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Research study was carried out for two successive seasons 2012 and 2013 on seven years old (Florda prince) peach trees (Purnus perseca L. Batsch) budded on Nemagard rootstock. The experiment was conducted at the experimental farm, modern reclamation lands, situated Bader City, South Al-Tahrir, Al- Beharia Governate, Egypt. Peach trees were planted at 5 x 4 m in sandy soil, and were irrigated using four techniques of drip irrigation systems: Gr surfacr drip (SD) 4 l/h., Gr subsurface drip (SSD), surface micro drip (SMD) 0.5 l/h, and subsurface micro drip(SSMD) under three amount of applied water (60, 80, 100% of applied water will be called T1, T2 and T3). Fourty two experimental trees were selected of normal growth with uniform of vigor. Statistical design was split with three replicets. And results show that, The best irrigation water save is 20% for T2 under all of SMD and SSMD irrigation system, on the other hand, T1 under SMD irrigation system in all of first and second year is acceptance by irrigation water saving ratio 40%, the high gradation for CWUE under various water amounts, T1 water treatment is the higher value then T2 and T3 under various drip irrigation systems The mean value of EEIS higher percentage in SSMD and SMD irrigation systems than its counterpart in SSD and SD irrigation system, beside at under all of SSMD irrigation systems is increasing with water amount increasing, The average energy production under SMD and SSMD irrigation systems is higher than SD and SSD irrigation systems by 18.8%,cost of unit production unit (LE/kg) for SSMD and SMD irrigation systems are lower than SSD and SD irrigation systems by (32-38,3%) at first season and (28,7-32%) at second season approximately.

Energy, economic analysis and efficiencies of micro drip irrigation II- Economic Analysis and efficiencies