home.social

#idaho — Public Fediverse posts

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

  1. 🚨 53 DAYS TO GO!

    📣 #IDAHO Democrats need your help!

    🚨 This is an #UnlikelyHeroes page *deliberately* featuring Dems running in RED districts to boost statewide turnout & force Republicans to defend their turf.

    Donate today!

    secure.actblue.com/donate/id26

  2. 🚨 53 DAYS TO GO!

    📣 #IDAHO Democrats need your help!
    --Donations go directly to the candidates
    --Nothing donated via this page goes to me
    --Opt out of sharing email/phone w/the campaigns

    This page lists COMPETITIVE DISTRICTS.

    secure.actblue.com/donate/idbl

  3. Remote Sensing Of Tracer Dye Concentrations To Support Dispersion Studies In River Channels
    --
    doi.org/10.1080/24705357.2019. <-- shared paper (Kootenai)
    --
    usgs.gov/publications/remote-s <-- shared USGS publication (Kootenai)
    --
    doi.org/10.5066/P9V3Y334 <-- shared USGS Science Base page [Korea]
    --
    doi.org/10.1080/24705357.2019. <-- shared paper [Korea]
    --
    usgs.gov/data/hyperspectral-im <-- shared USGS publication [Korea]
    -
    timesofindia.indiatimes.com/sc <-- shared media article
    --
    H/T @USGS
    “In September 2017, the US Geological Survey (#USGS) carried out an unusual experiment on Idaho’s Kootenai River. Researchers released 72.57 kg (160 pounds) of Rhodamine WT dye into the river and then followed its movement through the water. The aim was to understand how a substance spreads as it travels through a flowing river.
    According to USGS, the dye was released from a single point at the Kootenai Tribal Fish Hatchery on September 26, 2017. The entire release took just 90 seconds. Researchers then had to track what happened to the dye as it moved downstream and spread across the river.
    They used two methods to follow the plume. Instruments placed in the river measured the dye directly, while an aircraft flew over the Kootenai River the following day, capturing images of the plume from above. Together, the two sets of observations helped researchers study how the dye changed as it moved through the river.
    The aircraft carried a hyperspectral imaging system, which can record information from different parts of the electromagnetic spectrum rather than taking an ordinary photograph. It flew about 1,000 metres above the ground while making several passes along the river. The images showed the changing plume across the river channel…
    The experiment was not simply about photographing a coloured patch moving through the Kootenai River. The researchers were testing whether remote sensing could help measure the concentration of a tracer dye as it spread…”
    --
    #GIS #spatial #mapping #riverchannel #dispersion #tracer #Rhodaminedye #concentration #hyperspectral #imaging #remotesensing #numericalflowmodel #Kootenai #Idaho #FirstNation #Korea #movementtracing #concentration #instrumentation #water #hydrology #hydrography #flow #network #model #modeling #fluiddynamics #ROV #sUAS
    @USGS

  4. Remote Sensing Of Tracer Dye Concentrations To Support Dispersion Studies In River Channels
    --
    doi.org/10.1080/24705357.2019. <-- shared paper (Kootenai)
    --
    usgs.gov/publications/remote-s <-- shared USGS publication (Kootenai)
    --
    doi.org/10.5066/P9V3Y334 <-- shared USGS Science Base page [Korea]
    --
    doi.org/10.1080/24705357.2019. <-- shared paper [Korea]
    --
    usgs.gov/data/hyperspectral-im <-- shared USGS publication [Korea]
    -
    timesofindia.indiatimes.com/sc <-- shared media article
    --
    H/T @USGS
    “In September 2017, the US Geological Survey (#USGS) carried out an unusual experiment on Idaho’s Kootenai River. Researchers released 72.57 kg (160 pounds) of Rhodamine WT dye into the river and then followed its movement through the water. The aim was to understand how a substance spreads as it travels through a flowing river.
    According to USGS, the dye was released from a single point at the Kootenai Tribal Fish Hatchery on September 26, 2017. The entire release took just 90 seconds. Researchers then had to track what happened to the dye as it moved downstream and spread across the river.
    They used two methods to follow the plume. Instruments placed in the river measured the dye directly, while an aircraft flew over the Kootenai River the following day, capturing images of the plume from above. Together, the two sets of observations helped researchers study how the dye changed as it moved through the river.
    The aircraft carried a hyperspectral imaging system, which can record information from different parts of the electromagnetic spectrum rather than taking an ordinary photograph. It flew about 1,000 metres above the ground while making several passes along the river. The images showed the changing plume across the river channel…
    The experiment was not simply about photographing a coloured patch moving through the Kootenai River. The researchers were testing whether remote sensing could help measure the concentration of a tracer dye as it spread…”
    --
    #GIS #spatial #mapping #riverchannel #dispersion #tracer #Rhodaminedye #concentration #hyperspectral #imaging #remotesensing #numericalflowmodel #Kootenai #Idaho #FirstNation #Korea #movementtracing #concentration #instrumentation #water #hydrology #hydrography #flow #network #model #modeling #fluiddynamics #ROV #sUAS
    @USGS

