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Learn how post-harvest practices such as residue retention, cover crops, reduced tillage, and biologicals can help rebuild soil health after a heavy yield season. Discover practical strategies to support nutrient cycling, microbial activity, soil structure, and long-term productivity.

Successful commercial garlic production begins long before the first clove is planted. From selecting high-quality planting stock and preparing healthy soil to managing crop nutrition, irrigation and harvest timing, every decision contributes to bulb development, marketable yield and profitability.

Discover why soil biology continues to matter after harvest, as microorganisms break down crop residues, cycle nutrients, and contribute to soil organic matter formation. Learn how residue retention, cover crops, reduced disturbance, and biological inputs can help support a healthier soil foundation for the next crop.

Modern agriculture has relied heavily on synthetic fertilizers to meet the increasing global demand for food. The widespread use of nitrogen (N), phosphorus (P), and potassium (K) fertilizers has significantly increased crop productivity over the past century and played a major role in improving global food security. However, the long term dependence on mineral fertilizers has also created significant challenges, low nutrient-use efficiency, nutrient losses through leaching a

Beneficial microbes are essential for plant growth and development, and mycorrhizal fungi are key symbiotic partners. Mycorrhizal fungi form one of the most widespread symbiotic associations in nature, with over 80% of all land plants capable of establishing this relationship (1). Mycorrhizal fungi are mainly of two types, depending on how they associate with plant roots: ectomycorrhizal fungi and endomycorrhizal fungi, also known as arbuscular mycorrhizal fungi.

Agriculture today faces the challenge of meeting rising demand for food production while adapting to unpredictable and increasingly extreme environmental conditions. Climate variability is increasing the frequency and severity of heat waves, prolonged droughts, and erratic rainfall events, making environmental stress one of the greatest challenges facing modern agriculture.

In the face of growing environmental concerns, soil degradation, and the urgent need for sustainable agriculture, the debate between biofertilizers and synthetic fertilizers is more relevant than ever. Biofertilizers are formulations that contain live microbes that increase nutrient availability to crops.

Sweet potatoes are more than just a crop. They are an important source of income for growers, a staple food in many regions, and a valuable component of agricultural production systems worldwide. However, many growers have noticed a troubling trend over the years. Soils are becoming less productive, input costs continue to rise, and increasing amounts of fertilizer are often required to maintain yields.

To ensure long-term productivity and preserve soil and environmental health, the adoption of sustainable farming practices is imperative. Among these, the use of beneficial microbes stands out as a promising solution. Trichoderma, a genus of beneficial fungi, is a key player in this arena, renowned for its ability to enhance plant growth, improve nutrient and water use efficiency, and act as a biocontrol agent.

Discover how plant growth regulators and microbes can revolutionize farming. Learn how plant growth regulators boost yields sustainably.

Discover how plant growth regulators and microbes can revolutionize farming. Learn how plant growth regulators boost yields sustainably.

Discover the agricultural potential of Bacillus subtilis and Bacillus pumilus. Learn how Bacillus enhances plant growth and boosts crop yields.

Learn about the potential of nitrogen-fixing in crop production and how it can improve soil health.

Discover how biofertility solutions can enhance grape vine health by improving soil quality and promoting sustainable practices.

Discover the groundbreaking impact of biofertilizers on crop yields and Brix levels

Learn about regenerative farming and the importance of manures and fertilizers.

Learn how to ensure sustained success in crop and soil health. Discover six tips for sustainable farming practices to replenish your soil.

Discover the secrets to growing garlic like a pro! Our holistic guide combines expert insights, hands-on experience, and biofertilizer tips

Everything you need to know when growing garlic in Ontario

How soils can become an excellent resource for stabilizing carbon dioxide levels on Earth