Category: Flora

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Pioneer Day Edible Native Plants

Mountain big sagebrush (Artemisia tridentata subsp. Vaseyana) in flower - Photo Courtesy and Copyright Dr. Leila Shultz
Mountain big sagebrush (Artemisia tridentata subsp. Vaseyana) in flower – Photo Courtesy and Copyright Dr. Leila Shultz
 
 
 
 
With Pioneer Days looming, let’s explore a bit of our local heritage.

Following several days of cold and snowy weather in early May, my friend and USU graduate student Ian Keller and I approached the Mormon Handcart outpost near Evanston Wyoming on Deseret Land & Livestock Company land. We braved the elements to deliver a seminar to 8 missionary couples on Mormon pioneer use of wild plants as they struggled toward the Promised Land of Salt Lake Valley.

Ian’s graduate work encompasses this topic. Some of what follows is from his good work combined with others later mentioned. And we must not overlook the origins of this knowledge which came from the native peoples, acquired through thousands of years of trial and error.

(I must add that following our seminar we feasted on a variety of sumptuous foods the missionaries had prepared from pioneer recipes!)

I’ll begin with a remarkable plant big sage brush or Artemisia tridentate, which was their constant companion for much of the journey.

Medicinal uses included treatment for headache, diarrhea, sore throat, vomiting and even bullet wounds. Tea made from leaves was used for hair tonic and a poultice for bee stings.

“Brighan Young advised gathering and drying it for winter medicinal purposes. From a pioneer journal- “We washed our hair in sage tea, sage tea is good to cure night sweats”. And from Phil Robinson, 1883- “Someday perhaps a fortune will be made of it, but at present its chief value seems to be as a moral discipline to the settler and as cover for the sage hen.”

Dandelions, Photo Copyright 2002 Roger Banner, Intermountain Herbarium, USU
Dandelions
Copyright © 2002 Roger Banner, Intermountain Herbarium, USU
 
 
 
 
Another plant that rarely gets its due, the common dandelion.
For Dandelion Salad- “Gather the tender young plants of the dandelion. Wash and cut up into a salad. Serve with dressing oil, or just with salt and pepper.”— Ilene Kingsbury.

And from Larry A. Sagers, USU Extension Horticulture Specialist in the Thanksgiving Point Office-
Thistles that we now curse were once highly prized by the pioneers. One early pioneer wrote, “I used to eat thistle stalks until my stomach would be as full as a cow’s.”
The young leaves of stinging nettles were also used as greens. The cooking destroyed the irritating parts that affect the skin.
Camas bulbs for which Kamas, Utah, was named, were also used for food. The bulbs were eaten or a crude molasses was made from boiling the bulbs. Unfortunately, if too many of the bulbs were consumed they could cause severe illness. The bulbs also grow in proximity with death camas, so this particular plant involves certain risks to the user.

Tall Thistle (Cirsium altissimum), Photo Courtesy NPS, Kelly Manktelow, Photographer
Tall Thistle
(Cirsium altissimum)
Aster family (Asteraceae) in flower
Photo Courtesy NPS,
Kelly Manktelow, Photographer
The pioneers also used grease wood sprouts and other plants to supplement their meager diet.
Gooseberries, strawberries, raspberries and currants grew in the mountains and were highly prized. Chokecherries were a favorite for preserves and jellies.
A recent book by Brock Cheney “Plain but Wholesome: Foodways of the Mormon Pioneers.” is a delightful book with many pioneer plant stories and recipes, as is Dr. Wesley P. Larsen’s “Field Folio of Indian and Pioneer Medicinal Plants”.

Perhaps your Pioneer Day’s activities will include preparing a recipe from one of these sources to garnish your picnic! And let us include the plants which garnished our pioneers with flavor if not survival during their epic trek!

