#habs — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #habs, aggregated by home.social.
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Chris Kreider's one-year deal with the #habs is worth $2.15M in guaranteed salary, with another $3.25M in potential bonuses, per sources
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Chris Kreider's one-year deal with the #habs is worth $2.15M in guaranteed salary, with another $3.25M in potential bonuses, per sources
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RE: https://ext.sportsbots.xyz/users/341587783/statuses/2098511280084484531
Here’s another podcast with @[email protected] focused on Lane Hutson! Great fun. #Habs
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RE: https://ext.sportsbots.xyz/users/341587783/statuses/2098511280084484531
Here’s another podcast with @[email protected] focused on Lane Hutson! Great fun. #Habs
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Read all about our heroic team tracking down harmful algae blooms in this new article from Bay Nature -- featuring our field investigators and all-star volunteers!
#HABs #harmfulAlgaeBloomsHAB #harmfulalgaeblooms #bayarea #sfbay #sanfranciscobay #pollution
https://baynature.org/2026/09/10/conservation/pollution/heroic-hab-volunteers-track-algal-blooms/
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RE: https://ext.sportsbots.xyz/users/341587783/statuses/2098367497850253332
Had a great time recording this with @[email protected]. Some thoughts on the top 25 under 25. Have a listen. #Habs
@[email protected] -
NOT so harmless...
Excerpt: "Introducing #KareniaMikimotoi
"The species responsible for recent events in #SouthAustralia beaches, #KMikimotoi, causes harmful #algal blooms in #Asia, #Europe, #SouthAfrica and #SouthAmerica, as well as #Australia and #NewZealand. These blooms all caused fish deaths, and some also caused #breathing difficulties among local #beachgoers.
"The most drastic of these K. mikimotoi blooms have occurred in China over the past two decades. In 2012, more than 300 square kilometres of abalone farms were affected, causing about A$525 million in lost production.
Explaining the toxic effects
"Microalgae can damage the gills of fish and shellfish, preventing them from breathing. This is the main cause of death. But some studies have also found damage to the gastrointestinal tracts and livers of fish.
"Tests using fish gill cells clearly show the dramatic toxic effect of K. mikimotoi. When the fish gill cells were exposed to intact K. mikimotoi cells, after 3.5 hours more than 80% of the fish cells had died.
"Fortunately, the toxin does not persist in the environment after the K. mikimotoi cells are dead. So once the bloom is over, the marine environment can recover relatively quickly.
"Its toxicity is partly due to the algae’s production of 'reactive oxygen species', reactive forms of oxygen molecules which can cause the deaths of cells in high doses. K. mikimotoi cells may also produce lipid (fat) molecules that cause some toxic effects.
"Finally, a very dense bloom of microalgae can sometimes reduce the amount of dissolved oxygen in the water column, which means there is less oxygen for other marine life.
"The human health effects are not very well known but probably relate to the reactive oxygen species being an irritant.
"K. mikimitoi cells can also produce 'mucilage', a type of thick, gluey substance made of complex sugars, which can accumulate #bacteria inside it. This can cause 'sea foam', which was evident on beaches last week.
"A question for many people is whether increasing water temperatures make blooms of K. mikimotoi more likely.
"Another concern is whether nutrient runoff from farms, cities and #aquaculture could cause more harmful algal blooms.
"Unfortunately, for Australia at least, the answer to these questions is we don’t know yet. While we know some harmful algal blooms do increase when nutrient runoff is higher, others actually prefer fewer nutrients or colder temperatures.
"We do know warmer water species seem to be moving further south along the Australian coastline, changing #phytoplankton species abundance and distribution.
"While some microalgal blooms can cause bioluminescence that is beautiful to watch, others such as K. mikimotoi can cause skin and respiratory irritations.
If you notice discoloured water, fish deaths or excessive sea foam along the coast or in an estuary, avoid fishing or swimming in the area and notify local primary industry or environmental authorities in your state."
