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Fertilization and the Influence of Soil pH

Rejuvenation of a forage stand, whether hay or pasture, involves using one or a combination of methods to increase productivity with a shift towards higher yielding forage species that provide improved nutritional value for livestock. 

If an assessment of the current forage stand shows that there is not enough of a desired plant species, then fertilization can be an effective tool to reinvigorate and increase forage yields. Starting with a soil test, improving nutrient deficiencies can increase forage production. 

Before making the investment in fertilizer, soil pH should be accounted for in conjunction with fertilizer plans—in the event of low soil pH, nutrients may be present in the soil but unavailable for uptake by plant species. When soils are very acidic (pH less than 5.8), soil bacteria and nitrogen-fixing bacteria in legume stands are negatively affected and soil biological activity is reduced. The opposite of this is also true, raising the pH too high can reduce the solubility of aluminum and manganese, which can be potentially toxic to plants at high levels.

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Heat Stress in Pigs: What to Prepare for Before Next Summer - Dr. Joshua Selsby

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In this episode of The Swine it Podcast Show Canada, Dr. Joshua Selsby from Iowa State University explains how heat stress affects swine biology and why now is the ideal time to prepare for next summer’s challenges. He breaks down its effects on muscle function, immune responses, and long-term metabolic outcomes. Learn how early planning can protect herd performance when temperatures rise again. Listen now on all major platforms! "Heat stress leads to a cascade of biological damage, beginning with metabolic disruption and expanding across multiple organ systems." Meet the guest: Dr. Joshua Selsby is a Professor in the Department of Animal Science at Iowa State University. With over 15 years of research on skeletal muscle physiology and heat stress, he focuses on understanding how thermal stress disrupts swine metabolism, immune function, and muscle integrity.