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When it comes to plants, phosphorus can be key to plant wellness. It is responsible for assisting with the growth of roots and flowers and also helps plants withstand environmental stress and harsh winters.
In fact, phosphorus (along with nitrogen) is considered one of the most limiting resources (has the ability to limit plant growth based on lack of phosphorus) in soils. The lack of phosphorus can result in constraining plant growth.
Root Growth -
An important nutrient to encourage root growth on any plants. Roots are the foundation of the plant, and having a healthy, web-like root system is crucial to ensuring a healthy plant.Flowers and Seeds -
Improves flower formation and seed production. Paying attention to flower formation is crucial for any landscaper or homeowner installing a landscape. But, it's also important for growers, because flower formation is the leading indicator to a healthy fruit set.Improves Plant Resilience -
Phosphorus improves plant resilience against disease and helps strengthen the plant for winter.
Although there is a large quantity of phosphorus in the soil, much of it is in a form that isn't accessible to the plants. The problem is that phosphorus binds very quickly (only days after the application) with Fe, Mn, Al, Mg and Calcium present in the soil.
Adding more phosphorus through the use of fertilizers may seem like an easy solution; however, that can pose a detrimental negative side effect on the environment. Extra phosphorus builds up in the soil and eventually runs off (along with nitrogen) into our waters, harming marine animals.
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Fixed phosphorus can be released with some help from weathering or from microbial activity. When it comes to weathering, phosphorus moves through the soil by diffusion through water. Although weathering does the job of releasing phosphorus to the soil, microbial activity works best. Microorganisms help make the phosphorus available to the plants.
Holganix Bio 800+ harnesses the power of over 800 species of soil microbes. Those microbes charge soils, improving the uptake of nutrients, stimulating root growth and fortifying plant strength against stressors like disease, weather, and traffic.
In fact, landscapers, golf superintendents, groundskeepers and farmers across the U.S. use Holganix Bio 800+ as an agronomic solution to not just improve plant response, but to also reduce their use of fertilizer.
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Soil testing is the most important tool in P management as it can reveal soil P levels, soil pH, and help determine the recommended application amount of P needed for the corn crop. Fertilizer recommendations will account for both the uptake and removal of P by the crop. Each bushel of corn harvested per acre removes approximately 0.43 lb of P2O5 (phosphorus oxide). Corn cut for silage removes significantly more at 3 lb/acre of P2O5 since most of the above ground tissue is harvested. It is important to apply fertilizers based on the values of the soil test and apply the needed P levels based on the use of the corn crop
Because of P immobility and soil fixation, placement of fertilizer P can affect its availability to plants. Phosphorus fertilizer can be applied broadcast or in a concentrated band. Broadcasting and mixing P in the soil can maximize the probability of root contact with the fertilizer. At the same time, the added fertilizer is in greater contact with absorbing surfaces in the soil, thereby increasing P-fixation. Applying the fertilizer in a concentrated band can minimize contact with the soil and reduce the fixation that might occur. During the first six weeks after planting before corn plant roots reach the middle of the rows, P that is band-placed close to the corn row is more likely to be available for plant uptake than if the same amount of P was broadcast applied over the entire soil surface. Splitting the application of P between broadcast and band can help to maximize corn yields.
Since P is relatively immobile in the soil, it is mainly lost through soil erosion and runoff. Phosphorus pollution can result in excessive growth of plants and algae in water, seriously limiting the use of water for drinking, industry, fishing, or recreation. Therefore, it is important to implement management practices that minimize soil erosion and runoff both for the health of the environment and to maintain maximum plant availability of P in the soil.
There has been some speculation that the use of cover crops can reduce P runoff; however, a recent study indicates that the impact of cover crops on P runoff is inconsistent.1 While total P losses were reduced significantly when sediment loss was also high, cover crops increased dissolved P loss in years when sediment loss was low. The authors state that the use of cover crops is a site-specific management tool to reduce sediment and P loss. Proper P management and placement is key to protecting water quality.
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