  5. Remote Sensing Of Tracer Dye Concentrations To Support Dispersion Studies In River Channels
    --
    doi.org/10.1080/24705357.2019. <-- shared paper (Kootenai)
    --
    usgs.gov/publications/remote-s <-- shared USGS publication (Kootenai)
    --
    doi.org/10.5066/P9V3Y334 <-- shared USGS Science Base page [Korea]
    --
    doi.org/10.1080/24705357.2019. <-- shared paper [Korea]
    --
    usgs.gov/data/hyperspectral-im <-- shared USGS publication [Korea]
    -
    timesofindia.indiatimes.com/sc <-- shared media article
    --
    H/T @USGS
    “In September 2017, the US Geological Survey (#USGS) carried out an unusual experiment on Idaho’s Kootenai River. Researchers released 72.57 kg (160 pounds) of Rhodamine WT dye into the river and then followed its movement through the water. The aim was to understand how a substance spreads as it travels through a flowing river.
    According to USGS, the dye was released from a single point at the Kootenai Tribal Fish Hatchery on September 26, 2017. The entire release took just 90 seconds. Researchers then had to track what happened to the dye as it moved downstream and spread across the river.
    They used two methods to follow the plume. Instruments placed in the river measured the dye directly, while an aircraft flew over the Kootenai River the following day, capturing images of the plume from above. Together, the two sets of observations helped researchers study how the dye changed as it moved through the river.
    The aircraft carried a hyperspectral imaging system, which can record information from different parts of the electromagnetic spectrum rather than taking an ordinary photograph. It flew about 1,000 metres above the ground while making several passes along the river. The images showed the changing plume across the river channel…
    The experiment was not simply about photographing a coloured patch moving through the Kootenai River. The researchers were testing whether remote sensing could help measure the concentration of a tracer dye as it spread…”
    --
    #GIS #spatial #mapping #riverchannel #dispersion #tracer #Rhodaminedye #concentration #hyperspectral #imaging #remotesensing #numericalflowmodel #Kootenai #Idaho #FirstNation #Korea #movementtracing #concentration #instrumentation #water #hydrology #hydrography #flow #network #model #modeling #fluiddynamics #ROV #sUAS
    @USGS

  6. Remote Sensing Of Tracer Dye Concentrations To Support Dispersion Studies In River Channels
    --
    doi.org/10.1080/24705357.2019. <-- shared paper (Kootenai)
    --
    usgs.gov/publications/remote-s <-- shared USGS publication (Kootenai)
    --
    doi.org/10.5066/P9V3Y334 <-- shared USGS Science Base page [Korea]
    --
    doi.org/10.1080/24705357.2019. <-- shared paper [Korea]
    --
    usgs.gov/data/hyperspectral-im <-- shared USGS publication [Korea]
    -
    timesofindia.indiatimes.com/sc <-- shared media article
    --
    H/T @USGS
    “In September 2017, the US Geological Survey (#USGS) carried out an unusual experiment on Idaho’s Kootenai River. Researchers released 72.57 kg (160 pounds) of Rhodamine WT dye into the river and then followed its movement through the water. The aim was to understand how a substance spreads as it travels through a flowing river.
    According to USGS, the dye was released from a single point at the Kootenai Tribal Fish Hatchery on September 26, 2017. The entire release took just 90 seconds. Researchers then had to track what happened to the dye as it moved downstream and spread across the river.
    They used two methods to follow the plume. Instruments placed in the river measured the dye directly, while an aircraft flew over the Kootenai River the following day, capturing images of the plume from above. Together, the two sets of observations helped researchers study how the dye changed as it moved through the river.
    The aircraft carried a hyperspectral imaging system, which can record information from different parts of the electromagnetic spectrum rather than taking an ordinary photograph. It flew about 1,000 metres above the ground while making several passes along the river. The images showed the changing plume across the river channel…
    The experiment was not simply about photographing a coloured patch moving through the Kootenai River. The researchers were testing whether remote sensing could help measure the concentration of a tracer dye as it spread…”
    --
    #GIS #spatial #mapping #riverchannel #dispersion #tracer #Rhodaminedye #concentration #hyperspectral #imaging #remotesensing #numericalflowmodel #Kootenai #Idaho #FirstNation #Korea #movementtracing #concentration #instrumentation #water #hydrology #hydrography #flow #network #model #modeling #fluiddynamics #ROV #sUAS
    @USGS

