TRICKLE IRRIGATION OF WHEAT APPLYING RENOVATED WASTEWATER¹

Abstract

A preliminary field experiment was conducted for trickle irrigation of winter wheat raised for grain production under arid conditions. Treated waste water was applied for trickle irrigation via a trickle system. Mean total amount of effluent applied was about 5700 m3/ha. In one of the experimental treatments, which was irrigated once a week, a grain yield of over 10,000 kg/ha was obtained, whereas in the other treatments the yields were about 8,500 kg/ha, which are above the mean yield obtained under sprinkler irrigation.

Field solution to produce irrigation-drinking water by condensation irrigation system from seawater

“…Thus, the yield is more than 5000 kg/ha or 0.5 kg/m 2 . However, with the use of localized irrigation methods like CI system, the yield has increased to 0.8 kg/m 2 and more (Oron et al 1986;Akhavan 2015;Andarzian 2019). Also, the Statistical Center of Iran was used for wheat purchase tariffs and electricity prices (2021), see Table 2.…”

Effect of municipal solid waste application on heavy metal distribution in different parts of wheat plant

“…In the enhancement of crop yields and stabilizing production irrigation plays a great role [7]. In partialdamp and tropical areas, irrigation is frequently essential on complementary origins, whereas irrigation is important for economically viable agriculture in the semiparched and dry areas [8]. These investigations shown the gainful part clinched alongside reuse from claiming wastewater to expanding crop yield without or with insignificant dangers of the plant, soil, Groundwater Also wellbeing [9][10][11].…”