首页> 外文期刊>Journal of Plant Nutrition >Growth and iron-manganese relationships in dry bean as affected by foliar and soil applications of iron and manganese in a calcareous soil.
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Growth and iron-manganese relationships in dry bean as affected by foliar and soil applications of iron and manganese in a calcareous soil.

机译:钙质土壤中铁和锰的叶面和土壤施用对干豆生长和铁锰关系的影响。

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摘要

Manganese (Mn) deficiency may be induced by adding large quantities of iron (Fe), provided that soil manganese is marginally deficient. Results of a greenhouse study showed that iron soil application did not influence shoot dry matter yield of dry bean due to the fact that the iron:manganese ratio in aerial parts of dry bean was higher than 0.4. A foliar spray of 2% iron sulfate significantly reduced it probably due to the high level of shoot iron and iron:manganese ratio greater than 4. Iron application decreased concentration/uptake of shoot manganese due to the iron-manganese antagonistic relationships. Mangenese soil application is not an effective method in correction of manganese deficiency induced by iron fertilizers. Iron did not affect root manganese uptake, indicating that manganese absorption was not affected by iron application. Both manganese/iron soil tests are recommended in calcareous soils with manganese soil test in marginal range.
机译:如果土壤中的锰略有欠缺,可能会通过添加大量的铁(Fe)引起锰(Mn)缺乏。温室研究的结果表明,铁土的施用不会影响干豆的芽干物质产量,原因是干豆地上部分的铁锰比高于0.4。喷出2%硫酸铁的叶面喷洒剂可以显着降低其含量,这可能是由于高含量的枝shoot铁和锰铁比大于4所致。施铁减少了枝shoot锰的浓度/摄取,这是由于铁锰拮抗关系所致。在土壤中施用Mangenese并不是纠正铁肥引起的锰缺乏的有效方法。铁不影响根系锰的吸收,表明锰吸收不受铁施用的影响。推荐在钙质土壤中使用锰/铁两种土壤测试,而在边缘范围内进行锰土壤测试。

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