棕红壤

  • 网络Brown red soil;brownish red earth
棕红壤棕红壤
  1. 鄂南棕红壤农田生态系统B素平衡分析

    Boron balance in agroecosystem on brown red soil of south Hubei Province

  2. 鹰潭红壤的根际土pH低于本体土,咸宁棕红壤上趋势相反;

    PH of rhizosphere soil was lower than that of bulk soil for Yingtan , whereas , the trend was reverse for Xianning soil .

  3. 不同改良剂对棕红壤酸性的改良效果

    Influences of Various Modifiers on Acidity of Brown Red Soil

  4. 土应变计的研制湖南棕红壤的研讨

    Developing a soil extensometer a study on brown red earth in Hunan Province

  5. 地平面的分割湖南棕红壤的研讨

    The split ground plane a study on brown red earth in Hunan Province

  6. 棕红壤区土壤中的锌及其生物利用途径

    Zinc in Brown Red Soil and Its Bio-utilization

  7. 利用城市生活垃圾堆肥作为肥料施入棕红壤中,进行油菜盆栽试验。

    Potted rapeseed experiements were conducted by applying urban living garbage compost in brown red soil .

  8. 鄂南丘陵区棕红壤硼的分布和迁移特点及其调控

    Distribution , removing and regulation of boron in brown-red soil in the hilly region of South Hubei Province

  9. 鄂东南棕红壤丘陵区冷浸田施用过氧化钙效果

    Effect of applying CaO 2 to cold water paddy field in hilly area in brown red soil of southeast Hubei

  10. 鄂南丘陵棕红壤水土流失及硼损失特征

    Water loss , soil erosion and boron loss characteristics of the brown red soil in South Hubei Province under different cover degrees

  11. 安徽茶园土壤的母土类型主要有黄红壤、黄壤、棕红壤和黄棕壤。

    The parent-soil types of tea field soil are mainly yellowish-red earth , yellow earth , brownish-red earth and yellowish-brown earth in Anhui Province .

  12. 这两个地层发育的土壤性质差异悬殊,分别属于棕红壤和黄棕壤两个不同的土壤类型。

    Soils developed from those two deposits can be classified into different soil types in Hubei , the brown red soils and yellow brown soils .

  13. 鄂湘两省黄棕壤、红壤和棕红壤对磷的吸附特性、高粱幼苗的供磷效果及其与土壤物质组成关系的研究。

    The phosphate adsorption characteristics , effect of supplying phosphorus to sorghum seedling and their relation to the constituents of soils distributing in Hubei and Hunan provinces were studied .

  14. 从改善人体锌营养状况的角度,阐述了棕红壤区土壤中的锌含量及其影响锌有效性的多种因素。指出棕红壤区土壤锌资源较为丰富。

    This paper covered the zinc content and the factors affecting zinc availability in brown red soil from the angle of improving human Zn-nutrition , pointing out that the soil was rich in zinc element .