Birds Archives - Page 39 of 70

May 9, 2016May 29, 2016

Sandhill Crane Days

Sandhill Crane Pair (Grus canadensis) Courtesy US FWS, Justine Belson, Photographer — Sandhill Crane Pair
*Grus canadensis*
Courtesy US FWS,
Justine Belson, Photographer

George Archibald, who danced daily with a captive female whooping crane named Tex, provided a remarkable example of the biological significance of dancing cranes. George even slept beside Tex, huddled in a down sleeping bag through cold Wisconsin nights, to stimulate her egg laying activity. With the help of some sperm from a donor male crane, this technique proved successful, and George eventually became the proud godfather of a baby Whooper, which he appropriately named “Gee-whiz!”

I first became enamored with cranes while attending a lecture in the U.S. Library of Congress by author-naturalist Peter Mathieson. Cranes are ubiquitous in the earliest legends of the world’s peoples, where they often figure as harbingers of heaven and omens of longevity and good fortune.
Peter was a masterful story teller and soon had my students and I helplessly captivated. Our emotions vacillated from euphoric highs to abysmal lows with his elegant words describing this revered bird, the highs then snatched away as we learned of their tenuous existence. Of the 15 world species, 12 are in serious decline, primarily from habitat loss and overharvesting.

My appreciation for the magnificent avian species was accentuated last year when we had a guest presentation at our inaugural Cache Valley Sandhill crane festival in Logan. We soon realized that our guest speaker Paul Tebbel from Sacramento was more crane than human. Paul has spent much of his life both doing research as an advocate for the protection and enjoyment of this bird. From Paul we learned that the cranes elegant dance appears to go beyond mating to what can only be interpreted as a joyful expression of exuberance. Their dance continues in sporadic fashion throughout the year.

We also learned their read crown is not feathers, but skin which glows brighter with as its emotions escalate, a human trait. Another stunner came from discovering the lovely red earthen color of their feathers is actually a form of body art. The cranes will locate a reddish colored soil which they will use to preen with, transforming their natural gray plumage to an auburn glow.

On our field trip the following morning, we viewed several colts (crane youngsters) in the wet meadows and hayfields. Nesting begins early April to late May. Nests are usually low mounds of vegetation located in wetlands, but are occasionally located in uplands. The female typically lays two eggs, with incubation lasting 29 – 32 days.

Cranes are omnivorous and their diet varies depending on the season and where they are. Seeds, fleshy tubers of plants, grubs, earth worms, snails, amphibians, small reptiles and small rodents are all fair game.

Cranes typically travel 200 – 300 miles in a day during migration at speeds averaging 25 – 35 mph but can reach 500 miles with a good tail wind.
Among the oldest living birds on the planet a crane fossil found in northeast Nebraska is estimated to be about 10 million years old.

Fortunately, Sandhill Crane populations are stable to increasing. The total for the 5 subspecies numbers between 600,000 – 800,000, with Lesser Sandhill Cranes being the most abundant. Join us at our Sandhill Crane Festival in Logan June 10th & 11th to continue our celebration of these “Birds of Heaven” as described by Peter Mathieson.

This is Jack Greene reading for Wild About Utah.

Credits:
Image: Courtesy U.S. of the Interior, U.S. FWS, www.FWS.gov
Text: Jack Greene, Bridgerland Audubon Society & USU Office of Sustainability
Additional Reading:

Stillwell, Cindy, Mating for Life, https://cindystillwell.com/matingforlife/

A leading naturalist and writer travels the globe in search of a prized-and vanishing-bird
Cranes are ubiquitous in the earliest legends of the world’s peoples, where they often figure as harbingers of heaven and omens of longevity and good fortune. They are still held sacred in many places, and for good reason. Their large size and need for wilderness habitat makes them an “umbrella species” whose well being assures that of other creatures and of the ecosystem at large. Moreover, the enormous spans of their migrations are a symbol of, and stimulus to, international efforts at conservation.

