Sentence examples for superior yields in from inspiring English sources
In the reaction of Suzuki-Miyaura coupling, Pd@SBA-15/ILDABCO resulted in superior yields in short time reaction at 80 °C.
However, Beebe et al. (2008) showed that drought-resistant lines had superior yields in a low-P environment; one line even outperformed the low-P-tolerant control by a 41%% yield increase.
However, bovI-(1 60) is a more potent inhibitor of the F-ATPase from S. cerevisiae [ 28], and superior yields in the range 4 8 mg of F-ATPase per g of mitochondria were obtained by replacing the yeast inhibitor with bovI-(1 60)–GforHis6 for the enzymes from Y. lipolytica and P. pastoris, and by bovI-(1 60)–His10 for the enzymes from P. angusta and S. cerevisiae.
He challenged claims that that the introduction of GM Bt cotton in India resulted in superior yields.
Even though early root growth enhancement has not always led to superior yield performance in the field [ 54], a large number of QTL studies have indicated that some genomic regions consistently affect root morphology traits during the seedling stage and agronomic performance under different environments.
Efforts are being made to reduce upland rice farming, with its attendant soil erosion, in favour of swampland farming, with its superior yields.
Although complex 3 f was generally effective, in some cases the less sterically hindered complex 3 b gave superior yields and enantioselectivities (4 t– 4 w).
Additionally, Stiff et al reported that in patients with NHL and MM, the combination of plerixafor and G-CSF was well tolerated and resulted in a superior yield of CD34+cells mobilization.
The treatment comprising of vermicompost prepared from non-legume and legume waste at 2 1 ratio emerged as best growth medium in terms of superior yield and quality attributes with maximum root length (19.26 cm), root volume (73 cm3) and root weight (68.43 g) as well as beta carotene (3.28 mg 100 g−1) and TSS content of the root (7.96°Brix).
By this time, planters had identified species with superior yield potential including several pine species, Douglas fir, eucalypts, cypresses and, in particular, larch (Larix spp.).
