Idaho legislature refuses to close loophole in fireworks regulations

The state of Idaho has a ridiculous law regulating the use of fireworks. It prohibits the use of fireworks that fly more than 20 feet into the air, including bottle rockets and aerial displays, that are used for private purposes. However, they can be sold in the state without any problem. The buyer simply has to promise by signing a form that they will not use them in Idaho.

Yesterday House Minority Leader Rep. Mat Erpelding introduced legislation that would close this loophole, making the sale of the illegal fireworks illegal. However within hours on a vote of 9 to 6 it was shot down by the House State Affairs Committee.

Dennis Doan, Chief of the Boise Fire Department, released a statement on Monday:

I would like to thank Rep Erpelding for his leadership on this issue. It was clear by the actions of the committee today they do not care about firefighter safety, or if people’s homes and lives are being destroyed by illegal fireworks every year. The exorbitant cost to taxpayers and local governments, and the fact that six homes in Ada County were burned down last year, was not enough to influence their decision to print a bill which would allow a full hearing and dialogue about this important issue.

The ability to purchase illegal fireworks apparently trumps the right of residents to protect their home from fires. This summer when someone’s home burns down due to aerial fireworks you can blame the House State Affairs Committee.

The 2,500-acre Table Rock Fire in the Boise foothills last June was caused by illegal fireworks, burned a home, and cost taxpayers $341,000, according to Chief Doan.

Rainfall in western states slows wildfire season in many areas

Rainfall last 2 weeks washington oregon
Rainfall last 2 weeks, Washington and Oregon

Rainfall over the last two weeks has slowed or in some cases, ended the wildfire season in some areas.

On October 19 we ran the numbers for the accumulated precipitation for the last 14 days in the western states. These maps show amounts that exceeded 0.05 inches at some of the Interagency Remote Automatic Weather Stations (RAWS).

Washington, Oregon, and northern California have received a good soaking and I would imagine that local fire officials may be declaring an end to the fire season. Of course this is not unusual for these areas this time of the year, and some locations had already seen their season end. But what IS unusual, is the high amount of moisture that occurred in just two weeks.

You can click on the images to see larger versions.

Rainfall last 2 weeks, northern California
Rainfall last 2 weeks, northern California
Rainfall last 2 weeks central California
Rainfall last 2 weeks, central California

Continue to see maps for the other western states.
Continue reading “Rainfall in western states slows wildfire season in many areas”

Time-lapse video of the Pioneer Fire, September 1, 2016

This time-lapse video of the Pioneer Fire in central Idaho was shot by Brandyn Harvey from 4 p.m. to 5 p.m. MDT on September 1, 2016. The camera was in the scar of the Grimes Fire. As of September 2, 2016 the Pioneer Fire has burned about 180,000 acres and is not likely to be stopped anytime soon unless there is a major change in the weather.

Articles on Wildfire Today tagged “Pioneer Fire”.

USFS Regional Fire Director describes the management of the Pioneer Fire

“There simply isn’t any safe place for [firefighters] to work”

Above:  Pioneer Fire August 31, 2016. InciWeb photo.

The Regional Director of Fire and Aviation for the U.S. Forest Service’s Northern Region, Sue Stewart, distributed a three-page document on August 31, 2016 describing the background and status of the Pioneer Fire that as of September 2 has burned 180,000 acres in central Idaho. Below are two excerpts. You can view the full document here.


“The Pioneer Fire on the Boise National Forest started on July 18th, and despite our best efforts it escaped our initial attack. Six weeks later, on August 31st, the fire is 157,000 acres and still spreading to the north. There is about 350 miles of fire perimeter, with 182 miles of completed fireline. Here are the things it’s important to understand about our management of this fire:

1. Our initial attack was immediate and aggressive. Here’s the narrative statement that reports our initial response on July 18th:

The Pioneer Fire was reported at 1717 hours to Boise Dispatch by the lead plane assigned to the Casner Fire while it was returning to Boise Airport. The initial fire size-up from the lead plane was 1 to 1.5 acres in continuous fuels. No structures in the immediate area of the fire and poor road access. The fire was initial attacked by one air attack, one lead plane, four helicopters, one heavy air tanker, two single engine air tankers, 11 smoke jumpers, Boise Hotshots, Crew 11, Engine 412, one wet patrol unit, and a fire investigator.

At 1804 hours dispatch received an update that the fire was increasing in size. The first resource on scene was Boise BLM Helitack at 1810 hours. They immediately ordered a heavy air tanker, two single engine air tankers, two type 2 helicopters, and one type 1 helicopter for the fire.  The helitack crew was unable to find a landing site near the fire area. They flew to Idaho City Airstrip to put on a bucket for water drops and returned to the fire.

At 1841 hours dispatch received another update that the fire was five acres, growing, burning in timber, torching, and crowning flame lengths. By 1906 hours the fire was reported between 15 and 20 acres, spotting, with uphill runs. The fire was reported to be 30 acres by air attack at 2004 hours. Later, air attack reported the fire 100 acres with group tree torching at 2127 hours.

