#idwx — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #idwx, aggregated by home.social.
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#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Boise, ID #IDwx
The heavy rain has ended. Further Flash Flooding risk has declined.
Please continue to heed remaining road closures. -
#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Custer, ID #IDwx
The heavy rain has ended. Flooding is no longer expected to pose a
threat. Please continue to heed remaining road closures. -
#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Custer, ID #IDwx
FFWPIHThe National Weather Service in Pocatello has extended the
* Flash Flood Warning for...
The Wapiti burn scar in...
West Central Custer County in central Idaho...* Until 915 PM MDT.
* At 748 PM MDT, Doppler radar indicated thunderstorms producing
heavy rain over the Wapiti Burn Scar. Between 0.25 and 0.75 inches
of rain have fallen. Flash flooding is ongoing or expected to begin
shortly. Excessive rainfall over the burn scar will result in
debris flow moving through the Wapiti burn scar. The debris flow
can consist of rock, mud, vegetation and other loose materials.HAZARD...Life threatening flash flooding. Thunderstorms producing
flash flooding in and around the Wapiti Burn Scar.SOURCE...Radar indicated.
IMPACT...Life threatening flash flooding of areas in and around the
Wapiti Burn Scar.* Some locations that will experience flash flooding include...
Cape Horn Area and Banner Summit. -
#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Boise, ID #IDwx
FFWBOIThe National Weather Service in Boise has extended the
* Flash Flood Warning for...
The Wapiti Burn Area in...
Northeastern Boise County in southwestern Idaho...* Until 915 PM MDT.
* At 748 PM MDT, the public reported thunderstorms producing heavy
rain over the Wapiti Burn Area. Between 0.5 and 1.5 inches of rain
have fallen. Flash flooding is already occurring.Excessive rainfall over the burn scar has resulted in debris flows
moving through drainages in the area. Debris flows can consist of
rock, mud, vegetation and other loose materials.HAZARD...Life threatening flash flooding and debris flows in
and around the Wapiti Fire Burn Scar.SOURCE...Public reported debris flows blocking roads in the
Grandjean area.IMPACT...Life threatening flash flooding and debris flows in
and around the Wapiti Fire Burn Scar will impact
Grandjean Road and Highway 21 from east of Lowman to
Banner Summit.* Some locations that will experience flash flooding include...
Grandjean and Warm Springs Guard Station. -
#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Boise, ID #IDwx
At 717 PM MDT, the public reported thunderstorms producing heavy
rain over the Wapiti Burn Area. Between 0.5 and 1.5 inches of rain
have fallen. Flash flooding is already occurring.Excessive rainfall over the burn scar has resulted in debris flows
moving through drainages in the area. Debris flows can consist of
rock, mud, vegetation and other loose materials.HAZARD...Life threatening flash flooding and debris flows in and
around the Wapiti Fire Burn Scar.SOURCE...Public reported debris flows blocking roads in the
Grandjean area.IMPACT...Life threatening flash flooding and debris flows in and
around the Wapiti Fire Burn Scar will impact Grandjean
Road and Highway 21 from east of Lowman to Banner
Summit.Some locations that will experience flash flooding include...
Grandjean and Warm Springs Guard Station. -
#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Boise, ID #IDwx
At 537 PM MDT, Doppler radar indicated thunderstorms producing heavy
rain over the Wapiti Burn Area. Between 0.5 and 1 inch of rain has
fallen. Flash flooding is ongoing or expected to begin shortly.Excessive rainfall over the burn scar will result in debris flow
moving through drainages in the burn scar. The debris flows can
consist of rock, mud, vegetation and other loose materials.HAZARD...Life threatening flash flooding and debris flows in and
around the Wapiti Fire Burn Scar.SOURCE...Radar.
IMPACT...Life threatening flash flooding and debris flows in and
around the Wapiti Fire Burn Scar will impact Grandjean
Road and Highway 21 from east of Lowman to Banner
Summit.Some locations that will experience flash flooding include...
Grandjean and Warm Springs Guard Station. -
#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Boise, ID #IDwx
FFWBOIThe National Weather Service in Boise has issued a
* Flash Flood Warning for...
The Wapiti Burn Area in...
Northeastern Boise County in southwestern Idaho...* Until 815 PM MDT.
