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首页> 外文期刊>Агрохимия >Biochemical and mineral composition of dominant plants of a floodplain mixed grassland plant community in relation to nitrogen availability.
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Biochemical and mineral composition of dominant plants of a floodplain mixed grassland plant community in relation to nitrogen availability.

机译:洪泛区混合草地植物群落的生化和矿物成分与氮可用性有关。

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摘要

Biochemical and mineral composition of Elymus chinensis [Leymus chinensis], Bromopsis inermis [Bromus inermis], Lathyrus quinquenervius, Vicia amoena, Carex maritima, Aster tataricus, Potentilla anserina, Sanguisorba officinalis, Galium verum, Equisetum arvense, Thalictrum simplex and Allium odorum [A. ramosum] from 4 botanical groups of floodplain mixed grassland plant communities of Northern Mongolia was studied in 1987-89. Biochemical composition was mainly dependent on meteorological conditionsduring the growth period, on the plant species and the applied rates of N fertilizer. Mineral composition depended on the plant species, soil fertility and mineral fertilizers. An increase in N rate transformed the botanical composition of the initial community and decreased the species richness in the grassland.
机译:Elymus chinensis [leymus chinensis]的生化和矿物质组合物,菠萝植物η,葛兰氏牛肉,枸杞植物饲料,vicia amoena,carex maritima,紫红色,植物植物,血小板术,加仑,天然气arvense,thaliCtrum simplex和葱属odorum [a 。 [Ramosum] 1987 - 89年,研究了来自蒙古北部蒙古族混合草地植物群落的4个植物群。 生物化学组合物主要取决于气象条件,植物物种和氮肥率的施用率。 矿物组合物依赖于植物物种,土壤肥力和矿物肥料。 N速率的增加转化了初始群落的植物组成,降低了草原的物种丰富性。

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