Cultivation of medicinal plants in Ayurvedic texts.
Journal name: Ancient Science of Life
Original article title: Identification and cultivation of medicinal plants mentioned in ayurvedic classics
The ANSCI is a peer-reviewed, open-access journal focused on Ayurveda and traditional medicines. It publishes original research, reviews, and literary studies linking traditional knowledge with modern science, covering disciplines like botany, ethnomedicine, pharmacology, and clinical research.
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Original source:
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N. S. Mooss
Ancient Science of Life:
(A quarterly multi-disciplinary scientific research journal in Ayurveda)
Full text available for: Identification and cultivation of medicinal plants mentioned in ayurvedic classics
Year: 1982
Copyright (license): CC BY-NC-SA
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Summary of article contents:
Introduction
The article by N. S. Mooss, published in the Ancient Science of Life, discusses the identification and cultivation of medicinal plants referenced in ancient Ayurvedic texts. The author's focus centers on the significant role these plants play in the pharmacopoeia of Kerala's Ayurvedic practitioners, who often prioritize these natural sources over mineral and mercurial compounds used in other regions of India. Despite the rich knowledge contained in classical texts like the Caraka Samhita, Susruta Samhita, and Astanga-hrdaya Samhita (collectively known as the Brhattrayi), there remains a troubling lack of proper identification for many of the plants mentioned.
Importance of Proper Identification of Medicinal Plants
The identification of medicinal plants faces numerous challenges, as highlighted by the author. These challenges include the prevalence of synonyms for single plants, the use of certain terms for multiple plants, and discrepancies in botanical interpretations across different regions. The loss of traditional knowledge and familiarity with plants in their natural habitats further complicates the task. To combat these issues, Mooss emphasizes the need for thorough field studies conducted in collaboration with local communities familiar with the plants. Such an approach is necessary to accurately identify and ensure the preservation of these vital medicinal resources.
Conclusion
As contemporary Ayurvedic practitioners increasingly rely on drug dealers for medicinal materials, the risk of encountering adulterated or substitute products grows. The damaging consequences of environmental changes, overexploitation, and the rise of pharmaceutical companies have contributed to a decline in the availability of genuine medicinal plants. Therefore, it is imperative that practitioners engage in the active cultivation of these plants to secure adequate supplies. By enhancing their understanding of proper identification, selection, and preservation techniques, Ayurvedic practitioners can ensure the continued relevance and efficacy of traditional medicine while safeguarding the ecological balance.
FAQ section (important questions/answers):
What is the significance of medicinal plants in Ayurvedic medicine?
Medicinal plants play a crucial role in Ayurvedic pharmacopoeia. Ayurvedic practitioners, especially in Kerala, have historically relied on these plants, contrasting with other regions that also use minerals and mercurial compounds, emphasizing a psychophysiological understanding of health.
How many medicinal plants are mentioned in ancient Ayurvedic texts?
Ancient Ayurvedic texts mention approximately 700 medicinal plants. There are close to 1,900 Sanskrit names for plants, with variations in mentioned names across texts such as Caraka Samhita, Susruta Samhita, and Astanga Hridaya.
What challenges exist in identifying medicinal plants today?
Challenges include numerous synonyms for single plants, varied regional names, and a lack of detailed morphological descriptions. Additionally, contact loss with plants in their natural habitat complicates correct identification of medicinal plants.
What are the guidelines for cultivating medicinal plants?
Ideal cultivation areas for medicinal plants should have level, untainted ground, rich soil, and avoid spaces with graves or temples. The soil should be soft, moist, and well-drained, essential for the growth of medicinal plants.
Glossary definitions and references:
Scientific and Ayurvedic Glossary list for “Cultivation of medicinal plants in Ayurvedic texts.�. This list explains important keywords that occur in this article and links it to the glossary for a better understanding of that concept in the context of Ayurveda and other topics.
1) Drug:
In the context of Ayurvedic practice, 'Drug' refers to medicinal substances derived from plants, minerals, or animal products. The text emphasizes the importance of using genuine drugs, highlighting the challenges practitioners face in sourcing authentic materials due to factors like ecological degradation and adulteration in the market.
2) Soil:
Soil plays a crucial role in the cultivation of medicinal plants, influencing their growth and therapeutic properties. The text cites that fertile, untainted soil is ideal for planting, as the characteristics of the soil directly affect the quality of the drugs obtained from the plants grown therein.
3) Caraka (CÄraka, CÄrÄka):
Caraka, an important figure in Ayurveda, is connected to ancient texts like the Caraka Samhita. He emphasizes the identification and therapeutic use of plants, noting their properties and the seasonal collection of medicinal parts, thus forming a foundational aspect of Ayurvedic medicine and practice.
