Sustainable Bio control Method Against Major Sucking Pest Mites, Pyrilla and Borers for Enhancing Sugar Cane (Saccharum officinarum) Yield and Quality
DOI:
https://doi.org/10.71317/kjard.2.9.2026.575Keywords:
Sugarcane, Pyrilla, Chrysopirilla, Biological Control, Integrated Pest Management (IPM), Sugarcane YieldAbstract
Sugar cane is the cash crop in Pakistan. Crop usually affected by insect pests. Among these insect pests in sugarcane borers, pirylla and mites are very dangerous, where as Pyrilla and mites are very serious pests in sugar cane. crysopyrilla. (Hymenoptera: Pyralidae) is prominent egg parasitoid utilized for the purpose of pyrilla infestation in IPM. This research was carried-out for the purpose of success various issuance of crysopyrilla in case of sugarcane Pyrilla attacks and observe the decay rate of sugarcane pest and such as control issuance by crysopyrilla eggs cards. The pirylla ’ generation emerges out after 27 days, crysopyrilla cards carnea and trichogramma cards were installed with the 15 card , 20 cards, days interval repeated and to check out infestation of sugar cane sucking insects and borers . The research shows that results of installed crop was excellent minimum pyrilla infestation and borers infestation as compared to less installed crysopyrilla card and trchogramma cards. More treated with crysopyrilla card about 2400 parasitoids eggs /acre and trichogramma cards 6000 parasitoids eggs/acre at interval after 20 days repeat 7-8 times from May to September. While pirylla complete their life cycle 27 days. To increase the quality about 0.2-0.5 in sugarcane recovery and more than 150 -200 mound per acre increases due to application of crysopyrilla cards. Whole minimum to high amount of crysopyrilla cards T3 4800 parasitoids eggs/acre growth was 42.07 note max high yield 35.51 ton/ha and more brix 20.1 were seen. The results showed that crysopirilla eggs card is successful and inexpensive and environmental safe recruitment for complete dominating over sugarcane Pyrilla.
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Copyright (c) 2026 Taj Muhammad, Abdul Mannan, Abdul Hanan, Shazma Amin, Tauqeer Qadir, Syed Saqlain Hussain, Muhammad Akhlaq Mudassar, Mubashra Yasin, Imran Rashid, Muhammad Shafique, Ahmad Jawad (Author)

This work is licensed under a Creative Commons Attribution 4.0 International License.



