Corn reacts dramatically to water, nutrients and radiation. But while radiation is usually a given, you can control your corn’s exposure to water and nutrients. While traditional irrigation systems like flood and pivot give you some control, they’re also inefficient and less uniform in the way they apply water. This becomes even more evident across different soil types, so they make it hard to ensure you get uniformly better crops. These traditional irrigation methods are also not relevant to uneven topography or odd shaped fields.
Precision irrigation gives you better control by delivering water and nutrients directly to the roots of each plant, in specific combinations, according to your plants’ developmental stages. It fits into any plot, and can be applied to all topographies, field sizes and soil types. So you can maintain optimal soil moisture and nutrient levels in all conditions.
And if you add digital controls to your system, you’ll be able to monitor and optimize your yield as it’s growing, gaining data about every aspect of your field and local climate. So wherever you are, whether you’re growing for grain, silage, seed production or sweetcorn, you’ll ensure consistently high, top-quality yields every season. And even bigger profits.
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You’re trying to keep a delicate balance between smart risk-management and optimal crop growth. That’s the challenge of open field agriculture.
You need a solution that makes the best use of your land, time and resources, while guaranteeing consistent results in the field. A solution that’s right for your crop, soil, climate, topography, crop cycles and business model.
That’s where precision irrigation comes in.Learn more
Plant nutrition isn’t a matter of quantity – it’s a matter of efficiency. Precision fertigation delivers nutrients straight to the roots of each plant, in personalized combinations, with perfect timing. So you use fertilizer more efficiently and get the best return on your inputs. Even in cases where soil moisture is balanced and there is no need for additional irrigation, applying nutrients through your system allows you to give your crop what it needs, when it need it, to grow much higher yields.Learn more
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Every season is a race to grow higher yields with fewer resources. Browse our range of innovative products and tailor-made solutions and start optimizing your use of the land, water and fertilizer. For higher and better yields, every time.See the range
Should I use surface or subsurface drip irrigation?
Subsurface drip irrigation (SDI) systems are most suitable for large-scale cornfield operations. Compared with on-surface systems, SDIs deliver additional benefits such as lower labor requirements, and operational simplicity. SDI systems favor modern tillage practices such as no-till or minimum tillage.
On-surface systems are best for small to medium-scale growers, and for use on extremely sandy soil plots. They’re also a great option for plots that are deep-tilled or for plots that are rented where growers would prefer to avoid investments in non-mobile equipment. But bear in mind that while they require a lower initial investment, they do carry a higher operational cost.
If I have a lot of rainfall, will drip still be a good investment?
Definitely. While having ample rainfall is obviously a huge advantage, rain is never timely enough to allow the crop to reach its full yield potential. This is even more evident with sandy soils that have a lower water holding capacity. On top of that, drip is also a nutrient delivery system that allows you to fertigate and control the nutrient levels in your soil in a precise and economical way. Applying all of your fertilizer in a single application can be wasteful, especially under rainy conditions that provoke leaching. Splitting your nutrient application along the season guarantees that your crop gets what it needs when it needs it. This is what makes drip systems the perfect tool for increasing productivity in previously rain-fed plots.
What if I have an uneven topography or irregularly shaped cornfield?
Drip irrigation fits all plot shapes and sizes, all soil types and all topographies. You can use pressure compensating dripperlines that maintain the same flowrate across different pressure levels so every plant in the field gets exactly the same amount of water and nutrients no matter the elevation changes or distance from the water source.