Starting in 1997, WQS silage yield trials were conducted to select the best 20 S2 families for advancing the WQS to the next cycle.
Replicated yield trials (RYT) were conducted to evaluate major agronomic traits as well as grain/flour physicochemical properties in the field at NICS, RDA, Suwon, Korea in 2010.
To optimize the nitrogen fertilizer management for high yield wheat production, field experiments were conducted to investigate the effects of nitrogen (N) splits on root growth, the fates of 15N fertilizer (recovery, residual, and loss), and grain yield in winter wheat (Triticum aestivum L). from 2007 to 2009.
Virus yield reduction (VYR) experiments were conducted to determine the effect of MY-24 on infectious virus.
Static tensile and compressive tests were conducted to yield the basic material properties and strength.
Once Kmax was deduced, 180 additional replicate runs were conducted to yield a total of 200 replicate runs for Kmax.
Batch growth experiments were conducted to compare growth yields, growth rates, and the amount of time to attain final biomass among strains.
Tensile coupon tests were conducted to determine the yield strength, ultimate strength, elastic modulus, ultimate elongation and stress-strain curves.
The proximate analyses, which determine moisture, volatile matter, and ash yield, were conducted according to Chinese Standards GB/T 212-2008 (2008).
This study was conducted to evaluate yield and yield components of saffron (Crocus sativus L.) in response to (i) production system (PS) (irrigated vs. non-irrigated); (ii) corm size (CS) (medium −2.25 to 3 cm diameter vs. small corms <2.25 cm diameter); (iii) planting depth (PD) (10 cm vs. 20 cm); and iv) planting density (PDEN) (51 corms m−2 vs. 69 corms m−2).
