that can improve your results and help you get the most out of your time in the lab.

https://bitesizebio.com/mentors-at-your-benchside

A good mentor can be the difference between success and failure. But what to do if you don't have help on hand? Mentors At Your Benchside provides curated help and advice from experienced researchers on various topics, from lab skills and techniques to career progression. Each short episode is bursting with easy-to-access help and advice that can improve your results and help you get the most out of your time in the lab. https://bitesizebio.com/mentors-at-your-benchside

Mentors at Your Benchside

Was tut sich in medizinischer Forschung und Krankenversorgung am traditionsreichsten Medizin-Campus Deutschlands, dem Universitätsklinikum Heidelberg (UKHD) und seiner Medizinischen Fakultät? Heidelberg Medizin on Air gewährt Einblicke in spannende Themen aus dem gesamten Medizinspektrum: Welche Pflege benötigen Frühgeborene auf der Intensivstation? Wie bereiten sich Kinderherzchirurgen auf ihre Eingriffe vor? Wie lassen sich Spenderlebern dank Hightech-Geräten vor Schäden bewahren? Heidelberg Medizin on Air berichtet regelmäßig über medizinische Innovationen, Hightech in der Gesundheits- und Krankenversorgung sowie wegweisende Forschung aus den mehr als 50 klinischen Fachabteilungen des UKHD. Durch die Themen führt Roman Jaburek, ehemaliger Radiomoderator und Nachrichtensprecher, der heute als Kommunikationstrainer tätig ist. Im Interview mit ihm sprechen ÄrztInnen und WissenschaftlerInnen über ihren Klinik- oder Forschungsalltag mit herausfordernden Behandlungen, Ausnahmesituationen in der Patientenversorgung und dem gelungenen Zusammenspiel von Forschung und klinischer Praxis.&nbsp;

Was tut sich in medizinischer Forschung und Krankenversorgung am traditionsreichsten Medizin-Campus Deutschlands, dem Universitätsklinikum Heidelberg (UKHD) und seiner Medizinischen Fakultät? Heidelberg Medizin on Air gewährt Einblicke in spannende Themen aus dem gesamten Medizinspektrum: Welche Pflege benötigen Frühgeborene auf der Intensivstation? Wie bereiten sich Kinderherzchirurgen auf ihre Eingriffe vor? Wie lassen sich Spenderlebern dank Hightech-Geräten vor Schäden bewahren? Heidelberg Medizin on Air berichtet regelmäßig über medizinische Innovationen, Hightech in der Gesundheits- und Krankenversorgung sowie wegweisende Forschung aus den mehr als 50 klinischen Fachabteilungen des UKHD. Durch die Themen führt Roman Jaburek, ehemaliger Radiomoderator und Nachrichtensprecher, der heute als Kommunikationstrainer tätig ist. Im Interview mit ihm sprechen ÄrztInnen und WissenschaftlerInnen über ihren Klinik- oder Forschungsalltag mit herausfordernden Behandlungen, Ausnahmesituationen in der Patientenversorgung und dem gelungenen Zusammenspiel von Forschung und klinischer Praxis. 

Heidelberg Medizin on Air

En dag ska vi ska alla dö - men innan dess ska vi leva! 
Åsa Scharin och Helene Wish Persson pratar om svåra och viktiga saker som har med död, sorg och begravning att göra - men framför allt om det som kommer innan dess - LIVET!
Det är Sveriges Auktoriserade Begravningsbyråer som gett Åsa och Helene uppdraget att inspirera till tankar och samtal om livet.

En dag ska vi ska alla dö - men innan dess ska vi leva! Åsa Scharin och Helene Wish Persson pratar om svåra och viktiga saker som har med död, sorg och begravning att göra - men framför allt om det som kommer innan dess - LIVET! Det är Sveriges Auktoriserade Begravningsbyråer som gett Åsa och Helene uppdraget att inspirera till tankar och samtal om livet.

