eng Enviro Research Publishers Current Agriculture Research Journal 2347-4688 2321-9971 2024-01-05 11 3 803 812 16127 article Chandra Ghosh 1 Suvojeet Mukherjee 1 Saini Sultana 1 Priyanka Das 1 Vivek Chettri 1 Sukumar Debnath 2 Department of Tea Science, University of North Bengal, P.O. N.B.U., Raja Rammohunpur, Siliguri, West Bengal, India 2Former Microbiologist, TTRI, Tocklai, Jorhat, Assam; Former Guest Lecturer, Department of Tea Science, NBU and Adviser (pp) Tea Board India, West Bengal, India Air borne microorganisms obtaining tremendous interest as they play a significant role in the plant, animal and human health. Studies on aerobiology can help to recognize the resources, take-off, passive deposition and impaction of these microorganisms on the plant life. So far, no work has been reported on the air spora of the seed orchards of tea garden. This work aimed to observe flowering period and the diversity of air mycoflora prevalent in six biclonal tea seed orchards (TS: 569, TS: 491, TS: 557, TS: 520, TS: 463 and TS: 462). A total five species were recorded. Penicillium sp is found to be dominant over the other recorded species. The maximum population of mycoflora (CFU 1580/M³) was recorded under TS: 569 and the lowest (CFU 180/M³) under TS: 463. Air mycoflora fluctuated under TS: 491, TS: 557, TS: 520 and TS: 462 and were CFU/M³ 740, 540, 340 and 380 respectively. https://www.agriculturejournal.org/volume11number3/studies-on-air-borne-fungi-of-tea-seed-orchard-at-gaya-ganga-tea-estate-of-darjeeling-district-west-bengal/ Aerobiology; Air mycoflora; Air spora; Biclonal tea seed; Penicillium sp; Seed orchard