To: Persons interested in the performance of small grains varieties in New York. Enclosed are the results of our 1996 small grains regional trials and the cumulative summaries over years. Because the rankings of the varieties and lines often change from year to year, only the multiple year summaries should be considered to be useful indicators of varietal performance in this region. Reproduction of any table in this report must include the entire table unless we approve the editing. The information herein is provided with the understanding that no discrimination is intended and no endorsement by Cornell University or its employees is implied. Your comments and suggestions concerning this report are welcome. If you would like additional information or do not wish to receive this report in the future, feel free to call or write. This year Mr. Alan Neiss is retiring after 25 years of managing the small grains technical operations. His dedication, talent, and hard work have been the basis and driving force behind the progress we have made in recent years. We wish him the very best in retirement. Sincerely, Mark E. Sorrells Professor of Plant Breeding Testing Procedures: In 1996, the Soft White Winter Wheat, Red Winter Wheat and the Spring Oat regional trials were grown in four locations while the Spring Barley regionals were grown in three locations. The wheat and oat trials near Ithaca consisted of 2 replicates while those out in the state consisted of 3 replicates. All spring barley trials had 3 replicates. All trial plots are 6 row plots 4 meters long with 18 cm between rows. Prior to harvest, the plots are trimmed to 3 meters and harvested with a plot combine. Disease and lodging notes were recorded on a 0 to 9 scale with 0 being the best and 9 the poorest. All trials are planted in a randomized complete block design and analyzed by standard ANOVA. If there are indications of within replicate field variation a second ANOVA using a nearest-neighbor adjustment is computed based on the nearest 8-plot mean. If the coefficient of variation is reduced and the variance due to genotypes the same or increased, those adjusted means are used for the summary. All trials are fertilized according to soil test recommendations for small grains. Winter grains generally receive a top dress of 38 kg/h (34 lbs/a) of actual N in the spring. Temperature and Precipitation - Ithaca Area: The winter grains trials were planted between September 19th and the 29th and the spring grains were planted on April 20 and 24 near Ithaca and between May 17th and 20th in western NY. In April and May we received nearly double the normal amount of precipitation resulting in delayed planting of spring grains and slower growth of winter grains. The moist conditions during flowering were associated with increased incidence of fusarium head blight in many parts of the state. The cool spring temperatures were conducive to the development of Wheat Spindle Streak Moasic virus symptoms as reflected in the higher virus symptoms ratings. Cooler than normal temperatures prior to harvest increased the level of grain dormancy and reduced damage due to sprouting. Acknowledgments: Our testing program depends on being able to test new varieties in the areas where they will be grown under actual farming conditions. We gratefully acknowledge the farmers who have provided us with a test site for our regional trials. Without their support we would not be able to provide accurate, unbiased test results. Extension specialists Nate Harendeen and Jim Capron have been instrumental in arranging test sites, field days, and information distribution. Also, we thank Drs. Gary C. Bergstrom, William J. Cox, and William D. Pardee, extension faculty in the Departments of Plant Pathology, Soils Crops and Atmospheric Sciences, and Plant Breeding for their excellent cooperation and support. CORNELL New York State College of Agriculture & Life Science UNIVERSITY Department of Plant Breeding & Biometry 252 Emerson Hall, Ithaca, N.Y. 14853-1902 Fax (Dept.): (607) 255-6683 Telephone: (607) 255-1665 or 255-8092 E-Mail: mes12@cornell.edu