EFFECT OF IRRIGATION LEVELS AND RICE STRAW COMPOST RATES ON YIELD, CHEMICAL COMPOSITION AND WATER USE EFFICIENCY OF CABBAGE (Brassica oleraceae var. Capitata L.)

Ibrahim, E.; El-Nasr, Mohamad Abou; Mohamed, M. Y.

doi:10.21608/jpp.2011.85576

Cited by 7 publications

(11 citation statements)

References 14 publications

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“…The enhancement effect of compost on plant growth may be due to its effect on improving soil water holding capacity and soil structure and increasing availability of nutrients needed for plant growth as the experimental soil was sandy and poor in nutrients (Table 1) and the used compost contained considerable contents of organic matter and nutrients (Table 3). Such suggestions agreed with Rono et al (2003), Vimala et al (2006), Phallus and Marsono (2008), Ibrahim et al (2011) and Talkah (2008).…”

Section: Growth Parameterssupporting

confidence: 89%

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Some Agricultural Practices to Improve the Productivity of Cabbage Under Sinai Conditions

Sagan¹,

Mohamed²

2014

Egyptian Journal of Desert Research

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The experiments were conducted to investigate the effect of compost rates and foliar spray with biohorm and chitosan on growth, yield and chemical composition of two cabbage varieties grown under sandy soil. Os cross cv. had the highest values of number of leaves /plant, head diameter, head weight, the percentage of dry matter and yield as compared with Nabrawy. Compost application enhanced growth parameters and yield. The highest values were obtained with 8 and 6 ton/fed. Also, chitosan treatment significantly increased head weight and diameter, number of leaves/plant and yield. As for chemical composition, Nabarawy cv. had the highest K content. Compost application at rate of 6 ton/fed increased N and K contents. Chitosan treatment showed significant increase of N, while biohorm treatment gave the highest K, Fe and Cu contents. A linear correlation showed that average of head weight was positively correlated with both head diameter and number of leaves per head. Also, total yield was positively correlated with head weight, head diameter and number of leaves per plant. In general, it might be concluded that Os cross proved to be a high yielded cultivar as compared with Nabarawy. In addition, compost application at rate of both 8 and 6 ton/fed, gave the highest total yield. Moreover, yield of cabbage plant sprayed with chitosan had the highest values.

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Section: Growth Parameterssupporting

confidence: 89%

“…Enrichment of compost with mineral NPK fertilizers could further increase the Chinese cabbage yield (Wei and Liu, 2005). Also, Ibrahim et al (2011) found that characters of cabbage cv. Balady Mohassan were significantly increased with increasing rate of rice straw compost.…”

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confidence: 98%

Some Agricultural Practices to Improve the Productivity of Cabbage Under Sinai Conditions

Sagan¹,

Mohamed²

2014

Egyptian Journal of Desert Research

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“…It has effects on photosynthesis, plant growth, production and quality. Several studies have shown that water deficit reduced crop growth, canopy development, morphological characteristics ( plant height, leaves fresh weight and head weight and dry matter accumulation) of cabbage plant ( Ibrahim et al, 2011;Nyatuame et al, 2013 andXU andLeskovar, 2014). In addition, maximum leaf area, curd weight, curd dry matter % values of broccoli plants were found in subjected to full irrigation treatment (Erken et al, 2013 andTangune et al, 2016).…”

Section: Introductionmentioning

confidence: 98%

An Attempt to Alleviation of Irrigation Water Deficit Stress in Cabbage (Brassica oleracea Var. Capitata L.) by Exogenous Foliar Application with some Antioxidant