4) Vahata (Vahaá¹a):
Vahata is a key author of an Ayurvedic text, the Astanga Hrdaya, which synthesizes knowledge from Caraka and Susruta. He contributes to the understanding of the use and properties of medicinal plants, focusing on practical applications in the treatment of ailments and the cultivation of drugs.
5) Water:
Water is vital for the health and growth of medicinal plants. The text highlights that well-watered grounds free from contamination support the development of robust plant materials, which are critical for sourcing effective Ayurvedic drugs that retain their therapeutic qualities.
6) Samhita (SaṃhitÄ, Saṃhita):
Samhita refers to authoritative texts in Ayurveda that compile medicinal knowledge, including the Caraka Samhita and Susruta Samhita. These texts serve as critical references for practitioners, detailing plant properties, identification, and usage, thereby forming the foundation of Ayurvedic practice and education.
7) Saumya (SaumyÄ):
'Saumya' denotes drugs with soothing properties beneficial for wellness. The text suggests that such drugs are ideally harvested in colder seasons to maintain their efficacy, illustrating the Ayurvedic emphasis on timing and context in the use of natural medicinal resources.
8) Agneya (Ä€gneya, Ä€gneyÄ):
Agneya refers to drugs characterized by heating properties, typically effective in stimulating and invigorating the body. The text explains that these should be collected during warmer seasons, reflecting the Ayurvedic belief in harmonizing medicinal applications with environmental conditions.
9) Insect:
Insects can infest medicinal plants, compromising their quality and therapeutic efficacy. The text instructs practitioners to assess plant health, ensuring that they are untouched by pests before collection, thus highlighting the importance of purity and care in the sourcing of plant materials.
10) Sushruta-samhita (SuÅ›ruta-saṃhitÄ):
The Susruta Samhita is a classic Ayurvedic text attributed to Susruta, focusing on surgical techniques and the medicinal properties of plants. This text outlines protocols for the identification and use of herbs, which are critical for practitioners using plant-based treatments in their practices.
11) Caraka-samhita (Caraka-saṃhitÄ):
The Caraka Samhita is an essential Ayurvedic scripture that addresses a holistic approach to health, emphasizing prevention, diagnosis, and treatment strategies using herbal remedies. It plays an essential role in guiding practitioners on the therapeutic use of plants.
12) Sadharana (SÄdhÄraṇa):
'Sadharana' involves common or widespread areas where medicinal plants grow. The text emphasizes the need to identify suitable cultivation locales free from pollution and pollutants, critical for obtaining high-quality Ayurvedic drug materials from such regions.
13) Mridbhanda (Má¹›dbhÄṇá¸a, Mrid-bhanda):
Mrdbhanda refers to earthen vessels for storage, ensuring that collected medicinal herbs are kept free from contamination. The text advises that proper storage is essential for preserving the potency and integrity of drug materials until they are needed for treatment.
14) Knowledge:
Knowledge in the context of Ayurvedic practice encompasses understanding medicinal plants, their uses, and the ecological relationships that support their growth. The text stresses the reliance on knowledgeable individuals, such as local herbalists and trappers, for correctly identifying and using these plants.
15) Phalaka (PhÄlaka, PhalÄkÄ):
Phalaka denotes wooden or raised platforms for storing medicinal materials. The text suggests using such constructions for keeping collected drugs clean and organized, thereby ensuring their preservation and accessibility when required for therapeutic purposes.
16) Bhajana (BhajanÄ, BhÄjana):
'Bhajana' refers to vessels used according to suitability for storing and preserving medicinal materials. The text discusses the importance of proper containment in ensuring that the plant materials maintain their properties and do not degrade over time.
17) Vasanta (VasantÄ, Vasamta):
Vasanta, or spring, is a significant season for collecting certain plant parts in Ayurveda, especially leaves and branches. The text highlights that medicinal plants should be gathered at specific times aligned with natural cycles to maximize their effectiveness and healing qualities.
18) Hemanta (Hemamta):
Hemanta corresponds to the winter season, during which specific medicinal materials, such as heart-woods of trees, should be harvested. The text indicates that different medicinal qualities are best gathered during appropriate seasonal cycles, emphasizing Ayurvedic practices aligned with nature.
19) Pippali (Pippalī, Pīppalī, Pippalin):
Pippali, commonly known as long pepper, is an important herb in Ayurvedic medicine. It is mentioned as a well-regarded drug, and the text underscores the need to collect it fresh or within a year for optimal use in treatments and formulations.
