Report released for rescue and extraction of water tender rollover victim

It happened on the Cougar Creek fire in Washington

water tender fire rollover wildfire
A total of 30 people—using a combination of standard carry and caterpillar carry, depending on the incline—transported Robert from the accident site down to the road via the pathway that the Type 2 Hand Crew constructed, where an ambulance was waiting. From the report.

A report has been released for what turned out to be a difficult and complex rescue after a water tender rolled 150-feet down a slope. It occurred August 18, 2018 on the Cougar Creek Fire outside of Leavenworth, Washington. The steepness and heavy vegetation slowed efforts to extract and transport the 300-pound truck driver but in spite of the challenges the person identified as “Robert” in the report arrived at a Life Flight helicopter about 2 hours and 20 minutes after the first 911 call.

water tender fire rollover wildfire
The pink flagging marks where Robert’s Water Tender slid off the road and rolled down the hill. From the report.

A system of ropes was necessary in order for personnel to access the victim from the top side, but the report heaps a great deal of praise on a Type 2 hand crew that from a lower road…

“…cut a highway through the forest in a matter of minutes.” In fact, the [Division Supervisor] later recalled that the crew was so fast and so efficient that they cleared the path in front of the Medics who were arriving from the bottom. These Medics coming up from the bottom were able to maintain a “comfortable walking pace” behind the crew as they worked.

The timber canopy virtually eliminated the possibility of extraction by a helicopter with hoist or short haul capabilities. Plus, there was a three-hour ETA for the helicopter.

The 30 people on scene carried the victim in a Stokes basket down the steep slope to a waiting ambulance below, using a standard carry and caterpillar (or conveyor belt) system depending on the incline.

water tender fire rollover wildfire

A section in the report section titled “Drills Work!” included this:

Last year, a Montana Incident Management Team put the Type 2 Crew (who cut the access line up to the accident site on this incident) through a drill that taught them how to use the caterpillar system and polished their cutting skills. This crew’s members said specifically that the reason they were so successful on this incident was because of this earlier drill that they had experienced in Montana.

NIFC produced a video about the management of a serious injury complicated by a helicopter incident that occurred on the Deer Park Fire on the Sawtooth National Forest in central Idaho in 2013. In the video, which can be seen in the Wildfire Today article about the incident, you can see a description of the conveyor belt technique for moving a stokes basket in rocky or steep terrain. It begins at 5:25 in the video.

The entire 11-page report about the August 18, 2018 accident on the Cougar Creek Fire can be downloaded HERE (1.4 MB).

Hay shed fire in New South Wales

hay shed fire new south wales
Photo credit: NSW RFS. Click to enlarge.

On December 12 firefighters from New South Wales Rural Fire Service and Victoria Country Fire Authority responded to a fire in a hay shed on Howlong-Balldale Road northwest of Howlong, NSW.

In a tweet the NSW RFS warned about spontaneous combustion:

With warmer weather the risk of hay stack fires increases. This fire attended by crews between Howlong & Corowa. With hot weather on the way landholders should check the temperature in stored hay & if possible ensure that farm machinery is kept in a separate shed.

hay shed fire new south wales
Photo credit: Fire and Rescue NSW Station 206 Albury North
hay shed fire new south wales
Photo credit: Fire and Rescue NSW Station 206 Albury North

The University of Montana has information about spontaneous combustion in hay:


“Oddly enough, wet hay is more likely to lead to a spontaneous combustion fire than dry hay. If hay is put into a barn or stack when it has more than about 22 percent moisture, not only does the hay loose forage quality, but it has an increased risk of spontaneous combustion.

“High moisture hay stacks can have chemical reactions that build heat. Hay insulates, so the larger the haystack, the less cooling there is to offset the heat.

“When the internal temperature of hay rises above 130 degrees Fahrenheit (55 degrees C), a chemical reaction begins to produce flammable gas that can ignite if the temperature goes high enough.

“Hay fires generally occur within six weeks of baling. Heating occurs in all hay above 15 percent moisture, but generally it peaks at 125 to130 degrees F, within three to seven days, with minimal risk of combustion or forage quality losses. Temperature within a stack then declines to safe levels in the next 15 to 60 days, depending on bale and stack density, ambient temperature and humidity, and rainfall absorbed by the hay.

“To avoid hay fires, small, rectangular bales should not exceed 18 to 22 percent moisture, and large round or rectangular bales should not exceed 16 to 18 percent moisture for safe storage.

“In addition, you should check your hay regularly. If you detect a slight caramel odor or a distinct musty smell, chances are your hay is heating. At this point, checking the moisture is too late, and you’ll need to keep monitoring the hay’s temperature.”

Report released on fatality of Oklahoma grader operator

grader Jack Osben wildfire fatality
The grader that Jack Osben was operating. Photo taken two days after the burnover. From the FLA.

The Wildland fire Lessons Learned Center has released a Facilitated Learning Analysis on the fatality of Jack Osben, the grader operator who was burned over while working on the Shaw Fire in Western Oklahoma April 12, 2018. The tragedy occurred during extreme conditions — extended drought, 100 degrees, 5 percent relative humidity, 45 mph winds, and the fire was burning in thick grass that had not been grazed or hayed in seven to eight years.

The executive summary is below. The entire document can be downloaded (4 MB file).


*Except for Jack Osben, all names are pseudonyms

On April 12th, 2018, 61-year-old Jack Osben, a motor grader operator for Roger Mills County in Oklahoma and volunteer firefighter died as a result of thermal burns while providing initial attack to the Shaw Fire. The wildfire grew to approximately 3,500 acres in a mixture of grass and shrubs during a Red Flag Warning day. The employees of Roger Mills County were in a state of readiness due to a mixture of prolonged drought, extreme heat, and gusting winds that had created extremely dangerous wildfire conditions.

