Oral Presentation - The Solution for Land Degradation in Ethiopia.pptx
1. The Solution for Land
Degradation in Ethiopia
Name: Bisrat Erstu
ID: M80009127
2. Background Information about Ethiopia
Regarding Soil Resource
• Ethiopia is rich in natural resources.
• It finds its most essential resource in its fertile soil.
• Most of its people rely on soil for their livelihood.
• Agriculture is the backbone of the country’s
economy.
3. 85%
15%
The Percentage of Farmers in Ethiopia (Food and
Agriculture Organization, 2024)
Farmers Other Occupants
5. The Problem
• Land degradation is a problem in Ethiopia but can potentially be
prevented by combining traditional indigenous methods to combat soil
erosion with modern technological breakthroughs.
• What are the traditional and the modern techniques?
• How are they implemented?
• What is the need to integrate them?
6. The Traditional Methods
• Ethiopia is home to a wide range of conventional soil
conservation techniques that have been shown to be quite
successful in preserving soil fertility and reducing erosion.
• The Konso people are recognized by UNESCO for “Irken
Sra,” terracing lands to reduce erosion by running water
and heavy rainfall (Megerssa & Bekere, 2019).
7. Modern Technological Innovations
• The government can use RS and GIS to identify areas at
high risk of land degradation and implement targeted
interventions.
• GIS and RS science are crucial for promoting adaptive
management in semi-arid environments by monitoring site-
specific indicators (Gabriele et al., 2022).
• RS provides precise, up-to-date data for monitoring land
degradation processes, while GIS combines multiple data
layers for spatial analysis and decision-making (Annappa et
al., 2023).
8. Take Away
• Land degradation in Ethiopia can be prevented by combining
traditional soil conservation techniques such as terracing with modern
technologies like RS and GIS.
• If all levels of the government commit to combining traditional
indigenous methods of soil conservation with recent technological
developments, land degradation can be prevented.
9. References
Annappa, N.N., Bhavya, N., Govinda, K., Kumar, U., & Krishna, M. R., (2023). Eco-
Rehabilitation through Satellite Eyes: Mapping Degraded Land with Remote Sensing and
GIS. ResearchGate, 8(6), 73-93.https://www.researchgate.net/publication/376228425
Food and Agriculture Organization of the United Nations (2024). Ethiopia at a glance. FAO in
Ethiopia. https://www.fao.org/ethiopia/fao-in-ethiopia/ethiopia-at-a-glance/en/
Gabriele, M., Brumana, R., Previtali, M., & Cazzani, A. (2022). A combined GIS and remote
sensing approach for monitoring climate change-related land degradation to support
landscape preservation and planning tools: the Basilicata case study. Applied Geomatics,
15(3), 497–532. https://doi.org/10.1007/s12518-022-00437-z
Megerssa, G. R., & Bekere, Y. B. (2019). Causes, consequences and coping strategies of land
degradation: evidence from Ethiopia. Journal of Degraded and Mining Lands
Management, 7(1), 1953–1957. https://doi.org/10.15243/jdmlm.2019.071.1953
World Bank Open Data. (2022). World Bank Open Data.
https://data.worldbank.org/indicator/NV.AGR.TOTL.ZS?locations=ET
Ethiopia is endowed with an abundance of natural resources, but its rich soil is its most valuable asset. Most of its population depends on this priceless resource for their existence, and agriculture is the primary industry in the nation.
Well, this graph shows a statistic about the Ethiopian population which is taken from the case study by the Food and Agriculture Organization in 2024. It shows that 85% of Ethiopians are farmers.
And this chart is about the contribution of the three sectors, namely: Agriculture, Industry, and Service for the country’s economy based on the case study made by the World Bank in 2022. It shows that around 38% of Ethiopia's GDP is derived from agriculture. However, the very foundation of this sector is deteriorating.
Land degradation is a problem in Ethiopia but can potentially be prevented by combining traditional indigenous methods to combat soil erosion with modern technological breakthroughs.
In this presentation, I will explain the traditional and the modern techniques, how they are implemented, and the importance of integrating them to solve the problem.
When we look at the traditional techniques, numerous traditional soil conservation methods are practiced across Ethiopia, and they have been demonstrated to be highly effective in maintaining soil fertility and lowering erosion.
For example, in their research conducted in 2019, Megerssa & Bekere stated that the Konso people are a group in Ethiopian culture, who are recognized by UNESCO for their soil conservation technique locally known as “Irken Sra,” which is terracing land to prevent soil erosion caused by excessive rains and flowing water. Let us proceed to the modern ones.
The government can identify high-risk locations for land degradation and carry out focused interventions by using remote sensing technologies like satellites and GIS.
According to the research made by Gabriele and colleagues in 2022, GIS and RS science are essential for fostering adaptive management in semi-arid areas by monitoring site-specific indicators. Furthermore, Annappa and others, in their work in 2023, argued that while precise, current data from Earth's surface provided by remote sensing technology facilitates the monitoring of various land degradation processes, GIS integrates multiple data layers to support spatial analysis and decision-making.
To sum up, land degradation in Ethiopia can be prevented by fusing age-old soil conservation methods like terracing with advanced technologies such as remote sensing and GIS.
If the government administration at all levels agrees to improve land management techniques by integrating modern technology advancements with traditional indigenous ways of soil protection, the potential future land degradation can be avoided.