At higher elevations in the region, there is alluvial soil that allows for an extensive agriculture, mainly of wheat and barley; other crops include fruits, dates, alfalfa, millet, and tobacco.
Conversely, agricultural fields constitute 13%% of the total area, and consist mainly of wheat fields.
Arable crops consisted mainly of wheat, barley, oats and potatoes.
Animals were fed industrial pellets (mainly composed of wheat bran, 30%; barley, 28%; flour of alfalfa, 10%; palm kernel, 10%; soya bean, 10%; oats, 6%; treacle, corn, calcium carbonate, sodium chloride, vitamins A, D and E; copper sulphate) three times a day and hay was provided ad libitum.
Furthermore, the q-ratios indicate that the fluctuations of cycle 2 are mainly responsible for variations of wheat prices while the fluctuations of irregular are mainly responsible for variations of rice prices.
Farmers in the surrounding area mainly grow subsistence crops of wheat, corn (maize), beans, and potatoes.
Electrical impedance behavior, mainly capacitance and resistance, of wheat bread at crust and crumb during storage (up to 120 h) is investigated.
Vitamin E on the other hand is found mainly in germ oils of wheat, corn, cottonseed and soybean and fish oils, nuts and apricots.
The drastic rise in sensibility and allergies to gluten seems to be mainly due to the manipulation of wheat, forced food production demanding hardier, more robust strains.
They mainly determine the processing quality of wheat end-use products [ 1, 24].
Nine positive clones were isolated; of them, clone 2050O8 was localized mainly to the distal parts of wheat chromosomes by in situ hybridization.