En hyllning till livet

Runt 1,5 miljoner svenskar lever med migrän, varav cirka 200 000 har utvecklat det som kallas kronisk migrän. På senare tid har migrän diskuterats flitigt i olika sammanhang där ojämnlik vård och brist på kunskap ofta lyfts upp som två stora problem. I podden Migränstafetten låter vi ordet gå från klinik till klinik i syfte att, med fokus på kronisk migrän, diskutera vilka utmaningar, möjligheter och lösningar som finns inom dagens migränvård. Migränstafetten är framtagen av Teva. FRE-SE-NP-00038

Runt 1,5 miljoner svenskar lever med migrän, varav cirka 200 000 har utvecklat det som kallas kronisk migrän. På senare tid har migrän diskuterats flitigt i olika sammanhang där ojämnlik vård och brist på kunskap ofta lyfts upp som två stora problem. I podden Migränstafetten låter vi ordet gå från klinik till klinik i syfte att, med fokus på kronisk migrän, diskutera vilka utmaningar, möjligheter och lösningar som finns inom dagens migränvård. Migränstafetten är framtagen av Teva. FRE-SE-NP-00038

Migränstafetten

The Better Testing, Better Treatment podcast explores the opinions of both a clinician and a pathologist on new and upcoming lab-based topics. Diaceutics are committed to enabling better testing, better treatment with labs at the center of our mission, and these podcasts have been created to highlight how clinicians and pathologists view the same topic.

The Better Testing, Better Treatment Podcast

The first-ever In Vitro Fertilization (IVF) podcast hosted entirely by AI voices, Eli and Eva. Designed for both patients and professionals, it explores the latest IVF research authenticated by experts in the field, trends, and personal stories from embryologists, doctors, nurses, IVF coordinators, and leaders in the fertility industry. This innovative podcast fosters diverse conversations, making IVF knowledge more understandable and accessible, while breaking language barriers and providing a platform even for introverts to share insights comfortably.

The first-ever In Vitro Fertilization (IVF) podcast hosted entirely by AI voices, Eli and Eva. Designed for both patients and professionals, it explores the latest IVF research authenticated by experts in the field, trends, and personal stories from embryologists, doctors, nurses, IVF coordinators, and leaders in the fertility industry. This innovative podcast fosters diverse conversations, making IVF knowledge more understandable and accessible, while breaking language barriers and providing a platform even for introverts to share insights comfortably.

IVF2Life - Human Stories, ARTificial Voices

biografías de  personas que han cambiado el mundo con sus ideas y descubrimientos <ul><li>sinónimo de valentía y perseverancia en la ciencia. a finales del siglo XIX,no existen las barreras  para convertirse en una de las científicas  o cientificos más influyentes de la historia."</li><li>"descubrimiento del radio y tv y todo lo que usas hoy , elementos radiactivos, cambiós  y  avances</li></ul>

biografías de personas que han cambiado el mundo con sus ideas y descubrimientossinónimo de valentía y perseverancia en la ciencia. a finales del siglo XIX,no existen las barreras para convertirse en una de las científicas o cientificos más influyentes de la historia.""descubrimiento del radio y tv y todo lo que usas hoy , elementos radiactivos, cambiós y avances

biografías de&nbsp; personas que han cambiado el mundo con sus ideas y descubrimientos <ul><li>sinónimo de valentía y perseverancia en la ciencia. a finales del siglo XIX,no existen las barreras&nbsp; para convertirse en una de las científicas&nbsp; o cientificos más influyentes de la historia."</li><li>"descubrimiento del radio y tv y todo lo que usas hoy , elementos radiactivos, cambiós&nbsp; y&nbsp; avances</li></ul>

Biografias y historias

THIS IS ABOUT BY HUMAN INVENTION

HUNAN INVVNTION

The TIMI Talks podcast provides a unique and trusted forum for engaging the cardiology community in the design, execution, and interpretation of randomized clinical trials.  TIMI Talks will bring you expert roundtable discussions on the latest clinical trials, cardiology meeting recaps, as well as feature discussions on statistical considerations, new TIMI publications, and academic career development.

