Functional Sustainability: How Using TELONE™ Can Lower Water and Fertilizer Inputs

In modern agriculture, the efficient use of resources is paramount. Growers continually seek ways to optimize inputs such as water and fertilizers while maintaining or enhancing crop yields. This approach to functional sustainability values a holistic approach where farmers achieve financial and regenerative agriculture goals. TELONE™ pre-plant soil fumigant fits well into a functional sustainability plan because it not only combats harmful nematodes but also contributes to significant water savings and reduced reliance on other agricultural inputs by increasing plant root uptake efficiencies.

Understanding TELONE™ and Its Role in Nematode Management

TELONE™ is a pre-plant soil fumigant specifically designed to manage plant-parasitic nematodes—microscopic worms that attack plant roots, impairing their ability to absorb water and nutrients. By targeting these pests, TELONE™ creates a protective zone around the root system, promoting healthier root development and enhancing the plant’s overall vigor.

Enhancing Water Efficiency Through Healthier Root Systems

Nematode-infested roots are often damaged, leading to inefficient water uptake. This inefficiency forces growers to increase irrigation to meet crop water requirements, resulting in higher water usage. By applying TELONE™ before planting, nematode populations are significantly reduced, allowing roots to develop without the hindrance of these pests. Healthy roots can access water more effectively, reducing the need for excessive irrigation. The overall water savings vary by crop and field conditions, but growers have seen up to a 30% reduction in water use due to root update efficiency.

Moreover, TELONE™ moves through the soil profile without relying on water for distribution, ensuring that its application does not require additional irrigation. This characteristic not only conserves water during application but also ensures that the fumigant reaches target areas efficiently.

Reducing Dependence on Fertilizers and Other Inputs

Example of uniform crops in a treated field

Beyond water savings, the use of TELONE™ contributes to a decrease in the need for fertilizers and other inputs. Nematode damage often leads to uneven plant growth, prompting growers to apply more fertilizers to compensate for poor nutrient uptake. By mitigating nematode pressure, TELONE™ promotes uniform plant development, allowing for more efficient nutrient absorption and potentially reducing the overall fertilizer requirements.

Additionally, healthier plants with robust root systems are more resilient to environmental stresses and diseases, which can lead to a decreased need for pesticides and other protective measures. This not only lowers input costs but also supports sustainable farming practices by minimizing overall chemical usage.

Economic and Environmental Benefits

The integration of TELONE™ into crop management practices offers both economic and environmental advantages. Economically, growers can achieve higher yields due to improved plant health and reduced losses from nematode damage. Environmentally, the reduction in water usage, fertilizer, and contact nematicides aligns with sustainable agriculture goals, conserving resources and reducing the ecological footprint of farming operations.

Conclusion

Incorporating TELONE™ into an integrated pest management program is a strategic approach to sustainability that extends beyond nematode control. By fostering healthier root systems, TELONE™ enhances water and nutrient uptake efficiency, leading to significant water savings and reduced dependence on fertilizers and other inputs. These benefits underscore TELONE™ as a valuable tool for growers aiming to optimize resource use and promote sustainable agricultural practices while defending against destructive nematodes.

Randy Huckaba