ABSTRACT:
Nymphaea pubescens Willd. is a well-known aquatic ecosystem invasive species. Preventing and controlling its invasive potential requires an understanding of its reproductive biology. Nevertheless, little is understood about this species' asexual and sexual reproduction processes. Therefore, research on the reproductive biology of N. pubescensWilld. has focused on recording the shape of its reproductive organs and tracking its germination rate. The invasive potential of N. pubescens Willd. is influenced by its reproductive biology. This plant' eye-catching blooms draw a lot of pollinators, including people and insects. This species' fruits contain 11–14 seeds that have a 100% chance of germinating. The seeds' shape helps them develop a population because it makes them more resistant to biotic and abiotic stressors. This plant's invasiveness is largely due to its rhizome. Since this species is buried beneath the water's surface and cannot be accessed by any control measures, it is thought to represent the primary control challenge. Therefore, in order to prevent regrowth and re-establishment of the population of this invasive species, it is strongly advised that control managers consider including soil beneath water bodies in their methods of control, rather than concentrating solely on the superficial surfaces. This will ensure that the rhizome and other vegetative parts are completely removed.
Cite this article:
A Hairy Water Lily (Nymphaea Pubescen):
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