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#planetaryhealth — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #planetaryhealth, aggregated by home.social.

  1. #Gesundheit und #Nachhaltigkeit hängen eng zusammen. Und in beiden Bereichen stockt die Transformation aus ähnlichen Gründen: bestehende Machtverhältnisse, die Individualisierung von Verantwortung und die Polykrise, die langfristige, präventive Strategien in den Hintergrund drängt.

    Welche Ansätze und Bündnisse es braucht, zeigt die aktuelle Ausgabe „Ökologisches Wirtschaften“ ioew.de/news/article/planetare #PlanetaryHealth #OneHealth #EcoHealth

  2. Etwa 400 Referierende, darunter Mitarbeitende des UBA, bringen ihre Expertise in die Veranstaltungen ein, unter anderem zu den Themen #Klima und #Gesundheit, #Umweltgerechtigkeit und #PlanetaryHealth.

  3. Pharmaceutical pollution from wastewater is widespread in rivers and lakes — and it doesn’t stay there.

    Studies show drug residues accumulate in aquatic insects, then move into terrestrial food webs when birds and bats eat them.

    Researchers have found changes in insect physiology and behavior, with possible ripple effects for ecosystems.

    The full consequences remain largely unknown.

    by Sean Mowbray
    news.mongabay.com/2026/02/inse

    #news #climatechange #conservation #ecosystems #planetaryhealth

  4. @peterdutoit thank you for sharing, Peter. It's interesting and I wonder, how this will impact global temperatures and the earth's energy-system(s).

    I stumbled about the x-achis though and didn't promptly recognised it's meaning, so I add the abbreviations for all: these are the three-month climate periods (climate seasons), starting with DJF = december to february and so forth.

    #ClimateScience #PlanetaryHealth #PlanetaryBoundaries #RadiativeForcing #ErdErwärmung #PlanetareGrenzen

  5. Not smoking may cause long healthy lives for yourself and your loved ones.

    Bikes, Trains and walking cause health, fresh air and intact nature.

    Avoiding AI causes human intelligence and skills, energy transition and planetary health.

    Vaccines and masks cause your loved ones not to develop horrible deseases that might otherwise make them choose assisted suicide.

    Degrowth, sharing and sufficiency cause the good life for everybody.

    Diversity and inclusion cause happiness and resilience.

    Empathy and solidarity solve all problems.

    Doing as good as you can in regards to the points above makes a huge difference. :flan_heart:
    Thank you and please don't judge yourself.

    #empathy #solidarity #diversity #inclusion #ClimateJustice #PlanetaryHealth #OneHealth #EnergyTransition #MobilityTransition #degrowth #sufficiency

  6. 🩺 CUANDO NOS RECETAN SALUD PLANETARIA

    Descubre con la doctora Miriam Navarro el fascinante concepto de “Salud Planetaria”: cómo nuestras decisiones cotidianas impactan en el medioambiente y cómo este, a su vez, determina nuestra calidad de vida. Una charla imprescindible para entender que cuidar el planeta es cuidarnos a nosotros mismos.

    Aprende a tomar decisiones más saludables para ti y para el planeta.
    📅 27 nov | 🕢 19:00h | 🏛 Museo de Arte Contemporáneo
    #PlanetaryHealth #BienestarIntegral

  7. Earth Has Crossed 7 of 9 Limits Keeping It Safe for Humans. “Humanity Is Pushing Beyond the Limits of a Safe Operating Space,” Scientists Say

    A seventh planetary boundary is now breached.

    #PlanetaryHealth #PlanetaryHealthCheck

    zmescience.com/ecology/earth-s

  8. New paper:
    "Exploring the associations of weather and climate with HIV in sub-Saharan Africa: a systematic review."
    doi.org/10.1136/bmjph-2024-001
    Led by Matylda Buczkowska.
     
    #weather #climate #HIV #AIDS #HIVAIDS #ClimateChange #SubSaharanAfrica #GlobalHealth #Health #PlanetaryHealth

  9. The #PhilosophicalTransactionsRoyalSocietyB has a special issue on "Transforming terrestrial #Food systems for #human and planetary #health which can be accessed here:
    royalsocietypublishing.org/toc

    #FoodSystems #PlanetaryHealth

    How to transform the failing global food system to provide a resilient, #sustainable food future is one of the most urgent problems facing the world. There are increasing calls for a need to transform the system as some of the greatest challenges facing humankind (#ClimateChange, #BiodiversityLoss, #obesity) are linked with how we produce and consume food. Global changes in food demand and dietary habits are placing an unsustainable burden on healthcare systems and environmental #sustainability.

