Section 3 (Crop Management)

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Seed priming with maize Yield (t / ha) 4500 4000 3500 3000 2500 2000 1500 1000 500 0 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 Farmer number Figure 2. The percent yield advantage due to priming of each of 32 paired-plot trials in farmers’ fields in the 1999, 2000 and 2001 seasons combined. Each trial consisted of two plots, both sown with seed of maize cv. Azam, with primed seed used in one of the plots and non-primed seed used in the other. Yield advantage in each year was 40% (1999), 57% (2000) and 20% (2001) with an overall mean of 39%. - 322 -
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Section 3: Crop Management - 203 -
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Proceedings of the 8 th Asian Regio
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Maize in the rice-wheat rotation gr
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Maize in the rice-wheat rotation Av
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Maize in the rice-wheat rotation RW
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Maize in the rice-wheat rotation Ta
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Rajbhandari Extensively cited data
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Rajbhandari There was a linear resp
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Rajbhandari sole crop soybean was m
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Table 3. Sample means for phosphoru
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Rajbhandari Table 5. P use efficien
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Appendix 1 a. Combined analysis of
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Rajbhandari Appendix 2a. Combined a
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Rajbhandari Appendix 2b. Combined a
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Proceedings of 8 th Asian Regional
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Soil fertility in the hills of Nepa
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Soil fertility in the hills of Nepa
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Experimental Findings (Based on sta
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Quayyum treatment T2 i.e., maize no
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Table 1. Yield and yield components
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Table 5. Effect of different fertil
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Table 8. Cost & return analyses of
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Table 13. Cost-benefit analysis of
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Proceedings of 8 th Asian Regional
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Maize-wheat systems measured under
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Literature Cited Maize-wheat system
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Table 2. Growth and yield attributi
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Maize-wheat systems Table 4. Balanc
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grain yield and eff. tillers grain
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Proceedings of the 8 th Asian Regio
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Results and Discussion Maize in eas
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Maize in eastern hills of Nepal Tab
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Yield kg/ha 7000 6000 5000 4000 300
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Maize in eastern hills of Nepal App
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Section 3 (Crop Management)

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