Shaw Fire grader fatality
The Shaw Fire, as seen from a grader approaching the fire. From the FLA.

Jack was performing progressive line construction using a motor grader on the Shaw Fire. While he had been working as a grader operator for a few years, he had limited experience using the grader related to fire suppression activities. Between 1400-1430 hours Jack met up and began working with Alex, a fellow grader operator who had more than two decades of experience fighting fire.

Although they entered the field at different locations, they converged almost immediately. Alex instructed Jack to fall in line behind him to improve the initial grader line. After working together to establish line for about 4,000 feet, Alex lost sight of Jack’s grader in the smoke and flames, which had grown significantly and shifted directions quickly.

Due to the fire’s shift in direction, Alex was forced to abandon his grader. He began to walk toward a nearby road when he spotted Jack, who was also on foot emerging from the smoke. They spoke briefly when they met. Alex observed that Jack had visible burns to his arms and was possibly suffering from smoke inhalation. The reality was that Jack’s injuries were much worse than they appeared. He died as a result of thermal burns either during transit in the ambulance or right after arriving at the hospital.

This accident took place in Western Oklahoma where the tactical use of motor graders for wildland fire line construction is common. Additionally, there is different emphasis on values at risk, namely that firefighters in Western Oklahoma commonly protect grass for cattle grazing. Other regions may rank grass as a low value-at-risk but it is absolutely a consideration for how people in this region fight fire and manage land1.

This is the first Facilitated Learning Analysis (FLA) to emerge from the State of Oklahoma. In brief, the FLA process is meant to facilitate learning from unintended outcomes by interviewing people who were involved in the event, and sharing a collective story of their experiences. We also offer lessons learned from those involved and with their help, generate recommendations that may be useful for people within and outside of the region.

For many readers, this analysis will serve as an introduction to a different way of fighting fire with some of these methods appearing unconventional. But, in the words of one of the grader operators, “you make do with what you have.” Even if the methods and context are different, this statement ties together the ethos of wildland firefighters everywhere. It is also important to note that the men and women of Roger Mills County are exceptional at what they do and have an impressive record of doing it safely.

Skidgeon on the Cougar Creek Fire

BLM crew of veterans trains National Guardsmen

Cougar Creek Fire Skidgeon
A Soft Track Skidgeon filling a pumpkin water tank on the Cougar Creek Fire, Okanogan-Wenatchee NF, WA, 2018. Photo: Kari Greer, NIFC. Click to enlarge.

I ran across this photo of a Soft Track Skidgeon, and since it is an interesting machine, I wanted to post it. It was on Flickr along with dozens of other photos from the Bureau of Land Management. That album also had pictures of BLM Crew 7 from Lakeview, comprised almost entirely of veterans, training soldiers from the Washington Army National Guard in 2014. This year the crew  earned Interagency Hotshot Crew status.

National Guard wildfire training
More than 250 soldiers from the Washington Army National Guard, 81st Armored Brigade Combat Team, train with the Bureau of Land Management and U.S. Forest Service at the Yakima Training Center, July 25, 2014. BLM was represented by crew No. 7 from Lakeview, which is comprised of military veterans. Photo by Kevin Abel/BLM.
National Guard wildfire training
More than 250 soldiers from the Washington Army National Guard, 81st Armored Brigade Combat Team, train with the Bureau of Land Management and U.S. Forest Service at the Yakima Training Center, July 25, 2014. BLM was represented by crew No. 7 from Lakeview, which is comprised of military veterans. Photo by Kevin Abel/BLM.

In the video below, the National Guardsmen practice fire shelter deployment. It shows the Guardsmen running and then getting into the shelters. Video by Kevin Abel/BLM.

BLM Oregon firefighters train Washington National Guard

Fire prevention mascot in Chile

ForestinThe United States has Smokey Bear for wildfire prevention and Woodsy Owl to promote caring for the environment. Chile has one mascot, Forestín, for both of these activities, and more.

According to Wikipedia:

Forestín is the official mascot of the National Forestry Corporation (CONAF) of Chile. It is a coypu (nutria) which can serve as fire brigade (yellow fire resistant jacket and helmet), park ranger (green shirt and quepi) or forester (yellow shirt and green planter), which was designed to educate the public about the dangers of forest fires.

Forestín was introduced to the public in 1976 and since then has evolved.

Forestin

Here are a couple of videos showing Forestín in action.

Why did a 99-year old power line fail, igniting the Camp fire?

Investigators have removed parts of a transmission tower to examine more closely

Investigators are zeroing in on their goal to determine exactly what caused molten aluminum and metal to drop from a 115,000-volt PG&E power line tower at about 6:15 a.m. on November 8 near Poe Dam seven miles east of Paradise, California. A few hours later most of the town had been reduced to ashes as 50 mph winds pushed the wildfire through the community, killing at least 85 people and making thousands homeless.

As reported by an article in the Mercury News, something failed on the tower, causing a power line to get loose and whip around, striking metal which instantly heated, melted, and dropped to the ground igniting the vegetation. It could have been “a tiny O-ring that holds up rows of disc-shaped insulators, or possibly fatigued steel from one of the tower’s arms”, the article explains. The tower was built in 1919 which raises the possibility of worn out parts and metal fatigue. CAL FIRE has removed some pieces from the tower to examine further.

The newspaper also reports that CAL FIRE is investigating a possible second point of ignition below a PG&E lower voltage distribution line that occurred about half an hour after the first failure.

The Camp Fire started 13 months after the disastrous fires that burned in the Napa Valley in October of 2017. There are reports that at least 12 of them were caused by Pacific Gas & Electric power lines.