Kokopelli is Energized by the Moab Xstream Race - 2012

 

While Visiting the Moab Pile, Kokopelli is Energized by the Moab Xstream Race

On April 14, 2012, I headed toward Moab, Utah on U.S. Highway 191 South. By the time I picked up Kokopelli at Canyonlands Field, it was mid afternoon. As we approached the Moab Pile, I turned right on to the Potash Road and then a quick left into a dirt parking area. From there, we could look down on the Moab UMTRA toxic cleanup site.

Since my last visit to the UMTRA site, federal stimulus funding had run out. Now the Moab Rail removal process was running only part time. In addition, flooding in 2011 had wiped out the bicycle path along the Colorado River. As I viewed the toxic and radioactive waste site, there was no human activity at all. Seeing that lack of activity was disheartening, but expected under current economic conditions.

Turning my attention to the Potash Road, I spotted a variety of bicyclists heading downhill towards Highway 191. With numbers affixed to their chests, they appeared to be near the end of an extreme athletic adventure. Two men with the number 227 across their chests were waiting there for a team member who had faltered on the racecourse. Talking with them, I learned that all of the bicyclists were part of the Moab 2012 Adventure Xstream Race.

After watching a lone rider’s slow descent of the Potash Road, I noticed a couple who had stopped nearby. From the 227 team, I had learned that an individual, a team or a couple could enter this race. All in one day, the race includes paddling a kayak down the Colorado River, a cross-country run, a rope-assisted climb up a rock face and then a repel down another steep slope. After all that, participants ride their bicycles many miles back to the finishing line near Moab.

Stopping for only a brief rest, the couple looked in good shape to complete the race. As I spoke with them, Kokopelli got restless while sitting in the truck. Soon he started glowing more different colors than the old Atlas Uranium Mill, below. Not wanting to risk his blowing a flux capacitor, I invited Kokopelli out to meet the race participants. With his unique personality, Kokopelli and the female racer bonded immediately.

In order to document the scene, I asked the man to hold my old Moab sign while the woman gave Kokopelli a squeeze. Just as I snapped the picture, a flood of new energy light came down from the sky above the Moab Rim. Such plasma flows are common in and around Moab, but this was the first time I had seen new energy light anywhere near the Moab Pile. Unless you count the phosphorescent purple dust devil I had seen the year before, I believe this was the first such documented event.

After getting his picture taken with the race participants, Kokopelli calmed down and dropped to a lower energy state. It had been a light snow season in and around Moab the previous winter. Even so, an early spring storm had just dropped a fresh white frosting on the nearby La Sal Range. As plush Kokopelli and I headed toward our campsite at the Moab Rim Campark, he snapped the picture of the La Sal Mountains that you see here.

The following day, Kokopelli and I planned to visit Behind the Rocks, looking for evidence of environmental degradation at that site. I will save that story for my next article.

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By James McGillis at 05:21 PM | | Comments (0) | Link

Nuclear Dust Storm Hits Moab, Utah - 2011

 

Nuclear Dust Storm Hits Moab, Utah

     

From August 14 – 19, 2011 I was in my favorite town of Moab, Utah. With several of eight local Moablive.com webcams in need of service and one new webcam to install, I had a busy week in Moab. Other than two brief thunderstorms, it was either warm or hot during my entire visit. When I left Moab at 3:00 AM on Friday morning, it was 76 degrees. Each day, downtown temperatures topped one hundred degrees . At the Moab Rim Campark, away from all of the concrete and asphalt, it was a bit cooler . 

On Tuesday, I visited Andy Nettell, proprietor at the back of the Back of Beyond Bookstore. A month earlier, our bookstore webcam server had failed. Luckily, the spare unit that I sent to Andy via UPS plugged right in and has worked flawlessly ever since. Next time you visit the bookstore, visit Andy’s antiquarian section at the back of the store. There you will see a red light flashing on our live webcam.

