园艺与种苗
園藝與種苗
완예여충묘
Rain Fed Crops
2012年
2期
25-28
,共4页
丁丽%胡庆文%余世洪%彭朝良
丁麗%鬍慶文%餘世洪%彭朝良
정려%호경문%여세홍%팽조량
结球甘蓝%3414%配方施肥
結毬甘藍%3414%配方施肥
결구감람%3414%배방시비
Cabbage%3414%Formulated fertilization
[目的]验证不同肥力水平下蔬菜结球甘蓝的最佳施肥量在实际应用中的效果,指导大面积生产。[方法]选取高肥力与中肥力地块2组,各设置无肥区、习惯施肥和配方施肥区3个处理,研究测土配方施肥对蔬菜结球甘蓝产量及经济效益的影响。[结果]高肥力地块配方施肥区与习惯施肥区相比,增产率达到了4.8%,与无肥区相比,增产率达到了22.4%;中肥力地块配方施肥区与习惯施肥区相比,增产率达到了4.3%,与无肥区相比,增产率达到了26.8%,增产效果显著,经济效益明显。[结论]在今后结球甘蓝生产中,应大量推广使用配方施肥技术,既提高产量又增加效益,同时提高肥料利用率,减少环境污染和肥料副成分的残留,对可持续农业发展意义深远。
[目的]驗證不同肥力水平下蔬菜結毬甘藍的最佳施肥量在實際應用中的效果,指導大麵積生產。[方法]選取高肥力與中肥力地塊2組,各設置無肥區、習慣施肥和配方施肥區3箇處理,研究測土配方施肥對蔬菜結毬甘藍產量及經濟效益的影響。[結果]高肥力地塊配方施肥區與習慣施肥區相比,增產率達到瞭4.8%,與無肥區相比,增產率達到瞭22.4%;中肥力地塊配方施肥區與習慣施肥區相比,增產率達到瞭4.3%,與無肥區相比,增產率達到瞭26.8%,增產效果顯著,經濟效益明顯。[結論]在今後結毬甘藍生產中,應大量推廣使用配方施肥技術,既提高產量又增加效益,同時提高肥料利用率,減少環境汙染和肥料副成分的殘留,對可持續農業髮展意義深遠。
[목적]험증불동비력수평하소채결구감람적최가시비량재실제응용중적효과,지도대면적생산。[방법]선취고비력여중비력지괴2조,각설치무비구、습관시비화배방시비구3개처리,연구측토배방시비대소채결구감람산량급경제효익적영향。[결과]고비력지괴배방시비구여습관시비구상비,증산솔체도료4.8%,여무비구상비,증산솔체도료22.4%;중비력지괴배방시비구여습관시비구상비,증산솔체도료4.3%,여무비구상비,증산솔체도료26.8%,증산효과현저,경제효익명현。[결론]재금후결구감람생산중,응대량추엄사용배방시비기술,기제고산량우증가효익,동시제고비료이용솔,감소배경오염화비료부성분적잔류,대가지속농업발전의의심원。
[Object] The aim of this research was to test the effect of the best fertilizer rales of cabbage in different soil tertility levels in practical application and Io guide the production in large tracts of land. [Method] Non-fertilizing,conventinnal fertilization and formula fertilization treatments were taken on the high fertility and medium fertility soil, the soil testing and formulated fertilization on vegetable cabbage yield and economic effect were studied. [Result] The results showd that in the high fertility test formula fertilization plot, comparing with the eonventional fertilization plot, the yield rate was increased and reached 4.8%, anti comparing with the non-fertilizing plot, the yield rate reached 22.4%. in the medium fertility test formula plot. comparing with the conventional fertilization plot, the yield rate reached 4.3%, and comparing with the non-fertilizing plot, the yield rate reached 26.8%. The production was increased greatly, and the economic benefit is obvious. [Conclusion] In the future,the fertilizer technology should be popularized in cabbage production, since it not only increase the production and the benefits but also improve the fertilizer using efficiency and reduce the fertilizer pollution to the environment, which is of far-reaching significance to the sustainable development of agriculture.