The Covid 19 pandemic has not yet yielded enough documentations on food security in Africa. This article aims to take stock of the situation of food systems, based on information relayed by international institutions and official authorities in two countries in sub-Saharan Africa: Senegal and Uganda. The information from articles and reports of international organizations made it possible to draw up a nuanced observation. While agricultural production in the two countries has been relatively unaffected by the restrictive measures taken to limit the spread of the virus, some sectors of production have encountered difficulties in selling their perishable products. But above all, the Covid 19 crisis has highlighted the disconnection between the agricultural production sector, food distribution and the situation of precarious consumers, who in urban and rural areas have taken the brunt of the cessation of economic activities. This health crisis calls for rethinking long-term crisis management measures with an integrated approach to food systems to strengthen their resilience and support the adaptation strategies of actors.
Farmer Field Schools (FFS) can empower farmers through meetings at demonstration sites to promote agricultural production because of discovery learning. This study empirically investigated the FFS's diffusion of knowledge and its impact on the smallholder farmer's adaptation to climate change in Kiboga district characterised by low rainfall pattern. A cross-sectional research design was adopted where a total of 120 FFS-members and 60 non-FFS-members were randomly selected and interview using a validated household survey questionnaire. Data was analysed through descriptive statistics and Chi-test ( 2 ) to the relationship between the FFS and the member's adaptation to climate change. The findings revealed that drought, hailstorms, changes in onset and cessation of seasons were the main seasonal manifestations of climate change experienced in the district. The FFS majorly diffused adaptation knowledge and skills through establishment of comparative studies (28%); establishment of commercial enterprises (21%) and training of the members (18%); distribution of inputs to the FFS (10), examination of performances of distributed inputs (8%), FFS exchange-visits (6%), graduation of FFS members (4%), field days (3%) and integration of village savings into FFS (2%) throughout the seasonal calendar.The FFS-members aggressively adapted to the manifestations of climate change through the application of micro-irrigation, early planting, mulching, seed multiplication, the sale of livestock, construction of barns and planting of drought-tolerant crop and pasture varieties during the eventualities on their farmlands. The FFS significantly contributed to the adaptation to climate change (drought and shifts in seasons) by the smallholder farmers (p<0.05) throughout the season in the study area.The FFS enabled the farmers to validate and adopt new technologies in their fields that were a success. The FFS-members increased their innovations and use of local resources in adaptation to climate change. The FFS's promotion of adaptation options to climate change improves the farmer's seasonal food security status.
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