Chokecherries

Chokecherry Fruit Prunus virginiana Courtesy US National Park Service
Chokecherry Fruit
Prunus virginiana
Courtesy US National Park Service
Chokecherry in Bloom Prunus virginiana Courtesy US Fish & Wildlife Service
Chokecherry in Bloom
Prunus virginiana
Courtesy US Fish & Wildlife Service

Chokecherry Flowers Prunus virginiana Courtesy US Fish & Wildlife Service Chokecherry Flowers
Prunus virginiana
Courtesy US Fish & Wildlife Service

Certain plants were considered sacred by many native tribes. Chokecherry made the list. This versatile plant was highly prized for food, medicine, implements, and building material. And you could rightfully say it changed the history of our nation.

Legend has it that the young Shoshoni girl Sacajawea was gathering choke cherries when captured by the Hidatsa tribe and later traded to Lewis and Clark on their voyage of discovery. Without this very young mother, it is highly doubtful they would have completed their journey as she saved them from starvation, was a translator/mediator with many potentially hostile tribes and retrieved some of their precious journals from being lost to the Missouri River when their boat capsized in a rapid.

These stories ran through my mind as I gathered massive quantities of the fruit in preparation for the Stokes Nature Center “From Forest to Fork” wild foods banquet on August 24th of this month. It also channeled images of a black bear in the Tetons, gorging on choke cherries in preparation for its winter big sleep. Picking several pounds of these delectables, I decided to take a broader perspective looking for other virtues of this remarkable plant.

In addition to the above, chokecherry’s tough, springy wood was used for fabricating both bow and arrow, digging sticks, and fish spears. Native people across America routinely smashed the fruits, dried them thoroughly in the sun, and added them to rendered fat and dried meat to produce pemmican, which provided all essential nutrients in one’s diet.

Chokecherry makes a very useful natural dye. To make a dye, pulp the fruit and create a mashed mix of juice and berries. Placing fabric in this mixture will take on the beautiful pinkish red color of the dye. For lighter stains, leave the product in for shorter periods.
Due to their quick and abundant growth, chokecherries have been planted in tree rows for wind protection, for wildlife habitat and for erosion control. Today they grow in a variety of climates and regions around the country.

Nutritionally, the dark purple, red, or almost black berries are high in fiber, vitamins, and minerals. They can be used in vinegar, syrups, jams, juice, and make excellent wine. This small yet potent fruit provides an array of vitamins, minerals, and antioxidants, which contribute to its health benefits.

Chokecherry has a variety of medicinal uses. Dried berries were used to treat several bowel conditions, from diarrhea to loss of appetite, and those suffering from ulcers and other conditions. The bark is reported to be a remedy for respiratory ailments, such as a bad cough. The fruit’s high antioxidant content, particularly anthocyanins, is linked to a reduced risk of chronic diseases including cancer, heart disease, and age-related cognitive decline. Additionally, chokecherries have anti-inflammatory properties and are believed to have a positive effect on the immune system.

This is Jack Greene for Bridgerland Audubon Society, and I am Wild About Utah’s wild choke cherries!

Credits:

Picture: Courtesy US FWS and US NPS
Audio: Courtesy & © Anderson, Howe and Wakeman.
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’s Wild About Utah pieces.

Jack Greene writes: “Legend has it that the young Shoshoni girl Sacajawea was gathering choke cherries when captured by the Hidatsa tribe and later traded to
Lewis and Clark on their voyage of discovery.”
Sacagawea: The Shoshone Woman Who Guided Lewis and Clark
Full History Documentary | History Revealed @History_Revealed01
https://www.youtube.com/watch?v=Xssko2bJfNM

 
Chokecherry Prunus virginiana, iNaturalist (Courtesy Wikipedia), https://www.inaturalist.org/taxa/54835-Prunus-virginiana

Chokecherry Prunus virginiana, Lady Bird Johnson Wildflower Center, The University of Texas at Austin, https://www.wildflower.org/plants/result.php?id_plant=PRVI

Birds Foster Community Connections

Academic Focus in the Outdoors Courtesy & Copyright Joseph Kozlowski, Photographer
Academic Focus in the Outdoors
Courtesy & Copyright Joseph Kozlowski, Photographer
I don’t know why, but birds possess a special power to connect diverse communities. You see, birds don’t discriminate; they don’t care who you are, what you look like, where you live, or what you believe; they are always there to offer you their wonder, beauty, and interesting behaviors, so long as you are willing to be aware and curious of their presence; and that awareness seems to bring people and places together.

