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GPS and GIS Based Soil Fertility Mapping for Cuddalore Districtof Tamil Nadu

机译:泰米尔纳德邦Cuddalore区的GPS和GIS基于土壤肥力测绘

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Geo referenced surface soil samples were collected from 79 villages of Cuddalore district, Tamil Nadu and about 474 soil samples were analysed for twelve chemical parameters. The fertility status revealed that the soils were acidic to alkaline in soilreaction, non - saline and low in organic carbon content. The macronutrient availability showed low available N (82.3%), high available P (61.8%), medium to high available K (49.3&31.8%) and sufficient in available S (84.4%). With regard to micronutrients, the soils were predominantly deficient in Zn (76.4%) followed by Cu (38%), B (10.6 %), Fe (1.8 %) and Mn (1.4 %). Using the geocoordinates, thematic maps for all the parameters were prepared,, which also indicated that major area of the district wasacidic to alkaline in soil reaction, non-saline, low in OC, low, high and medium in available N, P and K, respectively. Zinc was predominantly deficient among the micronutrients, while all others were in sufficient status.
机译:从79个Cuddalore区,泰米尔纳德邦和约474个土壤样品收集了Geo Regless Resiface土壤样品,为12种化学参数分析了大约474个土壤样品。 生育状况揭示了土壤在污染物中呈碱性酸性,有机碳含量下的碱性酸碱。 Macronurient可用性显示出低可用的N(82.3%),高可用的P(61.8%),培养基高可用K(49.3&31.8%),可用S(84.4%)。 关于微量营养素,土壤主要缺乏Zn(76.4%),然后缺乏Cu(38%),B(10.6%),Fe(1.8%)和Mn(1.4%)。 使用地理织物,制备所有参数的专题地图,其中也表明该地区的主要面积对土壤反应中的碱性,非盐水,低,低,高,中培养基,P和K. , 分别。 锌主要在微量营养素中缺乏缺乏,而其他人的身份充足。

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