Our team at Spensa has just unveiled Dynamic Phenology™ capabilities, which is the latest update to the company’s Trapping Insights, an enhanced pest-management decision-making solution. The new capabilities allow growers and agronomists to predict timing for insect life-cycle events such as when they hatch and when they fly. This timing data is critical for effective use of pesticide. Unlike traditional phenology prediction models, Dynamic Phenology™ incorporates real-time weather data and pest observations to sustain a much higher degree of accuracy.
Our mission at Spensa is to create technologies to better control insects, weeds, and disease, and unveil new capabilities to help ag professionals predict with increased certainty how to prepare for and treat insect issues. Unlike traditional phenology models which start from an assumed population distribution based on historical data, our Dynamic Phenology™ makes use of current trap data from a specific field to accurately predict future insect stages.
Changes in insect phenology have occurred and will continue to occur due to insecticide pressure, changes in climate, and regional differences. Dynamic Phenology™ automatically compensates for these changes to get a solution that is custom for each field. The capabilities are part of our Trapping Insights, an enhanced decision-making solution that can be used alongside the Z-Trap and MyTraps products. With Trapping Insights, users also gain access to additional features including pest alerts and a degree day calculator.
The Dynamic Phenology™ technology update was also accompanied by the release of the Spensa Agronomic Platform (Spensa AP), which integrates precision ag products into a single, easy-to-use interface.
See the full press release issued by Purdue University Research Park News.