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The potential of anthill soils in agriculture production in Africa: A review

By: Kafula Chisanga, Patrick A. Ndakidemi, Ernest Mbega, Hans Komakech

Key Words: Anthill, Economic benefit, Formica cunicularia, Lasius flavus, Soil fertility.

Int. J. Biosci. 11(5), 357-377, November 2017.


Certification: ijb 2017 0169 [Generate Certificate]


In this review, we have attempted to highlight the critical role which anthills could play in sustainable agriculture practices as a locally available resource for the benefit of financially and soil fertility challenged smallholder farmers. Examples from across sub-Saharan Africa region have been elucidated in this paper on how the anthills have been utilized as a choice of low external input farming strategy for soil fertility challenges. Data from the study was collected through literature search from past and present research work by various scientists across the globe encompassing the internet and research articles. We have become aware that anthill soils could play a crucial role as an alternative to chemical fertilizer for farmers who have no means of buying inorganics. We recommend that for effective utilization of anthills in crop production, there is need to build the capacity of extension staff and farmers on the application method using micro dosing techniques and simple estimation of quantity for determining the requirements per hectare. Raising awareness to policy makers at all levels could stimulate interest on how this resource could be integrated as one of the components of integrated soil fertility management in conservation agriculture technologies. Carrying out studies which would focus on factors that could help in fast development of anthills would be key for enhancing crop development amongst the smallholder farmers challenged by cost of fertilizer input.

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The potential of anthill soils in agriculture production in Africa: A review

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Kafula Chisanga, Patrick A. Ndakidemi, Ernest Mbega, Hans Komakech.
The potential of anthill soils in agriculture production in Africa: A review.
Int. J. Biosci. 11(5), 357-377, November 2017.
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