Lead Farmers, Extension Officers Trained in Best Agronomic Practices

Empowering Northern Ghana’s Farmers: A Focus on Sustainable Agriculture and Soil Health

In a concerted effort to bolster agricultural productivity and resilience in northern Ghana, the Savanna Agricultural Research Institute of the Council for Scientific and Industrial Research (CSIR-SARI) has conducted a vital training workshop for lead smallholder farmers and extension officers. This intensive three-day program was designed to equip participants with cutting-edge knowledge and practical skills in improved agronomic practices and comprehensive soil fertility management, targeting key staple crops including maize, soybean, and cowpea.

The workshop delved into the intricacies of modern farming techniques, covering essential aspects from meticulous land preparation and timely planting to the judicious application of fertilizers, effective crop protection strategies, and efficient harvesting methods. Beyond these foundational elements, the training introduced participants to biochar production, an innovative soil enhancement technique lauded for its ability to significantly improve soil structure, enhance moisture retention, and ultimately boost both fertility and crop yields.

This initiative forms a critical component of the broader “Sahelian Landscape: Land of Opportunities-Widening Proven Furrows (LOGMe II)” project, a multi-country endeavor aimed at combating land degradation and fostering sustainable livelihoods across the Sahelian region. The LOGMe II project, building upon the successes of its predecessor, is a collaborative effort spearheaded by the International Union for Conservation of Nature (IUCN). It spans five nations: Ghana, Burkina Faso, Niger, Benin, and Senegal, each grappling with the profound impacts of climate change.

The three-year LOGMe II project receives crucial funding from the Italian Ministry of Environment and Energy Security, channeled through the United Nations Convention to Combat Desertification (UNCCD) Global Mechanism. Its overarching objective is to address the widespread land degradation that plagues these countries and to promote sustainable living for their populations.

In Ghana, the project’s implementation is a testament to effective multi-stakeholder collaboration. CSIR-SARI is working in close partnership with the Environmental Protection Authority and the Ministry of Food and Agriculture. This collaboration extends across 15 communities situated within four districts, including Talensi and Builsa South in the Upper East Region, and Sissala East and Jirapa Municipalities in the Upper West Region.

Addressing Key Challenges for Smallholder Farmers

Dr. Iddrisu Yahaya, the Principal Investigator for the project and a Principal Research Scientist at CSIR-SARI, underscored the strategic importance of this training. He explained that the initiative was meticulously designed to tackle the persistent challenges that plague smallholder farmers. These challenges are multifaceted, encompassing low crop yields, the pervasive issue of soil degradation, and the increasing unpredictability of climate patterns.

Dr. Yahaya elaborated on the project’s genesis, stating that its implementation, which commenced earlier this year, was preceded by a thorough community needs assessment conducted with invaluable support from the IUCN. “As part of the implementation,” he noted, “we engaged communities to understand their specific needs, and based on that, we are providing training on good agronomic practices, soil fertility improvement, and crop protection.”

This training is an integral part of a larger strategic vision aimed at restoring approximately 30,000 hectares of degraded land across the two participating regions. The restoration efforts are firmly rooted in the principles of climate-smart and nature-based solutions, emphasizing sustainable and environmentally conscious approaches to land management.

Bridging the Gap Between Research and Practice

Dr. Julius Yirzagla, another Principal Research Scientist and Agronomist at CSIR-SARI, highlighted the training’s core objective: to effectively bridge the often-observed gap between scientific research and practical application. He emphasized the importance of improving the adoption rate of existing, proven agricultural technologies among farmers.

“Most farmers lack the requisite knowledge on good agronomic practices, which contributes to low yields,” Dr. Yirzagla stated. “This training is meant to build their capacity and enable them to adopt improved technologies to enhance productivity and food security.”

A key pedagogical approach adopted by the training is the “training of trainers” methodology. This ensures a ripple effect of knowledge dissemination, where the selected lead farmers and extension officers are empowered to share their newly acquired expertise with other farmers within their respective communities.

Dr. Yirzagla stressed the critical role of adopting specific practices in elevating crop yields and fortifying resilience against the vagaries of climate change. These include:

• Using certified seeds: Ensuring the use of high-quality, certified seeds is fundamental for robust crop growth.
• Proper land selection: Choosing the most suitable land for cultivation maximizes potential and minimizes risks.
• Row planting: This method facilitates efficient resource utilization and simplifies management.
• Timely weeding: Keeping fields free of weeds is crucial for crop health and yield.
• Appropriate fertilizer application: Utilizing fertilizers judiciously and according to crop needs is vital for nutrient management.

He further cautioned that the ongoing climate variability poses a significant and escalating threat to agricultural systems. This necessitates the widespread adoption of adaptive strategies by farmers, such as conservation agriculture and integrated soil fertility management techniques.

Embracing Sustainable Pest Management

The training also addressed the critical aspect of pest control, with Dr. Peter Quandahor, a Research Scientist and Entomologist, strongly advocating for the adoption of organic and agroecological methods. He encouraged farmers to move away from an over-reliance on synthetic pesticides and instead embrace alternatives such as:

• Neem-based extracts: Utilizing natural compounds derived from the neem tree offers an effective and environmentally friendly pest deterrent.
• Crop rotation: Alternating crops in a field disrupts pest cycles and improves soil health.
• Intercropping: Growing multiple crops together can create a more diverse ecosystem that naturally deters pests.

“Using plant-based pest control methods is safer for human health, reduces production costs, and protects the environment, while also preventing pest resistance,” Dr. Quandahor explained, highlighting the multifaceted benefits of these sustainable practices.

Positive Farmer Feedback and Future Outlook

The beneficiary farmers expressed their profound appreciation for the training, noting that it had provided them with invaluable practical insights. They specifically highlighted the exposure to techniques such as precise fertilizer application, the importance of timely harvesting, and the innovative use of biochar for soil enrichment.

There is a palpable sense of optimism among the participants, who expressed strong confidence that the knowledge and skills acquired will translate into tangible improvements in their crop yields and, consequently, an increase in their income levels. This training represents a significant step forward in empowering these farmers to navigate the complexities of modern agriculture and build a more secure and prosperous future.