home.social

#alaskan — Public Fediverse posts

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

  1. Alaskan.Social is an independent Mastodon server created, moderated and owned by Alaskans.

    :Fediverse: alaskan.social

    You can find out more at alaskan.social/about or contact the admin account @moderators

    #FeaturedServer #Alaska #Alaskan #Mastodon #Fediverse #FreeFediverse

  2. I was driving home from work this morning when I saw a little moose eating tree branches. Shortly thereafter, mother moose wandered over closer to her little one.

    I was inspired to take a few photos from my car window. Especially, since there seems to be a little extra interest in the couple of moose photos that I posted a few of days ago. I appreciate that very much! 😃

    I cropped/enlarged a few of them.

    #alaska #wildlife #snow #outdoors #alaskan #moose #anchorage #nature #photography #winter

  3. Road to MIR.EXE: 2061
    The new #Alaskan government #secedes from the United States and declares itself the Federated States of Alaska (FSA), with #Anchorage as its national capital. Cryosaga provides the capital and means to fund the Alaskan #defense. Russia, the PRC, Japan, Iran, India, and Pakistan quickly recognize the FSA’s #sovereignty in a bid to gain favored access to raw materials.
    a.co/d/aGCxatK

    #scifi #sciencefiction #cyberpunk #books #bookish #indieauthor #indiescifi #syfy

  4. Alaskan.Social is an independent Mastodon server created, moderated and owned by Alaskans.

    :Fediverse: alaskan.social

    You can find out more at alaskan.social/about or contact the admin account @moderators

    #FeaturedServer #Alaska #Alaskan #Anchorage #Juneau #USA #Mastodon #Fediverse #FreeFediverse

  5. Crumb shot of my multi-seeded sourdough using an Alaskan levain, 10% scalded home milled Atle grain, 10% scalded YQ wheat, dulse seaweed, lemon zest, sage, 80% very strong white Canadian flour plus 65g mixed seeds.
#sourdough #bread #breadsky #canadian #alaskan #dulse

  6. Crumb shot of my multi-seeded sourdough using an Alaskan levain, 10% scalded home milled Atle grain, 10% scalded YQ wheat, dulse seaweed, lemon zest, sage, 80% very strong white Canadian flour plus 65g mixed seeds.
#sourdough #bread #breadsky #canadian #alaskan #dulse

  7. Crumb shot of my multi-seeded sourdough using an Alaskan levain, 10% scalded home milled Atle grain, 10% scalded YQ wheat, dulse seaweed, lemon zest, sage, 80% very strong white Canadian flour plus 65g mixed seeds.
#sourdough #bread #breadsky #canadian #alaskan #dulse

  8. Crumb shot of my multi-seeded sourdough using an Alaskan levain, 10% scalded home milled Atle grain, 10% scalded YQ wheat, dulse seaweed, lemon zest, sage, 80% very strong white Canadian flour plus 65g mixed seeds.
#sourdough #bread #breadsky #canadian #alaskan #dulse

  9. Crumb shot of my multi-seeded sourdough using an Alaskan levain, 10% scalded home milled Atle grain, 10% scalded YQ wheat, dulse seaweed, lemon zest, sage, 80% very strong white Canadian flour plus 65g mixed seeds.
#sourdough #bread #breadsky #canadian #alaskan #dulse

  10. Out of the oven - multi-seeded sourdough using an Alaskan levain, 10% scalded home milled Atle grain, 10% scalded YQ wheat, dulse seaweed, lemon zest, sage, 80% very strong white Canadian flour plus 65g mixed seeds.
#sourdough #bread #breadsky #canadian #alaskan #dulse

  11. Multi-seeded sourdough using an Alaskan levain after 5.5hrs in proofer @ 26°C. 10% scalded home milled Atle grain, 10% scalded YQ wheat, dulse seaweed, lemon zest, sage, 80% very strong white Canadian flour plus 65g mixed seeds.
#sourdough #bread #breadsky #canadian #alaskan #dulse

  12. Trump is on a field trip to #Asia where he’s hoping to get time with #KimJongUn, plans to meet with #China ’s President #Xi to finalize a deal for #TikTok, and announced his plan to open up oil production in the #Alaskan wilderness. youtu.be/fSwtv-WZkIE?...

