Wednesday, 12 July 2017 09:24

Work Underway on Promontory Landfill

Work underway for landfill in 'middle of Mars'

John Hollenhorst, KSL TV

PROMONTORY POINT, Box Elder County — An old controversy has come back to life in one of Utah's most remote places.

Construction crews have begun work on an enormous landfill at the tip of the Promontory peninsula that juts into the Great Salt Lake. The barren location may give a boost to the tax base of Box Elder County.

"We're going to increase revenues; we're going to increase jobs," said Brett Snelgrove, director of Utah Operations for Promontory Point Resources, which began construction work last month.

The landfill site is so remote that the easiest way to reach it is to drive along the railroad causeway running straight west from Ogden across the Great Salt Lake.

The causeway crosses the peninsula at its southern tip, known as Promontory Point. The peninsula itself is an uninhabited mountain range that extends southward into the lake.

"The permitted landfill is for 1,000 acres, and we have 1,000 acres of buffer zone around it," Snelgrove said as he walked across a stark landscape that's being excavated and graded by earth-moving equipment.

"It's like getting dropped off in the middle of Mars," Box Elder County Commissioner Stan Summers said after visiting the property.

Summers supports the project and said he believes the remote location is a plus.

"I would like to see economic growth with the least amount of impacts on residents," he said.

The Utah Department of Environmental Quality has issued the company a Class 1 permit allowing the landfill to accept waste only from government entities in Utah.

The project isn't exactly new. In fact, it's been controversial since it was first proposed in 2001. But Promontory Point Resources bought the project from its previous owners and claims to have solved some of the problems that led to controversy.

According to Snelgrove, it's partly a matter of clearing up some public misunderstanding.

"We've been trying to allow people to know the type of waste that we're hauling," he said. "We're not hauling hazardous waste."

But critics are watching closely. Lynn de Freitas, executive director of Friends of Great Salt Lake, worries that transporting waste by rail across the lake — or by truck on a gravel road that runs the length of the peninsula — will put dust and trash in the air around the northern margins of the lake.

"Landfills are notable for losing a lot of waste along the way," de Freitas said. "Inevitably there will be evidence of the trail of where this transport is happening."

Snelgrove argues that the company will keep its trash under control.

"There will be semitrucks that have trailers that are fully covered and fully sealed," he said. "It will be dumped and then immediately covered, and so it won't be sitting open for anything to blow around. We'll have 35-foot fences. They're big wind fences, and they will stop the trash."

Construction crews have begun work on an enormous landfill at the tip of the Promontory peninsula that juts into the Great Salt Lake in Box Elder County. The director of the project said they are doing everything they can to make sure trash doesn't get blown around, including making sure everything is covered, and having big wind fences that will stop the trash. (Photo: John Hollenhorst, Deseret News)

The company hopes to transport some of the waste by rail. An arrangement is under negotiation with Union Pacific, according to Snelgrove, but so far the railroad has not formally agreed to the plan.

A big concern of critics is that the company has applied to the state for a Class 5 permit, which would allow disposal of commercial waste originating at Utah companies, as well as waste from companies outside the state.

"We already have six Class 5 permit landfills in the state," de Freitas said. "Do we need another?"

The alleged need for the commercial disposal is one of the things the company is required to document before the Department of Environmental Quality will issue a Class 5 permit. The law requires a showing of need within the state.

So far, Promontory Point Resources hasn't firmly signed up a single customer. However, Snelgrove says negotiations are moving right along.

"We have people that are lined up and ready to go," he said. "They ask how soon can we have our Class 5 (permit) and how soon can we have the operation ready to go."

Critics worry that if the state issues the permit, the company will import waste chemicals like PCBs or fly ash from smokestacks.

"It's toxic and it has high metal content in it," de Freitas said.

Snelgrove said his company has no current plans to import that kind of waste, but it hasn't been ruled out either.

"Anything that we haul in here, any industrial waste — anything like that — will meet the stringent requirements of Utah," he said.

