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首页> 外文期刊>Acta Horticulturae >Response of processing tomatoes to an alternative phosphate fertiliser incorporating composted fish waste.
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Response of processing tomatoes to an alternative phosphate fertiliser incorporating composted fish waste.

机译:加工番茄对掺入堆肥鱼粪的替代磷肥的反应。

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摘要

Phosphorus (P) is an essential nutrient for plant growth and is applied extensively to crops, particularly in P-deficient soils such as those commonly found in Australia. A new P fertilizer, derived from activated rock phosphate composted with fish waste from the seafood industry, has been proposed for agricultural use in Australia. Such a product has the dual advantages of providing nutrients to agricultural crops as well as utilizing waste materials that are otherwise economically and environmentally costly to dispose of. It also meets requirements for use in organic production systems in New Zealand, and is likely to be accepted for similar applications in Australia and other countries. Field experiments were conducted over two seasons (2002-04) on a low-P loam soil at Tatura in south-eastern Australia (Victoria) to examine the effectiveness of this material in comparison with a traditional P fertilizer (superphosphate) on processing tomatoes ('Heinz 9035'). The application rate for P was determined from commercial recommendations based on pre-season soil tests, and fruit yields above the industry average were achieved in both seasons. Results in both seasons also showed that plant growth and yields were similar between the two P treatments, but that treated plots were significantly more productive than the unfertilized control. Indices of fruit quality for processing (fresh weight per fruit, soluble solids, colour and pH) were largely unaffected by the treatments..
机译:磷是植物生长的必需营养素,广泛用于农作物,特别是在磷缺乏的土壤中,例如澳大利亚常见的土壤。已提出一种新的磷肥,该磷肥是由活化的磷酸岩与海产品行业的鱼粪混合而成的,已在澳大利亚用于农业。这样的产品具有向农作物提供营养以及利用废弃材料的双重优点,否则这些废弃材料在经济上和环境上都是昂贵的。它也满足在新西兰有机生产系统中使用的要求,并且在澳大利亚和其他国家也可能被类似的应用所接受。在澳大利亚东南部(维多利亚州)塔图拉(Tatura)的低磷壤土上进行了两个季节(2002-04)的田间试验,以检验这种材料与传统磷肥(过磷酸盐)在加工番茄( '亨氏9035')。磷的施用量是根据季节前土壤试验根据商业建议确定的,两个季节的水果单产均高于行业平均水平。两个季节的结果还表明,两种磷处理之间的植物生长和产量相似,但与未施肥的对照相比,处理后的地块生产力更高。处理的水果质量指标(每个水果的新鲜重量,可溶性固形物,颜色和pH)在很大程度上不受处理的影响。

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