Figures & data
Figure 1. Geographical location of study site (a) and schematic representation of the study process flow diagram (b).
![Figure 1. Geographical location of study site (a) and schematic representation of the study process flow diagram (b).](/cms/asset/37b927a0-7378-4810-ae89-5f574dd43d88/ljfp_a_2342894_f0001_oc.jpg)
Figure 2. Sample collection and traditional Qotcho fermentation: Pit of fermentation for samples (Month-1, Month-3 and Month-6) (a), fermented mass wrapping with Enset leaves (koba) (b) and Samples of Month-1, Month-3 and Month-6 in polyethylene bag (c).
![Figure 2. Sample collection and traditional Qotcho fermentation: Pit of fermentation for samples (Month-1, Month-3 and Month-6) (a), fermented mass wrapping with Enset leaves (koba) (b) and Samples of Month-1, Month-3 and Month-6 in polyethylene bag (c).](/cms/asset/09e95af0-0201-419d-ba3d-7e53d43736c0/ljfp_a_2342894_f0002_oc.jpg)
Figure 3. Dynamic nature of microbial fermentation: Temperature record (a), pH measurement (b) colony forming units of LAB in laboratory at 30°C (c), and pH of fermentation in laboratory at 30°C (d) of Qotcho samples.
![Figure 3. Dynamic nature of microbial fermentation: Temperature record (a), pH measurement (b) colony forming units of LAB in laboratory at 30°C (c), and pH of fermentation in laboratory at 30°C (d) of Qotcho samples.](/cms/asset/ce7d17b2-7cf8-4e37-968f-87bfdb65eaca/ljfp_a_2342894_f0003_oc.jpg)
Figure 4. Microbial growth kinetics in the form of CFU at different temperatures: LAB fermentation on Agade (a), LAB fermentation on Disho (b) LAB fermentation on Gimbo (c) and LAB fermentation on all samples with control at 30°C (d) over 36 days of fermentation.
![Figure 4. Microbial growth kinetics in the form of CFU at different temperatures: LAB fermentation on Agade (a), LAB fermentation on Disho (b) LAB fermentation on Gimbo (c) and LAB fermentation on all samples with control at 30°C (d) over 36 days of fermentation.](/cms/asset/9582ab18-55bc-4145-9c33-de6411c76dca/ljfp_a_2342894_f0004_oc.jpg)
Figure 5. pH measurement at different temperatures: pH record on Agade (a), pH record on Disho (b) pH record on Gimbo (c), and pH record on all samples with control at 30°C (d) over 36 days of fermentation.
![Figure 5. pH measurement at different temperatures: pH record on Agade (a), pH record on Disho (b) pH record on Gimbo (c), and pH record on all samples with control at 30°C (d) over 36 days of fermentation.](/cms/asset/fae62547-3da2-45a3-9ca3-5604f43593c0/ljfp_a_2342894_f0005_oc.jpg)
Table 1. Colony forming units of LAB in different fresh Enset varieties at different temperature ranges.
Table 2. Analysis of Variance (ANOVA), General factorial regression: pH versus samples, temperature, fermentation time.