    Trump In Asia: Showmanship, Bu...

  13. 6:00AM: 45F, mostly cloudy.

    I'm baaaaack! I slacked off for a few days because typing with only one hand is laborious, 😆

    Mostly sunny today and it ended up mostly sunny yesterday on Alaska Day.

    It's a HUGE holiday in Sitka, for obvious reasons, barely mentioned in the rest of the state. But it's a state holiday, so there's that. 😉

    Heavy rain on Monday! yay!

    #MyAlaskaWx #Sitka #Alaskan

  14. #USpol #GeoPol, #Russia, #US, #WarInUkraine #Trump, #Putin

    *👉The #Alaskan #NothingBurger? 👈*
    A 🧵

    While some political commentators have called the Trump-Putin summit in #Alaska a "nothing burger." --*I* beg to differ.

    The event has ostensibly been a summit without any tangible results. However, the general public or even the NATO allies not knowing the terms or the agreements does not mean that there hasn't been an agreement.

    These commentators overlook the fact, though that #Trump + #Putin

  15. #USpol #GeoPol, #Russia, #US, #WarInUkraine #Trump, #Putin

    *👉The #Alaskan #NothingBurger? 👈*
    A 🧵

    While some political commentators have called the Trump-Putin summit in #Alaska a "nothing burger." --*I* beg to differ.

    The event has ostensibly been a summit without any tangible results. However, the general public or even the NATO allies not knowing the terms or the agreements does not mean that there hasn't been an agreement.

    These commentators overlook the fact, though that #Trump + #Putin

  16. #USpol #GeoPol, #Russia, #US, #WarInUkraine #Trump, #Putin

    *👉The #Alaskan #NothingBurger? 👈*
    A 🧵

    While some political commentators have called the Trump-Putin summit in #Alaska a "nothing burger." --*I* beg to differ.

    The event has ostensibly been a summit without any tangible results. However, the general public or even the NATO allies not knowing the terms or the agreements does not mean that there hasn't been an agreement.

    These commentators overlook the fact, though that #Trump + #Putin

  17. #USpol #GeoPol, #Russia, #US, #WarInUkraine #Trump, #Putin

    *👉The #Alaskan #NothingBurger? 👈*
    A 🧵

    While some political commentators have called the Trump-Putin summit in #Alaska a "nothing burger." --*I* beg to differ.

    The event has ostensibly been a summit without any tangible results. However, the general public or even the NATO allies not knowing the terms or the agreements does not mean that there hasn't been an agreement.

    These commentators overlook the fact, though that #Trump + #Putin

  18. #USpol #GeoPol, #Russia, #US, #WarInUkraine #Trump, #Putin

    *👉The #Alaskan #NothingBurger? 👈*
    A 🧵

    While some political commentators have called the Trump-Putin summit in #Alaska a "nothing burger." --*I* beg to differ.

    The event has ostensibly been a summit without any tangible results. However, the general public or even the NATO allies not knowing the terms or the agreements does not mean that there hasn't been an agreement.

    These commentators overlook the fact, though that #Trump + #Putin

  19. Papers w US #StateDepartment markings, found Fri morning in business center of #Alaskan hotel, revealed previously undisclosed, potentially #sensitive details about the Aug15 meetings bet #Trump & #Putin in Anchorage. 8 pages that appear to have been produced by US staff left behind accidentally, shared precise locations, meeting times of the summit, phone numbers of U.S. government employees. Photos included of the docs - and you trust these people w #nationalsecurity npr.org/2025/08/16/nx-s1-55041

  20. #Trump putting together proposals to incentivize Putin to reach #peace deal including #exploiting #Ukrainian #minerals, sanctions relief, access to #Alaskan resources

    That Trump could greenlight Russia’s #exploitation of mineral-dense regions has baffled & alarmed experts

