Red Flag Warnings in six states, June 26, 2017

The National Weather Service has issued Red Flag Warnings for areas in California, Utah, Arizona, Nevada, Oregon, and Montana. A Fire Weather Watch is in effect for some areas in Colorado.

The area where the Brian Head Fire is burning east of Cedar City, Utah could see southwest winds gusting up to 39 mph Monday afternoon while the relative humidity bottoms out at 12 percent. This could challenge firefighters and test the contingency lines constructed northeast of the fire on Sunday.

The map was current as of 9:50 a.m. MDT on Monday. Red Flag Warnings can change throughout the day as the National Weather Service offices around the country update and revise their forecasts.

Area Command Team ordered for southeast Arizona fires

Rowdy Muir’s Area Command Team (ACT) has been mobilized to the Coronado National Forest. This is somewhat surprising because ACT’s have, in my opinion, been significantly underutilized for the last several years.

The June 26 National Situation Report listed two large fires on the Coronado.

coronado national forest fires

The Saddle Fire, not listed above, has burned almost 5,000 acres 19 miles northeast of Douglas since it started June 24.

In the 24 hour period that ended Sunday morning approximately 392 lightning strikes were detected in the Forest.

National Forests R3
Map showing the Coronado National Forest in southeast Arizona and the other Forests in the Southwest Geographic Area.
Even last year when there were many large fires burning in Georgia, Tennessee, North Carolina, and South Carolina, no ACT’s were mobilized. You might wonder if any of the fires would have turned out differently if there had been a group of highly skilled personnel looking at the big picture, helping to obtain resources, analyzing the weather forecast, and utilizing short and long range fire behavior predictions.

An ACT may be used to oversee the management of large incidents or those to which multiple Incident Management Teams have been assigned. They can take some of the workload off the local administrative unit when they have multiple incidents going at the same time. Your typical Forest or Park is not usually staffed to supervise two or more Incident Management Teams fighting fire in their area. An ACT can provide decision support to Multi-Agency Coordination Groups for allocating scarce resources and help mitigate the span of control for the local Agency Administrator. They also ensure that incidents are properly managed, coordinate team transitions, and evaluate Incident Management Teams.

National ACTs are managed by the National Multi-Agency Coordinating Group (NMAC) and are comprised of the following:

  • Area Commander (ACDR);
  • Assistant Area Commander, Planning (AAPC);
  • Assistant Area Commander, Logistics (AALC);
  • Area Command Aviation Coordinator (ACAC); and
  • Two trainees.

They usually have an additional 2 to 15 specialists, including Fire Information, Situation Unit Leader, Resource Unit Leader, and sometimes others such as Safety, and Long Term Planning, or assistants in Planning, Logistics, or Aviation.

In 2015 the number of ACT’s was cut from four to three.

This year, besides Rowdy Muir, the other two Area Commanders of the teams are Joe Stutler and Tim Sexton.

The brain needs sleep to perform nightly maintenance — for firefighters and everyone else

At the top of the article: USFS photo.

The brain uses a quarter of the body’s entire energy supply, yet only accounts for about two percent of the body’s mass. So how does this unique organ receive and, perhaps more importantly, rid itself of waste? New research suggests it has to do with sleep.

In the TedMed video above, neuroscientist Jeff Iliff explains the connection between sleep and brain function.

A study of almost 7,000 firefighters from municipal fire departments found that 37 percent screened positive for common sleep disorders, including obstructive sleep apnea, insomnia, restless leg syndrome, and shift work disorder.

The researchers found that compared with sound sleepers, those with a sleep disorder were about twice as likely to have a motor vehicle crash, to nod off while driving, and to have cardiovascular disease or diabetes. They were more than three times as likely to suffer from depression and anxiety.

Wildland firefighters usually work 8-hour shifts —  except when they don’t. While on fires their shift schedules and sleep routines are often disrupted. The 8-hour shift can be extended to 12 to 16 hours, and their usual sleeping and waking times may be changed and sometimes shortened; not unlike the jet lag of traveling to a different time zone. The first shift on a fire may be longer than 16 hours and a crew used to working during the day can be placed on a night shift.

