首页> 外文期刊>HortTechnology >Transplant Fertilizer Solution and Early Season Plastic Mulch Increase Tomato Yield in Adequate Fertility Clay Loam Soil
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Transplant Fertilizer Solution and Early Season Plastic Mulch Increase Tomato Yield in Adequate Fertility Clay Loam Soil

机译:在肥沃的壤土上移栽肥料和早期地膜覆盖可提高番茄产量。

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It is commonly recommended to apply phosphorus- or nitrogen- and phosphorus-containing water-soluble fertilizers to annual vegetables at transplant to improve establishment and enhance yield. Plastic mulches are also recommended to increase soil temperature and enhance yield through similar root growth-promoting mechanisms early in the season. Our aim was to determine if the recommendations for transplant fertilizer solutions and plastic mulch are justified, and if the effects are interactive in a clay loam soil with moderate or high levels of existing phosphorus fertility and organic matter. We transplanted 'Plum Dandy' tomato (Solanum lycopersicum) in 2014 and 2015 into a field with high fertility using black polyethylene mulch or no mulch, and transplant solution containing water, 320 mg/plant nitrogen, or 320 mg/plant nitrogen + 475 mg/plant phosphorus. Mulch was removed 26 to 28 days after transplanting to eliminate midseason and late season mulch effects. We found yield-promoting and maturity-hastening effects in both years from transplant solutions containing both nitrogen and phosphorus (18% greater total ripe fruit weight than water control), and similar benefits of early season black plastic mulch (24% greater total ripe fruit weight than no mulch), indicating usefulness of either treatment in tomato production. We found no interactive effects of mulch and transplant solution.
机译:通常建议在移栽时对一年生蔬菜施用含磷或含氮和含磷的水溶性肥料,以改善植株生长并提高产量。还建议使用塑料覆盖物,以通过季节初期类似的促进根系生长的机制来提高土壤温度并提高产量。我们的目的是确定对于移植肥料溶液和塑料覆盖物的建议是否合理,以及在具有中等或高水平现有磷肥力和有机质的粘土壤土中,这种影响是否相互作用。我们在2014年和2015年将'Plum Dandy'番茄(Solanum lycopersicum)移栽到高肥力的田地,使用黑色聚乙烯覆盖物或不覆盖,并用水,320 mg /植物氮或320 mg /植物氮+ 475 mg移植溶液/植物磷。移栽后26至28天除去覆盖物,以消除季节中期和后期的覆盖物影响。我们发现含氮和磷的移植溶液在两年中均具有增产和促进成熟的效果(成熟果实总重比水控制高18%),早期黑色塑料覆盖物的益处相似(成熟果实总重24%)重量大于无覆盖物),表明这两种处理方法在番茄生产中都非常有用。我们发现覆盖和移植解决方案没有交互作用。

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