Rice agronomic research in Egypt Tantawi Badawi A. in

The performed sensitivity analysis confirmed the high impact of soil conditions on simulated yield and leaf area index, which is in line with previous works on other crops and

The aim of this study was to determine the most suitable variety of sorghum and the most effective nitrogen fertilization dose to improve the production of biomass in a field

Rather high seedling competition in the nursery, due to either late transplanting or high seed density, was reported to be critical to achieve high leaf area production and high

Nursery management in irrigated rice systems is expected to impact on grain yield since transplanting is commonly reported to increase crop growth efficiency and decrease tiller

Variation in crop duration (C dur, days), duration from sowing to panicle initiation (S-PI, days), grain yield (GVield, t ha-') and mai n yield components bet w een IR72, H1 and H2

The more efficient control of tiller dynamics observed i n hybrid rice increased tiller fertility rate and reduced assimilate wastage as productive tille r density at maturity

soil pH, soil temperature, soil organic carbon, soil NO − 3 -N, and field water level; and plant growth parameters: root-shoot dry weight, root length and leaf area.. Root dry

In 2014, water consumption with wet direct-seeded rice is greater than that with transplanted rice (Table 1); however, total CH 4 emission with wet direct- seeded rice was