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Soil & Crop Sciences

Drought-induced agricultural livelihood vulnerability: Livelihood-based comparative analysis in Northeast highlands of Ethiopia

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Article: 2238981 | Received 08 Apr 2023, Accepted 17 Jul 2023, Published online: 01 Aug 2023

Figures & data

Figure 1. A schematic diagram showing the relationship between vulnerability factors and extreme climate events.

Source: Modified from Fritzsche et al. (Citation2014), and Jamshidi et al. (Citation2018)
Figure 1. A schematic diagram showing the relationship between vulnerability factors and extreme climate events.

Figure 2. Map of the study area.

Figure 2. Map of the study area.

Figure 3. Rainfall and temperature distribution of North Wollo (1998–2019).

Figure 3. Rainfall and temperature distribution of North Wollo (1998–2019).

Table 1. Levels of scoring for the proposed livelihood vulnerability indicators

Table 2. Test statistics to determine the appropriate principal components

Table 3. Normalized values and vulnerability scores for the sub-components used to measure exposure

Figure 4. Trend of temperature change in North Wollo (2000 – 2019). Kobo & Mesra stations for North Wollo East plain (NWEP); Lalibela for North east woina-dega mixed cereal (NEWMC); Debrezebit for Abay Tekez watershed (ATW); Kone for North Wollo highland belg (NWHB) livelihood zones. Red-colored trend lines and equations show the temperature trend of the recent decade.

Figure 4. Trend of temperature change in North Wollo (2000 – 2019). Kobo & Mesra stations for North Wollo East plain (NWEP); Lalibela for North east woina-dega mixed cereal (NEWMC); Debrezebit for Abay Tekez watershed (ATW); Kone for North Wollo highland belg (NWHB) livelihood zones. Red-colored trend lines and equations show the temperature trend of the recent decade.

Table 4. Farmers sensitivity to the biophysical environment and agricultural system

Table 5. Adaptive capacity of the agricultural system in North Wollo, 2020

Figure 5. Spider diagram showing the vulnerability scores of major components across the livelihood zones (a), and wealth ranks (b); Triangular diagram showing the contributing factor scores of livelihood zones (c), and wealth rankings (d), North Wollo, 2020.

Figure 5. Spider diagram showing the vulnerability scores of major components across the livelihood zones (a), and wealth ranks (b); Triangular diagram showing the contributing factor scores of livelihood zones (c), and wealth rankings (d), North Wollo, 2020.

Table 6. Vulnerability scores of major indicators and the overall livelihood vulnerability to droughts in North Wollo, 2020

Figure 6. Vegetation health index (VHI) based agricultural drought frequency in North Wollo (2000–2019) across the livelihood zones. NWEP = North Wollo East plain; NEWMC = North east woina-dega mixd cereal; ATW = Abay Tekez watershed; NWHB = North Wollo highland belg; TP = True pastoral livelihood zones.

Source: Wassie et al. (Citation2022)
Figure 6. Vegetation health index (VHI) based agricultural drought frequency in North Wollo (2000–2019) across the livelihood zones. NWEP = North Wollo East plain; NEWMC = North east woina-dega mixd cereal; ATW = Abay Tekez watershed; NWHB = North Wollo highland belg; TP = True pastoral livelihood zones.

Figure 7. Livelihood zone-based agricultural livelihood vulnerability using LVIVSBA in North Wollo, 2020.

Figure 7. Livelihood zone-based agricultural livelihood vulnerability using LVIVSBA in North Wollo, 2020.