000			02875nab a2200289 a 4500
003			ENAL
008			220329s2022 ua ss b eng d
040			_aEAL _cEAL
041			_aeng _bara
043			_af-ua
090			_aART MJAE V39 No1 2
100	1		_aAbd El-Fattah, N. G.
240	1	0	_aMisr journal of agricultural engineering, 2022 v.39 (1) _h[electronic resource].
245	1	2	_aA model for predicting and improving irrigation water management in Egypt - corn as a case study _h[electronic resource].
246	1	5	_aنموذج للتنبؤ وتحسين إدارة المياه في مصر محصول الذرة كدراسة حالة
300			_ap. 15 – 36.
504			_aIncludes bibliographic reference.
520			_aCurrent And Predicted Irrigation Management (CAPIM) model was designed to predict and improve irrigation water management. Its inputs include daily weather data and the outputs are daily evapotranspiration that could be estimated under current conditions using Penman-Monteith equation (P-M), and under climate change using Hargreaves-Samani equation (H-S); and determine the irrigation timing and the amount of water needed for each irrigation event. The CAPIM model was used to develop irrigation schedule for corn crop at different geographic regions in Egypt as (El-Dakahlia; El-Fayoum and Assuit) under RCP8.5 scenario and MIROC- ESM climate model during 2018s, 2040s, 2080s. The model was also used to determine the best adaptive strategy for conforming to the predicted climate changes. CAPIM results were verified by comparing them with results from two known programs (CropWat-8 and ETo-Estimation). The results showed that CAPIM was obtained to predict the ETo values under current and predicted climate conditions accurately where the agreement value was 0.99. Gross irrigation results during the projected periods 2040s and 2080s are higher than 2018s in the three selected sites. El- Fayoum Governorate was the highest in terms of the number of irrigations and the percentage of increasing GIR. As GIR increased by 28% in 2080s and 29 % in 2040s with 18 hills totaling (2008 and 2077 mm/season), respectively. Moreover, increasing system efficiency by 5 % or 10 % was the best adaptive strategy as it increased the potential yield by about 9 % and 18 % and the WP by 9.4 % and 18.7 %. Keywords: Irrigation water Management; CAPIM model; Corn crop; Climate change; Climate scenarios
546			_aSummary in Arabic.
650		0	_aIrrigation _xManagement _xMathematical models. _zEgypt
650		0	_aClimatic changes.
700	1		_aAbd El-Mageed, H. N.
700	1		_aIbrahim, M. M.
773	0		_tMisr Journal of Agricultural Engineering. _g2022.v.39(1) _x1687-384X _7nnas _wu192786
856	4	0	_uhttp://nile.enal.sci.eg/EALE/2022/MJAE/3922/1/15.pdf _zFull Text Article
942			_cAR _2alc
999			_c67704 _d67704