Authors
Christian Thierfelder, Leonard Rusinamhodzi, Amos R Ngwira, Walter Mupangwa, Isaiah Nyagumbo, Girma T Kassie, Jill E Cairns
Publication date
2015/8
Journal
Renewable Agriculture and Food Systems
Volume
30
Issue
4
Pages
328-348
Publisher
Cambridge University Press
Description
The increasing demand for food from limited available land, in light of declining soil fertility and future threats of climate variability and change have increased the need for more sustainable crop management systems. Conservation agriculture (CA) is based on the three principles of minimum soil disturbance, surface crop residue retention and crop rotations, and is one of the available options. In Southern Africa, CA has been intensively promoted for more than a decade to combat declining soil fertility and to stabilize crop yields. The objective of this review is to summarize recent advances in knowledge about the benefits of CA and highlight constraints to its widespread adoption within Southern Africa. Research results from Southern Africa showed that CA generally increased water infiltration, reduced soil erosion and run-off, thereby increasing available soil moisture and deeper drainage. Physical, chemical and …
Total citations
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Scholar articles
C Thierfelder, L Rusinamhodzi, AR Ngwira… - Renewable Agriculture and Food Systems, 2015