Brief: This video frames the solution within typical operational contexts for clearer understanding. Watch as we demonstrate how the Green Tea Tree Pest Bio Pesticide EoNPV+Bt effectively controls tea geometrid pests in tea plantations. You'll see the working mechanism of this bio pesticide, learn about its outstanding resistance to drug resistance in stubborn pests, and discover why it's the optimal choice for organic tea cultivation.
Related Product Features:
Combines Ectropis obliqua nuclear polyhedrosis virus (EoNPV) and Bacillus thuringiensis (Bt) for dual-action pest control.
Obtains organic certification and leaves no pesticide residue, making it ideal for organic tea production.
Protects natural enemies and is harmless to humans, animals, and the environment.
Features outstanding resistance to drug resistance, allowing long-term use without pests developing immunity.
Provides significant aftereffect as the virus spreads among pest generations for prolonged control.
Targets specific pests like tea geometrid and Euproctis pseudoconspersa without harming beneficial insects.
Cost-effective by reducing pesticide application frequency and labor costs through long-lasting effects.
Environmentally compatible with low pollution, low carbon emissions, and no residual impact.
FAQs:
What pests does the Green Tea Tree Pest Bio Pesticide target?
This bio pesticide specifically targets tea geometrid (Ectropis obliqua) and Euproctis pseudoconspersa, common pests in tea plantations.
How does the EoNPV+Bt bio pesticide work to control pests?
After spraying, pests ingest the virus and bacteria. EoNPV replicates inside the pest, consuming its tissues and causing death, while Bt contributes to the lethal effect. The virus then spreads to other pests through body fluids and feces, creating a long-term control effect.
Is this pesticide safe for organic tea cultivation?
Yes, it is certified for organic use and contains no chemical additives, ensuring no pesticide residue on tea leaves, which is crucial for organic standards and food safety.
Why is this bio pesticide effective against pests with drug resistance?
The unique viral action mechanism prevents pests from developing resistance, making it highly effective against stubborn pests that have become resistant to conventional chemical pesticides.