#OceanHealth #Beaches Algae #SeaFoam #HABs #HarmfulAlgaeBlooms #KareniaMikimotoi #WarmingOceans #Radioactivity #NutrientRunoff #OceansAreLife #ROS #SkinIrritations #RespiratoryIrration #ReactiveOxygenSpecies #DeadZones
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NOT so harmless...
Excerpt: "Introducing #KareniaMikimotoi
"The species responsible for recent events in #SouthAustralia beaches, #KMikimotoi, causes harmful #algal blooms in #Asia, #Europe, #SouthAfrica and #SouthAmerica, as well as #Australia and #NewZealand. These blooms all caused fish deaths, and some also caused #breathing difficulties among local #beachgoers.
"The most drastic of these K. mikimotoi blooms have occurred in China over the past two decades. In 2012, more than 300 square kilometres of abalone farms were affected, causing about A$525 million in lost production.
Explaining the toxic effects
"Microalgae can damage the gills of fish and shellfish, preventing them from breathing. This is the main cause of death. But some studies have also found damage to the gastrointestinal tracts and livers of fish.
"Tests using fish gill cells clearly show the dramatic toxic effect of K. mikimotoi. When the fish gill cells were exposed to intact K. mikimotoi cells, after 3.5 hours more than 80% of the fish cells had died.
"Fortunately, the toxin does not persist in the environment after the K. mikimotoi cells are dead. So once the bloom is over, the marine environment can recover relatively quickly.
"Its toxicity is partly due to the algae’s production of 'reactive oxygen species', reactive forms of oxygen molecules which can cause the deaths of cells in high doses. K. mikimotoi cells may also produce lipid (fat) molecules that cause some toxic effects.
"Finally, a very dense bloom of microalgae can sometimes reduce the amount of dissolved oxygen in the water column, which means there is less oxygen for other marine life.
"The human health effects are not very well known but probably relate to the reactive oxygen species being an irritant.
"K. mikimitoi cells can also produce 'mucilage', a type of thick, gluey substance made of complex sugars, which can accumulate #bacteria inside it. This can cause 'sea foam', which was evident on beaches last week.
"A question for many people is whether increasing water temperatures make blooms of K. mikimotoi more likely.
"Another concern is whether nutrient runoff from farms, cities and #aquaculture could cause more harmful algal blooms.
"Unfortunately, for Australia at least, the answer to these questions is we don’t know yet. While we know some harmful algal blooms do increase when nutrient runoff is higher, others actually prefer fewer nutrients or colder temperatures.
"We do know warmer water species seem to be moving further south along the Australian coastline, changing #phytoplankton species abundance and distribution.
"While some microalgal blooms can cause bioluminescence that is beautiful to watch, others such as K. mikimotoi can cause skin and respiratory irritations.
If you notice discoloured water, fish deaths or excessive sea foam along the coast or in an estuary, avoid fishing or swimming in the area and notify local primary industry or environmental authorities in your state."
#OceanHealth #Beaches Algae #SeaFoam #HABs #HarmfulAlgaeBlooms #KareniaMikimotoi #WarmingOceans #Radioactivity #NutrientRunoff #OceansAreLife #ROS #SkinIrritations #RespiratoryIrration #ReactiveOxygenSpecies #DeadZones
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NOT so harmless...
Excerpt: "Introducing #KareniaMikimotoi
"The species responsible for recent events in #SouthAustralia beaches, #KMikimotoi, causes harmful #algal blooms in #Asia, #Europe, #SouthAfrica and #SouthAmerica, as well as #Australia and #NewZealand. These blooms all caused fish deaths, and some also caused #breathing difficulties among local #beachgoers.
"The most drastic of these K. mikimotoi blooms have occurred in China over the past two decades. In 2012, more than 300 square kilometres of abalone farms were affected, causing about A$525 million in lost production.
Explaining the toxic effects
"Microalgae can damage the gills of fish and shellfish, preventing them from breathing. This is the main cause of death. But some studies have also found damage to the gastrointestinal tracts and livers of fish.
