Study on Aquatic Medicinal Taxa and Their Utility in Kendrapara Town, Kendrapara, Odisha
DOI:
https://doi.org/10.59890/ijarss.v3i9.97Keywords:
Aquatic Plants, Medicinal Taxa, Traditional Medicine, Ethnobotany, Biodiversity, ConservationAbstract
Aquatic ecosystems support a diverse range of plant species, many of which offer significant medicinal value. Kendrapara town in Odisha, India, harbours a variety of aquatic and semiaquatic flora traditionally used for healthcare. This study documents important aquatic medicinal taxa present in Kendrapara, their local utility, habitats, and potential for scientific exploration. A survey of the region identified ten key species used in folk medicine for conditions ranging from digestive issues to wound healing. The findings underscore the vital role of aquatic medicinal plants in rural healthcare and the necessity of conserving local knowledge amidst increasing urbanization.
References
Aquatic flora diversity critical for ecological balance. (Study on Aquatic Medicinal Taxa, 2024).
Aquatic plants face threats due to habitat loss in Kendrapara. (Study on Aquatic Medicinal Taxa, 2024).
Behera & Misra study oral transmission of medicinal plant knowledge. (Study on Aquatic Medicinal Taxa, 2024).
Brinkhaus et al. analyze Centella asiatica uses. (Study on Aquatic Medicinal Taxa, 2024).
Chambers, et al. discuss aquatic plant ecosystem services. (Study on Aquatic Medicinal Taxa, 2024).
Community education and cultivation promotion advised. (Study on Aquatic Medicinal Taxa, 2024).
Community participation crucial for sustainable harvesting. (Study on Aquatic Medicinal Taxa, 2024).
Conservation and sustainable use emphasized for aquatic medicinal plants. (Study on Aquatic Medicinal Taxa, 2024).
Conservation measures suggested with community involvement. (Study on Aquatic Medicinal Taxa, 2024).
Documented plants include submerged and amphibious species. (Study on Aquatic Medicinal Taxa, 2024).
Ethical considerations upheld during data collection. (Study on Aquatic Medicinal Taxa, 2024).
Ethnobotanical data compiled into tables. (Study on Aquatic Medicinal Taxa, 2024).
Fabricant & Farnsworth review drug discovery from ethnobotany. (Study on Aquatic Medicinal Taxa, 2024).
Field observations highlighted habitat degradation. (Study on Aquatic Medicinal Taxa, 2024).
Field surveys and ethnobotanical interviews conducted Aug 2013-Mar 2014. (Study on Aquatic Medicinal Taxa, 2024).
Further pharmacological research recommended. (Study on Aquatic Medicinal Taxa, 2024).
Future directions include multi-disciplinary collaboration. (Study on Aquatic Medicinal Taxa, 2024).
Integration of traditional remedies into healthcare encouraged. (Study on Aquatic Medicinal Taxa, 2024).
Joy, et al. cover traditional uses of aquatic plants. (Study on Aquatic Medicinal Taxa, 2024).
Kumar et al. document urbanization effects on medicinal plants. (Study on Aquatic Medicinal Taxa, 2024).
Medicinal plants important for rural healthcare reliance. (Study on Aquatic Medicinal Taxa, 2024).
Medicinal uses cover women’s health, pediatric care, digestive disorders. (Study on Aquatic Medicinal Taxa, 2024).
Medicinal uses cross-verified for reliability. (Study on Aquatic Medicinal Taxa, 2024).
Mishra, et al. highlight the ecological and therapeutic roles of aquatic plants. (Study on Aquatic Medicinal Taxa, 2024).
Observations of habitat threats like urbanization and pollution. (Study on Aquatic Medicinal Taxa, 2024).
Pattnaik & Raut describe aquatic flora in Kendrapara. (Study on Aquatic Medicinal Taxa, 2024).
Pharmacological potential noted for multiple studied species. (Study on Aquatic Medicinal Taxa, 2024).
Prance et al. emphasize conservation and documentation importance. (Study on Aquatic Medicinal Taxa, 2024).
Rao et al. provide data on Indian medicinal plant diversity. (Study on Aquatic Medicinal Taxa, 2024).
Recorded species include Alternanthera sessilis and Bacopa monnieri. (Study on Aquatic Medicinal Taxa, 2024).
Russo & Borrelli explore Bacopa monnieri properties. (Study on Aquatic Medicinal Taxa, 2024).
Sampling included local healers and knowledgeable community members. (Study on Aquatic Medicinal Taxa, 2024).
Singh & Pandey discuss pharmacognostic focus on terrestrial plants. (Study on Aquatic Medicinal Taxa, 2024).
Species such as Marsilea minuta have neurological uses. (Study on Aquatic Medicinal Taxa, 2024).
Study provides base for conservation and pharmacology. (Study on Aquatic Medicinal Taxa, 2024).
Study underscores aquatic plants' eco-cultural importance. (Study on Aquatic Medicinal Taxa, 2024).
Traditional knowledge documented prior to urbanization effects. (Study on Aquatic Medicinal Taxa, 2024).
Use of tools like semi-structured interviews and field walks. (Study on Aquatic Medicinal Taxa, 2024).
Voucher specimens deposited in regional herbarium. (Study on Aquatic Medicinal Taxa, 2024).
World Health Organization advocates herbal medicine integration. (Study on Aquatic Medicinal Taxa, 2024).
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Copyright (c) 2025 Satyajit Mahatab, Pratyush Kumar Pradhan
This work is licensed under a Creative Commons Attribution 4.0 International License.