  7. Remote Sensing Of Tracer Dye Concentrations To Support Dispersion Studies In River Channels
    --
    doi.org/10.1080/24705357.2019. <-- shared paper (Kootenai)
    --
    usgs.gov/publications/remote-s <-- shared USGS publication (Kootenai)
    --
    doi.org/10.5066/P9V3Y334 <-- shared USGS Science Base page [Korea]
    --
    doi.org/10.1080/24705357.2019. <-- shared paper [Korea]
    --
    usgs.gov/data/hyperspectral-im <-- shared USGS publication [Korea]
    -
    timesofindia.indiatimes.com/sc <-- shared media article
    --
    H/T @USGS
    “In September 2017, the US Geological Survey (#USGS) carried out an unusual experiment on Idaho’s Kootenai River. Researchers released 72.57 kg (160 pounds) of Rhodamine WT dye into the river and then followed its movement through the water. The aim was to understand how a substance spreads as it travels through a flowing river.
    According to USGS, the dye was released from a single point at the Kootenai Tribal Fish Hatchery on September 26, 2017. The entire release took just 90 seconds. Researchers then had to track what happened to the dye as it moved downstream and spread across the river.
    They used two methods to follow the plume. Instruments placed in the river measured the dye directly, while an aircraft flew over the Kootenai River the following day, capturing images of the plume from above. Together, the two sets of observations helped researchers study how the dye changed as it moved through the river.
    The aircraft carried a hyperspectral imaging system, which can record information from different parts of the electromagnetic spectrum rather than taking an ordinary photograph. It flew about 1,000 metres above the ground while making several passes along the river. The images showed the changing plume across the river channel…
    The experiment was not simply about photographing a coloured patch moving through the Kootenai River. The researchers were testing whether remote sensing could help measure the concentration of a tracer dye as it spread…”
    --

    @USGS

  8. USA: STOP #Christofascists from taking over your town!

    The rest of us 🌍: STOP anti-democracy #Christofascist scumbags from infecting your country and taking over towns.

    #Kirkers #FarRight #Moscow #Idaho #Gainesboro #Tennessee
    #realestate #NewFounding #venturefirm

    These kooks are NOT harmless

    #OurTown #podcast

  9. A federal judge just froze Idaho's bathroom-prison law — the only one in the country that reached into private businesses, with penalties up to five years.
    It died on one question: how is an officer supposed to assess a stranger's sex on sight? The state floated forced DNA testing as the fix.
    The ruling covers every trans person in Idaho.
    #TransRights #LGBTQ #Idaho #TransLiberation #QueerNews #CivilRights #Justice #TransLaw #Pride #LGBTQNews #HumanRights

    twp.ai/4hrcY5

  10. #FotoVorschlag

    “Pittoresk” / Picturesque

    This is probably the most picturesque “postcard” photo I’ve taken, shot through a car window in northern Idaho. At the bottom you can see the confluence of three rivers, where the Lochsa and Selway meet to form the Clearwater River.

    #photography #landscape #landscapephotography #clouds #river #rivers #ClearwaterRiver #LochsaRiver #SelwayRiver #Idaho

  11. In #Idaho they banned all but official city or state flags on public buildings in an effort to stop City Hall in Boise from displaying the Progress #Pride flag.

    So the Boise city government made the Progress Pride flag an official city flag. The loophole meant the idiots in the state government had to try again.

    So they passed another bill to ban that, and the mayor of Boise lit up City Hall in #trans colors for #TransDayOfVisibility.

    She's like "I fuckin dare you."

    instagram.com/reel/DWk6QFQDbah/

  12. #LewistonID library to lend outdoor activity kits thanks to new grant

    By James Dawson
    Published November 11, 2024

    "Library users in the Lewiston area will soon have the chance to try gold panning, #birdwatching and other outdoor activities free of charge.

    The #LewistonCityLibrary recently won a grant from the National Forest Community Recreation Fund to put together outdoor activity kits its users can check out starting next month. The Idaho Capital Sun first reported this story.

    'We’re excited to partner with the Lewiston City Library to support new ways for people of all ages and backgrounds to connect with public lands, learn about conservation, and inspire them to take an active role in #stewardship,' said Angela Edwards, a partnership coordinator with the #NezPerceClearwater #NationalForests.

    Kits include equipment needed for gold panning, birdwatching, #hiking and #camping. A #DutchOven will also be available for those wanting to experience cooking outdoors.

    Those are on top of the fishing poles the library has loaned out for years, according to library director Lynn Johnson.

    'It seemed like a good way for us to offer things for the public that are a little out of the ordinary,' Johnson said in a press release.

    'Libraries are about opportunity. Whether you have limited means or lots of access and wealth, we want to help people of all means try something out,' she said.

    These new outdoor activity kits will be available to check out by those with a Valnet library card, which includes a group of 48 school and public libraries in north central Idaho stretching from Elk City to Potlatch."

    Source:
    boisestatepublicradio.org/news

    #Idaho #LibrariesRule! #libraryOfThings #BorrowDontBuy #OutdoorAdventureKits #SpendTimeInNature #BorrowingBeyondBooks #OutdoorLearning #NatureBasedLearning

  13. Hype for the Future 80D: More on the Palouse Region

    Introduction The Palouse region specifically refers to a bi-state (sometimes tri-state) region around southeastern Washington and the central-to-southern Idaho Panhandle. Within the region, landscapes are generally hillier rather than mountainous as with the vast majority of regions elsewhere within either state or even the surrounding areas. The most notable of the places within the region is the City of Pullman, Washington, home to Washington State University (WSU). Asotin County Located […]

    novatopflex.wordpress.com/2026