The TIMI Talks podcast provides a unique and trusted forum for engaging the cardiology community in the design, execution, and interpretation of randomized clinical trials. TIMI Talks will bring you expert roundtable discussions on the latest clinical trials, cardiology meeting recaps, as well as feature discussions on statistical considerations, new TIMI publications, and academic career development.

TIMI Talks

Amidst the dense forests and rugged landscapes of North America, a remarkable creature roams, often unseen but forever etched in the tapestry of the continent's wilderness: the black bear (Ursus americanus). With their glossy black fur, curious nature, and adaptable spirit, black bears have long captivated the imagination of humans, serving as emblems of the untamed wild and the mysteries that lie within. From the deciduous forests of the eastern United States to the coniferous woodlands of the Pacific Northwest, black bears have carved out a niche as one of the most successful and widespread large mammals in North America. Their story is one of resilience, adaptability, and the enduring power of nature in the face of an ever-changing world. Evolutionary History and Taxonomy Black bears are members of the family Ursidae, which includes eight extant species of bears worldwide. The black bear's lineage can be traced back to the Etruscan bear (Ursus etruscus), which inhabited Europe during the Pliocene epoch, approximately 5.3 to 2.6 million years ago. Over time, the ancestors of modern black bears migrated to North America via the Bering Land Bridge, evolving and adapting to the diverse habitats they encountered. Today, black bears are found throughout much of North America, from Canada to Mexico, and are considered a distinct species from their close relative, the Asiatic black bear (Ursus thibetanus), which inhabits parts of Asia. Within the species Ursus americanus, there are several recognized subspecies, each adapted to the unique ecological conditions of their range. Physical Characteristics and Adaptations Despite their name, black bears exhibit a wide range of coat colors, from jet black to cinnamon, blonde, and even white in the rare Kermode or spirit bear of British Columbia. Adults typically weigh between 200 and 600 pounds (90 to 270 kg), with males being larger than females. They have a stocky build, with a long snout, small eyes, and rounded ears. Black bears possess a number of adaptations that allow them to thrive in their diverse habitats. Their powerful, curved claws enable them to climb trees, dig for food, and defend themselves when necessary. They have an acute sense of smell, which they use to locate food sources and navigate their surroundings. Additionally, their teeth are adapted for an omnivorous diet, with sharp canines for meat and flat molars for grinding plant matter. One of the most remarkable adaptations of black bears is their ability to hibernate during the winter months. By slowing their metabolism and reducing their body temperature, bears can conserve energy and survive on their stored fat reserves for several months. During this time, they do not eat, drink, urinate, or defecate, making hibernation an efficient survival strategy in regions with harsh winters. Habitat and Distribution Black bears are highly adaptable and can thrive in a variety of habitats, from dense forests to open meadows, and from swamps to mountainous terrain. They are found throughout much of North America, with their range extending from Alaska and Canada in the north to Mexico in the south, and from the Atlantic coast to the Pacific. The distribution of black bears is largely determined by the availability of suitable habitat and food sources. They require large expanses of undeveloped land with diverse vegetation and ample opportunities for foraging and denning. As human development continues to encroach on bear habitat, black bears have demonstrated a remarkable ability to coexist with humans, sometimes even thriving in suburban and urban areas where food is readily available. Feeding Ecology and Behavior Black bears are opportunistic omnivores, meaning they eat a wide variety of plant and animal matter depending on what is available in their environment. Their diet varies seasonally and can include berries, nuts, roots, grasses, insects, fish, small mammals, and carrion. In some regions, black bears also rely on human food sources, such as garbage, pet food, and agricultural crops, which can lead to conflicts with people. Throughout the year, black bears undergo significant changes in their feeding behavior to cope with seasonal food availability. In the spring, when food is scarce, bears emerge from hibernation and focus on finding high-protein foods, such as newborn ungulates and early-emerging vegetation. As summer progresses and fruits and nuts become abundant, bears shift their diet to take advantage of these high-calorie food sources, gaining weight rapidly in preparation for winter. Black bears are generally solitary animals, with the exception of mothers and their cubs. They have a hierarchical social structure, with dominant males occupying the most productive habitats and mating