Explore soil care, organic nutrition, and the science behind better growing.
Different fertilizer inputs serve different purposes in a crop nutrition program. The article compares agricultural inputs in the context of productivity, soil conditions and environmental sustainability.
Explore the story →Different fertilizer inputs serve different purposes in a crop nutrition program. The article compares agricultural inputs in the context of productivity, soil conditions and environmental sustainability.
Read the story →Winter irrigation decisions for citrus should reflect rainfall and the moisture held in the root zone. Seasonal rainfall alone does not describe the conditions of every orchard.
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Soil fertility depends on both the nutrients present and the conditions that make them available to roots. This article introduces pH, exchange capacity and salinity alongside the main groups of plant nutrients.
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The article considers how sulfur and mature compost can play complementary roles in soil management. Sulfur relates to soil chemistry, while compost contributes organic matter and supports physical soil properties.
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Amino acids contribute to proteins and many plant processes. The article describes their relationship with roots, photosynthesis, growth and responses to environmental stress.
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Tuta absoluta damages tomato plants when its larvae feed within leaves, stems and fruit. The article introduces the pest’s life cycle and the visible signs that help growers recognize damage.
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Organic inputs contribute nutrients and organic matter to the root environment. Application timing depends on the crop, growth stage and soil preparation schedule.
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More fertilizer does not necessarily mean a better harvest. This article examines how excess inputs can affect salinity, plant water uptake, nutrient balance and soil biology.
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Raw manure and mature compost differ in stability, biological activity and handling requirements. The article discusses risks associated with untreated material, including unstable nutrient release and unwanted seeds or microorganisms.
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