Sentence examples for mm of irrigation from inspiring English sources

Therefore, application of 50 mm of irrigation water with drip can be recommended as a yield sustaining and water saving strategy and application of 100 mm of irrigation water at five growth stages using drip as a yield enhancing practice.

Chung's needle has 66.20 mm of total length, 43.50 mm of available length, 1.65 mm of external diameter, and 8.30 mm of irrigation port.

1) Chung's needle (Fig. 1) Fig. 1 Chung's needle has 66.20 mm of total length (1), 43.50 mm of available length (2), 1.65 mm of exteranl diameter (3), and 8.30 mm of irrigation port (4).

After 500 mm of irrigation in the control field, the COM depth distribution of the three pesticides was inversely correlated with octanol water (Kow) distribution coefficients and soil sorption coefficients (Koc), and positively correlated with aqueous solubilities.

Temporal changes in the residual kerosene concentration and composition in the soil subsurface of the experimental field during 39 days and leaching by 500 mm of irrigation water were determined to a depth of 100 cm.

The ultra-thin rigid arthroscopy (Endostar-Nanoscopy System (Hanseo Medics Co., Ltd., Seoul, Korea)) consists of 167 mm of total length (b), 57.5 mm of available length (a), a 0.8 mm diameter fiber optic nanoscope (c) Chung's needle has 66.20 mm of total length, 43.50 mm of available length, 1.65 mm of external diameter, and 8.30 mm of irrigation port.

In North-Western India, wheat is normally irrigated at an IW: CPE of 0.9, with 75 mm depth of irrigation water (conventional irrigation practice, CP) resulting in wastage of water.

Grain yield in wheat irrigation systems with 172 mm of supplemental irrigation water increased by 23% owing to the increase in aboveground biomass, spike number, and grain number, whereas water productivity in irrigated wheat decreased by 6% compared to non-irrigated systems.

In 2006 and 2007, when irrigation scheduling was based on soil water status, an average of 76 mm ha−1 of irrigation water was saved by furrow diking, producing similar cotton yield and net returns.

With 130 mm of supplemental irrigation spread over all growth stages and a 0.5 2.0 °C in mean daily temperature, the total yields of all crops improved by 8.3 12.7%.

On average, the experiment received 454 mm of water (rainfall plus irrigation) in the period March-October (when plant growth is substantial).