Promontory Point Resources expects to open the landfill in September, with or without a Class 5 permit.

Link: KSL Story



Saving a Few Minutes on Commute. But at What Cost?

Salt Lake Tribute Op-Ed 

By Roger Borgenicht, Ann Floor and Lynn de Freitas


We know we can't build our way out of congestion. Evidence from around the country shows that expanding and building new freeways ultimately increases congestion by attracting more automobile use. Nevertheless, on Thursday, a public comment period began on the final environmental impact statement for construction of the West Davis Highway, and it ends Aug. 31. The Utah Department of Transportation (UDOT) says the road is needed to cut auto commute time by a few minutes during peak rush hour.

At an expected cost of more than $600 million, the 19-mile, high-speed, four-lane, divided roadway through western Davis and Weber counties would run from I-15 and Legacy Parkway in Farmington, northwest to West Point. It would impact homes, subdivisions, two elementary schools, community parks, farms and the Great Salt Lake Shorelands Preserve. It will make air quality worse and will cause negative human health impacts. All this just to cut auto commute time at rush hour by a few minutes.

Utahns for Better Transportation (UBET) is a coalition of nonprofit organizations and community groups that has been working for better transportation solutions for the Wasatch Front for more than 20 years. Our aim is to improve air quality, build community, promote transit and more travel choices, and maintain and protect our exceptional quality of life in Utah. We can accomplish these goals by reducing, rather than accommodating, the predicted increase in the number of miles we drive each day.

In 1997, when Gov. Mike Leavitt announced his vision to build the Legacy Highway, UBET championed a campaign that instead advocated for shared solutions including more balanced transportation investments to support transit, bike and walk trips. That effort culminated in a parkway, not a freeway, with a smaller right of way (footprint), slower speeds, quiet pavement, no trucks, no billboards, and the 2,100-acre Legacy Nature Preserve. Transit (FrontRunner) and bikeways (Legacy Trail) were also implemented as part of the Legacy shared solution. This would not have happened without UBET.

When UDOT proposed a northern extension of the Legacy Parkway (West Davis Highway), UBET once again advocated for the Shared Solutions Alternative instead of building a new roadway. Our goal was to improve existing east/west arterials to provide convenient access from the west side of Davis County to I-15 and FrontRunner. The alternative encouraged land use patterns that included mixed-use town centers, boulevard roadway configurations (providing safe walking and biking while also maintaining traffic flow), improvements to I-15 overpasses, and convenient bus service.

After many months of meetings with UDOT and municipalities along the proposed route, the UBET alternative initially passed UDOT's primary criteria (reduce rush hour congestion and delay) with high marks. However, when UDOT reran the alternative a second time, using an updated model, it failed to meet its criteria. This prevented the Shared Solution Alternative from advancing to UDOT's second criteria evaluation that would have considered impacts to the built and natural environment.

We commend UDOT for the collaborative process used to develop and evaluate the Shared Solution Alternative. And, although UDOT is planning to build the new road to include some features similar to those on Legacy Parkway — quiet pavement, dark-sky lighting, and bike and pedestrian trails — current plans will allow for heavy trucks and higher speeds, and the possibility of billboards, which are prohibited on parkways, including Legacy. The heavy trucks will bring more noise and pollution and will tear up the road surface faster, and a higher speed limit will be less safe. And while we are pleased the highway will incorporate some of the features we believe will make a better road, we are heartsick for our friends in Davis County whose property will be negatively impacted. Some will lose their homes, and many others will have their neighborhoods permanently changed. The very reason they chose to live in west Davis County will be forever altered by the road.

We will be weighing in on the environmental impact statement for the proposed West Davis Highway, which is available on UDOT's website ( We encourage you to join us in expressing your opinion. Let's build community, not roads, by promoting more travel choices for everyone.

Roger Borgenicht and Ann Floor are co-chairpersons of Utahns for Better Transportation. Lynn de Freitas is executive director of Friends of the Great Salt Lake.


