Cheyenne plant identification workshop July 9

Wildflowers

An afternoon plant identification workshop in Cheyenne with botany experts is Friday, July 9, at the Cheyenne Botanic Gardens.

The focus is learning plant families and tips for plant identification, said University of Wyoming Extension restoration ecologist Kristina Hufford.  Participants can sign up for the event at bit.ly/learning-plant-families.

The workshop is 1-4 p.m. and includes a $15 fee.  Participants will receive a plant guide and materials to learn plant identification skills and botanical terminology, said Hufford. The Cheyenne Botanic Gardens building is at 710 S Lions Park Dr.

Please contact Hufford at khufford@uwyo.edu with questions about the workshop. Social distancing measures will be in place to prevent the spread of Covid-19, she said. Participating organizations are the UW Biodiversity Institute, Rocky Mountain Herbarium and UW Extension/Barnyards and Backyards project.

Share the Post:

Related Posts

Jennifer Bell.

UW Works with Wyoming DEQ-AML, UR Energy on Soil Reclamation Project Using Coal Char

The Wyoming Department of Environmental Quality Abandoned Mine Lands Division (WDEQ-AML), UR Energy USA, and the University of Wyoming have formed a collaborative five-year research partnership to advance soil health and mine reclamation technologies. The project evaluates innovative soil amendments, including state-produced coal char, to accelerate the restoration of disturbed lands to productive native rangelands across Wyoming.

Read More

UW Researchers Use Graph Theory to Study Autism in Mice

Just as a city cannot be understood by studying individual buildings without considering the roads connecting them, the brain cannot be fully comprehended by examining individual neurons without studying how they work together as a network.

This is how Rongsong Liu, a professor in the University of Wyoming Department of Mathematics and Statistics and the Department of Zoology and Physiology, views the work she and other researchers conducted using graph theory to better understand autism spectral disorder (ASD) in mice.

Read More