In The Birds of Heaven, Peter Matthiessen has woven together journeys in search of the fifteen species of cranes in Asia, Africa, Europe, North America, and Australia. As he tracks them (and their declining numbers) in the company of scientists, conservationists, and regional people encountered along the way, he captures the dilemmas of a planet in ecological crisis, and the deeper loss to humankind if these beautiful and imposing creatures are allowed to disappear. The book includes color plates by renowned wildlife artist Robert Bateman.

https://www.savingcranes.org/george-archibald/

https://www.savingcranes.org/category/travels-with-george/

Ebersole, Rene, The Man Who Saves Cranes, Audubon.org, January 18, 2013, https://www.audubon.org/news/the-man-who-saves-cranes

Matthiessen, Peter(Author), Bateman,Robert, The Birds of Heaven: Travels with Cranes, North Point Press, 2001, https://www.amazon.com/Birds-Heaven-Travels-Cranes/dp/0374199442

https://www.fws.gov/uploadedFiles/Region_5/NWRS/Central_Zone/Montezuma/SandhillCraneFacts.pdf
https://www.fws.gov/refuge/Columbia/Wildlife_Habitat/Sandhill_Cranes.html
https://www.fws.gov/uploadedFiles/Region_1/NWRS/Zone_2/Mid-Columbia_River_Complex/Columbia/Documents/sandhill-crane-facts.pdf
https://www.fws.gov/news/ShowNews.cfm?ID=35C68BA1-DB0A-B16D-9BD2623AAD48D3FD

April 11, 2016July 18, 2022

The Great Salt Lake

There is a giant among us with a profound influence on our past, present, and future. My first encounter with this giant was both buoyant and delightful as I floated in the brine on a lovely summer day. But I was oblivious to the Great Salt Lake’s immense value as an environmental, cultural, and economic resource.

Much of what follows is taken from a very recently released collaborative study titled “Impacts of Water Development on Great Salt Lake and the Wasatch Front” which was a collaborative effort from four institutions(Utah State University, Utah Division of Water Resources, Salt Lake Community College, and the Utah Division of Wildlife Resources.)

A 2012 analysis by Bioeconomics estimated the economic value of the lake at $1.32 billion per year for mineral extraction, brine shrimp cyst production, and recreation. The abundant food and wetlands of the lake attract 3 million shorebirds, as many as 1.7 million eared grebes, and hundreds of thousands of waterfowl during spring and fall migrations. Because of this, it has been designated as a Western Hemisphere Shorebird Reserve Network Site. Due to its enormous surface area, it produces the “lake affect” which enhances our snow pack by an estimated 8%, a significant amount for both skiers and our available water. But our giant is shrinking.

Since the arrival of 19th Century pioneers water diversions for irrigation have decreased its elevation by 11 feet exposing much of the lake bed. Natural fluctuations in rainfall and river flow cause the lake level to rise and fall, but there has been no significant long‐term change in precipitation and water supply from the main tributaries since their coming in 1847.

The Great Salt Lake Breach 2015 — The Great Salt Lake Breach
Credit: U.S. Geological Survey
Department of the Interior/USGS
Mike Freeman, Photographer
10 Nov 2015
For the first time since it was opened in 1984, water has stopped flowing through the Great Salt Lake causeway breach, an area that allows water to travel between the southern and northern parts of the lake.

To significantly reduce water use, a balanced conservation ethic needs to consider all uses, including agriculture, which consumes 63 percent of the water in the Great Salt Lake Basin. There are no water rights to protect our Great Lake, so water development currently focuses solely on whether there is water upstream to divert. If future water projects reduce the supply of water to the lake, (such as the Bear River Development Project, its level will (most likely) continue to drop.

We must look beyond the next few decades and decide how we value the lake for future generations. Lower lake levels will increase dust pollution and related human health impacts, and reduce industrial and environmental function of Great Salt Lake. We must be willing to make decisions now that preserve Great Salt Lake’s benefits and mitigate its negative impacts into the coming centuries.

