As it stated in kivitv
Scientists seeing if bacteria can stop invading cheatgrass in the West
Scientists seeing if bacteria can stop invading cheatgrass in the WestScientists in southwestern Idaho are experimenting to find out if bacteria can stop an invasive weed that is spreading throughout the West.Cheatgrass gets its name by sending out early roots and cheating other plants of water in the spring.Then it dries out in the summer, becoming a powerful catalyst for wildfires that kill neighboring plants and destroy habitat needed by sage grouse and other wildlife, experts say.
as well seattletimes
Scientists try bacteria to halt invading cheatgrass in West
Scientists try bacteria to halt invading cheatgrass in WestBOISE, Idaho (AP) — It sounds like science fiction: An unstoppable invader is taking over the West and the best hope to stop its relentless advance is a small team of anonymous scientists.But that's what is happening in southwest Idaho, where experiments are underway to determine if soil bacteria can halt the century-long assault of non-native cheatgrass, which sends out roots that cheat other plants of water in the spring."We hope that we can identify the effectiveness of the bacteria on annual grasses and to identify non-target risk effects," said Matt Germino, a research ecologist with the U.S. Geological Survey running the experiments at three scattered sites of about an acre each.
furthermore foxnews
Scientists try bacteria to halt invading cheatgrass in West
Scientists try bacteria to halt invading cheatgrass in WestIt sounds like science fiction: An unstoppable invader is taking over the West and the best hope to stop its relentless advance is a small team of anonymous scientists.But that's what is happening in southwest Idaho, where experiments are underway to determine if soil bacteria can halt the century-long assault of non-native cheatgrass, which sends out roots that cheat other plants of water in the spring."We hope that we can identify the effectiveness of the bacteria on annual grasses and to identify non-target risk effects," said Matt Germino, a research ecologist with the U.S. Geological Survey running the experiments at three scattered sites of about an acre each.
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