with multiple females. Females, in turn, are responsible for rearing their cubs and teaching them the skills they need to survive on their own. Reproduction and Life Cycle Black bears have a unique reproductive strategy known as delayed implantation. Mating occurs in the spring or early summer, but the fertilized egg does not immediately implant in the uterus. Instead, it remains dormant until the fall, when the female's body determines whether she has enough fat reserves to support pregnancy and lactation. If the female is in good condition, the egg will implant, and the cubs will be born in the winter den. Black bear cubs are born blind, hairless, and weighing less than a pound (0.5 kg). They are entirely dependent on their mother's milk and care for survival. Cubs remain with their mother for about 18 months, learning crucial survival skills such as foraging, climbing, and avoiding predators. After this time, the cubs disperse to establish their own territories, and the mother is ready to mate again. Female black bears typically reach sexual maturity at around 3 to 5 years of age, while males mature slightly later, at 4 to 6 years. The lifespan of black bears in the wild can vary greatly depending on factors such as habitat quality, food availability, and human-related mortality, but they can live up to 30 years or more. Conservation and Human Interaction Black bears have a complex history of interaction with humans, ranging from reverence and cultural significance to persecution and conflict. In many Indigenous cultures across North America, black bears are considered sacred animals, often associated with healing, wisdom, and spiritual power. These traditional ecological knowledge systems have played a vital role in shaping the relationship between bears and people for thousands of years. However, as European colonization and settlement expanded across the continent, black bears increasingly came into conflict with human activities. They were hunted for their meat, fur, and fat, and were often seen as a threat to livestock and crops. Bounty systems and unregulated hunting led to significant declines in black bear populations in many parts of their range. In the 20th century, changing attitudes towards wildlife and the implementation of conservation measures, such as regulated hunting and habitat protection, helped to stabilize and recover many black bear populations. Today, black bears are considered a species of least concern by the International Union for Conservation of Nature (IUCN), with stable or increasing populations in most of their range. Despite this success, black bears still face ongoing challenges, primarily related to human-bear conflicts and habitat loss. As human development continues to expand into bear habitat, encounters between bears and people are becoming more frequent, often resulting in property damage, injury, or even death for both bears and humans. Managing these conflicts through education, bear-proof waste management, and land-use planning is crucial for ensuring the long-term coexistence of black bears and people. Looking to the future, the conservation of black bears will require a multifaceted approach that addresses the complex social, ecological, and economic factors that shape the relationship between bears and humans. This will involve ongoing research to better understand black bear ecology, behavior, and population dynamics, as well as the development of innovative strategies for reducing human-bear conflicts and promoting coexistence. Education and outreach will also play a critical role in fostering a greater appreciation for black bears and their place in the natural world. By teaching people about bear biology, behavior, and the importance of protecting bear habitat, we can help to build a culture of coexistence that values the presence of these magnificent animals on the landscape. Additionally, the integration of Indigenous knowledge and perspectives into black bear conservation and management will be essential for developing culturally relevant and sustainable strategies for protecting bears and their habitats. By learning from the deep ecological knowledge and cultural practices of Indigenous peoples, we can gain valuable insights into how to live alongside black bears in a way that honors their intrinsic value and ecological importance. Ultimately, the future of black bears will depend on our willingness to coexist with them and to protect the wild places they call home. By working together to address the challenges facing black bears and their habitats, we can help to ensure that these enigmatic dwellers of the forest continue to thrive for generations to come. From the misty forests of the Pacific Northwest to the hardwood groves of the Appalachian Mountains, black bears have long captured the hearts and imaginations of those who share their world. Their remarkable adaptability, resilience, and enduring presence on the landscape serve as a testament to the power and beauty of the natural world. As we face the challenges of the 21st century, it is more important than ever to recognize the value of black bears and the ecosystems they inhabit. By investing

