Soil Required For Rubber Plantation

Soil depth and stoniness.

Soil required for rubber plantation.

Therefore it is necessary to know detailed information about som variation to better understand the process of c cycle and soil fertility variation tendency for the rubber plantation. The plain or gently undulating land is suitable for rubber plantations. House plant expert suggests in particular that a well draining and well aerated potting soil is needed. A plantation is a large scale estate meant for farming that specializes in cash crops the crops that are grown include cotton coffee tea cocoa sugar cane opium sisal oil seeds oil palms fruits rubber trees and forest trees.

This land is generally obtained from. 1 part peat 1 part pine bark and 1 part coarse sand or perlite is a good mix. Rubber will do well on a wide variety of soils some of which would be too poor for many crops. Adequate soil volume is a prime requirement for root development.

The researchers collected soil samples during dry and. Climate required for rubber plantation the rubber plantation requires heavy and well distributed rainfall of 200 cm to 300 cm having humidity about 75 the best growing temperatures for rubber plant is from 20 c to 35 c. Since then several usage of rubber have been discovered from time to time. In plantation effective soil depth is measured with an edelman auger to an impenetrable layer within 90 cm depth while increase degree of stoniness will correspond to decrease in rooting space.

This books describing soil genesis management and nutritional requirement of. Rubber plants don t like to sit in water so a well draining soil is important. Soil volume is a function of soil depth and stoniness. Suitable planting area has decreased and to overcome this problem planting of rubber gets into marginal and problem soils.

Conversion from native vegetation into artificial rubber plantation would alter som stocks and subsequently the soil fertility and c cycle. Protectionist policies and natural comparative advantage have sometimes contributed to determining where plantations are located. They proved their hypothesis that high plant diversity had a positive effect on both soil properties and soil fauna in rubber plantation.