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#eutrophication — Public Fediverse posts

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

  1. Most of my Himalayan Bird Count birding was in a Cold Temperate Forest with Oaks, Horse Chestnut, Indian Laurel, Rhododendrons, .

    The central focus was around Mesar Kund , a forest pond.

    The correct local name is Mesar Kund, long story about the that I will share soon. But this name is being changed to suit dominant cultural trends.

    #Forest #ForestPond #Eutrophication #habitat #HimalayanBirdCount #EndemicBirdDay #Himalayas

    2/🧵

  2. Most of my Himalayan Bird Count birding was in a Cold Temperate Forest with Oaks, Horse Chestnut, Indian Laurel, Rhododendrons, .

    The central focus was around Mesar Kund , a forest pond.

    The correct local name is Mesar Kund, long story about the that I will share soon. But this name is being changed to suit dominant cultural trends.

    #Forest #ForestPond #Eutrophication #habitat #HimalayanBirdCount #EndemicBirdDay #Himalayas

    2/🧵

  3. Most of my Himalayan Bird Count birding was in a Cold Temperate Forest with Oaks, Horse Chestnut, Indian Laurel, Rhododendrons, .

    The central focus was around Mesar Kund , a forest pond.

    The correct local name is Mesar Kund, long story about the that I will share soon. But this name is being changed to suit dominant cultural trends.

    #Forest #ForestPond #Eutrophication #habitat #HimalayanBirdCount #EndemicBirdDay #Himalayas

    2/🧵

  4. Most of my Himalayan Bird Count birding was in a Cold Temperate Forest with Oaks, Horse Chestnut, Indian Laurel, Rhododendrons, .

    The central focus was around Mesar Kund , a forest pond.

    The correct local name is Mesar Kund, long story about the that I will share soon. But this name is being changed to suit dominant cultural trends.

    #Forest #ForestPond #Eutrophication #habitat #HimalayanBirdCount #EndemicBirdDay #Himalayas

    2/🧵

  5. The most important reasons for this reversal in seagrass abundance are, #management measures, including habitat #restoration, seagrass transplant, #eutrophication reduction, among several others
    Hence, it can be done!

  6. Beach pollution

    "If you imagine in a catchment [where] there's lots of roads, people have pets, people have gardens, lots of vehicles and human activity, these things will add to the increased risk of poor water quality when there's increased rainfall."
    >>
    abc.net.au/news/2025-10-22/bea
    #beach #pollution #beaches #NSW #roads #cars #pets #dogs #runoff #eutrophication #swimming

  7. Beach pollution

    "If you imagine in a catchment [where] there's lots of roads, people have pets, people have gardens, lots of vehicles and human activity, these things will add to the increased risk of poor water quality when there's increased rainfall."
    >>
    abc.net.au/news/2025-10-22/bea
    #beach #pollution #beaches #NSW #roads #cars #pets #dogs #runoff #eutrophication #swimming

  8. Brewing oceans, brewing storms, making a blooming disaster

    "Over the past year, Australia’s oceans have been hotter than ever before...The continued burning of fossil fuels has caused our atmosphere to warm by approximately 1.2 degrees C since the pre-industrial era....If you change what happens in the oceans, you start to change the whole system...The problem with climate change is we’re hitting that system incredibly hard with extra energy and we’re putting a lot of pressure on the oceans."
    >>
    abc.net.au/news/2025-10-02/hot
    #FossilFuels #ClimateBreakdown #ocean #FoamAndBlooms #HABs #hypoxia #MarineEcosystems #biodiversity #MassMortalityEvents #GBR #DeadZones #agriculture #RunOff #eutrophication #dumping #pollution #floods #atmosphere #Australia #mobility #cars #acidification

  9. Brewing oceans, brewing storms, making a blooming disaster

    "Over the past year, Australia’s oceans have been hotter than ever before...The continued burning of fossil fuels has caused our atmosphere to warm by approximately 1.2 degrees C since the pre-industrial era....If you change what happens in the oceans, you start to change the whole system...The problem with climate change is we’re hitting that system incredibly hard with extra energy and we’re putting a lot of pressure on the oceans."
    >>
    abc.net.au/news/2025-10-02/hot
    #FossilFuels #ClimateBreakdown #ocean #FoamAndBlooms #HABs #hypoxia #MarineEcosystems #biodiversity #MassMortalityEvents #GBR #DeadZones #agriculture #RunOff #eutrophication #dumping #pollution #floods #atmosphere #Australia #mobility #cars #acidification