    It will mean international law does not exist & global relations will transform not even to #realpolitik, but #Squid Game

    kyivindependent.com/can-trump-

    #DictatorTrump

  21. Alaskan.Social is an independent Mastodon server created, moderated and owned by Alaskans:

    :Fediverse: alaskan.social

    You can find out more at alaskan.social/about or contact the admin account @moderators

    cc @alaska

    #FeaturedServer #Alaska #Anchorage #Fairbanks #Juneau #AK #Alaskan #Mastodon #Fediverse #FreeFediverse

  22. Climate-Driven #SeaLevelRise Exacerbates #Alaskan and #Cascadian #Tsunami Hazards in Southern California: Implications to Design Parameters

    by Ignacio Sepúlveda, Andrew Mosqueda

    First published: 11 March 2025

    Abstract

    "Tsunami hazards in Southern California are expected to be exacerbated by the #ClimateChange driven sea level rise (#SLR). Two key questions are how relevant is this exacerbation and whether tsunami design parameters are significantly affected. We perform a non-stationary probabilistic tsunami hazard assessment (nPTHA) in the Southern California bays of San Pedro and San Diego, with consideration of tsunamis generated by earthquakes in the Alaska-Aleutians (#ASZ) and Cascadia subduction zones (#CSZ). We evaluate the changes of the maximum considered tsunami (#MCT) design parameter, defined as a tsunami intensity that is exceeded with a 2% probability in 50 years. MCT elevation maps in the bays are calculated incorporating tides and SLR by means of a surrogate model. MCT elevations at assessed sites in San Pedro Bay and San Diego yield 2 m. The nPTHA shows that tsunamis generated in the ASZ zone are more hazardous in Southern California than those from the CSZ when evaluating MCT intensities. A comparison of scenarios with and without SLR also shows an increase of the MCT elevations of more than a foot in San Pedro Bay and San Diego, demonstrating that SLR causes a relevant impact, comparable to the influence of tides. The effect of SLR increasing MCT values is also comparable to the sensitivity of nPTHA results to some common earthquake epistemic uncertainties, such as the slip marginal distribution. Future tsunami hazard maps shall incorporate SLR when exposure times are long, as well as the uncertainty of tsunamigenic earthquake properties."

    Key Points

    - Earthquakes in Alaska and Cascadia subduction zones produce tsunami hazards in Southern California that are exacerbated by sea level rise

    - The elevation of maximum considered tsunamis (MCT) in San Pedro Bay and San Diego grow by more than a foot when SLR influence is included

    - The impact of Alaskan earthquake epistemic uncertainties on MCT elevations in Southern California is similar to that of the sea level rise

    Plain Language Summary

    "Climate-change-driven sea level rise is expected to worsen tsunami hazards in the long term. Tsunami waves will be able to propagate over rising sea levels that will enable them to inundate higher land. In this study, we quantify the increase of tsunami hazards in Southern California due to sea level rise. We consider tsunamis originated in the Alaska and Cascadia subduction zones. Changes of tsunami design parameters, as a result of the sea level rise, are also analyzed. Namely, we analyze the changes of the 'maximum considered tsunami' (MCT) elevation, defined as the elevation exceeded with probability 2% in 50 years. We find that earthquakes of the Alaska Subduction Zone constitute the main #tsunamigenic contributor. We also find that sea level rise increases MCT tsunami elevations by 0.3 m. With this increase, MCT levels reach 2 m in San Pedro Bay and San Diego. We compare the impact of sea level rise exacerbating tsunami hazards with the impact of common uncertainty sources of tsunami hazard assessment models. The uncertainty of earthquake models, for example, can produce differences in MCT levels that are comparable to the SLR influence."