* At 511 PM MDT, Doppler radar indicated thunderstorms producing
heavy rain over the Wapiti Burn Area. Between 0.3 and 0.5 inches
of rain have fallen. The expected rainfall rate is 1 to 4 inches
in 1 hour. Flash flooding is ongoing or expected to begin shortly.HAZARD...Life threatening flash flooding and debris flows in
and around the Wapiti Fire Burn Scar.SOURCE...Radar.
IMPACT...Life threatening flash flooding and debris flows in
and around the Wapiti Fire Burn Scar will impact
Grandjean Road and Highway 21 from east of Lowman to
Banner Summit.* Some locations that will experience flash flooding include...
Grandjean and Warm Springs Guard Station. -
#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Custer, ID #IDwx
FFWPIHThe National Weather Service in Pocatello has issued a
* Flash Flood Warning for...
The Wapiti burn scar in...
West Central Custer County in central Idaho...* Until 815 PM MDT.
* At 511 PM MDT, Doppler radar indicated thunderstorms producing
heavy rain over the Wapiti Burn Scar. Between 0.25 and 0.5 inches
of rain have fallen. Flash flooding is ongoing or expected to begin
shortly. Excessive rainfall over the burn scar will result in
debris flow moving through the Wapiti burn scar. The debris flow
can consist of rock, mud, vegetation and other loose materials.HAZARD...Life threatening flash flooding. Thunderstorms producing
flash flooding in and around the Wapiti Burn Scar.SOURCE...Radar indicated.
IMPACT...Life threatening flash flooding of areas in and around the
Wapiti Burn Scar.* Some locations that will experience flash flooding include...
Cape Horn Area and Banner Summit. -
#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Teton, ID #IDwx
At 246 PM MDT, Doppler radar and automated rain gauges indicated
thunderstorms had produced heavy rain across the warned area. Between
1 and 2 inches of rain have fallen. The heavy rain has moved out of
the area, but additional lighter rain up to 0.25 inches is possible
in the warned area. Flash flooding is ongoing or expected to begin
shortly.HAZARD...Flash flooding caused by thunderstorms.
SOURCE...Radar and automated gauges.
IMPACT...Flash flooding of small creeks and streams, urban areas,
highways, streets and underpasses as well as other poor
drainage and low-lying areas.Some locations that will experience flash flooding include...
Driggs and Victor. -
#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Teton, ID #IDwx
FFWPIHThe National Weather Service in Pocatello has issued a
* Flash Flood Warning for...
Southeastern Teton County in eastern Idaho...* Until 500 PM MDT.
* At 202 PM MDT, Doppler radar and automated rain gauges indicated
thunderstorms producing heavy rain across the warned area. Between
1 and 1.5 inches of rain have fallen. Flash flooding is ongoing or
expected to begin shortly.HAZARD...Flash flooding caused by thunderstorms.
SOURCE...Radar and automated gauges.
IMPACT...Flash flooding of small creeks and streams, urban areas,
highways, streets and underpasses as well as other poor
drainage and low-lying areas.* Some locations that will experience flash flooding include...
Driggs and Victor. -
#NWS #flood #nwsflashflood #FlashFloodWarning Flash Flood Warning for Bannock, ID #IDwx
FFWPIHThe National Weather Service in Pocatello has issued a
* Flash Flood Warning for...
Northwestern Bannock County in southeastern Idaho...* Until 530 PM MDT.
* At 223 PM MDT, The public reported thunderstorms producing heavy
rain in South Pocatello. Between 1 and 1.75 inches of rain have
fallen. Flash flooding is already occurring.HAZARD...Flash flooding caused by thunderstorms.
SOURCE...Public reported.
IMPACT...Flash flooding of small creeks and streams, urban areas,
highways, streets and underpasses as well as other poor
drainage and low-lying areas.* Some locations that will experience flash flooding include...
Portions of South Pocatello. -
Freezing temperatures are scraping the ground in the greater #Yellowstone area today as a strong upper level low pressure system brings high elevation snow.
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New article: The meteorology behind the small hail that blanketed Meridian, Idaho like snow
ingallswx.com/2026/06/27/t...
#weather #IDwx #Boise #hail
The meteorology behind the sma... -
New article: The meteorology behind the small hail that blanketed Meridian, Idaho like snow
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New article: The meteorology behind the small hail that blanketed Meridian, Idaho like snow
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The meteorology behind the small hail that blanketed Meridian, Idaho like snow
On Friday evening, a severe thunderstorm moved through the Boise area in southwest Idaho. This storm brought damaging wind that blew a few trees over but the bigger headline was small hail that blanketed nearby Meridian, Idaho in a way that looked like it was several inches of snow.