Jack Greene, Smithfield Utah

Credits:

Pictures: Courtesy and Copyright Dr. Leila Shultz
Copyright © 2002 Roger Banner, Intermountain Herbarium, USU
Courtesy NPS,
Kelly Manktelow, Photographer
Text: Jack Greene, Bridgerland Audubon Society

Additional Reading:

Brock Cheney, Plain but Wholesome: Foodways of the Mormon Pioneers, https://www.amazon.com/Plain-but-Wholesome-Foodways-Pioneers/dp/1607812088

Wesley P. Larsen, Field Folio of Indian and Pioneer Medicinal Plants,
https://www.amazon.com/Field-Indian-Pioneer-Medicinal-Plants/dp/B007HFR7A2

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Sage Steppe

Mountain big sagebrush (Artemisia tridentata subsp. Vaseyana) in flower - Photo Courtesy and Copyright Dr. Leila Shultz
Mountain big sagebrush (Artemisia tridentata subsp. Vaseyana) in flower – Photo Courtesy and Copyright Dr. Leila Shultz

Three-tip sage (Artemisia tripartite) with visible yellow flowers. - Photo Courtesy and Copyright Dr. Leila ShultzThree-tip sage (Artemisia tripartite) with visible yellow flowers. – Photo Courtesy and Copyright Dr. Leila Shultz

Zane Gray’s “Riders of the Purple Sage” and Steve Tremble’s “Sage Brush Ocean” are book titles that may invoke excitement from your literary past. Or you may be traveling along the interstates and side roads of our great state as monotony sets in and drowsiness tightens your grip on the wheel while you nod your way through endless miles of this seemingly drab landscape.

In science jargon it’s referred to as sage steppe, the dominant landscape throughout much of Utah and the Great Basin. Much of this maligned biotic community has been degraded or lost through various mismanagement practices. Sage Steppe is considered an endangered ecosystem despite the seemingly large area it inhabits, primarily due to fragmentation. And the iconic Gunnison sage grouse has followed its demise having recently been placed on the threatened species list.
I just returned from spending a day of study in the field with 16 college students running transects for the Grand Teton N.P. The park is spending millions in sage steppe restoration work to reclaim this critical plant community.

Sagebrush is an important member of an ecosystem that helps support many birds, reptiles, amphibians, and mammals, as well as an abundance of insects and microbes. One study found nearly 300 arthropod species directly living on just a few plants including- 72 spider, 237 insect, 42 of which were gall-forming, amongst many other species. Such diversity also indicates that sage is playing an important part in maintaining the health of the environment providing ecosystem services such as soil protection, water conservation and nutrient cycling.
Sage is well adapted to the demands of semi-arid deserts. It has tap roots that can go over 15 feet deep to suck up any ground water that might exist and forms extensive webs of surface roots in association with symbiotic fungal hyphae to efficiently gather any rain that might fall. Oftentimes, sagebrush grows in clonal communities with members that can live over 100 years!

Aromatic odors emanating from sage, especially following a downpour of rain, comes from a mix of chemicals including camphor, terpenoids, and a cocktail of other volatile compounds. Some of the chemicals have anti-herbivory action by killing the gut bacteria of carious browsers although pronghorn antelope seem to have evolved resistance to these toxins. Other browsers like cattle, sheep, and mule deer can only eat sagebrush in small doses or whan the leaves are young and tender.

It is this mixture of molecules that sagebrush produces which come into play for communication. Sagebrush is eaten by many mammals and insects. When sagebrush is browsed on by a pronghorn or grasshopper volatile compounds are released from the wound that warn other branches of the same sagebrush as well as the neighboring sage about the potential threat. The sagebrush in the area react to the warning by metabolizing toxins that make them taste unappealing and that cause digestive discomfort for future herbivores who try to make a meal of them.

Native Americans considered sage a sacred plant. It offered medicine, clothing, shelter, and was commonly used in their ceremonial sweat lodges. Last but not least, my lovely granddaughter was given the name Sage. So the next time you find yourself surrounded by our “sagebrush ocean” pay tribute to this vibrant and intricate community of life.

Jack Greene, a lover of sagebrush.

