Sustainable Food Systems in Sub-Saharan Africa
42,99 €
inkl. MwSt.
Versandkostenfrei*
Erscheint vorauss. 30. Januar 2026
payback
21 °P sammeln
  • Gebundenes Buch

This open access book provides a synthesis of the knowledge generated on relevant and adaptive technologies for the betterment of farmer’s livelihood.  The book is based on contribution made primarily by researchers from Africa and especially from Malawi. However, other experts and especially in the fields of human nutrition and biofortified foods from other  parts of the world have also contributed to this book.   The population of Sub-Saharan Africa (SSA) was 179 M in 1950 and 1.09 B in 2020 and may reach 2.12 B by 2050 and 3.78 B by 2100.  More than 60% of population of SSA is engaged in…mehr

Andere Kunden interessierten sich auch für
Produktbeschreibung
This open access book provides a synthesis of the knowledge generated on relevant and adaptive technologies for the betterment of farmer’s livelihood.  The book is based on contribution made primarily by researchers from Africa and especially from Malawi. However, other experts and especially in the fields of human nutrition and biofortified foods from other  parts of the world have also contributed to this book.   The population of Sub-Saharan Africa (SSA) was 179 M in 1950 and 1.09 B in 2020 and may reach 2.12 B by 2050 and 3.78 B by 2100.  More than 60% of population of SSA is engaged in agriculture, dominated by smallholders (< 2 ha), and they constitute approximately 80% of all farms in SSA and employ about 175 million people directly. In many SSA countries, women comprise at least half of the labour force.  Another increasing concern is declining land resources due to rapid soil degradation, harsh and uncertain climate as over 75% of arable land (Montpellier Panel Report, 2014) is degraded due to continuous cropping with minimal or no investment in soil improvement or even maintenance and often soil mining of nutrients. Smallholders, as the main rural actors in SSA, are frequently the most food insecure and malnourished because they face an array of challenges. Malnourishment, being the highest among developing regions, has reached currently to 218 million people in SSA (FAO et al.,2020). Under malnutrition, micronutrient deficiencies remain widespread and have significant functional implications and poor human health. Africa bears a greater share of all forms of malnutrition, because more than one third of all stunted children under 5 live in Africa. Furthermore, in Sub-Sahara Africa, 50 % of people suffer due to Zn deficiency and 57 % of pregnant women in Africa suffer from iron deficiency anaemia. Furthermore, nearly 30% of people globally are deficient in zinc and iodine (WHO et al.,2019). Therefore, enhancing production capacities with nutrient-rich food at smallholder farms and their economic and social resilience may improve food and nutrition security at different levels.
Autorenporträt
Professor Singh works in the discipline of biogeochemistry, and he focuses on soil fertility and plant nutrition. This discipline explores the physical, chemical, biological and geological processes and reactions that govern the composition of and changes in the natural environment and the availability of nutrients. 'In biochemistry, we have a particular focus on the cycles of important chemical elements, such as carbon, nitrogen and other trace elements,' he explains. He has worked on several aspects of the uptake and availability of nutrients, including fortifying foods and fodder plants with trace elements essential to plant, animal and human health. Zinc and selenium, for example, are trace elements (minerals) that the body needs for its processes in order to function normally. Zinc deficiency in soil and in the food produced is a major global problem.