    Source:
    agupubs.onlinelibrary.wiley.co

    #ClimateCrisis #ClimateCatastrophe #TsunamiRisks #SeaLevelRise

  23. Climate-Driven #SeaLevelRise Exacerbates #Alaskan and #Cascadian #Tsunami Hazards in Southern California: Implications to Design Parameters

    by Ignacio Sepúlveda, Andrew Mosqueda

    First published: 11 March 2025

    Abstract

    "Tsunami hazards in Southern California are expected to be exacerbated by the #ClimateChange driven sea level rise (#SLR). Two key questions are how relevant is this exacerbation and whether tsunami design parameters are significantly affected. We perform a non-stationary probabilistic tsunami hazard assessment (nPTHA) in the Southern California bays of San Pedro and San Diego, with consideration of tsunamis generated by earthquakes in the Alaska-Aleutians (#ASZ) and Cascadia subduction zones (#CSZ). We evaluate the changes of the maximum considered tsunami (#MCT) design parameter, defined as a tsunami intensity that is exceeded with a 2% probability in 50 years. MCT elevation maps in the bays are calculated incorporating tides and SLR by means of a surrogate model. MCT elevations at assessed sites in San Pedro Bay and San Diego yield 2 m. The nPTHA shows that tsunamis generated in the ASZ zone are more hazardous in Southern California than those from the CSZ when evaluating MCT intensities. A comparison of scenarios with and without SLR also shows an increase of the MCT elevations of more than a foot in San Pedro Bay and San Diego, demonstrating that SLR causes a relevant impact, comparable to the influence of tides. The effect of SLR increasing MCT values is also comparable to the sensitivity of nPTHA results to some common earthquake epistemic uncertainties, such as the slip marginal distribution. Future tsunami hazard maps shall incorporate SLR when exposure times are long, as well as the uncertainty of tsunamigenic earthquake properties."

    Key Points

    - Earthquakes in Alaska and Cascadia subduction zones produce tsunami hazards in Southern California that are exacerbated by sea level rise

    - The elevation of maximum considered tsunamis (MCT) in San Pedro Bay and San Diego grow by more than a foot when SLR influence is included

    - The impact of Alaskan earthquake epistemic uncertainties on MCT elevations in Southern California is similar to that of the sea level rise

    Plain Language Summary

    "Climate-change-driven sea level rise is expected to worsen tsunami hazards in the long term. Tsunami waves will be able to propagate over rising sea levels that will enable them to inundate higher land. In this study, we quantify the increase of tsunami hazards in Southern California due to sea level rise. We consider tsunamis originated in the Alaska and Cascadia subduction zones. Changes of tsunami design parameters, as a result of the sea level rise, are also analyzed. Namely, we analyze the changes of the 'maximum considered tsunami' (MCT) elevation, defined as the elevation exceeded with probability 2% in 50 years. We find that earthquakes of the Alaska Subduction Zone constitute the main #tsunamigenic contributor. We also find that sea level rise increases MCT tsunami elevations by 0.3 m. With this increase, MCT levels reach 2 m in San Pedro Bay and San Diego. We compare the impact of sea level rise exacerbating tsunami hazards with the impact of common uncertainty sources of tsunami hazard assessment models. The uncertainty of earthquake models, for example, can produce differences in MCT levels that are comparable to the SLR influence."

    Source:
    agupubs.onlinelibrary.wiley.co

    #ClimateCrisis #ClimateCatastrophe #TsunamiRisks #SeaLevelRise

  24. Climate-Driven #SeaLevelRise Exacerbates #Alaskan and #Cascadian #Tsunami Hazards in Southern California: Implications to Design Parameters

    by Ignacio Sepúlveda, Andrew Mosqueda

    First published: 11 March 2025

    Abstract

    "Tsunami hazards in Southern California are expected to be exacerbated by the #ClimateChange driven sea level rise (#SLR). Two key questions are how relevant is this exacerbation and whether tsunami design parameters are significantly affected. We perform a non-stationary probabilistic tsunami hazard assessment (nPTHA) in the Southern California bays of San Pedro and San Diego, with consideration of tsunamis generated by earthquakes in the Alaska-Aleutians (#ASZ) and Cascadia subduction zones (#CSZ). We evaluate the changes of the maximum considered tsunami (#MCT) design parameter, defined as a tsunami intensity that is exceeded with a 2% probability in 50 years. MCT elevation maps in the bays are calculated incorporating tides and SLR by means of a surrogate model. MCT elevations at assessed sites in San Pedro Bay and San Diego yield 2 m. The nPTHA shows that tsunamis generated in the ASZ zone are more hazardous in Southern California than those from the CSZ when evaluating MCT intensities. A comparison of scenarios with and without SLR also shows an increase of the MCT elevations of more than a foot in San Pedro Bay and San Diego, demonstrating that SLR causes a relevant impact, comparable to the influence of tides. The effect of SLR increasing MCT values is also comparable to the sensitivity of nPTHA results to some common earthquake epistemic uncertainties, such as the slip marginal distribution. Future tsunami hazard maps shall incorporate SLR when exposure times are long, as well as the uncertainty of tsunamigenic earthquake properties."