These types of thunderstorm events are fairly rare in any one location but a few of them occur in the United States and Canada every year. A unique meteorological environment is required to form them including the freezing level, moisture, and wind.
Model estimated upper level conditions in Meridian, Idaho at 21:00 MT Friday. (Ingalls Weather)Ingalls Weather thanks the support it gets from donors. Please consider making a small donation at this link to help me pay for the website and access to premium weather data.
Using model data from around 21:00 MT Friday (when the storm hit), a few of these features stand out. The freezing level was around 10,000 feet (3,000 meters) and above that was a deep layer between -10 and -30ºC across several thousand feet. This is the layer where hail develops. The deeper and colder it is, the better a storm can manufacture hail.
The real key was the shape of the storm’s fuel, though, not just the amount. Meteorologists measure a storm’s potential energy as CAPE (Convective Available Potential Energy) which essentially tells how hard a rising bubble of air gets pushed upward. What matters for hail isn’t just how much CAPE there is but at what altitude it’s distributed through the atmosphere. It is measured in joules per kilogram (j/kg).
Weather radar image showing the severe thunderstorm moving through Meridian, Idaho at 20:57 Friday. mPING reports and severe thunderstorm warnings shown. (RadarScope)Picture two storms with the same amount of energy but one has it packed into a short, intense burst down low while the other has it stretched thin over a tall vertical column. The first forms a violent updraft that throws a few stones high to grow them into large, damaging hail. The second, which forecasters nickname “tall skinny CAPE”, is gentler.
The Meridian storm had tall skinny CAPE. The energy was modest and spread across a deep layer in the atmosphere, so the updraft was steady rather than explosive. Instead of building a handful of big stones, it acted like a slow ice factory by lofting countless water droplets fast enough to freeze and grow. This produced an enormous number of tiny stones that fell together as a dense, slushy curtain.
The last ingredient was wind. The profile showed winds turning and strengthening steadily with height. This was enough to maintain the storm’s structure and steer it along at about 20 mph (30 km/h). Rather than parking over one spot, the storm laid down a continuous ribbon of hail as it moved across Meridian. The high freezing level would normally melt small hail before it reached the ground but the sheer volume of stones and the rain-cooled core of the storm protected the mix on the way down.
A retention basin in Meridian, Idaho filled with floodwater and ice the morning after the severe thunderstorm. (Andruw Sorensen)Hail like this can enhance flooding by backing up storm drains and numerous videos from around Meridian last night showed just that. Meridian’s event was moving forward but when a thunderstorm producing significant amounts of small hail and rain like this parks over an area for a long time, flash flooding can be especially severe.
We don’t have exact data for the thunderstorms that caused the 1903 Heppner flood in Oregon but I think it’s reasonable to assume that that’s what happened in the Blue Mountains upstream of town. The flood that struck Heppner on June 14, 1903 remains the deadliest natural disaster in Oregon history and the second deadliest flash flood in the United States. While these kinds of storms bring significant novelty factor, they should not be taken lightly.
Another notable hail flooding event is recorded in the book Isaac’s Storm by Erik Larson. He writes that while the book’s subject, Isaac Cline, was in San Angelo, Texas he observed “an escarpment of water” that was 15-20 feet (4.5-6 meters) high descending the Concho River, taking out a group of three people who had been crossing at the time.
The source of this flood was a mystery until over week later when visitors came into town from upstream and described “a monstrous hailstorm” that “discharged stones the size of ostrich eggs.” In this case, the hail was not a blanket of tiny stones like what was observed in Meridian on Friday evening but it carries the same point – that prolific hail events can lead to destructive flash flooding.
Beyond flooding, huge amounts of small hail like this can also cause crop damage. Several commenters on the Ingalls Weather Facebook page reported damage to plants in backyard gardens despite the small diameter of the stones. Hail that arrives in overwhelming numbers tears at everything it lands on. Immediate consequences include broken stems, ripped off leaves, and beaten or fallen fruit.
Shredded leaves make the plant less able to photosynthesize and these wounds open the door to fungus and insects. Thus, damage and disease can spread after the storm has passed. The toll is dependent on timing as leaf damage is most severe in the spring when plants are tender. A blanket of small hail also lingers, chilling the ground and the base of the plants for hours after the sky clears. Photos show piles of hail remaining around Meridian the morning after the event.