    It is within this context that United Kingdom Research and Innovation (#UKRI) invested £47.5 million into a programme ‘Transforming the UK Food System for Healthy People and a Healthy Environment’ (#TUKFS). The objective of the programme is to fundamentally transform the UK food system by placing healthy people and a healthy natural environment at its centre. In this theme issue, leading researchers involved with this programme describe some of the major outputs: new data, evidence and conclusions covering key components and stakeholders of the food system. The papers here provide a case study from the UK which can be compared to and inform policies around the world.

  10. Lives disrupted and stunted by ongoing climate disasters

    "Unicef-commissioned report shows being unable to finish high school – and the associated wage loss – is the most significant impact of increasingly frequent disasters on young people. Experts and advocates fear the lifelong consequences facing young people are being overlooked in disaster responses as what were previously known as “one-in-a-hundred years” disasters increase in frequency and severity."

    "Unicef Australia is calling for the government to create a policy framework to support young people during and after natural disasters. “[We need] a better plan around the things that children need, around education and having enough supports to help them with their mental health if they’re traumatised by an event."
    >>
    theguardian.com/australia-news
    #PlanetaryHealth #FossilFuels #ClimateBreakdown #intergenerationalJustice #inequality #YoungPeople #children #parenting #ChildAbuse #bushfires #floods #disasters #HeatStress #MentalHealth #trauma #HotOcean #FoamAndBlooms

  11. #PlanetaryBoundaries & #PlanetaryHealth: PIK Director Johan Rockström & PIK scientist Lisa Pörtner will speak at #PHAM2025!
    📅 October 2025
    📍 Rotterdam, Netherlands
    🔗 pham2025.com/

  12. The future of our planet depends on the choices we make today. Every decision to embrace sustainability, community cooperation, and regenerative practices creates ripple effects that shape tomorrow's world for generations to come.
    onecommunityglobal.org/

    #TheFuture #ChoicesWeMAke #Sustainability #RegenerativePractices #CommunityCooperation #GenerationalImpact #PlanetaryHealth #OpenSource

  13. Canadian Wildfires & Saharan dust – a complex mixture of aerosols over Europe in recent days. Aerosol Optical Depth Forecast for organic matter and dust, update 2025-06-13. Impressive new animation by the scientists @CopernicusEU

    youtu.be/L9NlJsJUUTg

    Explaining corresponding article: atmosphere.copernicus.eu/new-c

    #PlanetaryHealth #Aerosols #PlanetaryScience #PlanetaryBoundary #SciComm #WildFire #Dust #Observatory

  14. 🌍🧑‍🌾 Damit #Landwirtschaft planetare Grenzen einhalten kann, müssen sich die Ernährungsmuster drastisch ändern. Doch warum ist das so schwer? Und wie kommen wir von immer neuen Vorschlägen und Kommissionspapieren zu einer gelingenden #Ernährungswende?

    Mit diesen Fragen beschäftigt sich die neue Ausgabe von Ökologie & Landbau und ihrem Themenschwerpunkt »Die Zukunft der Ernährung«.

    👉 oekom.de/ausgabe/die-zukunft-d

    #ernährung #ernährungsrat #tierwohl #ökolandbau #biolandbau
    #planetaryhealth

  15. Change doesn’t need to be loud to be powerful.

    This week’s reflection explores how the Gaian Way has grown—not with noise, but with deep-rooted, intentional action.

    gaianway.org/the-quiet-revolut

    #GaianWay #QuietRevolution #PlanetaryHealth

  16. Change doesn’t need to be loud to be powerful.

    This week’s reflection explores how the Gaian Way has grown—not with noise, but with deep-rooted, intentional action.

    gaianway.org/the-quiet-revolut

    #GaianWay #QuietRevolution #PlanetaryHealth

  17. Paper by me (+ Cooper & Rott) on Tick hazard in the South Downs National Park (UK) + how to control without reducing ecosystem health. Free-to-read in @PeerJ at: peerj.com/articles/17483

    Funders: @britishdeersoc , @BritishEcolSoc

    ABSTRACT:
    Background. #SouthDowns National Park (SDNP) is UK’s most visited #NationalPark, and a focus of tick-borne #Lymedisease. UK's first presumed locally acquired cases of #TBE and #babesiosis were recorded in 2019–20. The #SouthDownsNationalPark aims to conserve wildlife and encourage recreation, so interventions are needed that reduce hazard without negatively affecting ecosystem health. To be successful these require knowledge of site hazards.

