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Natural predators from turf lawns were placed in petri dishes where the marks made by the insects were preserved in soft clay. CAES News
Tracking Bug Tracks
Modeling clay isn’t limited to art classrooms and sculpting studios. University of Georgia researchers developed a tool to track beneficial insects in turfgrass systems using clay models. Tracking these good predators can help develop eco-friendly pest management techniques for both home lawns and commercial sod growers.
Wayne Hanna, left, and Brian Schwartz in a turfgrass research field at UGA-Tifton. (UGA photo taken by Dorothy Kozlowski/UGA in 2017) CAES News
TifTuf Recognition
Earlier this spring, the Georgia General Assembly passed a pair of resolutions recognizing the University of Georgia-developed bermudagrass TifTuf.
Georgia turfgrasses are just beginning to "green up," a term used to describe the time when warm-season grasses like bermudagrass begin to turn green after the winter. Warm-season turf green-up is dependent on the soil temperature reaching 65 degrees Fahrenheit. CAES News
Spring Turf
As a University of Georgia Cooperative Extension turfgrass specialist, I have recently received numerous calls and emails regarding grass selection and planting. This is likely a result of the recent warm, dry weather, which typically activates people to begin working in their landscape, and the increased number of people currently at home. 
University of Georgia experts will be on hand at this year's Wintergreen Horticultural Trade Show and Conference to teach sessions on proper irrigation usage, native plant propagation, the newest plant releases, pruning, beneficial insects and much more. CAES News
Wintergreen 2020
The Georgia Green Industry Association’s Wintergreen Horticultural Trade Show and Conference will be held Jan. 21-23 at the Infinite Energy Forum in Duluth, Georgia.
As the newest member of the University of Georgia Griffin campus faculty, Bochra Bahri’s research will be focused on fighting turfgrass diseases including dollar spot. She is working closely with other members of the UGA turfgrass team members based in Griffin, including plant pathologist Alfredo Martinez and turfgrass breeders Paul Raymer and David Jespersen. CAES News
Turf Doctor
Bochra Bahri has joined the University of Georgia as an assistant professor of plant pathology. Based on the UGA Griffin campus, Bahri will conduct research on turfgrass and forage diseases that affect growers in Georgia, the nation and around the world.
Insufficient production and storage of photosynthates during the fall transition into dormancy can translate to issues during spring green-up. Drought-stressed turfgrass in August 2016 (left) was able to recover prior to dormancy following appreciable rainfall in September (right). Much of Georgia's turfgrass is currently drought-stressed, and the transition to dormancy is quickly approaching. CAES News
Fall Lawns
Summer 2019 delivered hot, dry weather with sporadic rainfall. With fall approaching, now is the time to adjust your turfgrass management program to promote a smooth transition into dormancy and green-up next spring.
Jim McFerson, director of Washington State University’s Tree Fruit Research and Extension Center, presents famed USDA turfgrass breeder Wayne Hanna, UGA professor of crop and soil sciences, with the National Association of Plant Breeders (NAPB) Lifetime Achievement Award at the NAPB's annual meeting in Pine Mountain, Georgia. CAES News
Lifetime Achievement Award
University of Georgia scientist Wayne Hanna has received his share of awards, but he says there’s something extra special about the Lifetime Achievement Award he received at the National Association of Plant Breeders annual meeting on Wednesday, Aug. 28.
Copies of the centennial book, published by UGA-Tifton, are on sale for $33 each. This price covers the cost of the book, along with taxes and shipping. CAES News
Centennial History
Before farm-to-table was trendy, scientists and University of Georgia Cooperative Extension personnel in Tifton were taking research from the lab to the farm.
Nostoc is a jelly-like substance with multiple common names like star jelly and witch’s butter. In its hydrated, gelatinous, green state, it can be a safety hazard. Slippery when wet, Nostoc dries into a black crust that can prevent stolons from rooting, or “tacking,” into the soil, delaying the growth and spread of turfgrass. CAES News
Nostoc Algae
Recent dry weather encouraged the use, and possible overuse, of irrigation systems. Followed by tropical conditions characterized by heavy rainfall and humidity, there have been reports of a jelly-like substance growing in turf.