20) Jangala (JÄá¹…gala, Jaá¹…gala, Jamgala):
Jangala represents a type of terrain where many medicinal plants thrive. The text emphasizes the ideal growing conditions in such areas, which lack human interference, facilitating the procurement of raw materials necessary for authentic Ayurvedic treatments.
21) Valmika (VÄlmÄ«ka):
Valmika refers to ant-hills, which are considered locations avoided for the cultivation of medicinal plants due to potential soil contamination and disturbance. The text emphasizes the importance of selecting sites free from these natural obstructions to ensure the purity of plants.
22) Shmashana (ÅšmaÅ›Äna, Smashana):
Smasana corresponds to cremation grounds, places deemed unsuitable for cultivating medicinal plants due to associated impurities. The text stresses the importance of not harvesting plants from such areas to preserve the sanctity and effectiveness of Ayurvedic drugs.
23) Ashtanga (Aá¹£á¹Äá¹…ga, Ashtan-anga):
Astanga, referring to the 'eight branches' of Ayurveda, encompasses various disciplines, including surgery, internal medicine, and pharmacology. The text illustrates the multidimensional aspect of Ayurvedic knowledge, which is vital for successfully applying medicinal plant properties in practice.
24) Sharkara (ÅšÄrkara, ÅšarkarÄ, Åšarkara):
Sarkara designates sandy or gravelly textures considered challenging for the growth of medicinal plants. The text emphasizes the selection of suitable soil types for cultivating effective drugs, highlighting the intricate relationship between soil properties and medicinal plant potency.
25) Habitat:
Habitat pertains to the natural environments where medicinal plants thrive. The text emphasizes the need for practitioners to understand and access these habitats for the effective sourcing and harvesting of plant materials crucial to Ayurvedic remedies.
26) Science (Scientific):
Science in the context of Ayurvedic medicine refers to the systematic study and application of medicinal plants and their properties. The text endorses a rational approach through field studies and traditional knowledge to enhance the understanding and quality of Ayurvedic practices.
27) Dahana (DÄhana):
Dahana refers to burning, often associated with processing raw materials in Ayurveda. The text references the need to safeguard plant materials from exposure to excessive heat or fire during collection and preservation processes to retain their therapeutic properties.
28) Pavana (PavanÄ, PÄvana):
Pavana signifies air or wind, which is crucial for the healthy growth of medicinal plants. The text stresses that cultivation grounds must be well-ventilated and shielded from detrimental forces, ensuring that environmental conditions support the plants' health.
29) Mushika (MÅ«sika, Musika, Mūṣika, Muá¹£ika, MÅ«sÄ«kÄ, MūṣikÄ, Mūṣīka, MūṣīkÄ):
Musika denotes mice or small rodents, which can infest storage areas of herbal medicines. The text addresses the importance of protecting stored medicinal materials from such pests to prevent contamination and preserve the integrity of the plant drugs.
30) Vyadha (VyÄdha):
Vyadha translates to a hunter, whose experiential knowledge is vital in identifying medicinal plants within their natural habitat. The text acknowledges the role of local practitioners and community members in ensuring that authentic plant sources are recognized and utilized in treatments.
31) Vishama (Viá¹£ama, Visama):
Visama refers to uneven or unsuitable terrains for cultivation. The text cautions against selecting such lands for growing medicinal plants, highlighting the importance of maintaining stable groundwater and soil conditions to support healthy plant development.
32) Shastra (ÅšÄstra):
Sastra refers to the foundational texts and literature on Ayurvedic knowledge. The text emphasizes the need to refer back to traditional texts, which provide guidance on the properties, uses, and cultivation of medicinal plants in Ayurveda.
33) Grishma (Grīṣma):
Grisma denotes the summer season, a time suitable for gathering certain parts of medicinal plants, particularly roots. The text highlights the seasonal cycles that must be observed to ensure effective collection and optimal use of plant materials in Ayurvedic practice.
34) Hridaya (Há¹›daya):
Hrdaya, referring to the core or essence, signifies the heart of Ayurvedic practice that integrates knowledge on human health and plant medicine. The text highlights the holistic approach rooted in ancient texts that guides practitioners in effective healing.
35) Sarani (Saraṇi, Sharani, ÅšaraṇÄ�, Åšaraṇi, SaraṇÄ�, SÄraṇi, SÄranÄ«):
Sarani relates to pathways or channels, indicating the need for proper access to fields where medicinal plants grow. The text accentuates the importance of recognizing these pathways to facilitate the gathering of plants for Ayurvedic applications.