A firefighter sleep study conducted by the Missoula Technology Development Center between 2006 and 2008 found that sleep deprivation contributed to fatigue, stress, and impaired performance of Incident Management Team members.

I talked with pilots and other personnel that traveled with an air tanker to a new assignment. Depending on their original location, they flew across two to four time zones and after arrival, they started work about two hours earlier than usual. So the net change was four to six hours worth of jet lag when taking the new work schedule into account. After a couple of days at the new site two crewmembers told me that they were really tired, even though they were not physically working much harder than normal. Their supervisor eventually recognized this and made sure they got a day off.

That kind of disruption in a work/sleep/wake schedule is common among wildland firefighters, especially those that travel long distances to an assignment. It is possible that wildland fire managers do not recognize this and the negative effect it can have, or if they do, may feel there is little they can do to mitigate the problem.

Crew supervisors and incident management teams should at least strive to give firefighters an opportunity to get an adequate amount of quality sleep.

We have written before about the importance of sleep for wildland firefighters. Articles on Wildfire Today tagged “sleep”.

Brian Head Fire expands across Highway 143

Above: The red line on the map represents the perimeter of the Brian Head Fire at 2:30 a.m. MDT June 25, 2017. The white line was the perimeter about 28 hours earlier.

(UPDATED at 9:28 p.m. MDT Sunday June 25, 2017)

There was only minimal growth Sunday on the Brian Head Fire east of Cedar City, Utah. The weather cooperated with firefighters who were able to work on securing firelines.

Incident Commander Tim Roide described the activity on the fire today:

It was a good day for firefighters, who were able to have success securing areas of particular concern, including the many structures affected by the Brian Head Fire.

A Red Flag Warning is in effect for southwest Utah through 10 p.m Monday night.

With the weather forecast for Monday predicting southwest winds of 12 to 15 mph with gusts in the mid-20’s and humidities in the mid-teens, the Incident Management team made the decision to use dozers to build indirect contingency firelines out ahead of what could be additional growth in the Horse Valley area. Air tankers bolstered those new lines by dropping fire retardant adjacent to the dozer lines expecting that if the fire makes a run in that direction the combination of the bare dirt line and the retardant would increase their chances of preventing the fire from crossing their freshly prepared defenses.

Fire retardant is normally wet, of course, and if conditions are right with few airborne embers travelling far in advance of the main fire front, retardant can slow the spread, giving firefighters on the ground a chance to move in and take direct action. But even when it has dried, the chemicals still interfere with the process of combustion and can affect the rate of spread of the flames.

The plans for crews on Monday include continuing to secure the southern perimeter of the fire to slow its progression toward Mammoth Creek.

Kim Martin’s Type 1 Incident Management Team will assume command Monday morning of the east half of the fire. The existing Type 2 Team will remain on the West side working out of Parowan.

Evacuations are still in place for many areas. Highway 143 is closed from the cemetery in Parowan to milepost 50 outside of Panguitch and Mammoth Creek Road is closed at the junction with Highway 143.

****

(UPDATED at 12:24 p.m. MDT Sunday June 25, 2017)

The Brian Head Fire in southwest Utah continued to grow on Saturday, adding another 5,000 acres, to bring the total to 42,800 acres. Evacuations are still in effect for several areas.

A significant development Saturday was the spread of the fire across Highway 143 in two places burning approximately 700 acres south of the highway as of 2:30 a.m. on Sunday. No doubt the firefighters were counting on using the highway as a fireline, hoping to stop it at that point. One factor in their favor is that east of the 406/050 road and south of Highway 143 the fuel (vegetation) is sparse in many areas and is not continuous. West of that road and south of Highway 143 more fuel is available and the fire will offer more resistance to control.

Sunday morning the Incident Management Team provided some information about the spread of the fire across the highway:

Firefighters quickly responded and minimized the spread of these fires. Through the night, resources continued work on containment of these spot fires.

Brian Head Fire
In this photo of the Brian Head Fire, Yankee Meadows is at the top-right. We believe this photo was taken by the Incident Management Team.

There has been no change in the number of structures reportedly destroyed; it remains at 26.