Three years ago when I first became interested in using Utah birds as a core theme for teaching my 2nd-graders at Utah State University’s Edith Bowen Laboratory School, I had no idea how it would revolutionize my teaching career and connect me and my students with so many different natural and human communities. Personally, I’ve formed connections with people and places I would have never expected, such as: the Bear River Migratory Bird Refuge, the Cornell Lab of Ornithology, Bridgerland Audubon Society, this Utah Public Radio community, various natural resource professors at USU, untold numbers of new beautiful outdoor locations around the state, and even various important state educational stakeholders. But beyond me, I’m most excited to see how an increased awareness of Utah birds has led to my students making connections in their own lives.

My students are starting to experience Utah’s nature community in a new and more powerful way. The main way? By becoming aware. I can’t emphasize enough the power I’ve seen in my students just becoming aware of the natural world around them. Their simple everyday routines become opportunities to notice something going on around them in nature. Something as routine as school recess can turn into an opportunity to notice interesting natural phenomena, for example when a student noticed a European Starling had borne through the school’s siding, created a nest, and had been returning over and over to feed her impatient chirping chicks; or when a hen Mallard had mistakenly laid her eggs in a nest next to the school’s air conditioning unit; or when students found a dead Black-Capped Chickadee who must have unfortunately collided with a school window.

Furthermore, my students leave class and become ambassadors for learning outside of the school walls. They make connections to learning at home and get involved in their local communities in new ways! I’ve had countless students convince their families to get outside and explore a new local nature area in search of birds; I’ve had students who ‘took their siblings on a birding outing right from their house to a nearby nature area to explore new birds’; and I’ve had students who convinced their family they just ‘had to go to Salt Lake City’s Tracy Aviary over spring break,’ to discover new birds. These examples epitomize how birds bridge connections between students’ home and school knowledge; bridge connections between my students and other people in their lives, and bridge connections between my students’ own lives and the natural environment around them.

This is Dr. Joseph Kozlowski, and I am wild about outdoor education in Utah!

Credits:

Images: Courtesy & Copyright Joseph Kozlowski, Photographer, Used by Permission
Featured Audio: Courtesy & Copyright © Kevin Colver, https://wildstore.wildsanctuary.com/collections/special-collections/kevin-colver and including contributions from Anderson, Howe, and Wakeman.
Text:     Joseph Kozlowski, Edith Bowen Laboratory School, Utah State University https://edithbowen.usu.edu/
Additional Reading Links: Joseph Kozlowski & Lyle Bingham

Additional Reading:

Joseph (Joey) Kozlowski’s pieces on Wild About Utah:

The Bear River Migratory Bird Refuge, https://www.fws.gov/refuge/bear-river-migratory-bird

The Cornell Lab of Ornithology, https://www.birds.cornell.edu/home/

Tracy Aviary, https://tracyaviary.org/

Bridgerland Audubon Society, https://bridgerlandaudubon.org/

Utah Public Radio, https://upr.org/

Pollinator Camp: Bees

Blue Orchard Bee, Osmia Lignaria On California Five-Spot Flower Courtesy USDA ARS Jim Cane, Photographer
Blue Orchard Bee, Osmia Lignaria
On California Five-Spot Flower
Courtesy USDA ARS
Jim Cane, Photographer
By Kate Hunter,         Leer en español
In late June of this year, we at Stokes Nature Center held our first pollinator camp. In this period, we worked with a local beekeepers, visited the USDA U.S. National Pollinating Insects Collection at Utah State University, and we fed hummingbirds from the palm of our hands. In spite of the short attention spans that summer brings, there were moments of pure uncut interest from the middle school age campers. Here, I’ll describe some bees and I want you to think if these would hold the attention of any teenagers in your life. Images of these bees and many more can be found online at the flikr page of the USGS bee lab, links to this page are online at WildAboutUtah.org and UPR.org

A Fairy Bee, Perdita minima ( Courtesy DiscoverLife.com, Copyright John Ascher, Photographer
A Fairy Bee, (Perdita minima)
Copyright John Ascher / Discover Life
When I say fairy bee, what do you think of? Small? Adorned with jewels? The fairy bees of the genus Perdita are a group of very small bees, with the largest of them being just 10 mm long (or the length of two grains of rice put together end to end). The smallest bee on the earth, Perdita minima, or mini fairy bee is just 2mm-the width of a grain of rice. Though they may seem easy to miss, they are numerous and right under our noses. These fairy bees are one of the most common types of bees in desert ecosystems, like that of the Grand Staircase Escalante National Monument in Southern Utah. These bees are other-wordly, sometimes a blonde or light brown or dark with white metallic reflective markings perhaps like a jewel.

What about a blue bee? Do you know much about what pollinates your fruit trees? The Blue Orchard bee, Osmia lignaria, is a shiny blue bee that pollinates many fruit trees here in Utah including apple, apricot, almond, plum, cherry, peach, nectarine, and pear. They’re more efficient than the honeybee when it comes to fruit production per individual and there are great efforts to understand their future as a managed pollinator at the Pollinating Insect-Biology, Management, Systematics Research unit here in Logan UT.

