铝毒害的最初作用位点在根尖。
综述了大麦酸铝毒害及其遗传改良研究进展。
In this paper the current advances in the studies on aluminum toxicity and inheritance improvement in barley are reviewed.
在酸性土壤中，铝毒害被认为是限制作物产量的主要障碍因子。
Aluminum (Al) toxicity is a major constraint to crop productivity in acid soils.
本文结合我们的研究工作，综述了微生物的铝毒害和耐铝毒机制。
In this paper, combination with our researches, Al toxicity and tolerance mechanism of microorganisms were reviewed.
铝毒害是酸性土壤上作物生长的主要限制因素和森林大面积退化的重要原因。
Aluminum toxicity is a major factor in limiting growth in plants in acid soils. It has been suggested to cause forest decline.
近几年来，世界各国针对作物的铝毒害及其耐铝机制进行了大量的研究，并取得了较大进展。
In the past decades, many researches had been carried out on aluminum toxicity and tolerant mechanism in plants, and great progress was achieved.
铝是地球上最丰富的金属和第三个最常见的元素在地壳和铝毒害是主要的生存限制因素为农作物的种植在酸性土壤。
Aluminum is the most abundant metal and the third most common element in the earth's crust and al toxicity is the major growth-limiting factor for crop cultivation on acid soils.
说明大豆通过改变根系分泌作用而缓解酸铝的毒害。
These results indicated that soybean could alleviate aluminum stress by changing root exudates.
说明大豆通过改变根系分泌作用而缓解酸铝的毒害。
These results indicated that soybean could alleviate aluminum stress by changing root exudates.
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