Other recent examples of small hail creating a snow-like blanket on the ground include storms in Marathon, Texas in 2024 and Vicksburg, Michigan in 2019. The high altitude of Colorado’s Front Range cities (Denver, Colorado Springs, etc.) makes them slightly more susceptible to events like this but it still remains a rare phenomenon there.
The featured image was taken during the hail storm in Meridian, Idaho on June 26, 2026. (Tanya Sorensen)
#Boise #Hail #Idaho #idwx #Weather -
The meteorology behind the small hail that blanketed Meridian, Idaho like snow
On Friday evening, a severe thunderstorm moved through the Boise area in southwest Idaho. This storm brought damaging wind that blew a few trees over but the bigger headline was small hail that blanketed nearby Meridian, Idaho in a way that looked like it was several inches of snow.
These types of thunderstorm events are fairly rare in any one location but a few of them occur in the United States and Canada every year. A unique meteorological environment is required to form them including the freezing level, moisture, and wind.
Model estimated upper level conditions in Meridian, Idaho at 21:00 MT Friday. (Ingalls Weather)Ingalls Weather thanks the support it gets from donors. Please consider making a small donation at this link to help me pay for the website and access to premium weather data.
Using model data from around 21:00 MT Friday (when the storm hit), a few of these features stand out. The freezing level was around 10,000 feet (3,000 meters) and above that was a deep layer between -10 and -30ºC across several thousand feet. This is the layer where hail develops. The deeper and colder it is, the better a storm can manufacture hail.
The real key was the shape of the storm’s fuel, though, not just the amount. Meteorologists measure a storm’s potential energy as CAPE (Convective Available Potential Energy) which essentially tells how hard a rising bubble of air gets pushed upward. What matters for hail isn’t just how much CAPE there is but at what altitude it’s distributed through the atmosphere. It is measured in joules per kilogram (j/kg).
Weather radar image showing the severe thunderstorm moving through Meridian, Idaho at 20:57 Friday. mPING reports and severe thunderstorm warnings shown. (RadarScope)Picture two storms with the same amount of energy but one has it packed into a short, intense burst down low while the other has it stretched thin over a tall vertical column. The first forms a violent updraft that throws a few stones high to grow them into large, damaging hail. The second, which forecasters nickname “tall skinny CAPE”, is gentler.
The Meridian storm had tall skinny CAPE. The energy was modest and spread across a deep layer in the atmosphere, so the updraft was steady rather than explosive. Instead of building a handful of big stones, it acted like a slow ice factory by lofting countless water droplets fast enough to freeze and grow. This produced an enormous number of tiny stones that fell together as a dense, slushy curtain.
The last ingredient was wind. The profile showed winds turning and strengthening steadily with height. This was enough to maintain the storm’s structure and steer it along at about 20 mph (30 km/h). Rather than parking over one spot, the storm laid down a continuous ribbon of hail as it moved across Meridian. The high freezing level would normally melt small hail before it reached the ground but the sheer volume of stones and the rain-cooled core of the storm protected the mix on the way down.
A retention basin in Meridian, Idaho filled with floodwater and ice the morning after the severe thunderstorm. (Andruw Sorensen)Hail like this can enhance flooding by backing up storm drains and numerous videos from around Meridian last night showed just that. Meridian’s event was moving forward but when a thunderstorm producing significant amounts of small hail and rain like this parks over an area for a long time, flash flooding can be especially severe.
We don’t have exact data for the thunderstorms that caused the 1903 Heppner flood in Oregon but I think it’s reasonable to assume that that’s what happened in the Blue Mountains upstream of town. The flood that struck Heppner on June 14, 1903 remains the deadliest natural disaster in Oregon history and the second deadliest flash flood in the United States. While these kinds of storms bring significant novelty factor, they should not be taken lightly.
Another notable hail flooding event is recorded in the book Isaac’s Storm by Erik Larson. He writes that while the book’s subject, Isaac Cline, was in San Angelo, Texas he observed “an escarpment of water” that was 15-20 feet (4.5-6 meters) high descending the Concho River, taking out a group of three people who had been crossing at the time.
The source of this flood was a mystery until over week later when visitors came into town from upstream and described “a monstrous hailstorm” that “discharged stones the size of ostrich eggs.” In this case, the hail was not a blanket of tiny stones like what was observed in Meridian on Friday evening but it carries the same point – that prolific hail events can lead to destructive flash flooding.