Metwaly

El-Shatoury

2017

Journal of Plant Production

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Two field experiments were carried out during the two winter seasons of 2015 and 2016 under clay loamy soil conditions using surface improving irrigation system at the Experimental Station, Faculty of Agriculture, Mansoura University, Dakahlia governorate, Egypt. to study vegetative growth and yield of cabbage (cv. o.s. cross) influenced by irrigation water deficit treatments in three levels include without stress as control (full irrigation), moderate and severe stresses (75 % and 50 % from the control, respectively) and foliar application with some antioxidants consisted of (without exogenous antioxidant, 0.3 g /l ascorbic acid, 0.1 g/l chitosan and 4.0 g/l glycine betaine) and their interactions. The results showed that increasing of irrigation water deficit led to significant decreases of vegetative growth characters (i.e. Plant height, foliage weight, leaves fresh weight, number of leaves, leaves area), Chemical composition of outer leaves (chlorophyll a, chlorophyll b, carotenoids, N, P and K), Heads yield and its physical and chemical qualities (head weight, edible head weight, edible head diameter, edible head compactness rate, Vit. C, TSS and total heads yield /fed.) and leaf relative water content. On contrast, edible head dry matter, electrolyte Leakage and water use efficiency percentage were increased. As for the impact of foliar application of antioxidant, results exhibited that, the previous parameters were increased compared to the control (without antioxidant) except electrolyte leakage. Chitosan at 0.1 g/l followed by 0.3 g /l ascorbic acid were recorded the highest values of most effective mentioned parameters. The interaction between irrigation water deficit and foliar application with some antioxidants showed that the combination of full irrigation and 0.1 g/l chitosan gave the highest values of most effective previous parameters. Also, insignificant differences were noticed between full irrigation or moderate stress treatments with antioxidant for most effective mentioned parameters.

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“…At the beginning of the experiment, all treatments were fully irrigated until 50 days from transplanting. In this period, irrigation was adjusted to reach the field capacity, and irrigation was optimized to reach the assumed field capacity (10-12 days) based on meteorological conditions (Ibrahim et al, 2011). Thereafter, all experimental plots were divided into three main groups, the first was irrigated at 10 days interval (7 irrigations) and the second was irrigated at 15 days interval (5 irrigations), while the third was irrigated at 20 days interval (3 irrigations) for I1, I2 and I3, respectively .…”

Section: Irrigation Treatments Optimizationmentioning

confidence: 99%

“…Irrigation should be managed concurrently to maximize yield, quality and irrigation efficiency for cabbage (McKeown et al, 2010). Increasing the water application, increased significantly cabbage head diameter, head weight, leaf weight and marketable yield (Sammis et al, 1988& 1989, A. Y. RAMADAN AND M. M. OMAR AbdelRahman et al, 1994, Parmar et al, 1999, AL-Rawahy et al, 2004, McKeown et al, 2010and Ibrahim et al, 2011. Agricultural scientists suggested the potential use of antitranspirants to enhance the yield of agronomic crops exposed to water stress during growth (Nickell, 1982 andFenton, et al, 1982).…”

Section: Introductionmentioning

confidence: 99%

Effect of water regime and antitranspirants foliar on productive and yield of cabbage in summer season.

Ramadan

Omar

2017

Egypt.J. Soil Sci.

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F IELD experiments were performed during the summer seasons of 2014 and 2015 atEl-Baramon Experimental Farm, Dakahlia Governorate, Egypt to study the effect of irrigation levels and some foliar applications of antitranspirants on the growth, yield, water use efficiency and NPK content of cabbage grown in clayey-textured soil. Results indicated that frequent irrigation with 100% replenishment of evaporation losses resulted in the highest fresh and head weight, stem diameter, yield and NPK content. On other hand, the flowering and dry matter percentage recorded a negative liner. Water use efficiency recorded high value with either100% or 80 % replenishment of evaporation losses. Also, the antitranspirants foliar application increased significantly all characters under study. Whereas, the beneficial effect of antitranspirants foliar application can be arranged as follows: CaCO 3 > kaolin> K 2 SO 4 > plastic film> mineral oil as compared with the untreated plants. Apparently, plant growth, yield and NPK content increased with evaporation replenishment at 80% level and with the application of antitranspirants and decreased with increasing water stress (60%). Generally, it could be concluded that the treatment of 80% replenishment of evaporation within 3% CaCO 3 was the best combination and it could be recommended for cabbage (c.v. Balady) grown under similar field conditions in order to get optimum yield and to save irrigation water.

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EFFECT OF IRRIGATION LEVELS AND RICE STRAW COMPOST RATES ON YIELD, CHEMICAL COMPOSITION AND WATER USE EFFICIENCY OF CABBAGE (Brassica oleraceae var. Capitata L.)

Cited by 7 publications

References 14 publications

Some Agricultural Practices to Improve the Productivity of Cabbage Under Sinai Conditions

Some Agricultural Practices to Improve the Productivity of Cabbage Under Sinai Conditions

An Attempt to Alleviation of Irrigation Water Deficit Stress in Cabbage (Brassica oleracea Var. Capitata L.) by Exogenous Foliar Application with some Antioxidant

Effect of water regime and antitranspirants foliar on productive and yield of cabbage in summer season.

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