Byler Bodywork LLC Massage and Bodywork

08/26/2025

07/21/2025

Maybe a bittersweet transition, but damn you folks never sounded so good. Thanks for all the memories, amazing energy within your sound and lyrics. And thanks for being genuine musicians pouring out the soul and spirit. Thanks for giving light into a world with many trials. Being the beauty in the shadowland. Maybe a bittersweet transition, but damn you folks never sounded so good. Thanks for all the memories, amazing energy within your sound and lyrics. And thanks for being genuine musicians pouring out the soul and spirit. Thanks for giving light into a world with many trials. Being the beauty in the shadowland.

07/20/2025

A branch provides the spectrum of germ, life, fruit, seed, magnificent art and design.

06/10/2025

Great exercises for those important moving parts. https://www.npr.org/2025/06/07/nx-s1-5325891/6-feel-good-exercises-to-alleviate-sore-achy-feet?utm_medium=social&utm_term=nprnews&utm_source=facebook.com&utm_campaign=npr&fbclid=IwQ0xDSwK1nOZleHRuA2FlbQIxMQABHlQEH2JU3dogPUXiZ5tL0UApXzMktw1gePnEjUTsTxItu6Rt-8w9NclHny4S_aem_QXBiNKFlrhW9vS4EdzH-MQ

06/10/2025

If you see an osage-orange tree anywhere in Minnesota report it to iNaturalist. It is a medium sized tree with large baseball size yellow-green, inedible, fruit on female trees. The leaves are simple, elongated egg-shaped with smooth edges. Thorns form below the leaves on new shoots and the bark is furrowed, orange-brown to gray-brown with an irregular criss-crossed pattern. To learn more about this tree that is projected to do well in our future climate and Extension’s climate-ready woods project visit: https://z.umn.edu/tree-trackers (Image: Osage-orange fruit and leaves)

06/10/2025

04/17/2025

Hope your Easter contains some time of reflection and gratitude to the cycle of life after death. Yardstick agrees.;)

02/15/2025

02/10/2025

Bruce! 🙏

09/25/2024

Minnesotans, we need to protect the oak savanna.

09/17/2024

Human-Dog Brain Activity Syncs During Bonding

New research shows that human and dog brains synchronize during social interactions, such as mutual gazing and petting.

This synchronization occurs in different brain regions: the frontal region during gazing and the parietal region during petting, both of which are linked to attention.

Over a five-day period, the strength of this brain synchronization increased as the familiarity between the human and dog grew.

Researchers found that humans typically lead and dogs follow during these interactions.

Dogs with genetic mutations causing social impairments, similar to those seen in autism, showed a loss of synchronization and reduced attention, but these issues were reversed with a single dose of L*D.

The findings suggest potential applications for autism research, using brain synchronization as a biomarker and exploring new treatment avenues.