    Key Points

    - Earthquakes in Alaska and Cascadia subduction zones produce tsunami hazards in Southern California that are exacerbated by sea level rise

    - The elevation of maximum considered tsunamis (MCT) in San Pedro Bay and San Diego grow by more than a foot when SLR influence is included

    - The impact of Alaskan earthquake epistemic uncertainties on MCT elevations in Southern California is similar to that of the sea level rise

    Plain Language Summary

    "Climate-change-driven sea level rise is expected to worsen tsunami hazards in the long term. Tsunami waves will be able to propagate over rising sea levels that will enable them to inundate higher land. In this study, we quantify the increase of tsunami hazards in Southern California due to sea level rise. We consider tsunamis originated in the Alaska and Cascadia subduction zones. Changes of tsunami design parameters, as a result of the sea level rise, are also analyzed. Namely, we analyze the changes of the 'maximum considered tsunami' (MCT) elevation, defined as the elevation exceeded with probability 2% in 50 years. We find that earthquakes of the Alaska Subduction Zone constitute the main #tsunamigenic contributor. We also find that sea level rise increases MCT tsunami elevations by 0.3 m. With this increase, MCT levels reach 2 m in San Pedro Bay and San Diego. We compare the impact of sea level rise exacerbating tsunami hazards with the impact of common uncertainty sources of tsunami hazard assessment models. The uncertainty of earthquake models, for example, can produce differences in MCT levels that are comparable to the SLR influence."

    Source:
    agupubs.onlinelibrary.wiley.co

    #ClimateCrisis #ClimateCatastrophe #TsunamiRisks #SeaLevelRise

  25. Climate-Driven #SeaLevelRise Exacerbates #Alaskan and #Cascadian #Tsunami Hazards in Southern California: Implications to Design Parameters

    by Ignacio Sepúlveda, Andrew Mosqueda

    First published: 11 March 2025

    Abstract

    "Tsunami hazards in Southern California are expected to be exacerbated by the #ClimateChange driven sea level rise (#SLR). Two key questions are how relevant is this exacerbation and whether tsunami design parameters are significantly affected. We perform a non-stationary probabilistic tsunami hazard assessment (nPTHA) in the Southern California bays of San Pedro and San Diego, with consideration of tsunamis generated by earthquakes in the Alaska-Aleutians (#ASZ) and Cascadia subduction zones (#CSZ). We evaluate the changes of the maximum considered tsunami (#MCT) design parameter, defined as a tsunami intensity that is exceeded with a 2% probability in 50 years. MCT elevation maps in the bays are calculated incorporating tides and SLR by means of a surrogate model. MCT elevations at assessed sites in San Pedro Bay and San Diego yield 2 m. The nPTHA shows that tsunamis generated in the ASZ zone are more hazardous in Southern California than those from the CSZ when evaluating MCT intensities. A comparison of scenarios with and without SLR also shows an increase of the MCT elevations of more than a foot in San Pedro Bay and San Diego, demonstrating that SLR causes a relevant impact, comparable to the influence of tides. The effect of SLR increasing MCT values is also comparable to the sensitivity of nPTHA results to some common earthquake epistemic uncertainties, such as the slip marginal distribution. Future tsunami hazard maps shall incorporate SLR when exposure times are long, as well as the uncertainty of tsunamigenic earthquake properties."