John Muir, one of my favorite early American naturalists would most certainly agree with me. From his baptismal plunge into the Great Salt Lake. “I found myself undressed as someone else had taken me in hand and got myself into right lusty relationship with the brave old lake. I was conscious only of a joyous exhilaration….”
And where else could John and I have such a wonderfully buoyant experience?

This is Jack Greene reading for Wild About Utah.

2015 Great Salt Lake Breach at Lakeside, Utah — Gauge near the Great Salt Lake Breach
Credit: U.S. Geological Survey
Department of the Interior/USGS
Mike Freeman, Photographer
10 Nov 2015
A gauge to measure lake water levels stands dry in the lake bed of the Great Salt Lake. For the first time since it was opened in 1984, water has stopped flowing through the Great Salt Lake causeway breach, an area that allows water to travel between the southern and northern parts of the lake.

Credits:
Image: Courtesy U.S. Department of the Interior, U.S. Geological Survey(USGS), gallery.usgs.gov
Text: Jack Greene, Bridgerland Audubon Society & USU Office of Sustainability
Additional Reading:

Great Salt Lake, Utah, Stephens, Doyle W. and Gardner, Joe, USGS Science for a Changing World, https://pubs.usgs.gov/wri/wri994189/PDF/WRI99-4189.pdf

Salt Lake Brine Shrimp, https://saltlakebrineshrimp.com/harvest/

Great Salt Lake Footprint 2001 vs 2003 Comparison — Great Salt Lake Footprint Comparison
2001 vs 2003
Images Courtesy NASA
NASA’s Earth Observatory

March 28, 2016March 1, 2018

Irruptive Birds Migrate South

Cedar Waxwing US FWS FWS Digital Library, David Menke, Photographer

Every winter, many of Utah’s breeding birds migrate south to avoid the cold. After the warblers, tanagers, and orioles leave each fall, we share the snowy winter with hardier residents, such as chickadees, nuthatches, and juncos. But even hardier birds breed in the far north and venture south to Utah only during the most severe winters.

Many people are familiar with the high, thin calls of Cedar Wawings. Less frequently heard in Utah are the slightly lower calls of their close cousins, Bohemian Waxwings.

Bohemian Waxwings are slightly larger than Cedar Waxwings, and a little fancier—their wing feathers include red, yellow, black, and white, and the underside of their tails is a rich cinnamon. Both species gather by the hundreds to eat berries, so you won’t miss a flock if there’s one nearby. Although waxwings are songbirds, the calls you hear don’t serve the same functions as true songs, advertising mate quality and defending territories. Instead, waxwings cooperate to find and feed on scattered fruit, their main winter diet. Unlike most birds, waxwings are able to smell, which may help them find their food. If waxwings eat berries that have begun to ferment over the winter months, they may become intoxicated even though their ability to metabolize ethanol is very high. The last time Bohemian Waxwings were abundant in Utah was during the winter of 2012-2013.

If you look in a pine tree, you may see a flock of White-winged Crossbills. Last abundant in Utah during the winter of 2008-2009, this species of finch forages on the seeds inside of conifer cones.

White-winged Crossbill, Courtesy and Copyright Paul Higgins, www.pbase.com/phiggins/ — White-winged Crossbill
Copyright © 2009 Paul Higgins
More photos at pbase.com/phiggins/
and utahbirds.org Photo Gallery

As the name crossbill suggests, the lower part of its bill is bent to the right and the upper part to the left, allowing crossbills to wedge open pinecone scales and lift the seeds free with their tongues. In the winter, crossbills forage in flocks of ten to fifty. They quickly assess the quality of a tree’s cones, using visual and vocal cues from their flockmates, which are quiet when they are eating but chatter when they are not. When the volume of the chatter increases to a crescendo, all the crossbills in the flock know that it’s time to switch to a new tree. Unlike most songbirds, crossbills can breed at any time of year, as long as conifer seeds are abundant.

When the weather gets cold, keep an eye and an ear out for these winter nomads.

For Wild About Utah, I’m Andrew Durso.

