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FAO assesses that globally 45 countries, including 33 in Africa, nine in Asia, two in Latin America and the Caribbean and one in Europe, are in need of external assistance for food. Although drought conditions eased in East Africa, production prospects remain unfavourable in 2023, while conflicts in several parts of the African continent are aggravating food security concerns. At the global level, El Niño poses a risk to agricultural production and food security in several regions, particularly Southern Africa and Central America.
FAO assesses that globally 46 countries, including 33 in Africa, 10 in Asia, two in Latin America and the Caribbean, and one in Europe, are in need of external assistance for food. This list now includes Ukraine and Sri Lanka. Serious concerns also relate to East Africa due to multiple seasons of drought conditions, with a looming risk of famine in some areas. Across the globe, the rising food prices and overall inflation are worsening food security conditions, particularly in low-income food-deficit countries, while the use of agricultural inputs could be limited by their elevated prices, possibly lowering yields and harvests in 2022.
The triannual Crop Prospects and Food Situation report provides a forward-looking analysis of the food situation across the globe, focusing on the cereal production outlook, market situation and food security conditions, with a particular attention on low-income food-deficit countries. FAO assesses that globally 45 countries/territories, including 33 in Africa, nine in Asia, two in Latin America and the Caribbean and one in Europe, are in need of external assistance for food. The severest levels of acute food insecurity are found in territories affected by conflict, including Palestine (Gaza Strip) and the Sudan, where the local population is also facing the risk of famine. Drought conditions in Southern Africa are expected to worsen acute food insecurity conditions in 2024. The report includes the global cereal production forecast for 2024 that scaled up and is now set to exceed the 2023 level.
The Crop Prospects and Food Situation report provides a forward-looking analysis of the food situation across the globe, focusing on the cereal production outlook, market situation and food security conditions, with a particular attention on Low-Income Food-Deficit Countries (LIFDCs). In 2023, FAO assesses that globally 46 countries/territories, including 33 in Africa, ten in Asia, two in Latin America and the Caribbean and one in Europe, are in need of external assistance for food. Persisting and intensifying conflicts are key drivers of the severest levels of acute food insecurity, with recent concerns centred on the Near East.Furthermore, despite declining international prices, weak currencies in many low income countries are sustaining high domestic food prices and hampering households’ access to food. Regarding cereal production, while the global cereal output is forecast to expand by 0.9 percent in 2023 from the year before, the pace of growth will be half that rate for the group of 44 LIFDCs.
FAO assesses that 45 countries, including 33 in Africa, nine in Asia, two in Latin America and the Caribbean, and one in Europe, are in need of external assistance for food. Prospects of persisting drought in East Africa raise serious concerns about levels of acute food insecurity, with famine projected to occur among agropastoral households in Somalia. Globally, while international prices have softened, local food prices remain high and continue to severely hinder access to food.
FAO assesses that globally 45 countries, including 33 in Africa, nine in Asia, two in Latin America and the Caribbean and one in Europe, are in need of external assistance for food. In East Africa, engendered by multi-season droughts, the food insecurity situation is grave and unless humanitarian assistance is scaled up, famine is expected in parts of Somalia. Globally, multi-year high inflation rates, amid challenging macroeconomic environments, are aggravating food insecurity conditions, particularly in low?income food­?deficit countries.
The Food and Agriculture Organization of the United Nations (FAO) and the United Nations World Food Programme (WFP) warn that acute food insecurity is likely to deteriorate further in 18 hunger hotspots during the outlook period from June to November 2023. For the outlook period, FAO and WFP are issuing an early warning for urgent humanitarian action in 18 hunger hotspots, including 2 regional clusters and comprising a total of 22 countries.In the hunger hotspots, parts of the population will likely face a significant deterioration of already high levels of acute food insecurity, putting lives and livelihoods at risk. Targeted humanitarian action is urgently needed to save lives and livelihoods in all 18 hunger hotspots. In eight of these – Afghanistan, Haiti, Nigeria, the Sahel region (Burkina Faso and Mali), Somalia, South Sudan, the Sudan and Yemen – humanitarian action is critical to prevent starvation and death.
FAO's latest forecasts point to favourable production outlooks across most basic foodstuffs. However, global food production systems remain vulnerable to shocks, stemming from extreme weather events, and rising geopolitical tensions and policies, potentially tipping the delicate demand-supply balances, dampening prospects for international trade in food commodities and with implications for global food security.
The global population is increasing at a much faster pace than an increase in the genetic gain for food production by plant breeding. Therefore, we must find ways or methods to improve our food production if we are to ensure food security for all. This special edition is about the novel ways or methodologies that crop or plant scientists are working on to improve crop yield. This could fall under the physiological, biochemical, molecular, or even any novel technological approaches such as phenotyping to rapidly select or find traits that are vital for the improvement of current germplasm to make them resilient to an ever-changing environment. Crop yield, especially grain yield, is a very complex trait to deconvolute and understand as it is influenced by so many factors. With the recent unprecedented weather events where plants are subjected to extreme temperatures (low and high), it is imperative to find ways quickly to screen for varieties that can withstand these changes. Novel ways or methods in the various disciplines (physiology, molecular, phenotyping, biochemical) that can help to identify rapidly the traits related to yield in crops that can lead to an increase in productivity will be informative and help the scientific community to be up to date with recent progress.