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H. A. Elwell, “Modelling Sheet Erosion and Runoff from a Fersiallitic Clay by Combined Small-Scale Physical Simulation Techniques and Field Studies,” Unpublished PhD Thesis, Department of Soil Science and Agricultural Engineering, Faculty of Agriculture, University of Zimbabwe, 1987.

has been cited by the following article:

• TITLE: Catchment Management and Its Effects on Arable Lands of Zimbabwe: A Look beyond the Fast Track Land Reform Program

  AUTHORS: Kosamu Nyoni

  KEYWORDS: Catchment Area Management; Integrated Catchment Management; Arable Lands; Sustainable Land Use; Sustainability; Terrestrial Carbon Sequestration

  JOURNAL NAME: Journal of Environmental Protection, Vol.4 No.10, October 10, 2013

  ABSTRACT: This study was carried out in selected districts of Mashonaland East and Central provinces of Zimbabwe in 2011 to determine the effects of soil erosion on arable lands and how this related to catchment management. Results show that the highest contribution is 53% and is obtained from arable land codes 5 and 7. These fields show signs of excessive sheet and gully erosion. The least contribution is 0.8% and this is on arable land codes 3, 4 and 8. These fields have properly done conservation works existing. 33% of the assessed arable lands have conservation works in place whilst 67% are not protected and as such the fields are eroded. Soil erosion results in the washing away of the precious top soil, responsible for plant growth and infiltration of rain or irrigation water. This reduces the usefulness of such affected arable lands as crops grown on it can’t thrive due to lack of soil fertility. The paper recommends that government policies focus more on promoting sustainable land use through integrated catchment area management. This will go a long way in achieving sustainable development in Zimbabwe.