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Livestock-Based Farming Systems, Renewable  Resources and the Environment

 

Efficiency of compost fertilizer processed from wastes of animal production and biochar to improve physical-chemical  properties and agricultural potential of deprived soils (sandy soil and feralit soil)

Tran Thi Dao, Nguyen Xuan Trach and T R Preston*

Hanoi University of Agriculture, Vietnam
*AA
#48 Socorro, Santander del Sur, Colombia

 

Abstract

This study was carried out on sandy soil (Quang Binh) and feralite soil (Hoa Binh) to determine interaction  between compost fertilizer and Biochar on agricultural potential of these soils and to suggest the best method to improve deprived soils in mountainous and coastal regions in Vietnam. Biochars from different materials (Bamboo, coconut hulls, sugarcane bagasse, rice husks) were used to measure effects on growth of maize on sandy soil and feralit soil. Growth of  on these soils was greatest with biochar from sugarcane bagasse. Yield of maize was increased with  the highest level of compost fertilizer combined with sugar cane biochar at level 40 g/kg soil.

 

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