Exploring the Relationship Between Land Degradation and Malnutrition-Related Diseases in Vulnerable Populations
Abstract
Deforestation in the Nile Delta area is a serious environmental problem that is a threat to the sustainability of the environment and the health of the people. Being one of the most important agricultural regions in Egypt, the area is becoming more and more influenced by soil salinization, desertification, and waterlogging, which are aggravated by climate change and unproductive agricultural activities. These are environmental issues that have significant effects on food security and nutrition, especially for vulnerable groups like smallholder farmers and communities living in rural areas who rely on agriculture. This paper examines the complex interdependence between land degradation and the diseases caused by malnutrition in the Nile Delta, such as stunting, anemia, and undernutrition. The bad condition of the soil not only lowers the yields but also decreases the nutritional value of the food, which worsens food shortage and malnutrition. The paper explores the direct and indirect mechanisms by which the degradation of soil has food production effects, specifically the role of reduced agricultural production in poor diets. Land degradation also affects livestock and wildlife health by reducing pasture quality, limiting grazing resources, and impairing the nutritional value of animal feed. These ecological disruptions further weaken household food systems in rural areas where livestock contribute significantly to diets, income, and micronutrient supply, intensifying the burden of malnutrition. Its findings highlight the importance of interventions to be made in a combination of soil restoration and nutritional interventions, which identifies the importance of sustainable land management as a major contribution towards enhancing food security and the health status of the population. This study will educate policymakers, agriculturalists, and health practitioners on the need to practice soil health and its direct relationship to human nutrition in the Nile Delta.