Credits:

Waxwing Images: Courtesy US FWS, David Menke, Photographer
White-winged Crossbill Image: Courtesy and Copyright © 2009 Paul Higgins, Photographer
Text: Andrew Durso, https://www.biology.usu.edu/htm/our-people/graduate-students?memberID=6753

Additional Reading:

Fitting the Bill, Andrea Liberatore, August 11, 2011, https://wildaboututah.org/fitting-the-bill/

White-winged Crossbill, All About Birds, Cornell Lab of Ornithology, https://www.allaboutbirds.org/guide/White-winged_Crossbill/id

Cedar Waxwing, All About Birds, Cornell Lab of Ornithology, https://www.allaboutbirds.org/guide/Cedar_Waxwing/id

Bohemian Waxwing, All About Birds, Cornell Lab of Ornithology, https://www.allaboutbirds.org/guide/Bohemian_Waxwing/id

February 29, 2016November 29, 2017

Three-leaf Sumac

Many think of the desert as a hot, dry, barren, and unforgiving place. However, Utah’s deserts are chock full of interesting and diverse plants and animals! One such plant, which grows throughout much of Utah, is rhus trilobata or three-leaf sumac.

Three-leaf sumac is a widespread deciduous shrub in the Rhus genus, meaning “with three leaflets,” or “trifoliate leaves.” Others in this genus include Rhus aromoatica and the infamous western poison oak. The leaves of this shrubby-type plant are toothed, feel stiff and they give off quite a strong scent when crushed. The strong smell of crushed three-leaf sumac leaves has earned it the nickname “skunkbush” as well as “ill-scented sumac.”

Three-leaf sumac is a low spreading, many-branched deciduous shrub, usually no more than 3 feet high but spreading as much as 8 feet wide. The small, trifoliate leaves and the branches are fuzzy. Given its many branches, three-leaf sumac provides both nesting material and structure for native bees. Flowers are yellowish and found in clustered spikes. They are followed by bright crimson to reddish, sticky berries. The fall foliage adds an extra pop of color to the landscape.

Historically, three-leaf sumac has been used for medicinal and other purposes. The bark can be chewed or brewed into a drink for cold symptoms. Flexible branches were traditionally used for twisting into basketry and rugs. In fact, three-leaf sumac was a close contender to willow in desirability for basket-making. This common use of the plant earned it another nickname of “basketbush.”

My favorite part of three-leaf sumac, however, are the slightly hairy and sticky berries. Although historically eaten for gastrointestinal pain and toothache, the berries have a delicious sour flavor and can be eaten plain or used in oatmeal, ice cream, steeped in tea, or soaked in cold water to make a beverage similar to lemonade. These berries are high in vitamin C and have earned three-leaf sumac the additional nicknames of “sourberry” “lemonade bush” and “lemonade berry.” Other nicknames for this multi-purpose plant include squawbush, desert sumac, or scented sumac.

Regardless of which nickname you choose for three-leaf sumac, give the berries a try and see for yourself what you think! Be sure, however, that you properly identify the plant to avoid potential illness that can be caused by misidentification! One great resource that can help is the field guide “Rocky Mountain States: Wild Berries & Fruits.”

For Utah State University Extension Sustainability, this is Roslynn Brain.

Credits:
Images: Courtesy Hansen’s Northwest Native Plant Database, nwplants.com, https://www.nwplants.com/business/catalog/rhu_tri.html,
Creative Commons Attribution-ShareAlike 3.0 Unported License
Text: Roslynn Brain, Utah State University Extension Sustainability

Additional Reading:

Rhus trilobata, Three-leaf Summac, Plants of the Southwest, https://plantsofthesouthwest.com/products/rhus-trilobata?variant=11501394117

Rhus trilobata, Three-leaf Summac, Plant Database, Natural Resources Conservation Service, USDA, https://plants.usda.gov/core/profile?symbol=rhtr

Rhus trilobata, Three-leaf Summac, Lady Bird Johnson WildflowerCenter, University of Texas at Austin, https://www.wildflower.org/plants/result.php?id_plant=RHTR