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Nitrogen rates provided significant increases in seed yield at high seed density compared to low seed density.
Biofortification of the crop requires increases in seed production and wide-spread adoption of the hybrid varieties in order to decrease relative prices and increase local demand.
Despite the involvement of numerous quantitative trait loci in determining seed oil content, genetic engineering to over-express/repress specific genes encoding enzymes and other proteins involved in the flow of carbon into seed oil has led to the development of transgenic lines with significant increases in seed oil content.
Generally there were significant increases in seed yield, biomass, straw yield, harvest index, number of siliques (pods) per plant, seed weight, plant height, time to maturity, water use efficiency, protein concentration in seed, straw N concentration, nitrogen uptakes and nitrogen harvest index each growing season by applying nitrogen at all irrigation treatments.
However, further enhancement of ferritin expression did not produce further increases in seed Fe content (Qu et al. 2005).
Finally, other benefits attributed to LCOs require further exploration, e.g., increases in seed germination (Miransari and Smith 2009).
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However, the feasibility of a perennial crop of Lesquerella is not clear because increases in seed-yield tend to reduce perennially.
Water content gradually increases in seeds during this period, leading to a less negative water potential.
Expression of either GhRDL1 or GhEXPA1 alone in Arabidopsis led to a substantial increase in seed size; interestingly, their co-expression resulted in the increased number of siliques, the nearly doubled seed mass, and the enhanced biomass production.
One major improvement was an increase in seed number per inflorescence, which enhanced yield and simplified harvesting and storage1,2.
Monsanto reported a 54 percent gain in sales of Roundup and other herbicides and a 20percentt increase in seed and genomic sales.
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