After retrieving the broken server from the bookstore, I headed over to Best Western Canyonlands Inn, intent upon getting wireless service connected to their webcam. With help from the friendly staff at the hotel, I was able to bypass their log-in screen and reconnect the Moab Canyonlands Inn “Center and Main” webcam. The webcam is located above the Peace Tree Café, in the new Main St. Suites at Canyonlands Inn. Now that their webcam is working properly, you can watch vehicular and foot traffic any time in Downtown Moab. The best place to watch is on our website.

Next, I headed twelve miles north of town on U.S. Highway 191. My destination was Canyonlands Field, also known as the Moab Airport. There, at Redtail Aviation, we have a live webcam pointing out the window of their hanger. Its field of view includes the arrival/departure area for Great Lakes Airlines, as well as the parking area for visiting private jets. Mr. Chris Bracken, pilot and mechanic for Redtail Aviation was working in the hanger that afternoon. He offered moral support as I taped the webcam back on to its designated window. Using different types of tape, we are still baffled by why the camera will not stay firmly attached to the hanger window. Chris believes it is a combination of cool air from their swamp cooler and high heat on the outside of the window glass. After I left town, the camera fell from the window, but Chris got it back in business the next day.

Thursday, August 18 was my last day in Moab, and I had one new webcam to install. An associate broker at Arches Realty in Downtown Moab had asked me to come in. After quickly deciding on the best view, I began installation of their new webcam. Six hours later, I had the webcam tested and showing a great image of Moab and the Redrocks from their first story window. Alas, a year later, the company asked me to remove their webcam. The image below is the last surviving image from that webcam.

Before I left her office, an associate broker invited me to review all of the MoabLive.com webcams on her computer screen. On the screen we could see a thunderstorm raging at Canyonlands Field, about fifteen files north of our location. A quick glance at our several Spanish Valley webcams showed increased weather activity all around. The Slickrock had clouds, thunder storms cloaked the La Sal Range and the flag flew almost straight up near the Moab Rim. From our vantage point at the computer, we could see thunder storms coming and thunder storms blowing away. Looking at that spectacular sight, we were awed by the breadth and power of nature in and around Moab.

Approaching as it did, from the north; the storm first hit Canyonlands Field, and then moved on towards Moab. As the airport-thunderstorm collapsed, it sent a torrent of cold air south, along the Moab Rim and down the U.S. Highway 191 canyon. There, the venturi effect created by narrow canyon walls accelerated the wind. At the Potash Road, the canyon widens again, thus allowing the wind to fan out over the top and sides of the Moab UMTRA site. The rounded shape of the Moab Pile allowed a low pressure zone to develop over its top. Behaving like a giant airplane wing, wind gusts entering that low pressure zone launched tons of radioactive and toxic soils into the air.

The heavier particles (and presumably the heavier radio-nucleotides) quickly fell back to earth. With the UMTRA's direct adjacency to the Colorado River, I am sad to report that the river received a heavy dose of radioactive dust and chemical toxins, as released by the ensuing dust storm. It is always good to remember our downstream neighbors. In this case fourteen million American and Mexican citizens living downstream rely on the Colorado River for drinking water, manufacturing and crop irrigation. As sad as these facts may be, The Dust Storm of August 19, 2011 did not end there.

Writing later to a Moab friend, I said, “By the time I got to a gas station on the south side of town, a gale of dust and trash swept over me. When I arrived home at the Moab Rim RV Campark, farther south, I went down to the rail fence and took some pictures. From there, I could see wind ravaging the Moab Pile and sending tons of radioactive dust toward Downtown Moab.

From the pictures I took, it is obvious that the UMTRA site is highly vulnerable to winds streaming down-canyon past the Arches National Park entrance. Near that location, the canyon both narrows and deepens. The resultant squeezing of the air creates a venturi effect that is focused on to the northwest side of the pile. Since the UMTRA removal efforts expose more raw soil daily, it easily went airborne and precipitated out as dust throughout the City of Moab and the Spanish Valley.