"Tests using fish gill cells clearly show the dramatic toxic effect of K. mikimotoi. When the fish gill cells were exposed to intact K. mikimotoi cells, after 3.5 hours more than 80% of the fish cells had died.
"Fortunately, the toxin does not persist in the environment after the K. mikimotoi cells are dead. So once the bloom is over, the marine environment can recover relatively quickly.
"Its toxicity is partly due to the algae’s production of 'reactive oxygen species', reactive forms of oxygen molecules which can cause the deaths of cells in high doses. K. mikimotoi cells may also produce lipid (fat) molecules that cause some toxic effects.
"Finally, a very dense bloom of microalgae can sometimes reduce the amount of dissolved oxygen in the water column, which means there is less oxygen for other marine life.
"The human health effects are not very well known but probably relate to the reactive oxygen species being an irritant.
"K. mikimitoi cells can also produce 'mucilage', a type of thick, gluey substance made of complex sugars, which can accumulate #bacteria inside it. This can cause 'sea foam', which was evident on beaches last week.
"A question for many people is whether increasing water temperatures make blooms of K. mikimotoi more likely.
"Another concern is whether nutrient runoff from farms, cities and #aquaculture could cause more harmful algal blooms.
"Unfortunately, for Australia at least, the answer to these questions is we don’t know yet. While we know some harmful algal blooms do increase when nutrient runoff is higher, others actually prefer fewer nutrients or colder temperatures.
"We do know warmer water species seem to be moving further south along the Australian coastline, changing #phytoplankton species abundance and distribution.
"While some microalgal blooms can cause bioluminescence that is beautiful to watch, others such as K. mikimotoi can cause skin and respiratory irritations.
If you notice discoloured water, fish deaths or excessive sea foam along the coast or in an estuary, avoid fishing or swimming in the area and notify local primary industry or environmental authorities in your state."
#OceanHealth #Beaches Algae #SeaFoam #HABs #HarmfulAlgaeBlooms #KareniaMikimotoi #WarmingOceans #Radioactivity #NutrientRunoff #OceansAreLife #ROS #SkinIrritations #RespiratoryIrration #ReactiveOxygenSpecies #DeadZones
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NOT so harmless...
Excerpt: "Introducing #KareniaMikimotoi
"The species responsible for recent events in #SouthAustralia beaches, #KMikimotoi, causes harmful #algal blooms in #Asia, #Europe, #SouthAfrica and #SouthAmerica, as well as #Australia and #NewZealand. These blooms all caused fish deaths, and some also caused #breathing difficulties among local #beachgoers.
"The most drastic of these K. mikimotoi blooms have occurred in China over the past two decades. In 2012, more than 300 square kilometres of abalone farms were affected, causing about A$525 million in lost production.
Explaining the toxic effects
"Microalgae can damage the gills of fish and shellfish, preventing them from breathing. This is the main cause of death. But some studies have also found damage to the gastrointestinal tracts and livers of fish.
"Tests using fish gill cells clearly show the dramatic toxic effect of K. mikimotoi. When the fish gill cells were exposed to intact K. mikimotoi cells, after 3.5 hours more than 80% of the fish cells had died.
"Fortunately, the toxin does not persist in the environment after the K. mikimotoi cells are dead. So once the bloom is over, the marine environment can recover relatively quickly.
"Its toxicity is partly due to the algae’s production of 'reactive oxygen species', reactive forms of oxygen molecules which can cause the deaths of cells in high doses. K. mikimotoi cells may also produce lipid (fat) molecules that cause some toxic effects.
"Finally, a very dense bloom of microalgae can sometimes reduce the amount of dissolved oxygen in the water column, which means there is less oxygen for other marine life.
"The human health effects are not very well known but probably relate to the reactive oxygen species being an irritant.
"K. mikimitoi cells can also produce 'mucilage', a type of thick, gluey substance made of complex sugars, which can accumulate #bacteria inside it. This can cause 'sea foam', which was evident on beaches last week.
"A question for many people is whether increasing water temperatures make blooms of K. mikimotoi more likely.