Happening Now

The Utah Department of Transportation (UDOT) and the Federal Highway Administration (FHWA) will be releasing the Final Environmental Impact Statement (EIS) within the next few weeks. The Final EIS is a large report, documenting all the data, information, input and analysis the team has collected and studied for the past seven years. It will also include responses to public and agency comments provided on the Draft EIS. 

The Final EIS will be posted on the Documentation page of the study website. Hard copies of the document will also be available for viewing at various locations throughout the study area (a list of sites will be posted on the study website). 

Preferred Alternative 

The UDOT and FHWA preferred alternative will be identified in the Final EIS. This recommendation is based on all the data and information reported in the Final EIS, as well as the feedback from the public. The Record of Decision is expected to be signed by FHWA later this year.  

Once the Final EIS is released, updated maps identifying the preferred alternative will be available on the Maps page of the study website.

Next Steps

Public Comment Period

 A 30-day public comment period will follow the release of the Final EIS. During this time, the public is encouraged to review the contents of the Final EIS and provide comments through the website, via email, or by mail. These comments will be included in the overall study record and will be considered in preparation of the Record of Decision by FHWA.  

Questions? Concerns? 

To speak to a study representative, please contact a member of the project team at 877-298-1991 or 

Stay Involved and Informed 

To learn more about the EIS process and be involved in the West Davis Corridor Study, visit our website at

Utahns are invited to weigh in on a set of recommendations for a 50-year state water strategy before those recommendations are finalized and delivered to Gov. Gary Herbert. The draft recommendations have been written over the last four years by the State Water Strategy Advisory Team, a volunteer group of water experts including researchers, the Utah climatologist, water managers, agricultural representatives, environmental advocates, elected officials and others.

Read the Draft HERE

The draft recommendations will be available for online comment at from Thursday, June 15 through Monday, June 26, 2017. Utahns can give public comment at a meeting on Wednesday, June 28 from 9:00 to 11:00 a.m. in the state office building auditorium. Following that public comment meeting, the advisory team will deliberate further to establish the final language of the recommendations. A final document will be delivered to Gov. Herbert on July 19.

“The future of water in Utah is immensely complex, and it will affect everyone in more ways than we realize,” said Warren Peterson, one of the chairs of the State Water Strategy Advisory Team. “The advisory team has reached some consensus on how to address that complexity, but we’re looking for Utahns across the state to weigh in before we deliver these recommendations to Gov. Herbert.”

The process to create this document began in 2013 when Gov. Herbert asked the State Water Strategy Advisory Team to make recommendations for a state water strategy that would meet Utah’s water needs through 2060 — when Utah’s population will be double what it is today. The ultimate goal of the strategy is to ensure Utah has adequate water resources to maintain a high quality of life, a healthy environment and a thriving economy for generations to come.

The advisory team is chaired by three long-time water experts, Warren Peterson, Tage Flint and Representative Tim Hawkes. Envision Utah, a nonprofit organization focused on finding collaborative solutions to Utah’s long-term challenges, helped facilitate the work of the advisory team.

Members of the advisory team have dedicated countless hours of research, intense discussion and listening to the public to write these recommendations. In addition to preparation of recommendations to Gov. Herbert, the advisory team was part of the Your Utah, Your Future effort that gathered input from more than 52,000 Utahns. Advisory team members have also taken public comments both formally and informally. An early version of the recommendations document was also open for public comment during the fall of last year.

“There’s likely never been a process like this that’s received so much public input,” said Tim Hawkes, one of the advisory team chairs. “But that’s how we have to deal with water in Utah. Every decision about how we use our water affects someone or something else downstream. So we’ve needed input from researchers and experts, but we’ve also needed input from Utah citizens — and we’ll continue to need that collaborative discussion moving forward.”