    Methods. British Deer Society members submitted ticks removed from deer. Key potential intervention sites were selected and six 50 m2 transects drag-sampled per site (mostly twice yearly for 2 years). #Ticks were identified in-lab (sex, life stage, species), hazard measured as tick presence, density of ticks (all life stages, DOT), and density of nymphs (DON). Sites and habitat types were analysed for association with hazard. Distribution was mapped by combining our results with records from five other sources.

    Results. A total of 87 Ixodes ricinus (all but one adults, 82% F) were removed from 14 deer (10 Dama dama; three Capreolus capreolus; one not recorded; tick burden, 1–35) at 12 locations (commonly woodland). Five key potential intervention sites were identified and drag-sampled 2015–16, collecting 623 ticks (238 on-transects): 53.8% nymphs, 42.5% larvae, 3.7% adults (13 M, 10 F). Ticks were present on-transects at all sites: I. ricinus at three (The Mens (TM); Queen Elizabeth Country Park (QECP); Cowdray Estate (CE)), Haemaphysalis punctata at two (Seven Sisters Country Park (SSCP); Ditchling Beacon Nature Reserve (DBNR)). TM had the highest DOT at 30/300 m2 (DON = 30/300 m2), followed by QECP 22/300 m2 (12/300 m2), CE 8/300 m2 (6/300 m2), and SSCP 1/300 m2 (1/300 m2). For I. ricinus, nymphs predominated in spring, larvae in the second half of summer and early autumn. The overall ranking of site hazard held for DON and DOT from both seasonal sampling periods. DBNR was sampled 2016 only (one adult H. punctata collected). Woodland had significantly greater hazard than downland, but ticks were present at all downland sites. I. ricinus has been identified in 33/37 of SDNPs 10 km2 grid squares, Ixodes hexagonus 10/37, H. punctata 7/37, Dermacentor reticulatus 1/37.

    Conclusions. Mapping shows tick hazard broadly distributed across SDNP. I. ricinus was most common, but H. punctata’s seeming range expansion is concerning. Recommendations: management of small heavily visited high hazard plots (QECP); post-visit precaution signage (all sites); repellent impregnated clothing for deerstalkers; flock trials to control H. punctata (SSCP, DBNR). Further research at TM may contribute to knowledge on ecological dynamics underlying infection density and predator re-introduction/protection as public health interventions. #EcologicalResearch on H. punctata would aid control. SDNP Authority is ideally placed to link and champion policies to reduce hazard, whilst avoiding or reducing conflict between public health and ecosystem health.

    #OneHealth #PlanetaryHealth #TickAware #DiseaseEcology #ConservationBiology #Acarology #MedicalEntomology #parasites #parasitology #lymedisease

  18. Paper by me (+ Cooper & Rott) on Tick hazard in the South Downs National Park (UK) + how to control without reducing ecosystem health. Free-to-read in @PeerJ at: peerj.com/articles/17483

    Funders: @britishdeersoc , @BritishEcolSoc

    ABSTRACT:
    Background. #SouthDowns National Park (SDNP) is UK’s most visited #NationalPark, and a focus of tick-borne #Lymedisease. UK's first presumed locally acquired cases of #TBE and #babesiosis were recorded in 2019–20. The #SouthDownsNationalPark aims to conserve wildlife and encourage recreation, so interventions are needed that reduce hazard without negatively affecting ecosystem health. To be successful these require knowledge of site hazards.

    Methods. British Deer Society members submitted ticks removed from deer. Key potential intervention sites were selected and six 50 m2 transects drag-sampled per site (mostly twice yearly for 2 years). #Ticks were identified in-lab (sex, life stage, species), hazard measured as tick presence, density of ticks (all life stages, DOT), and density of nymphs (DON). Sites and habitat types were analysed for association with hazard. Distribution was mapped by combining our results with records from five other sources.

