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Effective Control of False Codling Moth (FCM) Larvae in Citrus Orchards

Benefits

Efficacy

Trials have shown that CryptoMax performs on par with chemical applications, and in many cases, it is even more effective than other biopesticides.

Early Application

Results indicate that including an additional early spray at the first flight peak significantly reduces cumulative fruit drop compared to programmes starting only in November and February.

IPM Friendly

CryptoMax is highly compatible with Integrated Pest Management (IPM). It does not trigger secondary pest outbreaks and can be safely integrated into programmes that include the release of beneficial insects.

Longevity

Mortality effects can still be measured up to 4–12 weeks after application, providing extended protection.

How does it work?

  1. CryptoMax is applied directly onto crops, where it remains on the fruit surface.
  2. FCM larvae ingest the virus when feeding.
  3. Once inside the larva, the protective protein layer of the virus is broken down by the high pH in the midgut. The virus is then absorbed through the microvilli, initiating replication within the nuclei of the midgut cells.
  4. From there, the virus spreads throughout the larva, with further replication occurring in secondary tissues.
  5. Ultimately, the larva dies and releases new virus particles into the environment, enabling secondary infections to continue the cycle of control.

Efficacy & Trial Data

CryptoMax maintains a high level of efficacy without the need for a molasses feeding stimulant, making it easier to apply in citrus orchards and saving producers both time and money. For situations with severe pest pressure, however, the inclusion of a feeding stimulant can still provide additional benefits.

Efficacy trials have shown that CryptoMax reduces FCM infestations by over 70% on average, with protection lasting 4–12 weeks after application.