22 research outputs found

    Traditional knowledge and zootherapeutic use of different animals by <em>Bhotiya</em> tribe: A case study from Uttarakhand, India

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    638-647The present zootherapeutic study describes the traditional knowledge related to different animals and animal-derived products used as medicines by the Bhotiya tribe inhabited in three districts (Pithoragarh, Bageshwar and Chamoli) of Uttarakhand, India. A field survey was conducted by performing questionnaire and inventory based interviews with 150 selected respondents. A total of 39 animal species were recorded which were used for more than 40 ethnomedical purposes including fever, cough and cold, weakness, asthma, tuberculosis, eye ailments, rheumatism, etc. From this study, it was found that Bhotiyas are using 39 animal species for the treatment of over 40 different kinds of ailments. Mammals (n = 21, 53.85 %) exceeded invertebrates (n = 8, 20.51 %), aves (n = 5, 12.82 %), reptiles (n = 2, 5.13 %), fish (n = 2, 5.13 %) and amphibian (n = 1, 2.564 %), respectively. Animals as a whole or their by-products were used in the preparation of traditional medicine and flesh accounted the highest proportion among different by-products. In the present study, among 39 animals, 20 animals (51.3 %) were listed in IUCN Red Data List, were used for medicinal purposes. From the current study, it is concluded that this kind of traditional knowledge which is only confined among Bhotiyas need to be properly documented and also design strategies for the conservation and management of the valuable faunistic resources. Further, studies are required for experimental validation to confirm the presence of bioactive compounds in these traditional remedies and also explore the ways for sustainable use of these resources

    A Methodology to Bridge Information Gap in ERP Implementation Life Cycle

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    ERP packages are complex in nature. Requirements Engineering (RE) and Configuration can be termed as two knowledge phases in an ERP implementation. During RE, needs and requirements of various stakeholders are identified and documented. Configuration phase uses information generated by RE phase. Hence the RE techniques should be able to capture configuration specific requirements. But it turns out that RE techniques do not capture configuration specific information completely. Thus, there is a gap between the information captured during RE phase and the information required for configuration. To minimize this gap, a solution called Data Activity Model for Configuration (DAMC) is proposed. It is validated by professionals mainly consultants and program managers for various ERP vendors.</p

    Integrating Process and Data Models to Aid Configuration of ERP Packages

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    Survey of major ethnomedicinal plants of District Kinnaur, Himachal Pradesh

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    Distributed Balanced Tables: A New Approach

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    Phylogeography of the Golden Jackal (<i>Canis aureus</i>) in India

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    <div><p>The golden jackal (<i>Canis aureus</i>) is one of the most common and widely distributed carnivores in India but phylogeographic studies on the species have been limited across its range. Recent studies have observed absence of mitochondrial (mt) DNA diversity in European populations while some North African populations of golden jackal were found to carry gray wolf (<i>Canis lupus lupaster</i>) mtDNA lineages. In the present study, we sequenced 440 basepairs (bp) of control region (CR) and 412 bp of cytochrome <i>b</i> (cyt <i>b</i>) gene of mtDNA from 62 golden jackals sampled from India (n = 55), Israel (n = 2) and Bulgaria (n = 5), to obtain a total of eighteen haplotypes, comprising sixteen from India and one each from Israel and Bulgaria. Except for three previously described haplotypes represented by one cyt <i>b</i> and one CR haplotype both from India, and one CR haplotype from Bulgaria, all haplotypes identified in this study are new. Genetic diversity was high in golden jackals compared to that reported for other canids in India. Unlike the paraphyletic status of African conspecifics with the gray wolf, the Indian (and other Eurasian) golden jackal clustered in a distinct but shallow monophyletic clade, displaying no evidence of admixture with sympatric and related gray wolf and domestic dog clades in the region. Phylogeographic analyses indicated no clear pattern of genetic structuring of the golden jackal haplotypes and the median joining network revealed a star-shaped polytomy indicative of recent expansion of the species from India. Indian haplotypes were observed to be interior and thus ancestral compared to haplotypes from Europe and Israel, which were peripheral and hence more derived. Molecular tests for demographic expansion confirmed a recent event of expansion of golden jackals in the Indian subcontinent, which can be traced back ~ 37,000 years ago during the late Pleistocene. Our results suggest that golden jackals have had a potentially longer evolutionary history in India than in other parts of the world, although further sampling from Africa, the Middle East and south-east Asia is needed to test this hypothesis.</p></div
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