    Results. A total of 87 Ixodes ricinus (all but one adults, 82% F) were removed from 14 deer (10 Dama dama; three Capreolus capreolus; one not recorded; tick burden, 1–35) at 12 locations (commonly woodland). Five key potential intervention sites were identified and drag-sampled 2015–16, collecting 623 ticks (238 on-transects): 53.8% nymphs, 42.5% larvae, 3.7% adults (13 M, 10 F). Ticks were present on-transects at all sites: I. ricinus at three (The Mens (TM); Queen Elizabeth Country Park (QECP); Cowdray Estate (CE)), Haemaphysalis punctata at two (Seven Sisters Country Park (SSCP); Ditchling Beacon Nature Reserve (DBNR)). TM had the highest DOT at 30/300 m2 (DON = 30/300 m2), followed by QECP 22/300 m2 (12/300 m2), CE 8/300 m2 (6/300 m2), and SSCP 1/300 m2 (1/300 m2). For I. ricinus, nymphs predominated in spring, larvae in the second half of summer and early autumn. The overall ranking of site hazard held for DON and DOT from both seasonal sampling periods. DBNR was sampled 2016 only (one adult H. punctata collected). Woodland had significantly greater hazard than downland, but ticks were present at all downland sites. I. ricinus has been identified in 33/37 of SDNPs 10 km2 grid squares, Ixodes hexagonus 10/37, H. punctata 7/37, Dermacentor reticulatus 1/37.

    Conclusions. Mapping shows tick hazard broadly distributed across SDNP. I. ricinus was most common, but H. punctata’s seeming range expansion is concerning. Recommendations: management of small heavily visited high hazard plots (QECP); post-visit precaution signage (all sites); repellent impregnated clothing for deerstalkers; flock trials to control H. punctata (SSCP, DBNR). Further research at TM may contribute to knowledge on ecological dynamics underlying infection density and predator re-introduction/protection as public health interventions. #EcologicalResearch on H. punctata would aid control. SDNP Authority is ideally placed to link and champion policies to reduce hazard, whilst avoiding or reducing conflict between public health and ecosystem health.

    #OneHealth #PlanetaryHealth #TickAware #DiseaseEcology #ConservationBiology #Acarology #MedicalEntomology #parasites #parasitology #lymedisease

  19. Paper by me (+ Cooper & Rott) on Tick hazard in the South Downs National Park (UK) + how to control without reducing ecosystem health. Free-to-read in @PeerJ at: peerj.com/articles/17483

    Funders: @britishdeersoc , @BritishEcolSoc

    ABSTRACT:
    Background. #SouthDowns National Park (SDNP) is UK’s most visited #NationalPark, and a focus of tick-borne #Lymedisease. UK's first presumed locally acquired cases of #TBE and #babesiosis were recorded in 2019–20. The #SouthDownsNationalPark aims to conserve wildlife and encourage recreation, so interventions are needed that reduce hazard without negatively affecting ecosystem health. To be successful these require knowledge of site hazards.

    Methods. British Deer Society members submitted ticks removed from deer. Key potential intervention sites were selected and six 50 m2 transects drag-sampled per site (mostly twice yearly for 2 years). #Ticks were identified in-lab (sex, life stage, species), hazard measured as tick presence, density of ticks (all life stages, DOT), and density of nymphs (DON). Sites and habitat types were analysed for association with hazard. Distribution was mapped by combining our results with records from five other sources.

    Results. A total of 87 Ixodes ricinus (all but one adults, 82% F) were removed from 14 deer (10 Dama dama; three Capreolus capreolus; one not recorded; tick burden, 1–35) at 12 locations (commonly woodland). Five key potential intervention sites were identified and drag-sampled 2015–16, collecting 623 ticks (238 on-transects): 53.8% nymphs, 42.5% larvae, 3.7% adults (13 M, 10 F). Ticks were present on-transects at all sites: I. ricinus at three (The Mens (TM); Queen Elizabeth Country Park (QECP); Cowdray Estate (CE)), Haemaphysalis punctata at two (Seven Sisters Country Park (SSCP); Ditchling Beacon Nature Reserve (DBNR)). TM had the highest DOT at 30/300 m2 (DON = 30/300 m2), followed by QECP 22/300 m2 (12/300 m2), CE 8/300 m2 (6/300 m2), and SSCP 1/300 m2 (1/300 m2). For I. ricinus, nymphs predominated in spring, larvae in the second half of summer and early autumn. The overall ranking of site hazard held for DON and DOT from both seasonal sampling periods. DBNR was sampled 2016 only (one adult H. punctata collected). Woodland had significantly greater hazard than downland, but ticks were present at all downland sites. I. ricinus has been identified in 33/37 of SDNPs 10 km2 grid squares, Ixodes hexagonus 10/37, H. punctata 7/37, Dermacentor reticulatus 1/37.