Beyond flooding, huge amounts of small hail like this can also cause crop damage. Several commenters on the Ingalls Weather Facebook page reported damage to plants in backyard gardens despite the small diameter of the stones. Hail that arrives in overwhelming numbers tears at everything it lands on. Immediate consequences include broken stems, ripped off leaves, and beaten or fallen fruit.
Shredded leaves make the plant less able to photosynthesize and these wounds open the door to fungus and insects. Thus, damage and disease can spread after the storm has passed. The toll is dependent on timing as leaf damage is most severe in the spring when plants are tender. A blanket of small hail also lingers, chilling the ground and the base of the plants for hours after the sky clears. Photos show piles of hail remaining around Meridian the morning after the event.
Other recent examples of small hail creating a snow-like blanket on the ground include storms in Marathon, Texas in 2024 and Vicksburg, Michigan in 2019. The high altitude of Colorado’s Front Range cities (Denver, Colorado Springs, etc.) makes them slightly more susceptible to events like this but it still remains a rare phenomenon there.
The featured image was taken during the hail storm in Meridian, Idaho on June 26, 2026. (Tanya Sorensen)
#Boise #Hail #Idaho #idwx #Weather -
"Smoky Skies in the Pacific Northwest" by #NASA Earth Observatory - Sept 13 satellite imagery shows fires and smoke across Washington, Idaho, Montana and British Columbia. Besides unhealthy particulates in smoky air, study has shown effects of fires include effects on water quality and less-restrained runoff in burned areas. https://earthobservatory.nasa.gov/images/154797/smoky-skies-in-the-pacific-northwest #WAfire #WAwx #IDfire #IDwx #MTfire #MTwx #BCfire #BCwx #weather #PNW
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"Smoky Skies in the Pacific Northwest" by #NASA Earth Observatory - Sept 13 satellite imagery shows fires and smoke across Washington, Idaho, Montana and British Columbia. Besides unhealthy particulates in smoky air, study has shown effects of fires include effects on water quality and less-restrained runoff in burned areas. https://earthobservatory.nasa.gov/images/154797/smoky-skies-in-the-pacific-northwest #WAfire #WAwx #IDfire #IDwx #MTfire #MTwx #BCfire #BCwx #weather #PNW
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"Smoky Skies in the Pacific Northwest" by #NASA Earth Observatory - Sept 13 satellite imagery shows fires and smoke across Washington, Idaho, Montana and British Columbia. Besides unhealthy particulates in smoky air, study has shown effects of fires include effects on water quality and less-restrained runoff in burned areas. https://earthobservatory.nasa.gov/images/154797/smoky-skies-in-the-pacific-northwest #WAfire #WAwx #IDfire #IDwx #MTfire #MTwx #BCfire #BCwx #weather #PNW
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"Smoky Skies in the Pacific Northwest" by #NASA Earth Observatory - Sept 13 satellite imagery shows fires and smoke across Washington, Idaho, Montana and British Columbia. Besides unhealthy particulates in smoky air, study has shown effects of fires include effects on water quality and less-restrained runoff in burned areas. https://earthobservatory.nasa.gov/images/154797/smoky-skies-in-the-pacific-northwest #WAfire #WAwx #IDfire #IDwx #MTfire #MTwx #BCfire #BCwx #weather #PNW
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"Smoky Skies in the Pacific Northwest" by #NASA Earth Observatory - Sept 13 satellite imagery shows fires and smoke across Washington, Idaho, Montana and British Columbia. Besides unhealthy particulates in smoky air, study has shown effects of fires include effects on water quality and less-restrained runoff in burned areas. https://earthobservatory.nasa.gov/images/154797/smoky-skies-in-the-pacific-northwest #WAfire #WAwx #IDfire #IDwx #MTfire #MTwx #BCfire #BCwx #weather #PNW
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#NIFC #wildfires #firewx
NIFC New Or Updated Wildfire Perimeter
Incident Name: Flat
Acres: 1603.1 acres
Updated: Aug 13, 2024 02:07 UTC
Source: IRWIN
#FlatFire #IDwx -
Cold light rain (and whatever drizzly graupel is) continually all day long. Cleaned, took care of some honeydew, and stocked the larder.
#BabyBoomerHouse
#adulting
#IDwx -
Monsoonal moisture is moving into the #HaydenFire area. Not sure if any is hitting the ground yet, but ITD road cams to the south show actual widespread rain hitting the ground -- very rare for us in August. The increased humidity and (hopefully) rain should result in lower fire activity and give fire crews a chance to improve the completion of their confine & contain objectives.