    Key Points

    - Earthquakes in Alaska and Cascadia subduction zones produce tsunami hazards in Southern California that are exacerbated by sea level rise

    - The elevation of maximum considered tsunamis (MCT) in San Pedro Bay and San Diego grow by more than a foot when SLR influence is included

    - The impact of Alaskan earthquake epistemic uncertainties on MCT elevations in Southern California is similar to that of the sea level rise

    Plain Language Summary

    "Climate-change-driven sea level rise is expected to worsen tsunami hazards in the long term. Tsunami waves will be able to propagate over rising sea levels that will enable them to inundate higher land. In this study, we quantify the increase of tsunami hazards in Southern California due to sea level rise. We consider tsunamis originated in the Alaska and Cascadia subduction zones. Changes of tsunami design parameters, as a result of the sea level rise, are also analyzed. Namely, we analyze the changes of the 'maximum considered tsunami' (MCT) elevation, defined as the elevation exceeded with probability 2% in 50 years. We find that earthquakes of the Alaska Subduction Zone constitute the main #tsunamigenic contributor. We also find that sea level rise increases MCT tsunami elevations by 0.3 m. With this increase, MCT levels reach 2 m in San Pedro Bay and San Diego. We compare the impact of sea level rise exacerbating tsunami hazards with the impact of common uncertainty sources of tsunami hazard assessment models. The uncertainty of earthquake models, for example, can produce differences in MCT levels that are comparable to the SLR influence."

    Source:
    agupubs.onlinelibrary.wiley.co

    #ClimateCrisis #ClimateCatastrophe #TsunamiRisks #SeaLevelRise

  26. Climate-Driven #SeaLevelRise Exacerbates #Alaskan and #Cascadian #Tsunami Hazards in Southern California: Implications to Design Parameters

    by Ignacio Sepúlveda, Andrew Mosqueda

    First published: 11 March 2025

    Abstract

    "Tsunami hazards in Southern California are expected to be exacerbated by the #ClimateChange driven sea level rise (#SLR). Two key questions are how relevant is this exacerbation and whether tsunami design parameters are significantly affected. We perform a non-stationary probabilistic tsunami hazard assessment (nPTHA) in the Southern California bays of San Pedro and San Diego, with consideration of tsunamis generated by earthquakes in the Alaska-Aleutians (#ASZ) and Cascadia subduction zones (#CSZ). We evaluate the changes of the maximum considered tsunami (#MCT) design parameter, defined as a tsunami intensity that is exceeded with a 2% probability in 50 years. MCT elevation maps in the bays are calculated incorporating tides and SLR by means of a surrogate model. MCT elevations at assessed sites in San Pedro Bay and San Diego yield 2 m. The nPTHA shows that tsunamis generated in the ASZ zone are more hazardous in Southern California than those from the CSZ when evaluating MCT intensities. A comparison of scenarios with and without SLR also shows an increase of the MCT elevations of more than a foot in San Pedro Bay and San Diego, demonstrating that SLR causes a relevant impact, comparable to the influence of tides. The effect of SLR increasing MCT values is also comparable to the sensitivity of nPTHA results to some common earthquake epistemic uncertainties, such as the slip marginal distribution. Future tsunami hazard maps shall incorporate SLR when exposure times are long, as well as the uncertainty of tsunamigenic earthquake properties."

    Key Points

    - Earthquakes in Alaska and Cascadia subduction zones produce tsunami hazards in Southern California that are exacerbated by sea level rise

    - The elevation of maximum considered tsunamis (MCT) in San Pedro Bay and San Diego grow by more than a foot when SLR influence is included

    - The impact of Alaskan earthquake epistemic uncertainties on MCT elevations in Southern California is similar to that of the sea level rise

    Plain Language Summary

    "Climate-change-driven sea level rise is expected to worsen tsunami hazards in the long term. Tsunami waves will be able to propagate over rising sea levels that will enable them to inundate higher land. In this study, we quantify the increase of tsunami hazards in Southern California due to sea level rise. We consider tsunamis originated in the Alaska and Cascadia subduction zones. Changes of tsunami design parameters, as a result of the sea level rise, are also analyzed. Namely, we analyze the changes of the 'maximum considered tsunami' (MCT) elevation, defined as the elevation exceeded with probability 2% in 50 years. We find that earthquakes of the Alaska Subduction Zone constitute the main #tsunamigenic contributor. We also find that sea level rise increases MCT tsunami elevations by 0.3 m. With this increase, MCT levels reach 2 m in San Pedro Bay and San Diego. We compare the impact of sea level rise exacerbating tsunami hazards with the impact of common uncertainty sources of tsunami hazard assessment models. The uncertainty of earthquake models, for example, can produce differences in MCT levels that are comparable to the SLR influence."

