Journal of
Land Management and Appraisal

OFFICIAL PUBLICATION OF THE DEPARTMENT OF ESTATE MANAGEMENT, UNIVERSITY OF NIGERIA
  • Abbreviation: J. Land Manag. Appraisal
  • Language: English
  • ISSN: 2354-1741
  • DOI: 10.5897/JLMA
  • Start Year: 2017
  • Published Articles: 7

Article in Press

Soil Degradation Extent And Dynamics Of Soil Fertility Improvement Technologies In Majete Watershed, North Ethiopia

Kassaye Gurebiyaw Legese

  •  Received: 18 August 2018
  •  Accepted: 03 October 2018
Soil degradation is among serious environmental hazards of this generation. It is threatening agricultural production and leads to food insecurity. The objective of this study was to assess current soil degradation status and soil fertility enhancement technologies practiced by the land owners. Data were obtained through questionnaires administered to 156 respondents selected randomly from all watershed classification schemes (upstream, mid-land, and downstream). Field observations, interviews and discussions with village elders, farmers groups, and village scholars were conducted using a check list of topics with a focus on soil degradation and attempts made to combat the problem. The result revealed that 70% of farmers experienced soil degradation on their farm land and also crop productivity decrement from time to time. It is unexpected to boost productivity without intensive fertilizer application. Most farmers (>64%) mentioned steep slope, high rainfall, deforestation and poor soil cover as the major causes to soil degradation. Soil fertility amelioration measures like application of compost, construction of terraces, farmyard manure, fallowing, the protection of regenerating natural vegetation, and tree planting were practiced but adoption level of technologies from farmer to farmer is entirely dependent on their awareness level. Simple soil conservation technologies which are easily adopted by farmers should be available. Above all, education infrastructure focus on soil conservation should be available for land owners.

Keywords: Soil degradation, soil fertility, soil fertility amelioration