Agronomic Resources

Thousands of data points have been collected on Wolf Trax DDP’s. This new Field Facts summarizes various data points collected on grain corn over several years and locations. It highlights the effect on tissue uptake and how more micronutrients in the crop relates to higher yields.

Tags: Boron, Calcium, Copper, Corn, Iron, Maize, Manganese, Product Trial, Yield Trial, Zinc

In 2015, a multi-site, replicated field trial was conducted in Rwanda to evaluate the performance of Wolf Trax DDP Nutrients as part of an early season fertiliser program for wheat production. Micronutrient strategies including Wolf Trax DDP Nutrients resulted in significantly higher wheat yields than the current fertiliser practice.

Tags: Boron, Cereals, Copper, Field Insights, Field Trial, Product Trial, Wheat, Yield Trial, Zinc

In 2015, a multi-site, replicated field trial was conducted in Rwanda to evaluate the performance of Wolf Trax DDP Nutrients as part of an early season fertiliser program for bean production. Application of Wolf Trax DDP Nutrients resulted in comparable yields to Ferticoat™ and significantly higher yields than the granular micronutrients and the foliar micronutrient strategy.

Tags: Africa, Beans, Boron, Copper, Edible Beans, Field Insights, Field Trial, Product Trial, Rwanda, Pulses, Yield Trial, Zinc

In 2015, a multi-site, replicated field trial was conducted in Rwanda to evaluate the performance of Wolf Trax DDP Nutrients as part of an early season fertiliser program for maize production. Application of Wolf Trax DDP Nutrients resulted in significantly higher maize yields than the current fertiliser practice or granular micronutrients and was comparable to the foliar micronutrient strategy.

Tags: Africa, Boron, Copper, Corn, Field Insights, Field Trial, Maize, Product Trial, Rwanda, Yield Trial, Zinc

In 2016, a replicated field study was conducted in Florida to evaluate the performance of Wolf Trax Zinc DDP compared to granular zinc sulfate as part of an early season fertilizer program for sugarcane production. Zinc DDP significantly increased sugar yield relative to the granular zinc sulfate treatment.

Tags: Cane, Field Insights, Field Trial, Florida, Product Trial, Sugar, Sugarcane, Yield Trial, Zinc

In 2015, a replicated strip trial experiment was conducted in Florida to evaluate the performance of Wolf Trax Zinc DDP compared to granular zinc sulfate as part of an early season fertilizer program for sugarcane production. Under the conditions of this study, application of Zinc DDP resulted in significantly increased yield and sugar content relative to the control.

Tags: Cane, Field Insights, Field Trial, Florida, Product Trial, Sugar, Sugarcane, Yield Trial, Zinc

In 2016, a replicated field study was conducted in Ontario to evaluate the performance of Wolf Trax Zinc DDP when applied in the fall or as part of an early season fertilizer program in the spring. Wolf Trax Zinc DDP significantly increased crop vigour and yield, regardless of application timing.

Tags: Application Timing, Canada, Corn, Fall Fertilizer, Field Insights, Field Trial, Ontario, Product Trial, Yield Trial, Zinc

In 2016, a replicated field study was conducted in Ontario to evaluate the performance of Wolf Trax Zinc DDP as part of a fall fertilizer program for corn production. Wolf Trax Zinc DDP significantly increased crop vigour and yield relative to the control and was comparable or significantly better than MicroEssentials® SZ™.

Tags: Application Timing, Canada, Corn, Fall Fertilizer, Field Insights, Field Trial, Ontario, Product Trial, Yield Trial, Zinc

A replicated, multi-site field study was initiated in Brazil to evaluate the performance of Wolf Trax DDP Nutrients – compared to granular micronutrients and oil-based micronutrient coatings – as part of an early season fertilizer program for dry bean production. Under the conditions of this study, DDP Nutrients resulted in significant yield increases.

Tags: Boron, Brazil, Copper, Dry Beans, Field Insights, Field Trial, Manganese, Product Trial, South America, Yield Trial, Zinc

A replicated, multi-site field study was conducted in Brazil to evaluate the performance of Wolf Trax DDP Nutrients – compared to granular micronutrients and oil-based micronutrient coatings – as part of an early season fertilizer program for soybean production. DDP Nutrients significantly increased soybean yield relative to all other micronutrient products.

Tags: Boron, Brazil, Copper, Field Insights, Field Trial, Manganese, Product Trial, South America, Soybeans, Yield Trial, Zinc