silking การใช้

• We also should be averaging about 16 percent silking about now,
• After tasseling and silking, timing becomes less important since plant expansion will have slowed down.
• These relatively small QTL effects, however, were also shown to sum for each family to equal large differences and changes in days to silking.
• The report also said about 7 percent of the corn crop is " silking, " or developing the silken fibers that grow over corn kernels.
• Today's Agriculture Department report said 30 percent of the corn crop is pollinating, or silking, down from 12 percent last week and 69 percent a year ago.
• Some of the well-known repertoire of Chizhou Nuo are " Liu Wenlong ", " Meng Jiangn?", " Fan Silking " and " Zhang Wenxian " etc.
• Lewis said researchers can obtain up to 100 meters ( yards ) of the silk, about one-twentieth the diameter of a human hair, per " silking ."
• To a plant man like Holmstrom, " corn should taste the way corn smells when it's silking, " when the silks push out of the tip of the ear.
• In the same time frame, the central and southwest Ohio ( Till Plains ) had cooler and wetter conditions, which affected the'silking', pollination and grain filling stages that likely caused lower yields.
• There was the intricate " Brasser " stitching _ 22 to 24 stitches per inch _ made by Singer sewing machines long out of production, which only a few craftsmen can operate; a palm vent; a blind hem by the wrist; decorative " silking " on their back made by a particular configuration of needles.
• The first publication in which NAM was used to identify QTLs was authored by the Buckler lab on the genetic architecture of maize flowering time, and published in the summer of 2009 . In this groundbreaking study, the authors scored days to silking, days to anthesis, and the silking-anthesis interval for nearly one million plants, then performed single and joint stepwise regression and inclusive composite interval mapping ( ICIM ) to identify 39 QTLs explaining 89 % of the variance in days to silking and days to anthesis and 29 QTLs explaining 64 % of the variance in the silking-anthesis interval.
• The first publication in which NAM was used to identify QTLs was authored by the Buckler lab on the genetic architecture of maize flowering time, and published in the summer of 2009 . In this groundbreaking study, the authors scored days to silking, days to anthesis, and the silking-anthesis interval for nearly one million plants, then performed single and joint stepwise regression and inclusive composite interval mapping ( ICIM ) to identify 39 QTLs explaining 89 % of the variance in days to silking and days to anthesis and 29 QTLs explaining 64 % of the variance in the silking-anthesis interval.
• The first publication in which NAM was used to identify QTLs was authored by the Buckler lab on the genetic architecture of maize flowering time, and published in the summer of 2009 . In this groundbreaking study, the authors scored days to silking, days to anthesis, and the silking-anthesis interval for nearly one million plants, then performed single and joint stepwise regression and inclusive composite interval mapping ( ICIM ) to identify 39 QTLs explaining 89 % of the variance in days to silking and days to anthesis and 29 QTLs explaining 64 % of the variance in the silking-anthesis interval.
• The first publication in which NAM was used to identify QTLs was authored by the Buckler lab on the genetic architecture of maize flowering time, and published in the summer of 2009 . In this groundbreaking study, the authors scored days to silking, days to anthesis, and the silking-anthesis interval for nearly one million plants, then performed single and joint stepwise regression and inclusive composite interval mapping ( ICIM ) to identify 39 QTLs explaining 89 % of the variance in days to silking and days to anthesis and 29 QTLs explaining 64 % of the variance in the silking-anthesis interval.