Page 3 - Eric Darling News Today

CAMDEN — Local artist Eric Darling will lead an outdoor presentation on his current exhibition, The Drift Rope Project, Tuesday, June 20, at 12 p.m., at Merryspring Nature Center. The Drift Rope Project, installed at Merryspring Nature Center, is a...

If you think you have what it takes to go up against a bunch of veterans and active military in a cornhole tournament, then this weekend is your chance to find out.

Instructors with the Colorado Rapid Avalanche Department taught 12 dog teams over the course of three days.

CAMDEN — Merryspring Nature Center is the temporary host to a unique outdoor sculpture created by Eric Darling, of Appleton. Called the “Drift Rope Project,” the 8-foot x 6-foot sculpture is made entirely of used pot warp, the colorful rope used by...

A new study finds inactive yeast could be effective as an inexpensive, abundant, and simple material for removing lead contamination from drinking water supplies. The approach should be efficient and economic, even down to part-per-billion levels of contamination.

The event was held from 6 to 11 p.m. on Saturday night.

A bevy of great American folk musicians takes the stage at Carnegie Hall in "Isnt This a Time!" In September of 2004 at the Toronto Film Festival, the Weavers sang together for possibly the last time. The event had great meaning for those who knew the Weavers and remembered their songs; in progressive circles they supplied the soundtrack for a good part of the 1950s and 1960s -- the Weavers, and those who followed in their footsteps, such as Arlo Guthrie, Peter, Paul and Mary, and Leon Bibb. If...

Marywood South will come back to life as Valhalla Veterans Services and the Jarett Yoder Foundation develop a Heroes Resource Center where veterans and first responders can receive counseling, develop skills and take classes. It will be open to active military, veterans and first responders, including firefighters, emergency medical service workers and police officers. JASON FARMER — SCRANTON TIMES-TRIBUNE

Brown University researchers developed the sensor technique, which makes use of cell-sized spheres made from a highly-compliant polymer material.