Credits:

Pictures: Courtesy and Copyright Dr. Leila Shultz
Text: Jack Greene, Bridgerland Audubon Society

Additional Reading:

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Capitol Reef

Fruita and the Wingate Cliffs
Capitol Reef National Park
Photo Courtesy US NPS

Orchard
Capitol Reef National Park
Photo Courtesy US NPS

Early settlers to the landscape we know as Capitol Reef National Park in south-central Utah planted cherry, apricot, peach, pear, apple, and walnut trees as a cash crop for survival along the Fremont River bottoms. Visitors today are often surprised by the fruit trees in light of the surrounding desert climate, and campers can pick apples and peaches from their campsites in the orchards. But the green fields and fruit trees also attract deer, marmots, and other small critters, which are easy to spot and are comfortable with humans in their environment.

Though the deer roam free in the tall grass between apple trees, there are other species that are a bit more dangerous lurking nearby. Mountain lions and black bears skillfully stalk around this historic district of Fruita without being seen. Mountain lions have been spotted within a half-mile of the popular campground, yet little is known about the species within the confines of Capitol Reef. With so many questions unanswered about the predator and prey relationship in the unique landscape, the park has received a Disney Nature Impact Grant to enlighten us.

Lori Rome, the park’s chief of interpretation, says, “We are setting up 10-20 infrared motion detected camera traps in surrounding areas. This is a non-invasive way to learn basic information about the species.”

The cameras will provide useful evidence and reveal the patterns of the quiet predators in the park. The public will be engaged through a citizen science project using social media and public interpretive programming, for example helping to survey deer populations.

If you’ve seen Disney Nature’s movie Bears, you, too, helped contribute to the Disney Nature Impact Grants program. Fourteen national parks are receiving funding via proceeds from the movie. Disney Nature has pledged a contribution to the National park Foundation, the official charity of America’s national parks, through the Disney Worldwide Conservation Fund, for each person who saw the film during its first week in theaters.

This type of support helps preserve and protect Capitol Reef and the rest of the National Park System. The Disney Nature Impact Grant enables parks to conduct much-needed conservation projects, such as studying mountain lions at Capitol Reef.

Each park selected to receive a grant through this program had to demonstrate a clear need for the money, and how it would make a profound difference in habitat restoration, wildlife protection or conservation research. With this assistance, we should be able understand predator’s actions in Capitol Reef National Park.

For Wild About Utah and National Parks Traveler, I’m Kurt Repanshek.

Credits:
Image: Courtesy and Copyright Kurt Repanshek, www.nationalparkstraveler.com
Text:     Kurt Repanshek, NationalParksTraveler.com.


Additional Reading:

Capitol Reef And 13 Other National Parks Receive Impact Grants From Disney Nature’s Movie “Bears”, Submitted by Carli Jones, June 26, 2014, NationalParksTraveler.comhttps://www.nationalparkstraveler.com/2014/06/capitol-reef-and-13-other-national-parks-receive-impact-grants-disney-natures-movie-bears25263

Capital Reef National Park, https://www.nationalparkstraveler.com/park/capitol-reef-national-park

Capital Reef National Park, https://www.nps.gov/care/index.htm

Mammals in Capital Reef National Park, https://www.nps.gov/care/naturescience/mammalchecklist.htm
Amphibians in Capital Reef National Park, https://www.nps.gov/care/naturescience/amphibians.htm
Fish in Capital Reef National Park, https://www.nps.gov/care/naturescience/fish.htm
Birds in Capital Reef National Park, https://www.nps.gov/care/naturescience/birds.htm
Reptiles in Capital Reef National Park, https://www.nps.gov/care/naturescience/reptiles.htm

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A Safari through Utah’s Ice Age

Wave-cut platforms from
Lake Bonneville preserved on
Antelope Island, Great Salt Lake, Utah.
Photo Courtesy Wikimedia, Mark A. Wilson (Department of Geology, The College of Wooster), Photographer

Ground sloth of the Pleistocene
Paramylodon harlani
Texas Memorial Museum
University of Texas at Austin.
Photo Courtesy Wikimedia
Licensed CCA Share Alike 3.0 Unported