  10. Global oxygen decline in the ocean
    Ocean hypoxia: The science of climate change in the sea

    "... The field will need to draw on ... advances to meet demands for adaptation solutions to the continued progression of global ocean deoxygenation, particularly in conjunction with ocean acidification and marine heatwaves in a multi-stressor scenario."

    Chan, F., Sokolova, I. & Vopel, K. Ocean hypoxia: The science of climate change in the sea. Sci Rep 15, 4260 (2025). doi.org/10.1038/s41598-025-867
    #climate #ocean #hypoxia #HotOcean #eutrophication #acidification #MarineEcosystems #FoamAndBlooms #FossilFuels #agriculture #MassMortalityEvents #foodwebs #OceanDeoxygenation #DeadZones

  11. "Lough Neagh’s recurrent algal blooms, which choke aquatic life, are caused by an overload of phosphorus and nitrogen entering the lough system."

    We have known about the relationship between #nutrient_runoff, #eutrophication and #algaebloom of all types since at least 1970 (well, at least those of of us who were old enough to follow the news, and actually paid attention to the environmental news.) Why hasn't there been more action to correct these problems?

    theguardian.com/environment/20

    #pollution #ecosystem

  12. (4/x) … #eutrophication & ozone depletion, and their better performance on resource use; #dairy & meat alternatives show better #environment performance vs their animal-based counterparts. Plant-based #diets have low #environment footprints and can reduce risk of diseases… doi.org/10.3390/food...

  13. Scientists Sounding Alarm As World’s Largest #Tropical #Lake Turns Green
    In #LakeVictoria, #eutrophication and resulting #HAB have been caused by over a century of human activity sending nutrients into lake’s water. #Agricultural #runoff, #sewage, and industrial #wastewater have all been linked to the problem, as well as products of slash and burn practices, biomass burning, and industry being sent up into the atmosphere and dumped down into lake.
    iflscience.com/scientists-soun
    archive.ph/5tHQw

  14. Lifeless rock pools at Sawtell

    After cyclone Alfred whipped up a 'bacteria smoothy' along Australia's east coast the sea foam then merged with a 'flush' from the suburbs. Dislodged smelly sponges at Sawtell beach made breathing and contact impossible. Even without fossil fueled disasters the intertidal zone at the north end of the beach is barren. The rock pools and crevices no longer house sea anemones, crabs, black nerites, limpets, sea stars, mulberry oyster borers, algae, sea anemones, sponges, tube worms, sea stars, oysters, and fish.

    Still good enough for hosting 'sports' and advertising events amplified by megaphone so they can be heard at Lord Howe Island too.

    #FossilFuels #disasters #runoff #eutrophication #Seafoam #pollution #Nocardiae #sewage #SewageTreatment #NSW #Sawtell #beach #EventSpace #erosion #IntertidalZone #MarineLife #loss #biodiversity

  15. Lifeless rock pools at Sawtell

    After cyclone Alfred whipped up a 'bacteria smoothy' along Australia's east coast the sea foam then merged with a 'flush' from the suburbs. Dislodged smelly sponges at Sawtell beach made breathing and contact impossible. Even without fossil fueled disasters the intertidal zone at the north end of the beach is barren. The rock pools and crevices no longer house sea anemones, crabs, black nerites, limpets, sea stars, mulberry oyster borers, algae, sea anemones, sponges, tube worms, sea stars, oysters, and fish.

    Still good enough for hosting 'sports' and advertising events amplified by megaphone so they can be heard at Lord Howe Island too.