Amidst the dense forests and rugged landscapes of North America, a remarkable creature roams, often unseen but forever etched in the tapestry of the continent's wilderness: the black bear (Ursus americanus). With their glossy black fur, curious nature, and adaptable spirit, black bears have long captivated the imagination of humans, serving as emblems of the untamed wild and the mysteries that lie within. From the deciduous forests of the eastern United States to the coniferous woodlands of the Pacific Northwest, black bears have carved out a niche as one of the most successful and widespread large mammals in North America. Their story is one of resilience, adaptability, and the enduring power of nature in the face of an ever-changing world. Evolutionary History and Taxonomy Black bears are members of the family Ursidae, which includes eight extant species of bears worldwide. The black bear's lineage can be traced back to the Etruscan bear (Ursus etruscus), which inhabited Europe during the Pliocene epoch, approximately 5.3 to 2.6 million years ago. Over time, the ancestors of modern black bears migrated to North America via the Bering Land Bridge, evolving and adapting to the diverse habitats they encountered. Today, black bears are found throughout much of North America, from Canada to Mexico, and are considered a distinct species from their close relative, the Asiatic black bear (Ursus thibetanus), which inhabits parts of Asia. Within the species Ursus americanus, there are several recognized subspecies, each adapted to the unique ecological conditions of their range. Physical Characteristics and Adaptations Despite their name, black bears exhibit a wide range of coat colors, from jet black to cinnamon, blonde, and even white in the rare Kermode or spirit bear of British Columbia. Adults typically weigh between 200 and 600 pounds (90 to 270 kg), with males being larger than females. They have a stocky build, with a long snout, small eyes, and rounded ears. Black bears possess a number of adaptations that allow them to thrive in their diverse habitats. Their powerful, curved claws enable them to climb trees, dig for food, and defend themselves when necessary. They have an acute sense of smell, which they use to locate food sources and navigate their surroundings. Additionally, their teeth are adapted for an omnivorous diet, with sharp canines for meat and flat molars for grinding plant matter. One of the most remarkable adaptations of black bears is their ability to hibernate during the winter months. By slowing their metabolism and reducing their body temperature, bears can conserve energy and survive on their stored fat reserves for several months. During this time, they do not eat, drink, urinate, or defecate, making hibernation an efficient survival strategy in regions with harsh winters. Habitat and Distribution Black bears are highly adaptable and can thrive in a variety of habitats, from dense forests to open meadows, and from swamps to mountainous terrain. They are found throughout much of North America, with their range extending from Alaska and Canada in the north to Mexico in the south, and from the Atlantic coast to the Pacific. The distribution of black bears is largely determined by the availability of suitable habitat and food sources. They require large expanses of undeveloped land with diverse vegetation and ample opportunities for foraging and denning. As human development continues to encroach on bear habitat, black bears have demonstrated a remarkable ability to coexist with humans, sometimes even thriving in suburban and urban areas where food is readily available. Feeding Ecology and Behavior Black bears are opportunistic omnivores, meaning they eat a wide variety of plant and animal matter depending on what is available in their environment. Their diet varies seasonally and can include berries, nuts, roots, grasses, insects, fish, small mammals, and carrion. In some regions, black bears also rely on human food sources, such as garbage, pet food, and agricultural crops, which can lead to conflicts with people. Throughout the year, black bears undergo significant changes in their feeding behavior to cope with seasonal food availability. In the spring, when food is scarce, bears emerge from hibernation and focus on finding high-protein foods, such as newborn ungulates and early-emerging vegetation. As summer progresses and fruits and nuts become abundant, bears shift their diet to take advantage of these high-calorie food sources, gaining weight rapidly in preparation for winter. Black bears are generally solitary animals, with the exception of mothers and their cubs. They have a hierarchical social structure, with dominant males occupying the most productive habitats and mating with multiple females. Females, in turn, are responsible for rearing their cubs and teaching them the skills they need to survive on their own. Reproduction and Life Cycle Black bears have a unique reproductive strategy known as delayed implantation. Mating occurs in the spring or early summer, but the fertilized egg does not immediately implant in the uterus. Instead, it remains dormant until the fall, when the female's body determines whether she has enough fat reserves to support pregnancy and lactation. If the female is in good condition, the egg will implant, and the cubs will be born in the winter den. Black bear cubs are born blind, hairless, and weighing less than a pound (0.5 kg). They are entirely dependent on their mother's milk and care for survival. Cubs remain with their mother for about 18 months, learning crucial survival skills such as foraging, climbing, and avoiding predators. After this time, the cubs disperse to establish their own territories, and the mother is ready to mate again. Female black bears typically reach sexual maturity at around 3 to 5 years of age, while males mature slightly later, at 4 to 6 years. The lifespan of black bears in the wild can vary greatly depending on factors such as habitat quality, food availability, and human-related mortality, but they can live up to 30 years or more. Conservation and Human Interaction Black bears have a complex history of interaction with humans, ranging from reverence and cultural significance to persecution and conflict. In many Indigenous cultures across North America, black bears are considered sacred animals, often associated with healing, wisdom, and spiritual power. These traditional ecological knowledge systems have played a vital role in shaping the relationship between bears and people for thousands of years. However, as European colonization and settlement expanded across the continent, black bears increasingly came into conflict with human activities. They were hunted for their meat, fur, and fat, and were often seen as a threat to livestock and crops. Bounty systems and unregulated hunting led to significant declines in black bear populations in many parts of their range. In the 20th century, changing attitudes towards wildlife and the implementation of conservation measures, such as regulated hunting and habitat protection, helped to stabilize and recover many black bear populations. Today, black bears are considered a species of least concern by the International Union for Conservation of Nature (IUCN), with stable or increasing populations in most of their range. Despite this success, black bears still face ongoing challenges, primarily related to human-bear conflicts and habitat loss. As human development continues to expand into bear habitat, encounters between bears and people are becoming more frequent, often resulting in property damage, injury, or even death for both bears and humans. Managing these conflicts through education, bear-proof waste management, and land-use planning is crucial for ensuring the long-term coexistence of black bears and people. Looking to the future, the conservation of black bears will require a multifaceted approach that addresses the complex social, ecological, and economic factors that shape the relationship between bears and humans. This will involve ongoing research to better understand black bear ecology, behavior, and population dynamics, as well as the development of innovative strategies for reducing human-bear conflicts and promoting coexistence. Education and outreach will also play a critical role in fostering a greater appreciation for black bears and their place in the natural world. By teaching people about bear biology, behavior, and the importance of protecting bear habitat, we can help to build a culture of coexistence that values the presence of these magnificent animals on the landscape. Additionally, the integration of Indigenous knowledge and perspectives into black bear conservation and management will be essential for developing culturally relevant and sustainable strategies for protecting bears and their habitats. By learning from the deep ecological knowledge and cultural practices of Indigenous peoples, we can gain valuable insights into how to live alongside black bears in a way that honors their intrinsic value and ecological importance. Ultimately, the future of black bears will depend on our willingness to coexist with them and to protect the wild places they call home. By working together to address the challenges facing black bears and their habitats, we can help to ensure that these enigmatic dwellers of the forest continue to thrive for generations to come. From the misty forests of the Pacific Northwest to the hardwood groves of the Appalachian Mountains, black bears have long captured the hearts and imaginations of those who share their world. Their remarkable adaptability, resilience, and enduring presence on the landscape serve as a testament to the power and beauty of the natural world. As we face the challenges of the 21st century, it is more important than ever to recognize the value of black bears and the ecosystems they inhabit. By investing