    Source:
    agupubs.onlinelibrary.wiley.co

    #ClimateCrisis #ClimateCatastrophe #TsunamiRisks #SeaLevelRise

  27. As a former #Alaskan who lived there 16 years, I am dismayed that knowledgeable Republicans are not trying to contain the idiotic behavior happening in Washington DC regarding #Denali. Here is a good article with the Alaskan view. I would make one correction, the #Native people have been there for millennia, not centuries. Denali is the mountain’s name. #Alaska #NativeAmerican #NativePeople #Athabascan apnews.com/article/trump-alask

  28. #Arctic animals are battling more #diseases in recent decades.

    Living off one of the richest #oceans in the Arctic, the #PolarBears by the #ChukchiSea appear to be thriving. Females are in good health & give birth to healthy cubs. Overall, this #Alaskan population seems strong.
    
But blood & fecal samples are telling a different story inside the bears: There’s an emerging battle against #pathogens bears have never encountered before.

    #ClimateCrisis #Wildlife #Disease
    washingtonpost.com/climate-env

  29. #BritishColumbia #FirstNations are initiating an #emergency #salmon #TaskForce to investigate the impact on the #sockeye salmon due to last week’s #Chilcotin River #landslide.

    “Chilcotin Rivers are kind of our identity,” Nits’ilʔin (Chief) Francis Laceese, Tl’esqox said at a press conference on Tuesday.

    “Same with the salmon, you know, that’s basically who we are. That’s our biggest food source.”

    #Tŝilhqotin National Government (TNG) is calling on all levels of government, downstream First Nations, the #PacificSalmonCommission, and other nations and states, especially #Alaskan #fisheries, to take all precautionary measures possible to conserve Tŝilhqot’in territory-bound salmon, and to immediately cease from fisheries that may impact these stocks, until the impacts from the landslide and breach are fully understood.

    A massive landslide came down last Wednesday, damming the Chilcotin River, which leads into the #FraserRiver

    globalnews.ca/news/10683723/b-

    #Indigenous #NativeBC #BCpoli #CDNpoli #ClimateAction #ClimateCrisis #NaturalDisasters #ThisIsNotFine #WildSalmonAlliance #WildFirst #NatureFirst #SaveWildSalmon #wildlife #environmental #ecological #ecosystems #Cascadia #PacificNorthwest #PNW #BCsalmon

  30. #BritishColumbia #FirstNations are initiating an #emergency #salmon #TaskForce to investigate the impact on the #sockeye salmon due to last week’s #Chilcotin River #landslide.

    “Chilcotin Rivers are kind of our identity,” Nits’ilʔin (Chief) Francis Laceese, Tl’esqox said at a press conference on Tuesday.

    “Same with the salmon, you know, that’s basically who we are. That’s our biggest food source.”

    #Tŝilhqotin National Government (TNG) is calling on all levels of government, downstream First Nations, the #PacificSalmonCommission, and other nations and states, especially #Alaskan #fisheries, to take all precautionary measures possible to conserve Tŝilhqot’in territory-bound salmon, and to immediately cease from fisheries that may impact these stocks, until the impacts from the landslide and breach are fully understood.