Sweat bee (Halictidae) Courtesy USDA ARS, Scott Bauer, Photographer
Sweat bee (Halictidae)
Courtesy USDA ARS, Scott Bauer, Photographer
Here’s my last marvel-the sweat bee. Have you ever noticed a small insect landing on you in the heat of day that might have been black, green, or green up top and striped on the bottom? This might be a sweat bee! This name sweat bee encompasses many types of bees-with 4,500 species in this group of all varieties of shapes, sizes, colors. One of my favorite for its fascinating clashing color combination is the bicolored striped sweat bee, Agapostemon virescens. This sweat bee has a green upper body reminiscent of a wicked green witch with a yellow or white and stripped lower body.

I could go on, as there are 21,000 species of bees each with their own outfits and lifestyles, with Utah being home to an estimated 1,100 species. But for now, I’ll leave you be.

I’m Kate Hunter, Director of Education at Stokes Nature Center, and I’m Wild About Utah.

Credits:
Spanish Version: Carlos Ramos, Facilities, Stokes Nature Center https://logannature.org/staff/
Images: Blue Orchard Bee, Courtesy USDA ARS, © Jim Cane, Photographer
A Fairy Bee (Perdita minima), Copyright John Ascher / Discover Life
Sweat bee (Halictidae)
Courtesy USDA ARS, Scott Bauer, Photographer https://aglab.ars.usda.gov/fuel-your-curiosity/insects/buzz-about-bees
Featured Audio: Courtesy & Copyright Anderson, Howe, & Wakeman
Text: Kate Hunter & Carlos Ramos, https://logannature.org/staff
Additional Reading: Lyle Bingham, https://bridgerlandaudubon.org/

Additional Reading

Wild About Utah Pieces by Kate Hunter https://wildaboututah.org/author/kate-hunter/
Wild About Utah Pieces by Carlos Ramos https://wildaboututah.org/author/carlos-ramos/

Summer Camps, Stokes Nature Center, https://logannature.org/camps

USGS Bee Lab Flickr Account, https://www.flickr.com/photos/usgsbiml/

USU Insect Collections including Bees (Hymenoptera), https://artsci.usu.edu/biology/research/insect-holdings/

Cane, James H., Gardening and Landscaping Practices for Nesting Native Bees, USU Extension/USDA ARS, May 2015, https://www.ars.usda.gov/ARSUserFiles/20800500/gardland-nativebees.pdf

Cane, James H., Gardening for Native Bees in Utah and Beyond, USU Extension/USDA ARS, January 2013, https://www.ars.usda.gov/ARSUserFiles/20800500/Gardening.pdf

Pollinating Insect-Biology, Management, Systematics Research: Logan, UT, (USDA Bee Lab, Logan UT), USDA ARS, US Department of the Interior, https://www.ars.usda.gov/pacific-west-area/logan-ut/pollinating-insect-biology-management-systematics-research/

Sobre las abejas y el ser abeja

Blue Orchard Bee, Osmia Lignaria On California Five-Spot Flower Courtesy USDA ARS Jim Cane, Photographer
Abeja azul de huerto, Osmia lignaria
En la flor Cinco de cinco puntas de California
Cortesía del USDA ARS
Fotografo,Jim Cane
Por Kate Hunter,         Read in English
Estudio las abejas. Las he observado, capturado, diseccionado, registrado y he enseñado sobre ellas.

A finales de junio, en Stokes Nature Center impartimos un campamento de polinizadores durante dos días. En ese tiempo, ayudamos a un apicultor local a agregar alzas para miel a sus colmenas, visitamos la Colección Nacional de Insectos Polinizadores de EE. UU. en la Universidad Estatal de Utah y alimentamos colibríes desde la palma de nuestras manos. A pesar de la corta capacidad de atención que trae el verano, hubo momentos de puro e intenso interés por parte de los campistas de secundaria. Voy a describir algunas abejas y quiero que pienses si estas llamarían la atención de los adolescentes en tu vida. Algunas Imágenes de estas abejas y muchas más se pueden contrarlas en línea en la página de flikr del laboratorio de abejas del USGS; los enlaces a esta página están en Wild About Utah.

A Fairy Bee, Perdita minima ( Courtesy DiscoverLife.com, Copyright John Ascher, Photographer
Abeja Hada
(Perdita minima)
Derechos John Ascher / Discover Life
Cuando digo abeja hada, ¿qué te viene a la mente?

¿Pequeña?

¿Adornada con joyas o con brillo?

Las abejas hada del género Perdita son un grupo de abejas muy pequeñas, siendo la más grande de ellas de solo 10 mm de largo (o la longitud de dos granos de arroz juntos).