Simultaneously, a similar, but larger dust storm was tearing up the land in Phoenix, Arizona and all of Maricopa County. Was that mere coincidence, or is there a definable connection between those two dust storms? Only if the DOE and the National Weather Service (NWS) cooperate and share data on such events will we begin to predict their occurrence. In this case, I suspect a weather front that stretched from Canyon Country, Utah to Tucson, Arizona. Perhaps someone of knowledge could check and correlate the timing of regional dust storms throughout the Four Corners Region.

Despite the absence of region-wide information sharing, any actions taken at the Moab UMTRA project on August 18, 2011 were inadequate. Transporting the Moab Pile by rail to Brendel and Crescent Junction, Utah appeared to be their focus. A distant second in importance is the physical integrity of the pile, as it exists today. A local resident told me that telephone complaints about UMTRA's dust bring a canned response from the contractor’s public relations office. Callers, who may be choking on UMTRA’s toxic dust, are told that ‘wind over a certain speed results in immediate suspension of grading and hauling at the site’.”

Even without coordinated dust storm alerts, UMTRA contractors can now monitor nine public webcams situated around Moab and the Spanish Valley. If they were to monitor only one screen provided me as the Moab Live Public Service Webcam Page, UMTRA contractors could see a windstorm coming long before they felt it. Greater Moab has many micro-environments and each has its own unique micro-weather. If Uranium King, Charles (Charlie) Steen (1919-2006) had foreseen the long-term threat that his company created, I doubt that he would have situated his Atlas Uranium Mill (now UMTRA) at its current location. With the ongoing threat from flooding and wind storms, old Cold War fears still haunt the area around his creation. 

The drill rig shown abandoned below the Moab Rim is of the type borrowed by Charlie Steen to make his Mi Vida Mine discovery. In fact it may be the exact same rig. In those days, and for many years thereafter, mining trucks and equipment were often abandoned around Moab. Those who brought this piece of Moab memorabilia to its current location carefully jacked it up on to several railroad ties, removed the wheels and drove away. Now, forty or more years after its derelict arrival, the machine slowly rusts away. At the rate of current decomposition, I estimate its half-life to be about 704 million years, which coincides nicely with the half-life of uranium-235 which it was used to discover. 

I have not read the Department of Energy’s (DOE) charter of the UMTRA Moab Project, but there must be something in there about using every reasonable and cost-effective method of protecting the Moab Pile from flooding downstream or blowing away in the wind. We know from previous studies that deep beneath the Moab Pile there is a large reservoir of contaminated water. In fact, the center of the pile is so wet that the latest Google Earth view of the UMTRA site shows a recently uncovered stream bed.

Water beneath the Moab Pile has only two places it can go. If allowed to, it will migrate downstream towards the Colorado River. In fact, a well-field along the riverside attempts to extract contaminated ground water and spread it atop the pile. As the water slowly dries on undisturbed parts of the pile, it forms a tough crust. With so much of the site under recent excavation, very little of the ground stays undisturbed for long. As a result, much of the UMTRA site is unprotected from another big “blow off”. 

The DOE should require the contractor to take immediate action to design and deploy a far larger array of sprinklers at the site. Ideally, an onsite reservoir would feed the sprinkler system, which could quickly cover the entire pile. With better weather monitoring and forecasting, the contractor could start deploying large volumes of sprinkled water ahead of the next dust storm, rather than afterwards, or as on August 18, 2011, “not at all”.  Whoever monitors the weather and calls for future halts in work at the site should be an employee of the NWS, not the DOE or the contractor. When danger lurks for the Moab Pile, no one should second-guess an early weather-shutdown, rather than a late one. In the current situation, shutting down “on time” is often too late.

Many in Moab grew up with or within the nuclear industry. Despite the toll it took on mine workers and processors, Moab is tolerant to the point of nostalgia about its ranching and mining past. That familiarity may breed complacency, which Moab can ill afford. Even if many residents consider a nuclear dust-bath to be an acceptable occurrence in town, most tourists and visitors do not. The only way to assure the safety of all in Moab is to take immediate measures to change the Moab UMTRA charter, making environmental protection at least as important as removal and transportation of contaminated material.