The specific recommendations are broken into 11 topics addressing different aspects of our water resources, water use and water infrastructure. In summary, the recommendations are about making decisions based not only on the best data and analysis, but also the best ideas the collective wisdom of Utah’s citizens can provide to meet our water needs and those of generations as we navigate an uncertain but promising future. The entire advisory team document is available at

Message from Lynn de Freitas, FRIENDS of Great Salt Lake Executive Director and Advisory Team Member

Salt Lake Tribune Response: Latest Draft of State Water Strategy Still Includes Controversial Projects

Salt Lake Tribune Editorial: Utah Water Report Shows How Much We Have to Learn

Bagley Cartoon Water

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Great Salt Lake dust model spells trouble for Utah if more water is diverted

LEIA LARSEN, Standard-Examiner Staff

While much of the future fallout from a desiccated Great Salt Lake remains unclear, one study is showing Northern Utahns should expect worsening air quality.

The Great Salt Lake hit the brink of a record low last year due in part to human water consumption on the Wasatch Front. With a major diversion planned for the lake’s main tributary, the Bear River, many environmental advocates worry the state’s poor air quality will reach disastrous levels. 

A model developed by Derek Mallia, a graduate student at the University of Utah’s Land-Atmosphere Interactions Research Group, offers a glimpse of what the future might hold.

“Our model is trying to figure out how much dust is coming from our dust sources, such as the Great Salt Lake, and how much it’s going to be impacting ... air quality,” he said.

RELATED: As Great Salt Lake dries up, Utah air quality concerns blow in

Those air quality impacts include reduced visibility, which is problematic for planes and cars. They also include increased particulate matter blowing along the Wasatch Front, like PM 2.5 and PM 10, which is small enough to enter the lungs and bloodstream. From there, it causes all kinds of problems in the body, from asthma and breathing issues to issues with the immune system.

Drying lakes around the world — from the Aral Sea in Central Asia to Owens Lake in California — cause major respiratory health problems for nearby populations. These lakes have no outlet, like the Great Salt Lake, and were desiccated by human diversions. 

The fine silt and salts deposited by streams over millennia mean the dried lakebed is more prone to create blowing dust than the surrounding land area.

“First off, playa (dried lake bed) is very salty. There’s not a lot of vegetation that can even grow on it,” Mallia said. “The second thing is, it’s very fine. Because it’s very fine, it’s easier for it to be lifted up by wind.”

Mallia’s model simulated conditions seen during a particularly bad dust storm March 30, 2010, that blanketed the Wasatch Front with a thick haze and spiked particulate levels for around eight hours. In Ogden, PM 2.5 levels jumped to 90.8 micrograms per cubic meter. In Salt Lake City, they peaked at 250.2 micrograms.

Air becomes unhealthy after 35 micrograms per cubic meter, according to U.S. Environmental Protection Agency regulations.

Mallia modeled what the same dust storm might have looked like if the lake dropped by 8.5 inches — the level of decline the Utah Division of Water Resources projects once the Bear River is dammed to divert around 250,000 acre-feet of water. Construction of the dam project was recently pushed to 2040. 

RELATED: Secondary water metering could push back Bear River dam project

Results are still preliminary, but the model suggests the March 2010 storm’s bad air would have bumped up PM 2.5 levels in Salt Lake City and the storm would have lasted around twice as long. 

Things get worse farther north.

“Because the lake is most shallow across Bear River Bay, that area saw the most exposure of lake bed when we dropped the water by 8.5 inches. Areas like Brigham City saw a large increase of dust,” Mallia said.

The model suggested an increase in particulate pollution levels by around 275 percent in Brigham City if the Bear River were tapped.

Story continues after the graph.

A model of a dust storm on March 30, 2010, shows the event would have been much more intense along the Wasatch Front if the Bear River were diverted or if the Great Salt Lake dried up completely.

A model of a dust storm on March 30, 2010, shows the event would have been much more intense along the Wasatch Front if the Bear River were diverted or if the Great Salt Lake dried up completely.

While Farmington Bay is also shallow and close to a population center, the model showed lower dust impacts to the area. Mallia speculated it could be due to the interplay of that particular March storm’s weather and the bay’s level of friction, but he also stressed that the model only explored a single dust event. 