36) Sharadi (ÅšarÄdi, Saradi, ÅšarÄá¸i, SaradÄ«, ÅšÄradÄ«):
Saradi pertains to the autumn season, during which specific plant materials, such as barks and tubers, should be harvested. The text underscores this cyclical ordering of collection practices to ensure the best therapeutic properties are obtained.
37) Shishira (Śiśira, Sisira):
Sisira refers to winter, a season identified for the gathering of particular roots with medicinal properties. The text indicates that timing in collection enhances the quality of materials used for therapeutic purposes, adhering to Ayurvedic traditions.
38) Kanda (Kaṇá¸a, KandÄ, Kamda):
Kanda translates to tubers or bulbs, which are essential parts of certain medicinal plants. The text focuses on the significance of harvesting these parts at appropriate times, illustrating the interplay between seasonal changes and effective health practices in Ayurveda.
39) Prithu (Pá¹›thu):
Prthu signifies robust or deeply rooted plants, highlighting the importance of sturdy root structures for the efficacy of medicinal drugs. The text emphasizes selecting well-established plants for harvesting, ensuring that they possess the necessary strength and therapeutic qualities.
40) Honey:
Honey is a valuable substance in Ayurvedic medicine, often used as a vehicle for other medicinal formulations. The text notes its significance in preserving plant materials, as well as its therapeutic benefits, making it an integral component of various Ayurvedic treatments.
41) Agni:
Agni relates to fire, representing transformation and digestion within Ayurvedic philosophy. The text discusses the relationship between fire and health, emphasizing the properties of certain drugs that relate to heating qualities essential for stimulating bodily functions.
42) Toya (ToyÄ):
Toya refers to water, crucial for ensuring the growth of medicinal plants. The text underlines the necessity of maintaining sufficient water levels for the optimal development of plant materials, as hydration directly influences their therapeutic efficacy and overall health.
43) Tvak:
Tvak signifies bark, a significant medicinal part collected from trees at specific times. The text outlines the importance of seasonal harvesting for maintaining the integrity and potency of the bark used in various therapeutic formulations.
44) Kusha (Kusa, KuÅ›a, KuÅ›Ä):
'Kusa' refers to a grass considered auspicious and often used in Ayurvedic practices. The text highlights its relevance in the context of hygiene, cultivation, and medicinal qualities, reflecting its significance in maintaining purity in the environment around medicinal plants.
45) Gopa (GopÄ, Go-pa):
Gopa translates to cowherds or guardians of cattle, who are recognized for their knowledge of local flora. The text credits these individuals as essential contributors to the proper identification and collection of medicinal plants based on their familiarity with the landscape.
46) Visha (Viśa, Visa, Viṣa, Viṣ�, Vīśa):
Visa indicates poison, which can be a concern in identifying medicinal plants. The text emphasizes that practitioners must be cautious and knowledgeable to avoid collecting plants that may be toxic, underscoring the importance of wisdom in herbal medicine.
47) Tapa (TÄpa, TapÄ, ṬÄpÄ):
Tapa translates to heat or temperature, which is critical in determining the harvesting and processing of medicinal plants. The text stresses monitoring temperature conditions to preserve the quality of raw materials, aligning with Ayurvedic principles of maintaining plant efficacy.
48) Krimi (Kṛmi, Kṛmī):
Krmi refers to worms, which can compromise the quality of medicinal plants. The text highlights the necessity of inspecting plants for infestation before collection to ensure the therapeutic properties of the materials used in Ayurvedic healing practices.
49) Ghi (Ghī, Ghee):
Ghee is clarified butter with significant relevance in Ayurvedic medicine, often used to enhance the bioavailability of herbal compounds. The text underscores its importance as a carrier for medicinal substances, making it an integral part of many Ayurvedic formulations.
50) Worm:
Worms signify an infestation in medicinal plants that can damage their integrity and therapeutic benefits. The text emphasizes the need to carefully inspect and select plant materials, ensuring that they are not compromised by such pests before they are utilized in treatment.
51) Shand (Åšaṇá¸, Sand):
Sand, as part of soil composition, can negatively influence plant growth, particularly for medicinal herbs. The text instructs practitioners to avoid sandy terrains for cultivation to secure the optimal conditions needed for effective plant development and drug quality.
52) Milk:
Milk is an important substance in Ayurveda, often utilized in preparations and remedies. The text mentions its usage alongside various medicines, highlighting its role in nurturing and enhancing the qualities of medicinal plants through synergistic combinations in Ayurvedic practice.
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