All Souls Day/ArtTop of Mind with Julie Rose • Season 1, Episode 170, Segment 2
Nov 2, 2015 • 15m
Guest: Elliott Wise, Instructor of Art History at BYU  For the Christians who celebrate All Souls Day, it is a day to pray for, maybe even attempt to intercede for, the souls of loved ones who have passed away, in attempts to help their souls into heaven. In medieval times, art played a large role in purifying one’s own soul.  "The Descent from the Cross" by Rogier van der Weyden "Merode Altarpiece" by Robert Campin

Tech Transfer: Seed CoatingsNov 2, 201523mGuests: Matthew Madsen, PhD, Professor of Plant Science at BYU; Mike Alder, Director of BYU’s Technology Transfer Office  Western wildfires have become more frequent and more intense in the last several decades – partly because of an invasive weed called cheat grass. It springs up fast and is unappetizing to cattle, sheep and wild birds like the sage grouse. So, come peak fire season, the cheat grass is prime tinder. And once a blaze sweeps through the range, what do you suppose grows back quickest?  Cheat grass, because it doesn’t need much water and it easily beats out native grasses.  Rangeland managers and researchers are spending millions of dollars in a race to give those native grasses a better chance.  More information about technology developed at BYU is available at techtransfer.byu.edu.
Guests: Matthew Madsen, PhD, Professor of Plant Science at BYU; Mike Alder, Director of BYU’s Technology Transfer Office  Western wildfires have become more frequent and more intense in the last several decades – partly because of an invasive weed called cheat grass. It springs up fast and is unappetizing to cattle, sheep and wild birds like the sage grouse. So, come peak fire season, the cheat grass is prime tinder. And once a blaze sweeps through the range, what do you suppose grows back quickest?  Cheat grass, because it doesn’t need much water and it easily beats out native grasses.  Rangeland managers and researchers are spending millions of dollars in a race to give those native grasses a better chance.  More information about technology developed at BYU is available at techtransfer.byu.edu.