“I think if you expose any of those bays, you’re going to see dust,” he said.

He also noted that his model only looks at the intensity of dust storms. Further study is needed to understand whether they’ll increase in frequency with a changing lake and changing climate, Mallia said.

A previous study from Brigham Young University found that in fall 2015, around 40 percent of the particulate pollution blowing from dust storms into Ogden and Logan came from the Great Salt Lake. At the time, around 50 percent of the lakebed was exposed.

While losing 8.5 inches of water elevation might sound small, the Great Salt Lake is long and shallow. In 2016, a white paper on Great Salt Lake diversions co-authored by Utah State University limnologist Wayne Wurtsbaugh found losing 8.5 inches would expose 30 more square miles of lakebed. 

The white paper found that to date, existing diversions on the Bear River and the lake’s other tributary rivers — the Weber and Jordan — have dropped the lake by 11 feet, reducing its volume by 48 percent. 

RELATED: Snowmelt raises Great Salt Lake, but climate, diversions continue to take toll

The Bear River currently provides around 60 percent of the water flowing to the lake. Air quality is one of many reasons why the Utah Rivers Council adamantly opposes further diversions from the river.

“It’s a (another) contaminant to add to Salt Lake Valley airsheds that has major impacts on all people, especially sensitive populations — the young, the old and those with ... pulmonary diseases,” said Zach Frankel, executive director of the Utah Rivers Council.

The Wasatch Front and Cache Valley have issues with elevated particulate pollution in the winter and unhealthy ozone levels in the summer. Most of the region’s major dust storms come in the summer and fall, when southerly winds hit cold fronts to the north. 

Dr. Brian Moench of Utah Physicians for a Healthy Environment also opposes the Bear River development because of its implications for air quality. Elevated particulate levels are known to cause major health issues, but there’s more in Great Salt Lake dust to raise alarm.

“That lake has been on receiving end of decades and decades worth of toxic agricultural chemicals,” he said. “In addition ... there’s an undoubtedly heavy concentration of heavy metals like mercury and radioactive isotopes.”

Those contaminants largely come from the region’s industrial past and nuclear testing in the Great Basin.

The Utah Rivers Council also takes issue with estimates for the Division of Water Resource’s estimated amount of lake decline that will come with the Bear River diversion. Frankel pointed to a 1984 Utah State University study that found diverting 300,000 acre-feet from the lake could drop it by around 2.3 feet, not 8.5 inches. 

“The engineer from Water Resources who claims it’s 8 inches has no data whatsoever supporting that claim,” he said. “It’s marketing hype by an agency that’s been the cheerleader of an unnecessary Bear River development.”

The division engineer who developed the 8.5 inches estimate, Craig Miller, said a better figure will likely come from a comprehensive Integrated Water Resources Management Model for the lake that is still in the works. 

Miller also co-authored the white paper showing the lake’s loss of 11 feet due to current diversions. 

“The 8.5 inches came from a Great Salt Lake model I developed for the express purpose of discovering how much diversions and depletions past, present and future affect the lake,” he wrote in an email.

The Utah Division of Water Resources has claimed harnessing Bear River water is necessary to meet the demands of a growing population in Northern Utah. 

Environmental advocates like the Utah Rivers Council claim those needs can be met through conservation and from water freed up as agricultural land is developed into subdivisions. A 2015 legislative audit of the division found it excluded these sources of water in its projections. 

Mallia also used the model to predict what might happen if the lake dried up completely. 

“Most dust events would get a lot worse. The only places that didn’t were Tooele, because it’s probably too far west and not downwind of the Great Salt Lake, and Provo ... maybe because it’s a tad too far away, but that may not be the case for every dust storm,” he said. “On average, (the dust storm) seemed to be twice as bad to three times as bad.”



Help us protect Great Salt Lake’s ecosystem for future generations with a donation or membership with FRIENDS of Great Salt Lake.


