Sr. Scientist
Details | |
---|---|
Name | Dr. (Mrs). Anjitha George |
Designation | Senior Scientist |
Discipline | Agricultural Entomology |
Email ID | Anjitha.George@icar.org.in |
Phone Number (Official) |
Insecticide resistance management and toxicological aspects,
Integrated Pest Management, Semiochemicals
Degree | Discipline | Institution | Year | Merits if any |
---|---|---|---|---|
B.Sc. | Agriculture | KAU, Thrissur | 2007 | Kau merit scholarship |
M.Sc. | Agri.Entomology | TNAU, Coimbatore | 2010 | ICAR-JRF |
Ph.D. | Agri.Entomology | TNAU, Coimbatore | 2015 | DST-INSPIRE fellowship |
Others (if any) |
Designation | Organization | Duration | Post held |
---|---|---|---|
Scientist (On Probation) | NAARM, Hyderabad | 15.09.2011 – 22.12.2011 | Scientist |
Scientist (RGP 6000 to 7000) | ICAR-CCRI, Nagpur | 22.12.2011 – 24.11.2015 | Scientist |
Scientist (RGP 7000 to 8000) | ICAR-CCRI, Nagpur | 25.11.2015 – 24.11.2020 | Scientist (Sr. Scale) |
Senior Scientist (RGP 8000 to 9000) | ICAR-IISS, Mau | 25.11.2020 to 24.11.2023 | Senior Scientist |
Senior Scientist (RGP 9000 to 10000) | ICAR-NISST, Mau | 25.11.2023 till date | Senior Scientist |
Research Papers in National /international Journals | 32 |
Paper presented/ abstract published | 26 |
Chapters in training manual / book chapters/books published | 14 |
Technical Bulletin / Extension folder | 25 |
Popular Articles | 17 |
Documentary/any others like e-publication/vlogs | 2 |
Awards by society | 3 |
Best oral/poster award | 4 |
Conference awards | – |
Any other recognitions (Fellow/Fellowship/position in any society held) |
4 |
Trainings attended (international/national) |
4 |
Trainings conducted | 5 |
Workshops attended/conducted | 3 |
(List of up to 5 under each category)
Generated efficacy data for registration of Cyantraniliprole (new molecule) by E.I. Dupont for the management of citrus thrips and citrus leaf miner. Established the field dose of Cyantraniliprole 10.26% w/w OD @ 60 g a.i./ha-1 against thrips and leaf miner. This can be recommended for effective management of these insect pests of citrus below ETL.
Management of citrus mites using new acaricides. The application of Fenazaquin 10 EC @ 1 ml/l or Spiromesfen 240 SC @ 0.39 ml/l at 15-day intervals starting from 15 days after fruit initiation (two sprays during May–June or August–September) reduces mite damage on leaves and fruits and enhances the number of marketable fruits in citrus. Validated through AICRP(F) at 5 centers.
Documented major mites and their bioagents in citrus cultivars. Three species of phytophagous mites were recorded:
Additionally observed:
Major bioagents:
Standardized and popularized the mass multiplication technique of predator Mallada desjardinsi to control citrus blackfly. Field release of M. desjardinsi @ 30 larvae or 50 eggs per tree, twice each season, effectively checks insect pests like blackfly, whitefly, psylla, and leaf miner.
IPM Module I (T4): Foliar spray of Azadirachtin (1%) @ 4 ml/l followed by Lecanicillium lecanii @ 5 g/l and release of Mallada desjardinsi @ 50 eggs/tree at 10–15 day intervals.
IPM Module II: Foliar spray of Horticultural Mineral Oil @ 1% followed by Beauveria bassiana @ 5 g/l and Azadirachtin (1%) @ 4 ml/l.
These were implemented during flushing seasons with five treatments involving modules of nutrient, insect pest, and disease management.
Involved in front line demonstrations/exhibitions/training programs/Krishi melas/ of
various plant protection techniques w.r.t citrus insect pests management
Involved in breeder seed production program of the institute
Links of Google Scholar and ResearchGate (if available)
Google Scholar: https://scholar.google.co.in/citations?user=_X22KEcAAAAJ&hl=en
ResearchGate: https://www.researchgate.net/profile/Anjitha-George
ORCID id: https://orcid.org/0000-0002-9933-1672