    #FossilFuels #disasters #runoff #eutrophication #Seafoam #pollution #Nocardiae #sewage #SewageTreatment #NSW #Sawtell #beach #EventSpace #erosion #IntertidalZone #MarineLife #loss #biodiversity

  16. Lifeless rock pools at Sawtell

    After cyclone Alfred whipped up a 'bacteria smoothy' along Australia's east coast the sea foam then merged with a 'flush' from the suburbs. Dislodged smelly sponges at Sawtell beach made breathing and contact impossible. Even without fossil fueled disasters the intertidal zone at the north end of the beach is barren. The rock pools and crevices no longer house sea anemones, crabs, black nerites, limpets, sea stars, mulberry oyster borers, algae, sea anemones, sponges, tube worms, sea stars, oysters, and fish.

    Still good enough for hosting 'sports' and advertising events amplified by megaphone so they can be heard at Lord Howe Island too.

    #FossilFuels #disasters #runoff #eutrophication #Seafoam #pollution #Nocardiae #sewage #SewageTreatment #NSW #Sawtell #beach #EventSpace #erosion #IntertidalZone #MarineLife #loss #biodiversity

  17. Lifeless rock pools at Sawtell

    After cyclone Alfred whipped up a 'bacteria smoothy' along Australia's east coast the sea foam then merged with a 'flush' from the suburbs. Dislodged smelly sponges at Sawtell beach made breathing and contact impossible. Even without fossil fueled disasters the intertidal zone at the north end of the beach is barren. The rock pools and crevices no longer house sea anemones, crabs, black nerites, limpets, sea stars, mulberry oyster borers, algae, sea anemones, sponges, tube worms, sea stars, oysters, and fish.

    Still good enough for hosting 'sports' and advertising events amplified by megaphone so they can be heard at Lord Howe Island too.

    #FossilFuels #disasters #runoff #eutrophication #Seafoam #pollution #Nocardiae #sewage #SewageTreatment #NSW #Sawtell #beach #EventSpace #erosion #IntertidalZone #MarineLife #loss #biodiversity

  18. Lifeless rock pools at Sawtell

    After cyclone Alfred whipped up a 'bacteria smoothy' along Australia's east coast the sea foam then merged with a 'flush' from the suburbs. Dislodged smelly sponges at Sawtell beach made breathing and contact impossible. Even without fossil fueled disasters the intertidal zone at the north end of the beach is barren. The rock pools and crevices no longer house sea anemones, crabs, black nerites, limpets, sea stars, mulberry oyster borers, algae, sea anemones, sponges, tube worms, sea stars, oysters, and fish.

    Still good enough for hosting 'sports' and advertising events amplified by megaphone so they can be heard at Lord Howe Island too.

    #FossilFuels #disasters #runoff #eutrophication #Seafoam #pollution #Nocardiae #sewage #SewageTreatment #NSW #Sawtell #beach #EventSpace #erosion #IntertidalZone #MarineLife #loss #biodiversity

  19. Fossil fuels are heating the oceans, killing fish and corals

    "Authorities investigate after thousands of leatherjacket fish wash up on NSW and Queensland beaches Mass fish kill of juvenile leatherjackets along NSW south coast, from Lake Conjola to Narooma, and on Sunshine Coast." >>
    theguardian.com/environment/20

    Ningaloo and Great Barrier Reef hit by ‘profoundly distressing’ simultaneous coral bleaching events >>
    theguardian.com/environment/20
    #FossilFuels #ocean #MarineLife #biodiversity #GBR #reef #runoff #pollution #eutrophication #MassMortalities

  20. Early 2024, my 2nd PhD Chapter was published about the key roles of species body sizes and trophic positions in determining the outcomes of #invasivespecies in communities subject to gradients of #temperature and nutrients levels. A pretty cool study with N. Pichon, A. Sentis and D. Boukal.

    Read more there:
    onlinelibrary.wiley.com/doi/fu

    #warming #eutrophication #foodweb #biodiversity #stability #ecology #metabolicEcology #species #extinction #trophic_cascades #trophic_interactions

  21. Early 2024, my 2nd PhD Chapter was published about the key roles of species body sizes and trophic positions in determining the outcomes of #invasivespecies in communities subject to gradients of #temperature and nutrients levels. A pretty cool study with N. Pichon, A. Sentis and D. Boukal.

