Water Archives - Wild About Utah

March 20, 2023March 20, 2023

Atmospheric Rivers

I love rivers, especially atmospheric rivers, thanks Hawaii! Poor California. Will it ever end! As atmospheric rivers continue to destroy California, our mountains get the leftovers, which I’ve enjoyed immensely as an avid Nordic skier.

Having attended the USU Spring Runoff Conference, and the Northern Utah Water conference last week, driving streets which have become snow tunnels, an epic year of snowfall is all too apparent, possibly eclipsing the ‘011 epic year.

The Great Salt Lake welcomes every drop, while our cities brace for potential floods, a repeat of ’83 when Salt Lake City’s State Street became a favorite kayak route and trout fishery! Soil moisture is being replenished which is far more favorable to aquafer recharge and agriculture. Some reservoirs are even releasing water to prevent catastrophic overflow. We find ourselves filling sandbags anticipating the worst.

Atmospheric rivers, “giant conveyor belts of water in the sky”, cause the moisture-rich “Pineapple Express” storm systems that come from the Pacific Ocean, especially Hawaii, several times annually and are more common in the winter. From October 2018 to spring 2019, there were 47 atmospheric rivers, 12 of which were rated strong or extreme, in Washington, Oregon and California. In some parts of the world, changes in atmospheric humidity and heat caused by climate change are expected to increase the intensity and frequency of extreme weather and flood events caused by atmospheric rivers. This is expected to be especially prominent in the Western United States and Canada.

Atmospheric rivers have a central role in the global water cycle. On any given day, atmospheric rivers account for over 90% of the north-south water vapor transport. They are a major factor in extreme precipitation events that cause severe flooding in many mid-latitude, westerly coastal regions of the world. Equally, the absence of atmospheric rivers has been linked to the occurrence of droughts in several parts of the world.

Our Great Salt Lake has risen about 1 1/2 feet since it’s 2022 historic low. The LDS church is donating 20 thousand acre feet, about 0.3 % of what’s needed. They are hoping others will follow suite. Another 7 million acre feet of water is needed to create the once thriving salt lake ecosystem according to The Great Salt Lake Strike Team, a combination of two Utah research universities and three Utah agencies. They suggest water donations are one of the more cost-effective and efficient solutions for getting water back into the lake. Donations could help reduce this significant deficit, since human consumption accounts for about two-thirds of the lake’s decline.

Here in Cache Valley, our high school students will be competing with each other in “Saving the Great Salt Lake” to see which school can most effectively engage their schools and communities in reducing water consumption. Cash prizes will be awarded to all participating schools, along with a tree to plant on their school grounds or another public space. Contact jackisblue49@yahoo.com for further information.

This is Jack Greene for Bridgerland Audubon, and you guessed it-I’m wild about Utah and it’s Great Salty Lake!

Credits:
Ponderosa Pine Pictures: Courtesy Pixabay, David Mark, Contributor https://www.pixabay.com/
Audio: Courtesy & © Friend Weller, https://npr.org/ and Kevin Colver, https://wildstore.wildsanctuary.com/collections/special-collections
Text: Jack Greene, Bridgerland Audubon, https://bridgerlandaudubon.org/
Additional Reading: Lyle W Bingham, Webmaster, and Jack Greene, Author, Bridgerland Audubon, https://bridgerlandaudubon.org/

Additional Reading:

Jack Greene’s Postings on Wild About Utah, https://wildaboututah.org/author/jack/

Greene, Jack, The Great Salt Lake, Wild About Utah, April 11, 2016, https://wildaboututah.org/great-salt-lake/

Greene, Jack. 2020. I Love Snow. Wild About Utah, https://wildaboututah.org/i-love-snow/

Larese-Casanova, Mark. 2014. Utah’s Rich Skiing History. Wild About Utah, https://wildaboututah.org/utahs-rich-skiing-history/

Liberatore, Andrea. 2011. Snowflakes. Wild About Utah, https://wildaboututah.org/snowflakes/

Strand, Holly. 2009. A Utah Skier’s Snow Lexicon. Wild About Utah, https://wildaboututah.org/a-utah-skiers-snow-lexicon/

December 13, 2021March 12, 2022

Erosion Made My Favorite Places

Muddy Creek Courtesy and Copyright Shannon Rhodes, photographer — Bluff of Little Flat Top
Courtesy and Copyright Shannon Rhodes, photographer

Muddy Creek
Courtesy and Copyright Shannon Rhodes, photographer

North Fork Pleasant Creek Terracing
Courtesy and Copyright Shannon Rhodes, photographer

Blackburn Draw
Courtesy and Copyright Shannon Rhodes, photographer

Brendan Wenzel says the inspiration for his picture book “A Stone Sat Still” was a familiar boulder nestled in a tidal inlet near his family’s home. This stone was a dining place, a perch, a tool, and a landmark, but dependably there day after day, year after year. When I shared this book as a writing workshop launch with fellow educators, it drew recollections of sandboxes, rock collections, garden pavers, mantle stones, stacked-stone cairns keeping us on the right trail, and deeper connections to fathers. I wrote about how stones definitely don’t sit still when I am around. When my father would take us fishing, my brothers and I would most likely be skipping every flat rock we could find across the lake’s surface instead of manning our poles. Even now I can’t resist rolling a moqui marble down desert slickrock or plucking up a river rock to chase scurrying stonefly larva beneath.