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Our Funding:

As a 501(c)(3) nonprofit, FRIENDS of Great Salt Lake relies upon the generosity of our members, individual donations, foundations, and grants. Individual memberships and donations provide the bulk of our funding at approximately 55% of our annual revenue. Foundation donations and grants make up the rest, at approximately 26% and 19%, respectively.

With an annual operating budget under $200,000, FRIENDS of Great Salt Lake spends a majority of funds on Programming (76%), including our Education Program Lakeside Learning Fieldtrips, the Doyle W. Stephens Scholarship Program, and the Alfred Lambourne Arts Prize. Management and administration costs average 13%, and general fundraising at 11%. 



FRIENDS of Great Salt Lake seeks to operate with the highest ethical standards. In May of 2017, FRIENDS of Great Salt Lake earned the Fundraising and Resource Development Badge from Utah Nonprofits Association.

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Download our ratified (May 4, 2017) Donor Bill of Rights and/or Code of Ethical Standards below.  

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MSU doctoral student Melody Lindsay has received a scholarship to study how the changing salinity of Great Salt Lake affects the microorganisms in the lake and the lifeforms that depend on them as food sources. MSU photo by Kelly Gorham.

BOZEMAN – A Montana State University doctoral student has won a prestigious scholarship for her research proposal on how changing salt levels in Utah’s Great Salt Lake are likely to affect the stability of the ecosystem, including the health of the nearly 5 million birds that pass through the ecosystem each year.

Melody Lindsay received the Doyle W. Stephens Scholarship Award from FRIENDS of Great Salt Lake, an organization that works to protect Utah’s Great Salt Lake ecosystem and increase public awareness and appreciation of the lake through education, research, advocacy and the arts.

This is the first time since its inception in 2003 that the scholarship has been awarded to someone outside of the state of Utah, according to the FRIENDS website.

“I truly enjoy working to better understand the Great Salt Lake ecosystem and am grateful to be able to continue this research,” said Lindsay, a fourth-year doctoral student in the MSU Department of Microbiology and Immunology in the College of Agriculture and the College of Letters and Science. “Additionally, I'm glad that our research in the lake is being recognized and is receiving support and attention through this scholarship.”

Lindsay received the scholarship at a reception held May 18, at Westminster College in Salt Lake City. She said she is honored to have been chosen for the scholarship, which each year is given to a graduate or undergraduate student engaged in new or ongoing research that focuses on Great Salt Lake and/or the lake ecosystem or watershed. She will use the $1,000 award to cover travel expenses between Great Salt Lake and MSU and on lab supplies she needs to conduct her research.

“The lake is an important and vital part of the greater Great Salt Lake ecosystem, as well as the much larger area of the Western Hemisphere Shorebird Reserve Network, and our research investigates the microbiology which forms the base of this complex ecosystem,” Lindsay said.

Lindsay’s winning research proposal will detail how the changing salinity of Great Salt Lake affects the composition and productivity of the microbialites that cover about 20 percent of the lake floor, and how that in turn affects the life forms further up in the ecosystem’s food web. Microbialites are carbonate-mineral structures that are built through the activity of microorganisms that obtain energy from light.

“These microbialites are a major source of food for brine flies and brine shrimp (also known colloquially as sea monkeys), which serve as the major food source for the millions of birds that visit Great Salt Lake annually,” Lindsay said. “Moreover, a healthy brine shrimp population is economically important for the brine shrimp industry.”

Lindsay conducts research in MSU’s GeoBiology Lab under the guidance of Eric Boyd, assistant professor of microbiology and immunology. In Boyd’s lab, her primary research is focused on thermophiles – organisms that thrive at temperatures between 41 and 93 degrees Celsius -- in the hot springs of Yellowstone National Park. Her work on the microbialites of Great Salt Lake developed as part of a graduate class project at MSU.