    Read more there:
    onlinelibrary.wiley.com/doi/fu

    #warming #eutrophication #foodweb #biodiversity #stability #ecology #metabolicEcology #species #extinction #trophic_cascades #trophic_interactions

  22. Early 2024, my 2nd PhD Chapter was published about the key roles of species body sizes and trophic positions in determining the outcomes of #invasivespecies in communities subject to gradients of #temperature and nutrients levels. A pretty cool study with N. Pichon, A. Sentis and D. Boukal.

    Read more there:
    onlinelibrary.wiley.com/doi/fu

    #warming #eutrophication #foodweb #biodiversity #stability #ecology #metabolicEcology #species #extinction #trophic_cascades #trophic_interactions

  23. Early 2024, my 2nd PhD Chapter was published about the key roles of species body sizes and trophic positions in determining the outcomes of #invasivespecies in communities subject to gradients of #temperature and nutrients levels. A pretty cool study with N. Pichon, A. Sentis and D. Boukal.

    Read more there:
    onlinelibrary.wiley.com/doi/fu

    #warming #eutrophication #foodweb #biodiversity #stability #ecology #metabolicEcology #species #extinction #trophic_cascades #trophic_interactions

  24. Early 2024, my 2nd PhD Chapter was published about the key roles of species body sizes and trophic positions in determining the outcomes of #invasivespecies in communities subject to gradients of #temperature and nutrients levels. A pretty cool study with N. Pichon, A. Sentis and D. Boukal.

    Read more there:
    onlinelibrary.wiley.com/doi/fu

    #warming #eutrophication #foodweb #biodiversity #stability #ecology #metabolicEcology #species #extinction #trophic_cascades #trophic_interactions

  25. Our results also demonstrate how anthropogenic disturbances (e.g. habitat #eutrophication) can have profound effects on freshwater communities, including sudden population collapses and cascading extinctions.

  26. A look back at my 1st paper in 2021, when my 1st PhD chapter was out, on the role of body size and mesohabitats productivities in the linkage of #pelagic & #benthic systems, with David Boukal.
    #ecology #limnology #eutrophication #foodweb
    doi.org/10.1111/ele.13772

  27. A look back at my 1st paper in 2021, when my 1st PhD chapter was out, on the role of body size and mesohabitats productivities in the linkage of #pelagic & #benthic systems, with David Boukal.
    #ecology #limnology #eutrophication #foodweb
    doi.org/10.1111/ele.13772

  28. A look back at my 1st paper in 2021, when my 1st PhD chapter was out, on the role of body size and mesohabitats productivities in the linkage of #pelagic & #benthic systems, with David Boukal.
    #ecology #limnology #eutrophication #foodweb
    doi.org/10.1111/ele.13772

  29. A look back at my 1st paper in 2021, when my 1st PhD chapter was out, on the role of body size and mesohabitats productivities in the linkage of #pelagic & #benthic systems, with David Boukal.
    #ecology #limnology #eutrophication #foodweb
    doi.org/10.1111/ele.13772

  30. A look back at my 1st paper in 2021, when my 1st PhD chapter was out, on the role of body size and mesohabitats productivities in the linkage of #pelagic & #benthic systems, with David Boukal.
    #ecology #limnology #eutrophication #foodweb
    doi.org/10.1111/ele.13772

  31. We show that
    > 1) temperature-dependent vital rates, especially growth, are more important than temperature-driven changes in body size for community responses to #warming and #eutrophication
    > 2) thermal niche mismatches between prey and predator have different effects on community transitions.

  32. New publication: Riverine connectivity modulates elemental fluxes through a 200-year period of intensive anthropic change in the Magdalena River floodplains, Colombia. #biogeochemistry #climatechange #eutrophication #palaeolimnology
    doi.org/10.1016/j.watres.2024.

  33. The #foodsystem is a key driver of environmental change. Robust #footprint approaches can estimate the #environment impacts of foods & beverages for GHG #emissions, water- & #landuse, acidification & #eutrophication using life cycle assessments: doi.org/10.1016/j.spc.2024.07. #LCA (1/2)