"Another concern is whether nutrient runoff from farms, cities and #aquaculture could cause more harmful algal blooms.
"Unfortunately, for Australia at least, the answer to these questions is we don’t know yet. While we know some harmful algal blooms do increase when nutrient runoff is higher, others actually prefer fewer nutrients or colder temperatures.
"We do know warmer water species seem to be moving further south along the Australian coastline, changing #phytoplankton species abundance and distribution.
"While some microalgal blooms can cause bioluminescence that is beautiful to watch, others such as K. mikimotoi can cause skin and respiratory irritations.
If you notice discoloured water, fish deaths or excessive sea foam along the coast or in an estuary, avoid fishing or swimming in the area and notify local primary industry or environmental authorities in your state."
#OceanHealth #Beaches Algae #SeaFoam #HABs #HarmfulAlgaeBlooms #KareniaMikimotoi #WarmingOceans #Radioactivity #NutrientRunoff #OceansAreLife #ROS #SkinIrritations #RespiratoryIrration #ReactiveOxygenSpecies #DeadZones
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NOT so harmless...
Excerpt: "Introducing #KareniaMikimotoi
"The species responsible for recent events in #SouthAustralia beaches, #KMikimotoi, causes harmful #algal blooms in #Asia, #Europe, #SouthAfrica and #SouthAmerica, as well as #Australia and #NewZealand. These blooms all caused fish deaths, and some also caused #breathing difficulties among local #beachgoers.
"The most drastic of these K. mikimotoi blooms have occurred in China over the past two decades. In 2012, more than 300 square kilometres of abalone farms were affected, causing about A$525 million in lost production.
Explaining the toxic effects
"Microalgae can damage the gills of fish and shellfish, preventing them from breathing. This is the main cause of death. But some studies have also found damage to the gastrointestinal tracts and livers of fish.
"Tests using fish gill cells clearly show the dramatic toxic effect of K. mikimotoi. When the fish gill cells were exposed to intact K. mikimotoi cells, after 3.5 hours more than 80% of the fish cells had died.
"Fortunately, the toxin does not persist in the environment after the K. mikimotoi cells are dead. So once the bloom is over, the marine environment can recover relatively quickly.
"Its toxicity is partly due to the algae’s production of 'reactive oxygen species', reactive forms of oxygen molecules which can cause the deaths of cells in high doses. K. mikimotoi cells may also produce lipid (fat) molecules that cause some toxic effects.
"Finally, a very dense bloom of microalgae can sometimes reduce the amount of dissolved oxygen in the water column, which means there is less oxygen for other marine life.
"The human health effects are not very well known but probably relate to the reactive oxygen species being an irritant.
"K. mikimitoi cells can also produce 'mucilage', a type of thick, gluey substance made of complex sugars, which can accumulate #bacteria inside it. This can cause 'sea foam', which was evident on beaches last week.
"A question for many people is whether increasing water temperatures make blooms of K. mikimotoi more likely.
"Another concern is whether nutrient runoff from farms, cities and #aquaculture could cause more harmful algal blooms.
"Unfortunately, for Australia at least, the answer to these questions is we don’t know yet. While we know some harmful algal blooms do increase when nutrient runoff is higher, others actually prefer fewer nutrients or colder temperatures.
"We do know warmer water species seem to be moving further south along the Australian coastline, changing #phytoplankton species abundance and distribution.
"While some microalgal blooms can cause bioluminescence that is beautiful to watch, others such as K. mikimotoi can cause skin and respiratory irritations.
If you notice discoloured water, fish deaths or excessive sea foam along the coast or in an estuary, avoid fishing or swimming in the area and notify local primary industry or environmental authorities in your state."