Dr. Eric Newell, director of experiential learning at Edith Bowen Laboratory School and summertime river rafting guide, wrote about the secrets stones hold for him: “I like to pick up rounded river rocks, turn them gently in my fingertips, feel the smooth contours, and wonder where they journeyed from to this resting place—how long did it take for the eons to shape and polish them? And what would rivers be without stones?—the meticulous ways the currents stack and sort boulders to sand grains by size, coming to understand that every wave on the surface of the river is created by stones beneath—and the metaphor that provides for seeing and understanding children, adults, and even myself.”

Mountains, boulders, stones, cobbles, gravels, pebbles, sand grains, silt, mud. If the water is muddy or the wind is dusty, we know erosion is happening. It forms valleys, smooths jagged rocks, and carves unexpected slot canyons in the desert. It also causes black blizzards and landslides. According to Mark Milligan of the Utah Geologic Survey, the early decades of the 1900s saw the Civilian Conservation Corps setting to work not only building canals and roads, but contour terracing to stall mountainside erosion here in Utah. There is a sign on Skyline Drive in the Manti-LaSal National Forest that reminds us that those CCC boys were digging horizontal trenches above our cities well into the 1950s.

Many people equate erosion with the destructive forces that wear down earth. Yet, in her book titled “Erosion,” Terry Tempest Williams pairs eroding with evolving. She wrote, “Water freezes and shatters stone; rocks fall from the force of gravity; new rapids appear in rivers. Storms gather and floods roar through dry washes, cutting and scouring a wider channel…” We have water, ice, wind, and time to thank for the erosion that created Natural Bridges and Arches, Coral Pink Sand Dunes and Goblin Valley, and Muddy Creek and Blackburn Draw.

I’m Shannon Rhodes, and I’m wild about erosion’s role in shaping Utah.

Credits:

Images: Courtesy & Copyright © Shannon Rhodes, Photographer
Audio: Courtesy & © Friend Weller, https://upr.org/
Text: Shannon Rhodes, Edith Bowen Laboratory School, Utah State University https://edithbowen.usu.edu/
Additional Reading Links: Courtesy Shannon Rhodes

Additional Reading:

Atwood, Genevieve. Geology of Utah. https://www.uen.org/utah_history_encyclopedia/g/GEOLOGY.shtml

Manti-LaSal National Forest Visitor Guide. https://www.fs.usda.gov/Internet/FSE_DOCUMENTS/stelprdb5370798.pdf

Milligan, Mark. What Are Those Lines on the Mountain? From Bread Lines to Erosion-Control Lines. Utah Geologic Survey Notes, v. 42 no. 1, January 2010. https://geology.utah.gov/map-pub/survey-notes/glad-you-asked/erosion-control-lines-on-the-mountains/

Olsen, Beth. Utah’s CCCs: The Conservators’ Medium for Young Men, Nature, Economy, and Freedom. Utah Historical Quarterly, Volume 62, Number 3, 1994 by Utah State History. https://issuu.com/utah10/docs/uhq_volume62_1994_number3/s/163708

Oskin, Becky. Mars on Earth: How Utah’s Fantastical Moqui Marbles Formed. 2014. https://www.livescience.com/47936-how-moqui-marbles-form.html

Wenzel, Brendan. A Stone Sat Still. 2019. San Francisco, CA: Chronicle Books. https://www.youtube.com/watch?v=P11LB4A-pjI

Williams, Terry Tempest. Erosion: Essays of Undoing. 2019. New York, NY: Sarah Crichton Books. https://www.amazon.com/Erosion-Undoing-Terry-Tempest-Williams/dp/0374280061

September 6, 2021March 12, 2022

In Equal Measure to Our Fears

Doubt is a tricky thing. It’s neither good nor bad, it is simply the axis upon which the scales of hope and fear balance. It is the prerequisite of faith, belief, disbelief, and nihilism, all equal paths of equal circumstance. It is the fork in the road which Berra told us to take all the same. In Equal Measure to Our Fears

When I go outside, breathe in the thick charcoal air, see the dribbling water in the once-mighty streams, and hear more stories of growing sickness, I’ll admit that I have doubts which edge on fear. I doubt that this is the last year of record-breaking heat. I doubt that this is the last year of record-breaking drought. I doubt that this is the last year of record-breaking hospitalizations. Such doubt can make you feel hopeless, powerless, and just plain sad. What have we done? How did we get here? Wasn’t this all avoidable? It takes me some time, then, to remember to move on from that doubt and to take a path, but to never forget the place in which drove me to rest and reflect. Though it can feel like a good place of respite, a shady tree to rest one’s laurels or wallow and say uncle to what we’ve sown, there’s still work which can be done. To rest in doubt is to be a bump on a log and not the tree itself. I remember the lessons of the humble tree.