Either on Sunday or Monday a Type 1 Incident Management Team will assume command of the eastern half of the fire. The Type 2 Team will remain in Parowan and the Type 1 Team will be based at the Triple C Arena in Panguitch. The two organizations will work together to protect the values at risk and coordinate the full suppression of the fire.

Brian Head Fire map
Satellite photo of the Brian Head Fire, June 24, 2017.

Resources assigned to the fire include 29 hand crews, 41 engines, 10 helicopters, a variable number of air tankers, and a total of 996 personnel.

Brian Head Fire Pilatus PC12 Colorado Utah
One of Colorado’s Pilatus PC12’s, N327F, was orbiting the Brian Head Fire June 25, 2016. The aircraft has multiple sensing systems and can transmit live video to firefighters on the ground.
Colorado's Pilatus PC12 N327F
One of the two Pilatus PC12’s owned by Colorado, N327F, was photographed in March of 2016 in Sacramento. Today, June 25, 2017, it is assisting at the Brian Head Fire in southwest Utah.

 

Wildfire smoke map, June 25, 2017

Smoke map 6-25-2017 wildfire
Above: the map above predicts the distribution of wildfire smoke at 5 p.m. MDT June 25, 2017. It is an experimental product from the NOAA’s Earth System Research Laboratory. The red area in southern Utah is very dense smoke from the Brian Head Fire. The map also shows significant smoke impacts in much of Arizona and New Mexico.

The map below is a different smoke prediction from NOAA, for the same time.

Smoke map 6-25-2017 wildfire

78% of firefighters tested at spike camp on Frye fire had strep throat

Medical Unit
An example of a Medical Unit at a wildfire. In 2012 community members toured the Incident Command Post, including the Medical Unit seen here, at the Springs Fire in Idaho. Inciweb photo.

On June 17 the Incident Management Team (IMT) running the Frye Fire near Safford, Arizona wrote on Inciweb that “21 additional personnel with unknown illness were demobilized.” On June 18 the Tucson News reported that 45 people at the fire had been treated for strep throat, also known as streptococcal pharyngitis.

On June 22 the IMT posted much more information about the “incident within an incident”. A doctor went to the remote Columbine Spike Camp on Mt. Graham where firefighters were staying so they did not have to endure the long round trip each day to the Incident Base. He swabbed the throats of 80 firefighters, with 63 (or 78 percent) testing positive for Streptococcus.

(As of June 24 the Frye Fire has burned over 29,000 acres at Mt. Graham near Safford, Arizona east of Tucson.)

Before and after those shocking test results, the IMT took many actions in order to mitigate the situation.

  • The IMT created an Incident Health Group led by a Medical Unit Leader with the sole function of dealing with the Strep outbreak. (Functional Groups can be quickly created within the Incident Command System to handle specific tasks.  An example of one that is often used is a Structure Protection Group. They may or may not be tied to a specific geographic location.)
  • The Team disinfected pretty much everything in sight.
  • They stopped using the hand-wash station.
  • The caterer was ordered to stop meal production and to dispose of all currently prepared meals. Personnel then were given bottled water and MREs.
  • Symptomatic personnel were isolated, and incoming resources were kept separate from existing personnel.
  • Contracts were issued for a doctor, an RN, and two paramedics to administer testing and provide medication.
  • Treatment with an oral antibiotic for those affected began.
  • The IMT recommended follow-up for the personnel that demobed prior to June 16.
  • When additional personnel presented with symptoms, they were kept isolated from the Incident Command Post population in an isolation/decontamination room where they could get a shower and a change of clothes. They also had access to another isolated room nearby where they could rest and recuperate so as not to expose others while under treatment during contagion.
  • Although the doctor suggested most patients would not be contagious 24 hours after the antibiotic treatment, the IMT decided to extend the period to 48 hours.
  • Graham County Public Health developed an epidemiological investigative process to include interviews and questionnaires with all available parties.

Strep throat affects about 3 million people in the U.S. each year.  With treatment by a medical professional, which often requires lab tests or imaging, it is usually resolved within days or weeks. Common symptoms include sore throat, fever, and swollen lymph nodes in the neck. Rarely, complications can involve the heart or kidneys. Treatment is important to reduce complications.

Thanks and a tip of the hat go out to Tom.
Typos or errors, report them HERE.