#OceanHealth #Beaches Algae #SeaFoam #HABs #HarmfulAlgaeBlooms #KareniaMikimotoi #WarmingOceans #Radioactivity #NutrientRunoff #OceansAreLife #ROS #SkinIrritations #RespiratoryIrration #ReactiveOxygenSpecies #DeadZones
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https://www.lovenhl.com/1594305/ La reconstruction: au coeur des Canadiens de Montréal | Saison 3 | Premier épisode complet #AtlanticDivision #CANADIEN #Canadiens #CanadiensDeMontréal #CH #CRAVE #EasternConference #Episode1 #habs #hockey #LARECONSTRUCTION #lnh #MontrealCanadiens #nhl #RDS #SAISON3
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https://www.lovenhl.com/1594305/ La reconstruction: au coeur des Canadiens de Montréal | Saison 3 | Premier épisode complet #AtlanticDivision #CANADIEN #Canadiens #CanadiensDeMontréal #CH #CRAVE #EasternConference #Episode1 #habs #hockey #LARECONSTRUCTION #lnh #MontrealCanadiens #nhl #RDS #SAISON3
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#NuclearPower is NOT the answer to #ClimateChange!
The effect of climate change on sources of radionuclides to the marine environment
Justin P. Gwynn, et al., 2024
"Blooms of jellyfish are predicted to increase due to warmer ocean temperatures and ocean acidification, with a recent study linking such blooms directly to the thermal pollution of returning cooling water from an NPP."
https://www.nature.com/articles/s43247-024-01241-w.pdf
#NoNukes #NoNukesForAI #HABs #HarmfulAlgaeBlooms #OceanAcidification #NuclearPlants #OceanWarming #WaterIsLife #ROS #ReactiveOxygenSpecies #MarineLife
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#NuclearPower is NOT the answer to #ClimateChange!
The effect of climate change on sources of radionuclides to the marine environment
Justin P. Gwynn, et al., 2024
"Blooms of jellyfish are predicted to increase due to warmer ocean temperatures and ocean acidification, with a recent study linking such blooms directly to the thermal pollution of returning cooling water from an NPP."
https://www.nature.com/articles/s43247-024-01241-w.pdf
#NoNukes #NoNukesForAI #HABs #HarmfulAlgaeBlooms #OceanAcidification #NuclearPlants #OceanWarming #WaterIsLife #ROS #ReactiveOxygenSpecies #MarineLife
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#NuclearPower is NOT the answer to #ClimateChange!
The effect of climate change on sources of radionuclides to the marine environment
Justin P. Gwynn, et al., 2024
"Blooms of jellyfish are predicted to increase due to warmer ocean temperatures and ocean acidification, with a recent study linking such blooms directly to the thermal pollution of returning cooling water from an NPP."
https://www.nature.com/articles/s43247-024-01241-w.pdf
#NoNukes #NoNukesForAI #HABs #HarmfulAlgaeBlooms #OceanAcidification #NuclearPlants #OceanWarming #WaterIsLife #ROS #ReactiveOxygenSpecies #MarineLife
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#NuclearPower is NOT the answer to #ClimateChange!
The effect of climate change on sources of radionuclides to the marine environment
Justin P. Gwynn, et al., 2024
"Blooms of jellyfish are predicted to increase due to warmer ocean temperatures and ocean acidification, with a recent study linking such blooms directly to the thermal pollution of returning cooling water from an NPP."
https://www.nature.com/articles/s43247-024-01241-w.pdf
#NoNukes #NoNukesForAI #HABs #HarmfulAlgaeBlooms #OceanAcidification #NuclearPlants #OceanWarming #WaterIsLife #ROS #ReactiveOxygenSpecies #MarineLife
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#NuclearPower is NOT the answer to #ClimateChange!
The effect of climate change on sources of radionuclides to the marine environment
Justin P. Gwynn, et al., 2024
"Blooms of jellyfish are predicted to increase due to warmer ocean temperatures and ocean acidification, with a recent study linking such blooms directly to the thermal pollution of returning cooling water from an NPP."
https://www.nature.com/articles/s43247-024-01241-w.pdf
#NoNukes #NoNukesForAI #HABs #HarmfulAlgaeBlooms #OceanAcidification #NuclearPlants #OceanWarming #WaterIsLife #ROS #ReactiveOxygenSpecies #MarineLife
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Caufield, Habs ready for Atlantic Division battle
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Here is your lunchtime read - my latest for #LWOS. #Habs rookie camp opens tomorrow and here are the storylines to watch.
