Agriculture PS tips farmers

BUSINESS

By Lusaka Times — Lusaka Times

Agriculture PS tips farmers
The Zambian government has issued a strong appeal to farmers nationwide to commence early preparations for their maize fields in anticipation of the upcoming agricultural season. Speaking through the Ministry of Agriculture, authorities stressed that proactive land preparation, timely procurement of inputs, and the adoption of modern farming techniques are vital components in bolstering national food security and ramping up overall crop productivity. Agricultural experts and ministry officials highlighted that waiting for the onset of the rains often leads to delayed planting, which can severely compromise crop yields, especially given the increasingly erratic weather patterns associated with climate change. By encouraging farmers to clear land, test soils, and secure certified seeds and fertilizers early from reliable agro-dealers, the government aims to mitigate seasonal shocks and position the agricultural sector for robust growth. This call aligns with broader national strategic objectives to enhance productivity at the smallholder and commercial levels alike. Zambia has increasingly faced the compounding pressures of climate variability, including prolonged dry spells and erratic rainfall in recent farming cycles. Consequently, extension services have been directed to intensify outreach and training programs, focusing on climate-smart agriculture, precision farming, and efficient water management to safeguard harvests. Farming communities across provinces such as Eastern, Central, and Southern—which serve as major grain baskets—are being urged to utilize the dry months effectively. Stakeholders note that early input distribution and advanced preparation minimize logistical bottlenecks that historically plague the sector during peak planting periods. Furthermore, enhanced collaboration between public institutions, private agro-dealers, and farming cooperatives is seen as crucial for realizing these ambitious productivity targets. Ultimately, the success of t