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VOL. 7, ISSUE 2 (2025)
A comprehensive analysis of germination and pest dynamics in different storage receptacles
Authors
Anamika kumari, Usha Yadav
Abstract
Post-harvest storage conditions critically
influence wheat (Triticum aestivum) quality, impacting both germination
potential and susceptibility to pest infestations. This study systematically
evaluated five storage systems—heap in room, metal containers, hermetic bags,
jute bags, and plastic bags—over a six-month period. Our findings demonstrate
that metal containers and hermetic bags optimally
preserved seed viability (germination >94%) while minimizing rice weevil (Sitophilus
oryzae) infestation (14–17%). In contrast, heap storage exhibited
the highest pest incidence (49%) despite superior germination metrics,
and plastic bags showed significant declines in germination (86.52%)
and vigor index (961.83). These results underscore the critical role
of airtight storage technologies in mitigating post-harvest losses
and enhancing food security. The study provides actionable insights for farmers
and policymakers to adopt sustainable storage practices.
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Pages:61-62
How to cite this article:
Anamika kumari, Usha Yadav "A comprehensive analysis of germination and pest dynamics in different storage receptacles". International Journal of Ecology and Environmental Sciences, Vol 7, Issue 2, 2025, Pages 61-62
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