Amidst the dense forests and rugged landscapes of North America, a remarkable creature roams, often unseen but forever etched in the tapestry of the continent's wilderness: the black bear (Ursus americanus). With their glossy black fur, curious nature, and adaptable spirit, black bears have long captivated the imagination of humans, serving as emblems of the untamed wild and the mysteries that lie within. From the deciduous forests of the eastern United States to the coniferous woodlands of the Pacific Northwest, black bears have carved out a niche as one of the most successful and widespread large mammals in North America. Their story is one of resilience, adaptability, and the enduring power of nature in the face of an ever-changing world. Evolutionary History and Taxonomy Black bears are members of the family Ursidae, which includes eight extant species of bears worldwide. The black bear's lineage can be traced back to the Etruscan bear (Ursus etruscus), which inhabited Europe during the Pliocene epoch, approximately 5.3 to 2.6 million years ago. Over time, the ancestors of modern black bears migrated to North America via the Bering Land Bridge, evolving and adapting to the diverse habitats they encountered. Today, black bears are found throughout much of North America, from Canada to Mexico, and are considered a distinct species from their close relative, the Asiatic black bear (Ursus thibetanus), which inhabits parts of Asia. Within the species Ursus americanus, there are several recognized subspecies, each adapted to the unique ecological conditions of their range. Physical Characteristics and Adaptations Despite their name, black bears exhibit a wide range of coat colors, from jet black to cinnamon, blonde, and even white in the rare Kermode or spirit bear of British Columbia. Adults typically weigh between 200 and 600 pounds (90 to 270 kg), with males being larger than females. They have a stocky build, with a long snout, small eyes, and rounded ears. Black bears possess a number of adaptations that allow them to thrive in their diverse habitats. Their powerful, curved claws enable them to climb trees, dig for food, and defend themselves when necessary. They have an acute sense of smell, which they use to locate food sources and navigate their surroundings. Additionally, their teeth are adapted for an omnivorous diet, with sharp canines for meat and flat molars for grinding plant matter. One of the most remarkable adaptations of black bears is their ability to hibernate during the winter months. By slowing their metabolism and reducing their body temperature, bears can conserve energy and survive on their stored fat reserves for several months. During this time, they do not eat, drink, urinate, or defecate, making hibernation an efficient survival strategy in regions with harsh winters. Habitat and Distribution Black bears are highly adaptable and can thrive in a variety of habitats, from dense forests to open meadows, and from swamps to mountainous terrain. They are found throughout much of North America, with their range extending from Alaska and Canada in the north to Mexico in the south, and from the Atlantic coast to the Pacific. The distribution of black bears is largely determined by the availability of suitable habitat and food sources. They require large expanses of undeveloped land with diverse vegetation and ample opportunities for foraging and denning. As human development continues to encroach on bear habitat, black bears have demonstrated a remarkable ability to coexist with humans, sometimes even thriving in suburban and urban areas where food is readily available. Feeding Ecology and Behavior Black bears are opportunistic omnivores, meaning they eat a wide variety of plant and animal matter depending on what is available in their environment. Their diet varies seasonally and can include berries, nuts, roots, grasses, insects, fish, small mammals, and carrion. In some regions, black bears also rely on human food sources, such as garbage, pet food, and agricultural crops, which can lead to conflicts with people. Throughout the year, black bears undergo significant changes in their feeding behavior to cope with seasonal food availability. In the spring, when food is scarce, bears emerge from hibernation and focus on finding high-protein foods, such as newborn ungulates and early-emerging vegetation. As summer progresses and fruits and nuts become abundant, bears shift their diet to take advantage of these high-calorie food sources, gaining weight rapidly in preparation for winter. Black bears are generally solitary animals, with the exception of mothers and their cubs. They have a hierarchical social structure, with dominant males occupying the most productive habitats and mating with multiple females. Females, in turn, are responsible for rearing their cubs and teaching them the skills they need to survive on their own. Reproduction and Life Cycle Black bears have a unique reproductive