Email James McGillis

Colorado River - Perfect Flood - 2009

 

Hey, what's that Sound? Is it the "Perfect Flood"? 

On June 22, 2009, the first full day of summer, we drove the Potash Road (Utah Route 279), beginning at its junction with U.S. Highway 191 North, near Moab, Utah. A paved highway, Potash Road parallels Kane Creek Access Road, on the opposite bank of the Colorado River. Both roads meander downstream from Moab and the Spanish Valley.

 

Watch the Action - The Potash Road Moab, Utah 2009

 

On the west bank, Potash Road skirts the Moab Pile, which occupies most of the floodplain along the outside radius of the river bend. When we stopped downstream of the pile and looked across, we saw charred evidence of the October 22, 2008 Matheson Wetlands fire. The high water table there has encouraged new growth in that unique and vital wetland habitat, but years will pass before nature erases the scar.

 

The Matheson Wetlands occupy a floodplain along the inside radius of this unique Colorado River bend. Its uniqueness as a riparian environment stems from the lack of canyon walls on either side of the bend. From the east, Spanish Valley descends gradually, until it meets the wetlands within the ancient flood plain. Despite a setback from the fire, The Nature Conservancy's ecologists are midway through a plan to bring back a natural flow of water throughout the Matheson Wetlands.

 

Water use planning in the Four Corner states, Nevada and Southern California depends on the stability and ultimate removal of the radioactive landfill, known as the Moab Pile. The fragile position of the Moab Pile is what most concerns downstream water planners in Phoenix, Las Vegas and Los Angeles. They know that documented paleofloods of enormous size periodically scour the flood plain of the Colorado in that location. At least two megafloods occurred in the past several thousand years. In such a flood, the broken megaliths that line the canyon upstream of the pile could be set loose, battering the vulnerable pile and washing it into the Colorado River channel. If it happened that recently, it could happen again.

 

In a “Perfect Flood” scenario, there would be heavy snowfall during a cold winter in the Colorado Plateau watershed. With an entire winter’s snowpack still in place, dust storms of enormous size could arise from the over-grazed Navajo Indian Reservation, to the South. Contemporary dust storms create weather vortices that are orders of magnitude larger than the largest firestorms. As the storms move across Southeastern Utah, land long overgrazed by ranchers and more recently overrun by off-road vehicles ads to the problem. If a series of such storms carried sufficient airborne soil, followed by rain, a blanket of dust could melt the Colorado Plateau snowpack in short order. At its peak, the subsequent flood could engulf the Moab Pile and wash its toxic and radioactive material downstream towards Lake Powell.

 

Currently, there is an active effort to relocate the Moab Pile to the new Moab Mountain, location at Crescent Junction, Utah. According to current Department of Energy (DOE) estimates, the removal project will take until 2022-2025. Depending on materials and conditions found in the core of the pile, those estimates are subject to change. As of this writing, the most optimistic estimates are for a thirteen-year project. Meanwhile, engineers and planners have done little to protect the pile from the potential of a Perfect Flood, as described above. The only observable difference at the site is the widening of a dry watercourse adjacent to the upstream side of the pile. The widening and deepening of that arroyo is all that stands between the river and the safety of the Lower Colorado Basin water supply and its seventeen million users.

 

If a Perfect Flood were to hit the pile before its complete removal, life in the West would never be the same. Communities and individuals whose water sources are upstream of the pile would be safe. Those living downstream of the potential washout could find Colorado River water unfit for home, industrial or agricultural consumption. If our water supply experienced a dramatic spike in chemicals, heavy metals and radioactive waste, we would immediately seek a different water source.

 

If seventeen million residents had to find new water supplies or perish, the Southwestern U.S. would face depopulation far greater than the Anasazi Disappearance, around 1200 CE. Financially, the Perfect Flood would make the estimated $150 billion cost of Hurricane Katrina look diminutive, by comparison. From Moab, Utah, to its dry and neglected delta, at the Sea of Cortez, Mexico, the Colorado River would become a river of death.

Email James McGillis 

By James McGillis at 11:45 AM | | Comments (0) | Link