    Conclusions. Mapping shows tick hazard broadly distributed across SDNP. I. ricinus was most common, but H. punctata’s seeming range expansion is concerning. Recommendations: management of small heavily visited high hazard plots (QECP); post-visit precaution signage (all sites); repellent impregnated clothing for deerstalkers; flock trials to control H. punctata (SSCP, DBNR). Further research at TM may contribute to knowledge on ecological dynamics underlying infection density and predator re-introduction/protection as public health interventions. #EcologicalResearch on H. punctata would aid control. SDNP Authority is ideally placed to link and champion policies to reduce hazard, whilst avoiding or reducing conflict between public health and ecosystem health.

    #OneHealth #PlanetaryHealth #TickAware #DiseaseEcology #ConservationBiology #Acarology #MedicalEntomology #parasites #parasitology #lymedisease

  20. Paper by me (+ Cooper & Rott) on Tick hazard in the South Downs National Park (UK) + how to control without reducing ecosystem health. Free-to-read in @PeerJ at: peerj.com/articles/17483

    Funders: @britishdeersoc , @BritishEcolSoc

    ABSTRACT:
    Background. #SouthDowns National Park (SDNP) is UK’s most visited #NationalPark, and a focus of tick-borne #Lymedisease. UK's first presumed locally acquired cases of #TBE and #babesiosis were recorded in 2019–20. The #SouthDownsNationalPark aims to conserve wildlife and encourage recreation, so interventions are needed that reduce hazard without negatively affecting ecosystem health. To be successful these require knowledge of site hazards.

    Methods. British Deer Society members submitted ticks removed from deer. Key potential intervention sites were selected and six 50 m2 transects drag-sampled per site (mostly twice yearly for 2 years). #Ticks were identified in-lab (sex, life stage, species), hazard measured as tick presence, density of ticks (all life stages, DOT), and density of nymphs (DON). Sites and habitat types were analysed for association with hazard. Distribution was mapped by combining our results with records from five other sources.

    Results. A total of 87 Ixodes ricinus (all but one adults, 82% F) were removed from 14 deer (10 Dama dama; three Capreolus capreolus; one not recorded; tick burden, 1–35) at 12 locations (commonly woodland). Five key potential intervention sites were identified and drag-sampled 2015–16, collecting 623 ticks (238 on-transects): 53.8% nymphs, 42.5% larvae, 3.7% adults (13 M, 10 F). Ticks were present on-transects at all sites: I. ricinus at three (The Mens (TM); Queen Elizabeth Country Park (QECP); Cowdray Estate (CE)), Haemaphysalis punctata at two (Seven Sisters Country Park (SSCP); Ditchling Beacon Nature Reserve (DBNR)). TM had the highest DOT at 30/300 m2 (DON = 30/300 m2), followed by QECP 22/300 m2 (12/300 m2), CE 8/300 m2 (6/300 m2), and SSCP 1/300 m2 (1/300 m2). For I. ricinus, nymphs predominated in spring, larvae in the second half of summer and early autumn. The overall ranking of site hazard held for DON and DOT from both seasonal sampling periods. DBNR was sampled 2016 only (one adult H. punctata collected). Woodland had significantly greater hazard than downland, but ticks were present at all downland sites. I. ricinus has been identified in 33/37 of SDNPs 10 km2 grid squares, Ixodes hexagonus 10/37, H. punctata 7/37, Dermacentor reticulatus 1/37.

    Conclusions. Mapping shows tick hazard broadly distributed across SDNP. I. ricinus was most common, but H. punctata’s seeming range expansion is concerning. Recommendations: management of small heavily visited high hazard plots (QECP); post-visit precaution signage (all sites); repellent impregnated clothing for deerstalkers; flock trials to control H. punctata (SSCP, DBNR). Further research at TM may contribute to knowledge on ecological dynamics underlying infection density and predator re-introduction/protection as public health interventions. #EcologicalResearch on H. punctata would aid control. SDNP Authority is ideally placed to link and champion policies to reduce hazard, whilst avoiding or reducing conflict between public health and ecosystem health.

    #OneHealth #PlanetaryHealth #TickAware #DiseaseEcology #ConservationBiology #Acarology #MedicalEntomology #parasites #parasitology #lymedisease