Africa

Agriculture & climate change: Ethiopia farmers find climate-smart ways to beat erratic weather

The climate mitigation practices also increase soil's water-holding capacity

 
By Susan Chacko
Published: Monday 07 February 2022
Changes in weather patterns prod smallholder farmers in Tula catchment region, Ethiopia to follow climate-smart agricultural practices Photo: Wikimedia Commons

Smallholder farmers in Ethiopia have started incorporating reduced tillage and adding manure in the soil as climate mitigation measures. These practices have the potential to sequester carbon through the storage of soil organic matter. 

This, in turn, contributed to increased soil water-holding capacity that is essential in drier climates and stabilises crop yields. The farmers have also started implementing climate adaptation practices such as:

  • Adoption of local livestock breeds
  • Reduction of livestock numbers to manageable herd sizes
  • Increase in fertiliser application
  • Planting barley instead of wheat
  • Boundary planting
  • Introduction of desho grass strips an indigenous grass of Ethiopia
  • Early sowing of crops and livelihood diversification
  • Storing products in the good years to compensate for the bad years
  • Seeking information and advice from government agricultural officers and development agents 

These climate adaptation measures were possibly due to the changes in weather patterns noticed by the farmers, according to a study in the Climate Policy journal.

The researchers led by Diana Feliciano, University of Aberdeen, United Kingdom investigated the implementation of mitigation and adaptation practices in smallholder farms in Ethiopia. They estimated greenhouse gas (GHG) emissions associated with mitigation practices and identified potential mitigation options and barriers and enabling factors for implementation.

Cost-effective climate mitigation

Twenty-five smallholder farmers were selected and interviewed in the field about their land-use and land management practices. Mitigation options tool (MOT) was used to estimate GHG emissions, to identify mitigation options and co-benefits, and as a platform for promoting learning and knowledge exchange across different types of stakeholders. 

The MOT was used in Ethiopia to undertake rapid assessments of the contribution of land and livestock management practices to GHG emissions and carbon sequestration. It was also used to serve as an interface between research and practice for improved knowledge exchange and learning.

GHG emissions are estimated in terms of kilograms of carbon dioxide equivalent per hectare (kg CO2eq ha−1) and kilograms of carbon dioxide equivalent per unit of product (kg CO2eq kg−1). 

GHG emissions from synthetic fertiliser application varied between 0.5 and 2.6 t CO2eq ha−1 in wheat, 0.3 and 3.6 t CO2eq ha−1 in barley and 0.5 and 8.3 t CO2eq ha−1 in potatoes. That from livestock production varied between 6.1 and 31.4 t CO2eq ha−1 across the farmers surveyed.

All the farmers in the study mentioned that they have noticed changes in weather patterns. And they specifically mentioned decreased rainfall, increased temperature, decreased cloudiness and increased sunshine hours. Increased weather unpredictability and changing patterns were also mentioned by the farmers in the survey. 

Some farmers also identified impacts of climate change: Lack of water and disappearance of water springs, increased crop diseases, decreased crop yields and delays in the start of the crop season.

Land tenure security of the farmers of the study area (Tula catchment region, Doyogena district, Kembata Tembaro Zone, Southern Nations, Nationalities and Peoples Region of Ethiopia) might explain the wider adoption of sustainable agricultural practices. 

A 2018 study by Hailemariam Teklewold et al found that the decision to apply manure, crop diversification, water management, soil conservation and agro-forestry are more common on owner-cultivated plots than on rented plots.

Barriers and enabling factors must be looked into through engagement with farmers as well as data on the amount of organic matter added to the soil. These practices help in soil conservation, which are relevant for climate change adaptation in semi-dry climates. 

MOT can be used in the future as a facilitator for knowledge exchange between researchers and practitioners in Ethiopia, and in other developing countries where data availability is low, to support the identification of effective climate change mitigation and adaptation actions.

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