Seed germination behaviour of Quercus leucotrichophora (Banj oak) in Western Himalaya

Sweata Bisht, L. Kandari, V. Bisht, T. Negi, P. Patel
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Abstract

Quercus leucotrichophora A.Camus (Banj oak) is one of the keystone species in the mid-elevation forests across western and central Himalaya. Its regeneration in many parts is reported to be poor due to low germination and seedling emergence. Present study aims to investigate the germination behaviour of Quercus leucotrichophora. Seeds were collected from 5 different sites and sown in polybags under open, poly-house and shade-net-house conditions. Seed germination started in 20 days and was completed in 92 days. Higher seed germination was observed in poly-house conditions (76.66%-82.66%) followed by shade-net-house conditions (68.23-76.66%), while, minimum germination was observed in seeds placed under open conditions (61.66%-74.33%). Mean Germination Time was found rapid in poly-house conditions (8.4-10.13) followed by shade-net house conditions (8.79-12.71) and open conditions (20.39-24.66). Among all the sites, higher germination was recorded for the seeds collected from the mid altitude regions (1300-1400 m asl). A significant positive correlation (P<0.05) between seed size class with cumulative germination percentage was also noticed. The findings of the present study indicated that, site of seed collection can play a crucial role in seed germination. Thus, for raising quality planting material of Q. leucotrichophora, seed collection should be done from specific habitats that ultimately help in restoring the declining population.
西喜马拉雅地区白栎种子萌发行为研究
白栎(Quercus leucotrichophora A.Camus)是喜马拉雅中西部地区中高海拔森林的关键树种之一。据报道,由于发芽率和出苗率低,其再生在许多地方都很差。本研究旨在研究白骨栎的萌发行为。在5个不同的地点收集种子,并在开放、多棚和遮阳网房条件下用塑料袋播种。种子萌发于20 d开始,92 d完成。聚棚条件下种子萌发率最高(76.66% ~ 82.66%),其次是遮荫网房条件(68.23 ~ 76.66%),露天条件下种子萌发率最低(61.66% ~ 74.33%)。平均发芽时间在多巢条件下最快(8.4 ~ 10.13),其次是遮阳棚条件(8.79 ~ 12.71)和露天条件(20.39 ~ 24.66)。中高海拔地区(海拔1300 ~ 1400 m)的种子萌发率较高。种子大小等级与累积发芽率呈显著正相关(P<0.05)。本研究结果表明,种子采集地点对种子萌发起着至关重要的作用。因此,为了提高白毛松的优质种植材料,应在特定的生境进行种子采集,最终有助于恢复下降的种群。
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