Diagnosing Soil and Coconut Root Existence in Lontang Plantation of Manado City

Z. Tamod, Wisje Kumolontang, Djony Kaunang
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Abstract

Province of North Sulawesi has been known as wave palm area (coconut). One of the plantations (coconut) potential become the farmer’s income and Locally-Generated Revenue (LGR). Therefore, it is important to maximize the soil function and root system of coconut. This research was aimed to diagnose a soil and coconut root existence in Lontang Plantation of Manado City. Soil observations were carried out on a single stretch of coconut plantations owned by community. The observation was done through the soil profile at a spacing of 1 m on 3 and 5 m spacing profile from the main tree which categorized as low. Existence of total root length (Lrv) and dry root weight (Drv) shows that deeper soil will be more reduced of the root Lrv and Drv values along with the organic material in the bottom layer (> 1 m) lower than above it. The highest Lrv and Drv average value is located on the depth of 0 – 60 cm.  Specrol existence on 1 - 3 m spacing profile have showed many soft roots which grow on these spacing. The soft root has a roles to absorb nutrient and water for the plant and direct contact with the soil.
万鸦老市龙塘人工林土壤和椰子根存在的诊断
北苏拉威西省一直被称为波浪棕榈区(椰子)。其中一个种植园(椰子)有潜力成为农民的收入和本地创收(LGR)。因此,最大限度地发挥椰子的土壤功能和根系是很重要的。本研究旨在诊断万鸦老市龙塘种植园土壤和椰子根的存在。对社区拥有的一大片椰子种植园进行了土壤观测。观测是通过距离主树3米和5米的土壤剖面进行的,土壤剖面被归类为低。总根长(Lrv)和干根重(Drv)的存在表明,土壤越深,根系Lrv和Drv值随下层(> 1 m)有机质的增加而降低的程度越高。Lrv和Drv平均值的最大值位于0 ~ 60 cm深度。在1 ~ 3 m间距剖面上存在着许多软根。软根的作用是为植物吸收养分和水分,并与土壤直接接触。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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