The tree lives because of doubt’s prodigy of conjoined fear and hope. We must also harness both in equal form and measure in order to grow, and to live. In seeing the unified balance there is motion. The tree’s roots reach downwards, clinging to the earth in fear. In this way the world is its. The tree’s branches reach skywards, opening to the sky in hope. In this way it is the world’s. The tree’s roots drink water and move the earth: from fear comes motion and matter. The tree’s leaves drink fire and move the air: from hope comes life and form. Without fear, we would shrivel. Without hope, we would rot. Without fear, we would fall. Without hope, we would suffocate. To be subject to hope, you must make fear a part of you. Latch onto it, and feel that this shade of love is life given purpose. Then you may reach upwards and see that you do so only because you contain that which you cling to.

The fear I feel when I breathe in our Utah air, see green lawns, and hear new numbers on the radio is necessary for hope, and both are only possible because of the blessings of doubt because the future is not fixed. And yet, there is another hidden secret to fear and hope, and that is action. The tree is not a static being. Like all of us, it is in a constant state of becoming. We may be where we are, but where we are does not mean we must remain. Trees grow over boulders, thrive upon cliffs, and so can we. We can move on from La Brean doubt on what shall be. We can continue our journey in becoming. Given this, we then have a question in which to answer for ourselves: the question though is not what shall we become, but towards which light do we choose to work towards in equal measure to our fears?

I’m Patrick Kelly, and I’m Wild About Utah.

Credits:
Images: Courtesy US National Park Service, Neal Herbert, Photographer
Audio: Courtesy & © J. Chase and K.W. Baldwin. https://upr.org/
Text: Patrick Kelly, Director of Education, Stokes Nature Center, https://www.logannature.org
Included Links: Patrick Kelly & Lyle Bingham, Webmaster, WildAboutUtah.org

Additional Reading

Wild About Utah, Posts by Patrick Kelly

Stokes Nature Center in Logan Canyon, https://www.logannature.org/

The Indomitable Juniper, Canyonlands National Park, US National Parks Service, US Department of the Interior, https://www.nps.gov/cany/learn/nature/utahjuniper.htm (Image source)

November 17, 2014January 24, 2021

Water Properties

In our winter wonderland, water is all around. It piles upon the landscape in great white drifts. It is a substance life is completely dependent upon and as ordinary as it seems, this tasteless, odorless substance is actually quite amazing. Up to 60% of our body mass is due to water, and life as we know it would not exist if not for water’s unique physical properties.

Properties of Water

When most known liquids get colder they contract – shrinking around 10 percent in total volume. Water contracts too, but only until it reaches its freezing point, at which time it reverses course and begins to expand. This molecular marvel does wonderful things for life on earth. As water freezes and expands, the resulting ice becomes lighter than its liquid form, causing it to float. If ice contracted as other liquids do, it would sink, and lakes would freeze from the bottom up – and freeze quickly, meaning big changes for aquatic life. Water in all forms happens to be a very good insulator, meaning that it doesn’t change temperature very quickly. Ice floating on top of a pond insulates the water underneath, keeping it warmer, and therefore liquid, longer than it normally would. Obviously, this is beneficial for local creatures like fish and beavers not to mention the penguins, whales and seals that thrive in the colder parts of our planet.

Another critical property of water is its stickiness. Individual molecules are generally more attracted to each other than to other substances such as air or soil. This ‘stickiness’, or cohesion, creates surface tension, which allow puddles, rivers, and raindrops to form, and also enables water striders to glide on the water’s surface and rocks to skip across a lake. Water tension is also responsible for a tree’s ability to siphon water from the soil and transport it to the very topmost leaf. However, water’s bonds aren’t so strong as to be unable to break when a fish swims through or when you cannonball into the deep end. You can observe surface tension at home by dripping water onto the head of a coin, and watching it ball up into a surprisingly large mound.

Water is also one of the only known substances that naturally occurs in three phases – solid, liquid, and gas. This is important to many facets of life including the proper functioning of the weather system as we know it. Thankfully, there is a lot of water here on earth – about 320 million cubic miles of it. However, only four tenths of a percent of that comes in the form of freshwater lakes & rivers. Most of the rest is locked up in glaciers and oceans. It’s also important to realize that this is all of the water that Earth has ever had, and all the water we’re ever going to get, which can lead to some interesting thoughts about where that water you are about to drink has previously been. Perhaps it was once part of Lake Bonneville, in the snow that fell on the back of a wooly mammoth, or in a puddle slurped up by a brachiosaurus. If only water could talk…

For more sources and to calculate your water-use footprint, visit our website at www.wildaboututah.org.

For the Stokes Nature Center and Wild About Utah, this is Andrea Liberatore.

Credits:
Images: Andrea Liberatore, Stokes Nature Center in Logan Canyon.
Text: Andrea Liberatore, Stokes Nature Center in Logan Canyon.

Additional Reading:

Bryson, Bill (2004) A Short History of Nearly Everything. Broadway (Random House): New York.

U.S. Geological Survey (2013) The USGS Water Science School. Accessible online at: http://ga.water.usgs.gov/edu/

United Nations: Water. Accessible online at http://www.unwater.org/

Calculate your water footprint:
http://www.waterfootprint.org/?page=files/YourWaterFootprint