Before coming to MSU, Lindsay, who grew up in Honolulu, Hawaii, the daughter of a physicist and a musician, earned her bachelor's degree in ecology and evolutionary biology from Princeton University. A professional harpist as well as a scientist, Lindsay attended Princeton with a $50,000 fellowship from the Davidson Institute for Talent Development. Saying science won out over music, she nevertheless continues to play the harp for the Great Falls and Billings symphonies and occasionally plays a small harp while in Yellowstone for fieldwork. She has performed on NPR, her first time at age 13.

Lindsay said she decided to come to MSU after meeting Boyd at an American Geophysical Union conference where she presented her undergraduate research on microbial life almost two miles below the surface of Earth in the gold, diamond and platinum mines of South Africa.

"I came to MSU because of the research Eric is doing, which is amazing," Lindsay said.

Boyd said he and Lindsay share similar interests, in particular a shared focus on life that is supported by mineral forms of energy.

“Melody continues to amaze me by her level of productivity on a diversity of projects, including those in Great Salt Lake as well as in Yellowstone,” Boyd said. “It takes the right type of person to balance these research interests, and I believe it is her unique combination of enthusiasm, creativity, optimism and organization that allows her to be so effective in her studies.

“Melody is the type of student that every adviser is looking for, and one that I foresee having a significant impact on the geobiology field as she progresses through her career,” he said.

In December, Lindsay was awarded the Beverly Ferguson Graduate Student award, which is given annually to a graduate student in MSU’s Department of Microbiology and Immunology who demonstrates excellence in research and academics.

Also in 2016, Lindsay won a NASA fellowship to support her research on mineral-supported microbial life that inhabit hot springs in Yellowstone National Park and was lead author of a scientific paper published in the journal Geobiology. The paper was the culmination of research conducted in one semester by 10 MSU graduate students who took a course last fall from Boyd and MSU Earth Sciences Professor David Lageson.

She was also one of 20 U.S. college students selected to attend the 2016 International Summer School in Astrobiology in Spain, an experience that gave her the opportunity to learn from some of the world's leading experts in astrobiology. Astrobiology is a field that focuses on the origin, evolution, and future of life in the universe.

After earning her doctorate, Lindsay said she hopes to stay in academia and focus on research.

“My current research projects in both the Great Salt Lake and Yellowstone have implications for astrobiology, life on early Earth and the search for life beyond Earth,” she said. “While I’m not quite sure where exactly I’d like to go right after I graduate, I hope to stay in the same lines of research.”

Citizen Monitoring: Educating and Engaging Citizens through Monitoring Activities


Utah Water Watch (UWW) is a water quality education and data collection program that seeks to increase awareness about the importance of water quality and promote stewardship of Utah’s aquatic resources.

Attend one of the following Spring Training Dates:

Saturday, May 27th, 10:15-2:00 at the Herriman Library

Friday, June 2nd, 10:00-1:00 at the Park City Library

Thursday, June 22nd, 10:15-4:00 at the Logan Library

Wednesday, July 19th, 9:00-1:00 at USU Roosevelt Campus

Thursday, July 20th, 9:00-3:00 at USU Roosevelt Campus 

Click Here to RSVP or for More Information 


Tuesday, 23 May 2017 10:05

Reservoirs Filling Fast


SALT LAKE CITY — It happened last week to Deer Creek and Causey and will likely happen at East Canyon sometime this week.

Northern Utah reservoirs that for five years struggled to fill are now emptying water through spillways, structures specifically built to control the safe release of floodwaters downstream.

Click Here for Full Article


Weber Basin Water Conservancy District | Aaron Thorup, Weber Basin Water Conservancy District



Why We Care

  • We live along the Great Salt Lake, one of the most extraordinary natural features in North America. I do not believe we, as a community, have honored its rarity. Our lack of intimacy toward this inland sea is not out of neglect, but of ignorance. We do not know the nature of this vast body of water that sparkles and sings. If we did, the shores of the Great Salt Lake would look different.

    Terry Tempest Williams, FRIENDS of Great Salt Lake Advisory Board