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Monsoonal moisture is moving into the #HaydenFire area. Not sure if any is hitting the ground yet, but ITD road cams to the south show actual widespread rain hitting the ground -- very rare for us in August. The increased humidity and (hopefully) rain should result in lower fire activity and give fire crews a chance to improve the completion of their confine & contain objectives.
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Monsoonal moisture is moving into the #HaydenFire area. Not sure if any is hitting the ground yet, but ITD road cams to the south show actual widespread rain hitting the ground -- very rare for us in August. The increased humidity and (hopefully) rain should result in lower fire activity and give fire crews a chance to improve the completion of their confine & contain objectives.
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Monsoonal moisture is moving into the #HaydenFire area. Not sure if any is hitting the ground yet, but ITD road cams to the south show actual widespread rain hitting the ground -- very rare for us in August. The increased humidity and (hopefully) rain should result in lower fire activity and give fire crews a chance to improve the completion of their confine & contain objectives.
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Monsoonal moisture is moving into the #HaydenFire area. Not sure if any is hitting the ground yet, but ITD road cams to the south show actual widespread rain hitting the ground -- very rare for us in August. The increased humidity and (hopefully) rain should result in lower fire activity and give fire crews a chance to improve the completion of their confine & contain objectives.
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Yesterday I said I didn't think a #HaydenFire zone 2 or 3 evacuation order was very likely given their mapped action points, with a major caveat of "barring a wind event"...
I'm getting ready for a trip so I haven't done my morning #fire deep dive, but I'd keep an eye out for new evac notices today.
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Yesterday I said I didn't think a #HaydenFire zone 2 or 3 evacuation order was very likely given their mapped action points, with a major caveat of "barring a wind event"...
I'm getting ready for a trip so I haven't done my morning #fire deep dive, but I'd keep an eye out for new evac notices today.
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Yesterday I said I didn't think a #HaydenFire zone 2 or 3 evacuation order was very likely given their mapped action points, with a major caveat of "barring a wind event"...
I'm getting ready for a trip so I haven't done my morning #fire deep dive, but I'd keep an eye out for new evac notices today.
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Yesterday I said I didn't think a #HaydenFire zone 2 or 3 evacuation order was very likely given their mapped action points, with a major caveat of "barring a wind event"...
I'm getting ready for a trip so I haven't done my morning #fire deep dive, but I'd keep an eye out for new evac notices today.
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A closer look at 3 active areas of the #HaydenFire.
**Check the image captions for my commentary.
Overall, I think a ton of progress has been made, I'm interested to see tonight's IR flight data, but I'm optimistic based on what I see on the Ops map -- assuming the weather doesn't get too extreme I think they have a good chance of holding their primary lines.
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A closer look at 3 active areas of the #HaydenFire.
**Check the image captions for my commentary.
Overall, I think a ton of progress has been made, I'm interested to see tonight's IR flight data, but I'm optimistic based on what I see on the Ops map -- assuming the weather doesn't get too extreme I think they have a good chance of holding their primary lines.
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A closer look at 3 active areas of the #HaydenFire.
**Check the image captions for my commentary.
Overall, I think a ton of progress has been made, I'm interested to see tonight's IR flight data, but I'm optimistic based on what I see on the Ops map -- assuming the weather doesn't get too extreme I think they have a good chance of holding their primary lines.
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A closer look at 3 active areas of the #HaydenFire.
**Check the image captions for my commentary.
Overall, I think a ton of progress has been made, I'm interested to see tonight's IR flight data, but I'm optimistic based on what I see on the Ops map -- assuming the weather doesn't get too extreme I think they have a good chance of holding their primary lines.
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#HaydenFire was quite hot well after dark according to the GOES-West RGB #fire loop. Only visible fire in the northwest at the time.
and here's the ICS-209 update for the evening. Nothing too interesting was noted.
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#HaydenFire was quite hot well after dark according to the GOES-West RGB #fire loop. Only visible fire in the northwest at the time.
and here's the ICS-209 update for the evening. Nothing too interesting was noted.
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#HaydenFire was quite hot well after dark according to the GOES-West RGB #fire loop. Only visible fire in the northwest at the time.
and here's the ICS-209 update for the evening. Nothing too interesting was noted.
