Sentence examples for fertilization efficiency from inspiring English sources

DMPP (3,4-dimethylpyrazole phosphate) is an efficient nitrification inhibitor, thus increasing nitrogen (N) fertilization efficiency, crop yield and fruit quality.

Caffeine also affected fertilization efficiency (P < 0.05).

However, polyspermic fertilization rate was lower, and fertilization efficiency and blastocyst cell number were higher in the caffeine-free group compared to the caffeine-supplemented group (P < 0.05).

Treatment with MCD also increased (P < 0.05) sperm-penetration rate, number of spermatozoa in oocytes, and fertilization efficiency in the caffeine-free fertilization medium.

This hypothesis is strengthened by a study of reciprocal in vitro fertilization efficiency between PO and BW [54].

This finding strongly suggests that different sperm quality traits contribute in complementary ways to maximize fertilization efficiency and competitive ability and, as a consequence, they evolve in concert in response to increased levels of sperm competition.

The fertilization efficiencies of eggs and sperm between species are often asymmetric and gamete recognition loci are thought to play an important role in post-mating pre-zygotic isolation [ 39].

Moreover, the availability of Pi in the soil solution is drastically affected by the biogeochemical properties of the soil, making P-fertilization efficiency highly variable and more dependent on external inputs.

While short-term effects of fall vs. spring urea application were previously reported, there were no long-term effects on either stand productivity or fertilizer use efficiency, suggesting that if fertilization is properly done, timing of fertilization is not a critical issue in terms of maximizing fertilizer use efficiency for the coastal Douglas-fir forest we studied.

Within the framework of a long-term experiment started in 1986, a 3-year field study was carried out under rainfed Mediterranean conditions to determine the effect of tillage, crop rotation and N fertilization on the efficiency of nitrogen in wheat.

We find that both sperm and oocytes from Sirt1−/− mice are capable of fertilization, although the efficiency of developing to the 2-cell stage is substantially compromised for both sperm and oocytes from Sirt1−/− mice as compared to gametes from Sirt1+/− mice (Table 1).