Food production, its availability and accessibility will continue to be a key contributor to human existence. The world was hit by the COVID-19 pandemic in the year 2020 and its effect trickled to reduced production in many industries across the globe. Understanding effects of the pandemic in Ghana triggered this paper. The study took the form of a desk review where current studies across the globe on the effect of the pandemic on agriculture and food security were reviewed, after which it was supported by data from questionnaire administrations. Across the globe, agricultural production experienced a reduction which phased into food security and its pricing. This was not limited to the extremely affected countries, but also, in countries were COVID-19 infections were low, agriculture, food security and its pricing experienced negative impacts. One key limiting factor that spiked the challenge in the agricultural sector was that reduced availability of labour for production. In many leading food producing countries, the challenge become acute when perishable food crops began to get damaged. In Ghana, the virus similarly led to restrictions in movements in and between epicenters. It was reported that, 77.4% of Ghanaians in a study conducted by the Ghana Statistical Service were negatively affected by the increased prices in food sold in the country. Without immediate and effective management as well as policy interventions from the Ghanaian government, it is highly possible for most farmers and agricultural businesses to completely collapse. This communication is to highlight some ongoing and disturbing effects of the pandemic to policy makers as well as individual and governmental strategies that are been put in place to curb adverse effects on food production. This will help enhance Ghanaians standards of living amidst economic challenges.

Shade grown cocoa systems have been credited with stocking high quantities of carbon and therefore possess the potential to mitigate climate change and help achieve targets of the United Nations Collaborative Program on Reduced Emissions from Deforestation and Forest Degradation (REDD+). This study quantifies and compares carbon stored as well as estimated cocoa yields in two shade management types (i.e., shaded and full sun) across three agroecological zones: Dry Semi-Deciduous Fire Zone (DSFZ), Moist Evergreen Zone (MEZ) and Upland Evergreen Moist Zone (UEMZ) in Ghana.  Results show that Soil organic carbon (SOC) stored decreased with increasing soil depth across all agroecological zones. Cocoa farms with shade trees stored 6 times more soil carbon (35.90±1.56 Mg C ha-1) compared to the full sun systems (5.98±1.56 Mg C ha-1). Carbon stocks in the DSFZ and the MEZ were 61.73±1.02 Mg C/ha and 67.46±1.02 Mg C ha-1 respectively whiles the UEMZ recorded 85.10 Mg C ha-1. Across agroecological zones, pod count in the UEMZ and the MEZ were similar but varied from that of the DSFZ, which recorded the least. Wilting of pods and cherrelles, was minimal and similar in the UMEZ and the MEZ but was significantly higher in the DSFZ. It is recommended that farmers should be encouraged through strong policies to adopt the integration of shade trees in the production of cocoa in Ghana to mitigate the effects of climate change.

Cocoa and gold are significant contributors to the gross dormestic product of Ghana which makes both commodities key parts of the Ghanaian economy. Unfortunately, in Ghana, most cocoa-growing communities are the hub of illegal small-scale mining commonly known as galamsey. It is alleged that cocoa farmerssell their farmlands for galamsey; however, given that cocoa farming is the primary source of income for many households in rural Ghana. This research aimed at investigating the motivations for galamsey and how the practice impacts cocoa farming and the environment as well as farmer livelihood. The study was undertakenin Amansie West District in the Ashanti Region of Ghana where both cocoa farming and illegal mining operations coexist. The data for the study was collected using structured questionnaires. Cocoa farmers were purposively selected as respondents in two cocoa-growing communities. Data were obtained from 90 purposively sampled respondents through snowballing. Data collected were analyzed with Statistical Package for Social Scientist software. The results revealed that cocoa farmers face challenges due to galamsey such as; labour shortages, water pollution, competition for land amongst others. Also, cocoa farms, especially those downslope, get flooded whenever it rains as a result of uncovered galamsey pits near farms and cause black pod disease, early dropping of immature pods and stunted growth which ultimately reduce the output of cocoa farms. Farmers revealed that this affected their source of income adversely since the majority of them mainly depend on cocoa farming for their livelihood. They also reported a loss of green space and land degradation as some environmental hazards posed by galamsey. Information gathered from tenant farmers revealed that it is mostly landowners who give out their lands for galamsey. The major reasons that encourage galamsey were identified as higher short-term income, financial problems (40%) due to unemployment, and poor cocoa yield (26%).