    A massive landslide came down last Wednesday, damming the Chilcotin River, which leads into the #FraserRiver

    globalnews.ca/news/10683723/b-

    #Indigenous #NativeBC #BCpoli #CDNpoli #ClimateAction #ClimateCrisis #NaturalDisasters #ThisIsNotFine #WildSalmonAlliance #WildFirst #NatureFirst #SaveWildSalmon #wildlife #environmental #ecological #ecosystems #Cascadia #PacificNorthwest #PNW #BCsalmon

  31. #BritishColumbia #FirstNations are initiating an #emergency #salmon #TaskForce to investigate the impact on the #sockeye salmon due to last week’s #Chilcotin River #landslide.

    “Chilcotin Rivers are kind of our identity,” Nits’ilʔin (Chief) Francis Laceese, Tl’esqox said at a press conference on Tuesday.

    “Same with the salmon, you know, that’s basically who we are. That’s our biggest food source.”

    #Tŝilhqotin National Government (TNG) is calling on all levels of government, downstream First Nations, the #PacificSalmonCommission, and other nations and states, especially #Alaskan #fisheries, to take all precautionary measures possible to conserve Tŝilhqot’in territory-bound salmon, and to immediately cease from fisheries that may impact these stocks, until the impacts from the landslide and breach are fully understood.

    A massive landslide came down last Wednesday, damming the Chilcotin River, which leads into the #FraserRiver

    globalnews.ca/news/10683723/b-

    #Indigenous #NativeBC #BCpoli #CDNpoli #ClimateAction #ClimateCrisis #NaturalDisasters #ThisIsNotFine #WildSalmonAlliance #WildFirst #NatureFirst #SaveWildSalmon #wildlife #environmental #ecological #ecosystems #Cascadia #PacificNorthwest #PNW #BCsalmon

  32. #BritishColumbia #FirstNations are initiating an #emergency #salmon #TaskForce to investigate the impact on the #sockeye salmon due to last week’s #Chilcotin River #landslide.

    “Chilcotin Rivers are kind of our identity,” Nits’ilʔin (Chief) Francis Laceese, Tl’esqox said at a press conference on Tuesday.

    “Same with the salmon, you know, that’s basically who we are. That’s our biggest food source.”

    #Tŝilhqotin National Government (TNG) is calling on all levels of government, downstream First Nations, the #PacificSalmonCommission, and other nations and states, especially #Alaskan #fisheries, to take all precautionary measures possible to conserve Tŝilhqot’in territory-bound salmon, and to immediately cease from fisheries that may impact these stocks, until the impacts from the landslide and breach are fully understood.

    A massive landslide came down last Wednesday, damming the Chilcotin River, which leads into the #FraserRiver

    globalnews.ca/news/10683723/b-

    #Indigenous #NativeBC #BCpoli #CDNpoli #ClimateAction #ClimateCrisis #NaturalDisasters #ThisIsNotFine #WildSalmonAlliance #WildFirst #NatureFirst #SaveWildSalmon #wildlife #environmental #ecological #ecosystems #Cascadia #PacificNorthwest #PNW #BCsalmon

  33. #BritishColumbia #FirstNations are initiating an #emergency #salmon #TaskForce to investigate the impact on the #sockeye salmon due to last week’s #Chilcotin River #landslide.

    “Chilcotin Rivers are kind of our identity,” Nits’ilʔin (Chief) Francis Laceese, Tl’esqox said at a press conference on Tuesday.

    “Same with the salmon, you know, that’s basically who we are. That’s our biggest food source.”

    #Tŝilhqotin National Government (TNG) is calling on all levels of government, downstream First Nations, the #PacificSalmonCommission, and other nations and states, especially #Alaskan #fisheries, to take all precautionary measures possible to conserve Tŝilhqot’in territory-bound salmon, and to immediately cease from fisheries that may impact these stocks, until the impacts from the landslide and breach are fully understood.

    A massive landslide came down last Wednesday, damming the Chilcotin River, which leads into the #FraserRiver

    globalnews.ca/news/10683723/b-

    #Indigenous #NativeBC #BCpoli #CDNpoli #ClimateAction #ClimateCrisis #NaturalDisasters #ThisIsNotFine #WildSalmonAlliance #WildFirst #NatureFirst #SaveWildSalmon #wildlife #environmental #ecological #ecosystems #Cascadia #PacificNorthwest #PNW #BCsalmon