Current management strategies for insect-borne prokaryote-associated diseases are mainly based on uprooting symptomatic or infected plants and using pesticides to reduce the number of insect vectors. However, although some Grapevine Yellows (GY), Huanglongbing (HLB), and Lethal Yellowing (LY) insect vectors in tropical and subtropical regions have been identified, their seasonal trend is still not clear. Information on biotype susceptibility and genetic determinants of resistance is currently inaccurate or even completely lacking. The study of these trends, the biotype susceptibility and genetic determinants were studied by the project.
On the other hand, diagnostics for early pathogen detection in plants and vectors have been developed at a certain level. However, there is a need for further technological advances, aimed at the development of specific, reliable and cost-effective detection methods in which the project has worked.
The possibility of cultivating the characterized strains of phytoplasmas detected as the main associated agents opened new avenues for the correct interpretation of molecular results in both insect vectors and symptomatic plants and also aid the production of improved user-friendly detection kits.
Integrated Pest Management
TROPICSAFE allowed the development and validation of new sustainable and eco-friendly Integrated Pest Management strategies adapted to tropical and subtropical areas based on:
- Reduction of insecticide treatments.
- Management of reservoir plant species that contribute to spread the diseases.
- Agronomical practices and test of crop resistance/tolerance traits through plant material screenings.
- Prediction models for the spread of pathogens and insect vectors.
- Classical biological control programmes will also be implemented by introducing effective natural enemies.