At 2207 hours the type 3 incident commander ordered additional resources to the fire. The order included, one additional type 2 helicopter, four type 1 crews, three type 2 IA crews, five type 4 engines, two water tenders and two dozers for the next day.

The cause of the Pioneer Fire is under investigation. The origin of the fire was located on Boise National Forest in Forest Service fire protection at T7N, R6E, section 16.

Reports that heavy air tankers were sitting unordered and unused while the fire was attacked by single engine air tankers are incorrect. We only had access to one of them, the other was on a mandatory day off. (Pilots are required to stand down to rest for safety one day each week during which time critical maintenance is taken care of on those heavily used aircraft.) The initial response was commensurate with the challenges the fire presented at IA, and we launched the heavy air tanker right away.


9. If we could put this fire out without compromising the safety of our firefighters and aviators we would do so. We will not put people in harm’s way without safety zones in which they can seek refuge from extreme fire behavior, and so as the fire continues to move to the north toward the Deadwood Reservoir and into some more remote terrain our suppression investments will decline significantly commensurate with values at risk from the fire.

In the past week as the fire has moved past locations where we might reasonably and safely check its progress, we have scaled back our workforce. There are just half the numbers of firefighters as there were last week; there simply isn’t any safe place for them to work and so we are able to redirect firefighters to other incidents where they can make a difference. As the Pioneer Fire bumps into old fire scars, however, we have opportunities in the altered fuels to stop its progress and we will be taking advantage of those opportunities. A projected containment date in October is not giving up – it’s simply being realistic about what we can do safely.”

Pioneer Fire in Idaho is one of 5 fires in US with over 1,000 firefighters assigned

The Pioneer Fire was very active Monday and Tuesday.

Above: Pioneer Fire. Uncredited/undated InciWeb photo.

On Tuesday the Pioneer Fire in central Idaho continued its march to the north, adding another 16,000 acres to bring the total to over 157,000 acres. Burning 32 miles northeast of Boise and 23 miles west of Stanley, it has been creating huge convection columns rising 30,000 feet into the atmosphere for the last two days.

Map Pioneer Fire
Map of the Pioneer Fire at 8 p.m. MDT August 30, 2016.

Most of the growth on Tuesday was on the north side while it was pushed by an 8 to 12 mph wind gusting at 18 to 24 that was variable, but mostly out of the south. As we write this at 2:50 p.m. on Wednesday, the wind so far today has been out of the west and northwest at 4 to 10 mph with gusts of 16 to 24. The smoke being pushed to the east will probably make the air quality rather unpleasant in Stanley, due east of the fire.

The fire was very active late into Tuesday night due to the low relative humidity which ranged from 24 to 30 percent during the night at the White Hawk weather station at 8,344 feet elevation. At 2:33 p.m on Wednesday it was 66 degrees with 21 percent humidity.

Map Pioneer Fire
Map of the Pioneer Fire August 30, 2016. The black line is completed fireline. The red is uncontrolled fire edge.

The Pioneer Fire is one of five currently active fires in the United States that are staffed by more than 1,000 personnel.

Fire NameStatePersonnelAcresCost to date, millions

As of Tuesday evening the total number of resources assigned to fires in the US included 444 hand crews, 1,060 engines, 147 helicopters, and 19,064 personnel. When the number of crews approaches 500 and there are almost 20,000 personnel committed, you know things are getting busy.

Impressive convection column on Pioneer Fire is being studied by researchers

Above: The photo above was taken from the research aircraft August 30 by Nick Guy of the University of Wyoming’s Atmospheric Science department.

The Fire Weather Research Laboratory from San Jose State University is conducting research from an aircraft flying over the Pioneer Fire in central Idaho. Today using N2UW, a twin engine 1977 Beech 200T King Air, they flew for over three hours at 27,000 feet studying the fire for the RaDFire project.

The aircraft is outfitted with a ton of instruments including Doppler radar. Craig Clements, Associate Professor in the Meteorology Dept. at SJSU, described it for us:

The radar is called the Wyoming Cloud Radar (WCR). It’s on the aircraft, points up, down, and down-forward to get horizontal winds and vertical winds. The goal of the RadFIRE (Rapid Deployments to Wildfires Campaign) is to get data on plume dynamics from ground based mobile Doppler Lidar. But we were awarded 10 flight hours to test the WCR to see if it works in smoke plumes. And it does so well, more than we can imagine!

The group has been known to fly through the convection column. I’ve done that a few times and it’s an interesting experience — it can get a little turbulent, as you might expect.

On Monday they said the top of the pyrocumulus cloud over the fire topped out above 30,000 feet. In Tuesday’s photos it was at about 25,000 feet but toward the end of the day the top got up to at least 32,000 feet, Mr. Clements said.

The project is sponsored by the National Science Foundation and it’s being led by San Jose State University. Other collaborators on the project are David Kingsmill at the University of Colorado Boulder, and the University of Wyoming King Air team.

Since it started on July 18 the Pioneer Fire has burned over 140,000 acres.

This last photo of the convection column was not taken by the researchers. It was shot by Steve Botti in Stanley on August 29, more than 20 miles away from the fire.

Pioneer Fire
Pioneer Fire, as seen from Stanley August 29, 2016. Via Mike Warren.