发酵是生物肥生产的关键工序。
Fermentation is the key in the process of producing bio-fertilizer.
还对秸秆生物肥的最佳贮存条件进行了初步探讨。
This article also make a primary discussion on best storage condition of straw biologic fertilizer.
施用复合微生物肥能提高水稻株高和收获指数，并通过增产实现增效。
Compound microbial fertilizer could also increase the height and harvest index of rice. Besides, it could enhance farming efficiency by increasing yield.
为探索微生物肥对水稻秧苗素质的影响，用浸种或拌种的方法进行试验。
United the methods of soaking or mixing seeds to make an experiment in order to research the effect of microbe fertilizer to seedlings nature.
初步试验结果显示，将微生物肥、化肥、有机肥复合造粒是完全可能的。
Preliminery test shows that it is possible to make granular fertilizer compounded by micro organism fertilizer with chemical fertilizer and organic manure.
我们利用木霉菌发酵代谢产物研制了茶渣生物肥，分别有复混肥和纯有机肥。
We used the fermented Trichoderma and waste teas to develop a biological fertilizer.
为探索生物肥在甘蔗生产中的使用效果，在扶绥县进行了生物肥和无机复合肥的比较试验。
The comparative experiment of biological fertilizer and inorganic compound fertilizer was carried out to study the application effect of biological fertilizer on sugarcane production in Fusui county.
在吐鲁番地区葡萄上引进肥士特和惠森坤奇尔生物肥，试验表明生物肥在葡萄上有很强的适应性。
In our experiment it is indicated that the biological fertilizers Phashit and Phasationchier are quitely adapted by the grape, based on the fertilizer applied to the grape in Turpan district.
试验研究了有机肥、生物肥、化学肥料组合施肥技术对大豆产量、经济效益、土壤有机质含量的影响。
Through using organic, biological and chemical combined fertilizer, the influences on soybean yield, economic profit and soil organic matter content were investigated.
通过污泥生物肥在番茄、大白菜及黄瓜上试验应用，结果表明，适量施用污泥生物肥使番茄增产12。
The application of civic sludge biofertilizer in tomato, Chinese- cabbage and cucumber has been studied, The result indicated that proper amount of the sludge biofertilizer can increase production 12.
在低、中、高剂量处理下，施用生物有机肥处理的苹果根系中镉含量比不施用生物肥处理分别降低了12%，15%，24%。
With the low, medium and high dose treatments, they are separately 12%, 15% and 24% lower in bio-fertilizer treated root than untreated ones.
在低、中、高剂量处理下，施用生物有机肥处理的苹果根系中镉含量比不施用生物肥处理分别降低了12%，15%，24%。
With the low, medium and high dose treatments, they are separately 12%, 15% and 24% lower in bio-fertilizer treated root than untreated ones.
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