Office of the Vice President reveals plans to scale up nutrition interventions

LUSAKA – The Zambian government has announced an ambitious plan to significantly scale up nutrition interventions across the nation, targeting the persistent challenge of child stunting. Mrs. Lillian Kapusana, Permanent Secretary for Administration in the Office of the Vice President, revealed this crucial development, underscoring the government's renewed commitment to improving the nutritional status of its populace, particularly vulnerable children. This move comes as Zambia continues to grapple with alarmingly high rates of stunting, a condition that severely impairs physical and cognitive development in children. Stunting, defined as low height-for-age, remains a critical public health issue in Zambia, with approximately 32% of children under five years affected, according to recent findings. This figure, while showing some progress from previous years, still places Zambia above the Southern Africa average. The long-term consequences of stunting are profound, impacting educational attainment, economic productivity, and overall national development. Recognizing this, the government's decision to bolster nutrition programmes is a strategic step towards safeguarding the nation's human capital and fostering a healthier, more productive future. Key factors contributing to malnutrition in Zambia include poor diet quality, inadequate feeding practices, limited access to clean water and sanitation, insufficient health services, and persistent poverty. The enhanced interventions will build upon existing frameworks such as the First 1,000 Most Critical Days Programme (MCDP), a flagship initiative designed to deliver high-impact nutrition services during the crucial period from conception to a child's second birthday. The MCDP, coordinated by the National Food and Nutrition Commission (NFNC), adopts a multisectoral approach, involving various government ministries and partners to address the root causes of malnutrition. Mrs. Kapusana's office plays a pivotal role in ens