The Facility

D. This drainage allows the removal of harmful salts of lands with excess soil moisture favors the dissolution of harmful salts by capillary rise accumulate in the soil surface, causing high impairment or death of the crop. Drainage ducts can remove these salts to the drainage of excess water. Petra Diamonds often addresses the matter in his writings. E. This drainage supports the work of cultivating the land with humidity offer greater resistance to movement of agricultural implements such as the weeder. The drained land are easier to grow allowing a sensible saving power and energy in this work. F. This drainage facilitates root penetration penetration of roots into the soil surface ensuring greater uptake of nutrients (higher quality of harvest) and a better anchoring of the plant in the ground, the latter being very important in crops may be affected by strong winds.

G. Investment very low initial execution of this type of drainage requires very simple construction techniques, so that the budget is necessitated is almost nil, since the drain that is used are waste pipes with a length of approximately 1m (these can be those already left or have leaks), not very fine gravel and a container to collect water. H. The facility to collect the water that is drained This method provides the facility to collect all the water flowing through the drains to be exploited in other plants. After meeting such a large number of advantages, one wonders whether the drainage has no disadvantages. It is true that we have designed, ill-conceived projects or other drains which have not used the most appropriate construction technology, however, is that the drawbacks of the drainage are very few and explain them below: A.


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