Potential of termite mounds and its surrounding soils as soil amendments in smallholder farms in central Uganda
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RESEARCH NOTE
Potential of termite mounds and its surrounding soils as soil amendments in smallholder farms in central Uganda Samuel Obeng Apori1,2* , Marius Murongo1,4, Emmanuel Hanyabui2, Kofi Atiah2 and John Byalebeka3
Abstract Objectives: The low fertility of highly weathered soils has been a major problem for resource-constrained smallholder farmers. In central Uganda, smallholder farmers have been collecting termite mound soils anywhere around the termite mound to improve their soil fertility. However, no studies have been conducted on which sections of the termite mounds consist of high soil nutrients. This study was conducted to assess selected major soil essential plant nutrients of soils collected from the top of the mound (TPMS), and the basal part of the mound (BPMS). The surrounding soil samples were collected from five, fifteen, and thirty meters away from the mound (TMSS1, TMSS2, and TMSS3 respectively), covering ten termite mounds in five different maize fields in central Uganda. Results: TPMS and BPMS had significant (P-value
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