巴布亚新几内亚农业废弃物的利用

K. Thiagalingam , N. Sriskandarajah
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引用次数: 4

摘要

在巴布亚新几内亚,大量的作物残茬(228 494毫克)和动物粪便(49 638毫克)可转化为燃料、肥料和饲料。据估计,从作物残余物和动物粪便中可获得的氮、磷和钾总量分别为5303、3384和7136毫克,肥料价值(以中国货币计算)约为12,329,117克朗(约1300万美元)。块根作物、豆科作物和谷类作物的施肥试验对废物的施用有响应,其产量比对照处理增加的百分比在6%至247%之间,不同作物的最大产量的施用量不同。除虫菊对绵羊的饲料价值评价表明,除虫菊作为反刍动物的中等品质饲料具有潜在的营养价值。建议如下:(1)研究开发一个综合系统,将废物用于污染控制、畜牧生产和大小农场的粮食生产;(二)利用废弃物开发人畜高蛋白资源;咖啡、可可和油棕废弃物在香菇生产中的利用(3)开发和测试简单、廉价、适应性强的小型农场沼气和农产品直接燃烧干燥设备;(4)评价作物残茬的残留和毒性效应,如连续饲喂咖啡浆和除虫菊的动物及其对动物生理的影响;(5)在混作和人工林种植制度下,应评价堆肥废弃物与无机肥料结合施用的研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Utilization of agricultural wastes in papua new guinea

In Papua New Guinea large quantities of crop residues (228,494 Mg) and animal wastes (492,638 Mg) are available for conversion into fuel, fertilizer and feed. It is estimated that a total of 5303, 3384 and 7136 Mg of N, P and K are available from crop residues and animal wastes with an approximate fertilizer value (in kina) of K12,329,117 (approximately US$ 13 million). Fertilizer trials with root crops, legumes and cereals responded to application of wastes and the percentage increase in yield over the control treatment ranged from 6 to 247% and the application rate at which maximum yield was obtained was different for different crops. Pyrethrum mare, evaluated for its feed value in sheep, has indicated its potential nutritive value as medium-quality forage for ruminants. The following recommendations are suggested: (1) research on the development of an integrated system to utilize waste for pollution control, livestock production and food production for both large and small holdings; (2) utilization of wastes for developing high-protein sources for human and livestock; utilization of coffee, cocoa and oil palm waste for mushroom production; (3) development and testing of simple, cheap and adaptable equipment for small farms for biogas and direct combustion for drying agricultural products; (4) residual and toxic effects from crop residues should be evaluated, e.g. continuous feeding of animals with coffee pulp and pyrethrum mare and its effect on the physiology in animals; and (5) studies combining composted wastes and inorganic fertilizers should be evaluated for mixed and plantation cropping systems.

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