strategy known as delayed implantation. Mating occurs in the spring or early summer, but the fertilized egg does not immediately implant in the uterus. Instead, it remains dormant until the fall, when the female's body determines whether she has enough fat reserves to support pregnancy and lactation. If the female is in good condition, the egg will implant, and the cubs will be born in the winter den. Black bear cubs are born blind, hairless, and weighing less than a pound (0.5 kg). They are entirely dependent on their mother's milk and care for survival. Cubs remain with their mother for about 18 months, learning crucial survival skills such as foraging, climbing, and avoiding predators. After this time, the cubs disperse to establish their own territories, and the mother is ready to mate again. Female black bears typically reach sexual maturity at around 3 to 5 years of age, while males mature slightly later, at 4 to 6 years. The lifespan of black bears in the wild can vary greatly depending on factors such as habitat quality, food availability, and human-related mortality, but they can live up to 30 years or more. Conservation and Human Interaction Black bears have a complex history of interaction with humans, ranging from reverence and cultural significance to persecution and conflict. In many Indigenous cultures across North America, black bears are considered sacred animals, often associated with healing, wisdom, and spiritual power. These traditional ecological knowledge systems have played a vital role in shaping the relationship between bears and people for thousands of years. However, as European colonization and settlement expanded across the continent, black bears increasingly came into conflict with human activities. They were hunted for their meat, fur, and fat, and were often seen as a threat to livestock and crops. Bounty systems and unregulated hunting led to significant declines in black bear populations in many parts of their range. In the 20th century, changing attitudes towards wildlife and the implementation of conservation measures, such as regulated hunting and habitat protection, helped to stabilize and recover many black bear populations. Today, black bears are considered a species of least concern by the International Union for Conservation of Nature (IUCN), with stable or increasing populations in most of their range. Despite this success, black bears still face ongoing challenges, primarily related to human-bear conflicts and habitat loss. As human development continues to expand into bear habitat, encounters between bears and people are becoming more frequent, often resulting in property damage, injury, or even death for both bears and humans. Managing these conflicts through education, bear-proof waste management, and land-use planning is crucial for ensuring the long-term coexistence of black bears and people. Looking to the future, the conservation of black bears will require a multifaceted approach that addresses the complex social, ecological, and economic factors that shape the relationship between bears and humans. This will involve ongoing research to better understand black bear ecology, behavior, and population dynamics, as well as the development of innovative strategies for reducing human-bear conflicts and promoting coexistence. Education and outreach will also play a critical role in fostering a greater appreciation for black bears and their place in the natural world. By teaching people about bear biology, behavior, and the importance of protecting bear habitat, we can help to build a culture of coexistence that values the presence of these magnificent animals on the landscape. Additionally, the integration of Indigenous knowledge and perspectives into black bear conservation and management will be essential for developing culturally relevant and sustainable strategies for protecting bears and their habitats. By learning from the deep ecological knowledge and cultural practices of Indigenous peoples, we can gain valuable insights into how to live alongside black bears in a way that honors their intrinsic value and ecological importance. Ultimately, the future of black bears will depend on our willingness to coexist with them and to protect the wild places they call home. By working together to address the challenges facing black bears and their habitats, we can help to ensure that these enigmatic dwellers of the forest continue to thrive for generations to come. From the misty forests of the Pacific Northwest to the hardwood groves of the Appalachian Mountains, black bears have long captured the hearts and imaginations of those who share their world. Their remarkable adaptability, resilience, and enduring presence on the landscape serve as a testament to the power and beauty of the natural world. As we face the challenges of the 21st century, it is more important than ever to recognize the value of black bears and the ecosystems they inhabit. By investing