La abeja más pequeña del mundo, Perdita minima, o mini abeja hada, mide apenas 2 mm, lo que equivale al ancho de un grano de arroz.

Aunque parezcan fáciles de pasar por alto, son numerosas y están justo bajo nuestras narices. Estas abejas hada son uno de los tipos más comunes de abejas en los ecosistemas desérticos, como el Monumento Nacional Grand Staircase Escalante en el sur de Utah. Estas abejas parecen de otro mundo, a veces rubias o marrón claro, u oscuras con marcas blancas metálicas reflectantes, tal vez como una joya.

¿Y qué tal una abeja azul?

¿Sabes qué poliniza tus árboles frutales?

La abeja azul de los huertos, Osmia lignaria, es una abeja azul brillante que poliniza muchos árboles frutales aquí en Utah, incluyendo manzano, albaricoquero, almendro, ciruelo, cerezo, melocotonero, nectarino y peral. Son más eficientes que la abeja melífera cuando
se trata de producción de fruta por abeja individual y hay grandes esfuerzos para entender su futuro como polinizador manejado en la unidad de Investigación de Biología, Manejo y Sistemática de Insectos Polinizadores aquí en Logan, Utah.

Sweat bee (Halictidae) Courtesy USDA ARS, Scott Bauer, Photographer
Abeja sudorosa (Halictidae)
Cortesía del USDA ARS, Scott Bauer, fotógrafo
Aquí va mi última maravilla: la abeja del sudor. ¿Alguna vez has notado un pequeño insecto
posarse sobre ti en el calor del día que podría haber sido negro, verde o verde en la parte
superior y rayado en la parte inferior?

¡Podría ser una abeja del sudor! Este nombre abarca muchos tipos de abejas: hay 4,500 especies en este grupo, de toda variedad de formas, tamaños y colores. Una de mis favoritas por su fascinante combinación de colores es la abeja del sudor rayada bicolor, Agapostemon virescens. Esta abeja tiene la parte superior del cuerpo verde, similar a una bruja verde malvada, y la parte inferior amarilla o blanca y rayada.

Podría seguir, ya que existen 21,000 especies de abejas, cada una con su propio atuendo y estilo de vida, y Utah alberga unas 1,100 especies. Pero por ahora, te dejaré en paz.

Y recuerda..Las mejores cosechas son aquellas en las que nuestro apoyo inconcicional vuela a nuestro alrededor, no olvides ver, escuchar y entender estas pequeñas criaturas que nos ayudan a tener un mundo mejor.

Soy Carlos Ramos y estoy apasionado por Utah.

Créditos:

Versión en español: Carlos Ramos, Facilities, Stokes Nature Center https://logannature.org/staff/
Imágenes: Abeja azul de huerto, cortesía del USDA ARS, © Jim Cane, fotógrafo
Abeja hada (Perdita minima), derechos de autor John Ascher / Discover Life
Abeja sudorosa (Halictidae)
Cortesía del USDA ARS, Scott Bauer, fotógrafo https://aglab.ars.usda.gov/fuel-your-curiosity/insects/buzz-about-bees
Audio destacado: Cortesía y derechos de autor Anderson, Howe y Wakeman
Texto: Kate Hunter y Carlos Ramos, https://logannature.org/staff
Lectura adicional: Lyle Bingham, https://bridgerlandaudubon.org/

Lectura adicional

Artículos “Wild About Utah” por Kate Hunter https://wildaboututah.org/author/kate-hunter/
Artículos “Wild About Utah” por Carlos Ramos https://wildaboututah.org/author/carlos-ramos/
Campamentos de verano, Stokes Nature Center, https://logannature.org/camps
Cuenta de Flickr del Laboratorio de Abejas del USGS, https://www.flickr.com/photos/usgsbiml/
Colecciones de insectos de USU, incluyendo abejas (Hymenoptera), https://artsci.usu.edu/biology/research/insect-holdings/
Cane, James H., Prácticas de jardinería y paisajismo para la anidación de abejas nativas, USU Extension/USDA ARS, mayo 2015, https://www.ars.usda.gov/ARSUserFiles/20800500/gardland-nativebees.pdf
Cane, James H., Jardinería para abejas nativas en Utah y más allá, USU Extension/USDA ARS, enero 2013, https://www.ars.usda.gov/ARSUserFiles/20800500/Gardening.pdf
Investigación sobre biología, manejo y sistemática de insectos polinizadores: Logan, UT, (Laboratorio de Abejas del USDA en Logan, UT), USDA ARS, Departamento del Interior de EE. UU., https://www.ars.usda.gov/pacific-west-area/logan-ut/pollinating-insect-biology-management-systematics-research/