尼日利亚克罗斯河州 Effraya - Etung 地方政府地区砂岩土壤的特征

E. Aki, Elijah Edet
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摘要

对尼日利亚克罗斯河州 Effraya - Etung 地方政府地区砂岩土壤的植被特征进行了研究,以期提出适当的管理策略。研究人员在山顶、中坡和谷底位置挖掘了三个具有代表性的剖面坑,并借助德国 Etrax 2000 GPS 仪器记录了每个剖面的位置。根据土壤调查人员对剖面坑进行了描述。山顶和中坡的土壤排水良好,谷底的土壤排水不良,土壤颜色从深灰棕色到深棕色不等,不同地层的土壤颜色也从黄棕色到深黄棕色不等。表层土壤中砂、粉砂和粘土的平均值分别为 65%、23% 和 12%,而质地等级在表层土壤中从壤土砂到砂壤土不等,在地下土壤中主要是砂质粘壤土。表层土壤的体积密度和颗粒密度平均值分别为 1.2 克/立方厘米和 2.45 克/立方厘米,总孔隙度平均值为 48.5%。强酸性土壤的总氮、有机碳、可利用磷和可交换碱含量较低。土壤中的 CEC 含量中等偏高,ECEC 含量偏低,碱饱和度低于 50%。这些结果表明,这些土壤的肥力较低,因此需要采取一些管理措施,如施用石灰、覆盖物、作物秸秆还田以及种植耐酸作物,以提高作物产量。
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Characterization Of Soils Derived From Sandstone In Effraya - Etung Local Government Area Of Cross River State, Nigeria
Pedological characterization of soils derived from sandstone in Effraya - Etung Local Government Area of Cross River State, Nigeria was studied with the view to suggesting appropriate management strategies. Three representative profile pits were dug in the summit, middle slope and valley bottom positions and the location of each profile was recorded with the aid of German Etrax 2000 GPS meter. The profile pits were described according to Soil Survey Staff. The soils were well drained in the summit and middle slope to poorly drained at the valley bottom and the soil color varied from very dark grayish brown to dark brown and also from yellowish brown to dark yellowish brown within the different horizons. Mean values of 65%, 23% and 12% were obtained in the surface soils for sand, silt and clay respectively while the textural class ranged from loamy sand to sandy loam in the surface and predominantly sandy clay loam in the subsurface soils. Bulk density and particle density had mean values of 1.2g/cm3 and 2.45g/cm3 with total porosity mean value of 48.5% for surface soils respectively. The strongly acidic soils were low in total nitrogen, organic carbon, available phosphorus, and exchangeable bases. CEC in the soils was moderately high with low ECEC while base saturation was below 50%. These results show that the soils are low in fertility and thus will require management practices such as liming, mulching, return of crop residues, and also planting of acid tolerant crops may be recommended for improved crop production.    
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