Black Bears

Join Clarisse and Zofia, two certified bug enthusiasts, on their exploration of the sudden rise in popularity of insects and other arthropods in popular culture . Along the way, learn answers to some of life's biggest questions, including, but not limited to:Why does Gen Z like Franz Kafka's roach so much? How many beetles does it take to eat a dead kitten? Do stick insects have maternal instincts? And why do so many people like bugs, and just who are these freaks!?

Join Clarisse and Zofia, two certified bug enthusiasts, on their exploration of the sudden rise in popularity of insects and other arthropods in popular culture . Along the way, learn answers to some of life's biggest questions, including, but not limited to: Why does Gen Z like Franz Kafka's roach so much? How many beetles does it take to eat a dead kitten? Do stick insects have maternal instincts? And why do so many people like bugs, and just who are these freaks!?

Thoughts That Bug Me

Understanding performance and physiology for anyone pursuing endurance and adventure goals. <a href="https://performanceattheedge.substack.com?utm_medium=podcast">performanceattheedge.substack.com</a>

Understanding performance and physiology for anyone pursuing endurance and adventure goals. performanceattheedge.substack.com

Understanding performance and physiology for anyone pursuing endurance and adventure goals. <a href="https://performanceattheedge.substack.com?utm_medium=podcast" rel="noopener noreferrer">performanceattheedge.substack.com</a>

Life Sciences Podcasts / Page 39

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