番茄(Lycopersicon esculentum Mill cv.VL-1)通过有机耕作生产种子

Seemab Ali, Navneeti Chamoli, J. Chauhan
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摘要

本研究题为“番茄(Lycopersicon esculentum Mill cv.VL-1)通过有机农业生产种子”,旨在生产出足够数量的高营养品质的果实,保持和提高土壤的长期肥力,并避免农业技术可能造成的各种污染。另一个目标是在当地组织的生产系统中使用可再生资源,并在有机物质和营养方面与密切的系统合作。本研究使用的番茄品种为2003年发布的VL Tamator -1,采自北阿坎德邦阿尔莫拉VPKAS。试验采用随机区组设计,在2年种植季中施用有机肥和无机肥,即农家肥、蚯蚓堆肥和无机肥料NPK,共13个处理,3个重复。在第一年,与对照的T0相比,T2 (15t/h蚯蚓堆肥)记录了最大的田间出苗率、植株的最大平均高度、每株的最大平均叶片数、茎的最大平均厚度、最大叶面积和每株最大花数。每公顷15吨蚯蚓堆肥的T2组合表现出最高的单株果数、单果种子数和最高的果重。结果表明,T2的单株平均根长和单株产量最大。在第二年,在田间出苗率、植株高度、每株叶片数和茎粗方面取得了最大成就的地方也有类似的观察记录。在15t/h堆肥条件下,不同处理间的叶面积、单株花数和单株果数差异显著。单果最大种子数、果实重量、单株平均根径、单株产量(kg/畦)均最高。最大限度地施用有机肥料可以使上述品种获得高产,满足有机产品的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tomato (Lycopersicon esculentum Mill cv.VL-1) Seed Production through Organic Farming”
Present investigation entitled ‘Tomato (Lycopersicon esculentum Mill cv.VL-1) Seed Production through Organic Farming’ was carried out with the objectives to produce the fruit of high nutritional quality in sufficient quantity, maintaining and increasing the long-term fertility of soil and to avoid all kinds of pollutions that may result from agricultural techniques. It was also an objective to use renewable resources in locally organized production systems and work with a close system with regard to organic matter and nutrient. The variety of tomato used in this study namely, VL Tamator -1, released in 2003 was collected from VPKAS, Almora, Uttarakhand. The experiment was laid out in Randomized Block Design with 13 treatments and 3 replications with the combination of organic and inorganic manure namely Farmyard Manure (FYM), Vermicompost, and inorganic fertilizers NPK during the two-year cropping seasons. In the first year, the maximum field emergence per cent, maximum average height of the plants, maximum average number of leaves per plant, maximum average thickness of stem, Maximum leaf area and maximum number of flowers per plant have been recorded in T2 (15t/h vermi-compost) in comparison to T0 used as a control. This T2 combination of 15 ton per hectare vermi compost exhibited the maximum number of fruit/plants, maximum number of seed per fruit and highest weight of fruit. It was recorded that T2 exhibited the maximum average length of roots per plant and plant yield. During the second year, similar observation has been recorded where maximum achievements were obtained in field emergence per cent, height of plant, number of leaves per plant and thickness of stem. The difference among the treatments found significant for leaf area, number of flowers per plant and number of fruit per plant in T2 (15t/h vermi-compost). Similarly, the maximum numbers of seed per fruit, weight of fruit, average diameter of roots per plant, plant yield (kg/plot) were recorded highest. With the maximum adoption of organic manures can lead in high yielding of above-mentioned variety to fulfill demand of the organic produce.
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