Researchers have observed that several anatomical and physiological characteristics distinguish modern corn hybrids from older hybrids including: Higher leaf area index, which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders' efforts and resultant hybrid changes now allow producers to plant corn at higher plant populations where maximum grain yield potential can be realized.
(Higher leaf area index, which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders' efforts and resultant hybrid changes; allow; producers to plant corn at higher plant populations; T:now) Context(Higher leaf area index , which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders ' efforts and resultant hybrid changes allow,List([146, 365))):(Researchers; have observed; that several anatomical and physiological characteristics distinguish modern corn hybrids from older hybrids including) Context(Researchers have observed Higher leaf area index , which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders ' efforts and resultant hybrid changes allow,List([0, 365))):(several anatomical and physiological characteristics; distinguish; modern corn hybrids; from older hybrids including) Context(Higher leaf area index , which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders ' efforts and resultant hybrid changes allow,List([146, 365))):(Higher leaf area index; allows; the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders' efforts and resultant hybrid changes) Context(Higher leaf area index , which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders ' efforts and resultant hybrid changes allow,List([146, 365))):(producers; to plant; corn; at higher plant populations) (maximum grain yield potential; can be realized; L:higher plant populations) (Higher radiation; use; efficiency; T:during)
Higher leaf area index , which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders ' efforts and resultant hybrid changes allow,List([146, 365)) Researchers have observed Higher leaf area index , which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders ' efforts and resultant hybrid changes allow,List([0, 365)) Higher leaf area index , which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders ' efforts and resultant hybrid changes allow,List([146, 365)) Higher leaf area index , which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders ' efforts and resultant hybrid changes allow,List([146, 365))
Higher leaf area index, which allows the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders' efforts and resultant hybrid changes Researchers several anatomical and physiological characteristics Higher leaf area index producers maximum grain yield potential Higher radiation
allow have observed distinguish allows to plant can be realized use
producers to plant corn at higher plant populations T:now
that several anatomical and physiological characteristics distinguish modern corn hybrids from older hybrids including
modern corn hybrids from older hybrids including
the plant to intercept more sunlight Higher rates of leaf photosynthesis Higher radiation use efficiency during grain filling Breeders' efforts and resultant hybrid changes
corn at higher plant populations
L:higher plant populations
efficiency T:during