Taste repellent (fish meal and phosphoric acid)

This repellent is a plant protection product of biological and mineral origin, specifically designed to deter wildlife from damaging crops. It consists of food-grade components such as fish meal, combined with phosphoric acid, which together function as an effective deterrent by creating an unpleasant taste sensation for wild mammals.

The mechanism of action is based on gustatory and olfactory aversion. When wild animals, such as deer or rabbits, attempt to graze on the treated vegetation, the mixture of fish meal and phosphoric acid creates a highly unpalatable experience. This triggers a learning effect in the animals, causing them to avoid the treated areas in the future.

The product is widely used in orchards, forestry nurseries, and on field crops like cereals and vegetables that are prone to damage from wildlife. Its primary purpose is to safeguard young shoots, bark, and buds, which are often targeted by animals during food-scarce seasons, thereby preventing significant agricultural yield losses.

Application guidelines require thorough coating of the protected plant parts through spraying or painting. The effectiveness depends on environmental conditions; while the product is generally resistant, excessive rainfall may necessitate reapplying the repellent to maintain the protective taste barrier and ensure continued crop safety throughout the critical feeding period.

• Provides a natural and effective barrier against browsing herbivores.
• Contains safe, food-grade ingredients compatible with sustainable agriculture.
• Reduces the need for physical fencing in large-scale plantations.
• Effective in various climatic conditions when applied correctly.

When handling the product, safety precautions are essential due to the presence of phosphoric acid. Users must wear protective gear, including gloves and goggles, to prevent irritation or chemical burns. Proper storage in cool, dry areas and careful preparation of the working solution are mandatory to ensure both operator safety and product efficacy.