Lake Bonneville compared to the
State of Utah.
Photo Courtesy https://wildlife.utah.gov/gsl/history/


Hi, I’m Ru Mahoney with Stokes Nature Center in Logan Canyon. As winter approaches I find myself anticipating the first really good snow, when our valley floors and mountain passes will be transformed overnight, relinquishing autumn’s riot of color for a glacial monochrome. As little as 12,000 years ago winter white was Utah’s perennial favorite, donned at the launch of the Pleistocene Epoch, a roughly 2 million year long period (give or take 10,000 years) marked by widely recurring glaciations.

The west has a reputation for being vast, but Ice Age Utah was even bigger. The mountains where higher and sharper. And the Great Salt Lake was submerged beneath the glacial waters of Lake Bonneville. At its largest, this massive body of water covered 20,000 square miles and was more than 980 feet deep. To put that into perspective, that measures about 9.5 million football fields wide by 4.5 Salt Lake Temples deep. And the Ice Age wildlife? Well it was much more akin to an African safari than anything you’re likely to find on your favorite shoreline trail these days.

The megafauna of Pleistocene Utah included a menagerie of beasts that are the stuff of legend. Familiar species like bison and big-horn sheep grazed among herds of mammoths and mastodons. Camels and horses – destined for extinction in North America – were the prehistoric prey of dire wolves and saber-toothed cats. Giant ground sloths the size of modern day elephants stood on two powerful hind legs to browse on shoreline foliage. And herds of muskoxen kept a wary eye on Arctodus, the Short-faced bear, a formidable predator more than 50% larger than any bear species living today.

The last 30,000 years of Utah’s Ice Age were characterized by increasingly volatile shifts in climate. The changing norms in temperature and abundance of liquid water created cyclical periods of transitioning habitat. Forests and forest dwellers gave way to deserts and their specialist species, before shifting back to forests again, all in mere millennia. While nomadic and highly adaptable species like muskoxen eventually moved north to more stable climates, the less adaptable fauna of the Ice Age were increasingly relegated to sharing shoreline habitat diminished by the swollen banks of Lake Bonneville.

As fluctuating glaciers pushed southward and then retreated, canyons like Big and Little Cottonwood were gouged into existence. Spring and summer glacier melt carried an abundance of freshwater into the lake, sometimes sweeping along with it the remains of prehistoric animals that had not lasted through the winter, laying them to rest in shoreline deltas where their fossilized remains are now uncovered and studied in alluvial sediment. For many of Utah’s Ice Age animals, the end of the Pleistocene brought extinction.

Today the ancient shoreline of Lake Bonneville is one of the most distinguishable geological features along the Wasatch front. This “bench”, as it’s now commonly known, is easily identifiable in cities all along the Wasatch and frequently boasts fine homes and even finer views. Which might go to show that lakeside property retains its value whether the lake is still there or not. So as you enjoy a winter hike or cross country ski along a shoreline trail this season, think about Utah’s last Ice Age and how our rich fossil record, with some of earth’s largest land mammals, paints a picture of an even wilder west.

For Wild About Utah and Stokes Nature Center, I’m Ru Mahoney.

Credits:
Image1: Courtesy Wikimedia, Mark A. Wilson (Department of Geology, The College of Wooster), Photographer
Image2: Courtesy Wikimedia,as licensed through Creative Commons Attribution-Share Alike 3.0 Unported
Image3: Courtesy https://wildlife.utah.gov/gsl/history/
Text:     Ru Mahoney, Stokes Nature Center in Logan Canyon.

Additional Reading:
https://geology.utah.gov/popular/general-geology/ice-age/ice-age-animals-of-utah/

https://serc.carleton.edu/vignettes/collection/37942.html

https://hugefloods.com/Bonneville.html

https://geology.utah.gov/surveynotes/archives/snt42-3.pdf

https://geology.utah.gov/surveynotes/articles/pdf/pleistocene_fossils_42-3.pdf