@[email protected]Storylines from Montreal Canadiens Rookie Camp https://lastwordonsports.com/hockey/2026/09/10/montreal-canadiens-rookie-camp-storylines/
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#Algal #Toxins emerge as a new concern in #Alaska’s Northern Bering Sea
Locals who depend on the sea for food and culture are trying to understand the risks to traditional foods and wildlife populations in a region undergoing myriad changes
by Yereth Rosen, Alaska Beacon, May 31, 2026 via #ICTNews
Excerpt: "For countless generations, people of the #BeringStrait region have relied on the food they harvest from the sea without worrying about #HarmfulAlgalBlooms [#HABs] that threaten seafood eaters in warmer and more southern latitudes.
"Now, as the Northern Bering Sea undergoes cascading effects of a warming climate, algal risks pose a new challenge.
"The change has been dramatic.
"And it has prompted a change in the way #Nome youth grow up learning about collecting food from the waters around their home. In early April, Nome high school students traveled to Bethel with their science teacher, where they presented their research at the Western Alaska Interdisciplinary Science Conference held by Alaska Sea Grant.
"Algal toxins were present, at very low but detectable levels, in fish they eat.
"Sophomore Audrey Bruner-Alvanna was among the group of student researchers. She said young people are concerned about algal blooms, which proliferate in warmer conditions, and their potential effects on wild food resources.
" 'Because, you know, as the climate changes, as the world gets warmer and stuff, there’s going to be more of these toxins and stuff during summer,' she said. 'I feel like a lot of people that I’ve talked to have been wondering about how our subsistence is going to change in the future based on all of that.'
"The student research came about after one of the nation’s densest and biggest concentrations of toxin-producing Alexandrium algae ever documented burst forth in the waters of the Bering Strait region in 2022.
"Until the appearance of the 'massive bloom, the most toxic bloom, the longest-persisting bloom in the U.S.,' local people barely knew what harmful algal blooms or #Alexandrium are, said Emma Pate, president of the Nome Eskimo Community, the local tribal government.
" 'So we had to figure things out and learn really fast,' Pate said during an October 'Strait Science' presentation hosted by the University of Alaska Fairbanks’ Nome campus."
Read more:
https://ictnews.org/news/algal-toxins-emerge-as-a-new-concern-in-alaskas-northern-bering-sea/#ClimateChange #ToxicAlgae #UniversityOfAlaska #TraditionalFoodSources #NativeAlaskans #WarmingOceans #AlexandriumAlgae
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Mason McTavish to the Montreal Canadiens? | The Basu & Godin Notebook https://www.rawchili.com/4281537/ #AnaheimDucks #ArponBasu #balado #Basu&Godin #BasuandGodin #BasuandGodinNotebook #BellCenter #canadien #CanadiensDeMontréal #ColeCaufield #GeoffMolson #Habs. #hockey #HockeyPodcast #KentHughes #LNH #MarcAntoineGodin #MartinStLouis #MasonMctavish #MontrealCanadiens #MontrealCanadiens #NHL #NHLTrades #NickSuzuki #PatrikLaine #Podcast #SamuelMontembeault #sports #TellementHockey #TheNotebook
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Mason McTavish to the Montreal Canadiens? | The Basu & Godin Notebook https://www.rawchili.com/4281537/ #AnaheimDucks #ArponBasu #balado #Basu&Godin #BasuandGodin #BasuandGodinNotebook #BellCenter #canadien #CanadiensDeMontréal #ColeCaufield #GeoffMolson #Habs. #hockey #HockeyPodcast #KentHughes #LNH #MarcAntoineGodin #MartinStLouis #MasonMctavish #MontrealCanadiens #MontrealCanadiens #NHL #NHLTrades #NickSuzuki #PatrikLaine #Podcast #SamuelMontembeault #sports #TellementHockey #TheNotebook