Fertilizer markets continue to present challenges for growers heading into the growing season. Price volatility, shifting global supply dynamics, and ongoing uncertainty have made nutrient planning more complex than in years past. As a result, maximizing the efficiency of applied nutrients has become an increasingly important focus in modern crop production. In this week’s edition of Growing Possibilities, we explore how improving early-season nutrient efficiency can help growers manage fertilizer market uncertainty.
Nitrogen and phosphorus remain two of the most critical nutrients for crop development, but they are also among the most impacted by market fluctuations. Nitrogen fertilizer prices are closely tied to energy markets, particularly natural gas, which plays a key role in production. Meanwhile, phosphorus supply is influenced by global reserves, trade dynamics, and transportation challenges (1). These factors can create price swings and supply concerns that directly impact on-farm decision-making (2).
Beyond market conditions, it is important to consider how nutrients behave in the soil. Not all applied nutrients are immediately available to crops. Nitrogen can be subject to losses through processes such as volatilization and leaching, particularly under certain environmental conditions. Phosphorus, on the other hand, can become bound to soil particles, limiting its availability even when soil test levels appear sufficient. This gap between nutrients applied and nutrients available is a key factor in overall fertilizer efficiency (3).
Early-season conditions play a significant role in nutrient availability. Soil temperature, moisture, and microbial activity all influence how quickly nutrients become accessible to plants. In cooler soils, microbial processes slow down, which can delay nutrient release and uptake during critical early growth stages. This can impact root development and crop establishment, ultimately influencing yield potential later in the season (4).
Because of these challenges, many growers are placing greater emphasis on strategies that support nutrient availability early in the season. Improving early root development, optimizing nutrient placement, and supporting soil biology are all approaches that can help crops access nutrients more effectively. By focusing on how nutrients are used rather than simply how much is applied, growers can work toward improving overall fertilizer efficiency.
Biological products have become an important part of this conversation. These products are designed to support beneficial soil microorganisms that play a role in nutrient cycling. Certain microbes can help convert nutrients into plant-available forms, including phosphorus that may otherwise remain bound in the soil. Others contribute to nitrogen processes that support crop uptake. By enhancing these natural systems, biologicals can help improve the availability of nutrients already present in the soil, as well as those applied during the growing season (5).
In an environment where fertilizer markets remain unpredictable, improving nutrient efficiency offers a practical and sustainable approach to managing input costs. Supporting the natural processes that drive nutrient availability can help growers get more value from their fertility programs while maintaining strong crop performance.
At XiteBio Technologies, our biological products are designed to support these natural soil processes. By working alongside traditional fertilizer programs, XiteBio solutions help improve nutrient availability and support crops in accessing nitrogen and phosphorus more efficiently throughout the growing season.
Reference
- https://www.ief.org/news/high-natural-gas-prices-contribute-to-rising-fertilizer-and-food-prices
- https://www.dtnpf.com/agriculture/web/ag/crops/article/2026/03/18/8-retail-fertilizer-prices-higher-4
- https://soilhealth.ucdavis.edu/application/files/6615/4207/6680/Efficiency_of_Soil_and_Fertilizer_Phosphorus_Use.pdf
- https://pmc.ncbi.nlm.nih.gov/articles/PMC7922199/
- https://www.mdpi.com/2077-0472/13/2/462