Academic literature on the topic 'Villages, india, sikkim'

AbstractObjectiveEvery society follows its own traditional health-care beliefs and practices during and after pregnancy, which is intimately linked to its socio-cultural environment. The objective of the present study was to document pregnancy-related food practices and the social-cultural factors linked with them.DesignThe present study was a cross-sectional one conducted among a group of women residing in five villages in east Sikkim, India. Mothers who had given birth to a child one year before the survey participated in the study. The mothers answered a pre-tested questionnaire on food habits and practices followed antepartum and for 6 weeks postpartum.SubjectsThe study group consisted of 199 women of Nepali caste groups with variations in economic condition.ResultsMore than 86 % of mothers consumed special foods during the postpartum period. Taboos on different food categories during the postpartum were reported only by 65·3 % of mothers. Factors found to be significantly associated with special food consumption were literacy status during the antepartum and parity during the postpartum.ConclusionsThe change in consumption patterns reflects the success of a safe motherhood campaign propagated by the government. Detailed investigation in this area, involving per capita daily consumption during pregnancy and the postpartum period, is needed.

Frontline demonstration on potato (Kufri Sindhuri) was conducted by Krishi Vigyan Kendra, East Sikkim, India. A total 158 nos. of demonstration were conducted in rice-fallow (farmers’ practice) at farmer’s field in nine numbers of villages during the year 2019-20. Results revealed that average yield of rice and potato recorded was 2.09 t/ha and 14.13 t/ha, respectively. Higher system rice equivalent yield (REY) was recorded 16.22 t/ha in rice-potato and 2.1 t/ha and rice-fallow system. System production efficiency (SPE) was also higher in rice-potato (62.14 kg/ha/day) as compared to rice-fallow (14.51 kg/ha/day). Land use efficiency (LUE) was recorded 71.51 % and 39.45 % in rice-potato and rice-fallow system, respectively. Net return was found Rs.16032/ha in rice-fallow and Rs.183952/- with rice-potato system during the years of demonstration. Higher benefit to cost (B: C) ratio was found 2.82:1 in rice-potato than in rice-fallow (1.62:1) system. Economic efficiency was also recorded higher in rice -potato (704.80 Rs/ha/day) than rice-fallow (111.33 Rs/ha/day) during the demonstrated year. Hence, it may be concluded that the inclusion of potato in rice -fallow is an option for increasing the additional income of the farmers for their livelihood improvement.

Recent cloud bursts and Glacial Lake Outburst Flood ( GLOF ) in the Uttarakhand Himalaya have triggered catastrophic landslides. Heavy monsoon precipitation lashed Uttarakhand causing devastation and series of new landslides in the region. The Surbhi Resort Landslide is located near the hill station of Mussoorie in Garhwal Himalaya, India, in the Upper Krol Limestone. After intense rain in August 1998, the Krol sedimentary deposits suddenly gave way as a deep-seated landslide, blocking the main Mussoorie-Kemptyartery for 15 days. In 2005, the velocity of the slide was determined to be 4–14 mm/year by previous workers, thus it was still active with a modest intensity. Recently in 2018, during monsoon there was heavy rainfall in the Mussoorie and mud flow in the Kemty Fall area. Huge amounts of quaternary debris are still lying on the slope, another high intensity rainfall or cloud burst in future could trigger another large-scale failure. Based on our recent detailed investigations, following mitigation and bioengineering measures are suggested. To lower the ground water table, a series of horizontal drains should be installed at the base of the crown portion of the slide. This would generate an additional discharge which has to be channeled down Rangaon-ka-Khala, the natural channel, down the slope to the Aglar River flowing in the valley below. To prevent further surface erosion, it is suggested that the Rangaon-ka-Khalamust be bioengineered with shrubs and grasses such as Eriophorum comosum, Saccharum spontanum, Pogonatherum spp. And Wood fordia fruticosa while the surrounding slope must be reforested with Quercus leucotrichophora, Alnus napelensis , Pinus spp.and Cedrus spp. Check dams must be constructed on the entire 3.5 km stretch of the Rangaon-ka-khala to lower the velocity of thewater. This could be done either as gabions or in the form of live fascines of Salix tetrasperma or Dalbergia sissoo. The catchmentarea above the Mussoorie-Kempty road can be expected to collect 60,000 m3 in 24 hours in a 25-years reoccurrence cloud burst. Thus proper drains (0.40 m in dia.) on the inside of the road must be installed. The flow velocity at these extreme events would be 4.8 m/switch is slightly above the recommended value. If this water is allowed to flow down the Rangaon-ka-Khala it will most certainly lead to a major debris slide with a vertical velocity of almost 100 m/s with huge erosive power. For this reason, this discharge should be channeled down in plastic or cement lined pipes, preferably to the west of the Siyagaon Village which is reported as stable rather than in the landslide zone itself. It is concluded that these mitigation measures and bioengineering plantation would certainly help stabilize the Surbhi landslide area to prevent further disaster in future that destroyed the water mills, fields of the surrounding villages and mud flow in popular Kempty Fall area. These measures may also be applicable for the other active landslide zones in the NW(Jammu and Kashmir) and NE ( Darjiling-Sikkim ) Himalaya.

North East India is blessed with abundant tourism resources, which are unique in their own way. The flora and fauna of this region is regarded as one of the seven most bio-diverse regions of the world. Among the States in this region, Sikkim is quite a popular destination with both the domestic and international tourists. It is perhaps the only state, where one can travel 3500 meters above the sea-level in a space of 160 km. Sikkim is thus a trekker‟s paradise, offering a unique opportunity to trek to Mt. Kangchen-Dzonga. The gateway to this mountain is a small village called Yuksam in South Sikkim. Trends reveal that Yuksam is in the developmental stage of increasing growth of tourist influx, which would also have implications on the infrastructure, environment, natural resources, culture and eco-tourism of this village. So this paper aims to study how tourism in Sikkim, Yuksam in particular, can be sustained.

<p>Sikkim is a land of myths, who has lost the pre-historic written documents but has left with the remarkable mystery of the country. Sikkim was sparsely populated and rich in natural resources including a large number of flora and fauna. There are three major ethnic communities, Lepchas, Bhutias and Nepalis inhabiting in the country. In the early period, Sikkim had a gigantic physical structure from the Himalayas to the plains. Earlier, the Tibetan called the territory of Sikkim as “Denjong, Demojong, and Deoshong, which have the same meaning as “Valley of Rice”. There is another myth, that, the first Tibetan king had made a palace in Rabdenchi, at that period of time the Limbo community people called the palace as “SU- HIM” which meaning as “New Home”. Another myth tells that in early days the Lepcha head married a Limbo girl from Limbuwan, and when she went to her father’s house, she told the people of the village that she had came from ‘Su Him’ or ‘New Home’. Later on, the Nepalese called it as ‘Su Khim’ instead of ‘Su Him’ but the advent of British in India, who could not pronounce the word ‘Su Khim’ and called it as ‘Sikkim’. That was the last change in the name of the nation for forever.</p>

The subject of environmental education (EE) in India, also known as environment studies (EVS), was introduced through the intervention of the Supreme Court of India (SC). At that time, there was also global recognition towards the creation of ‘environmental citizens’ through inculcating environmental awareness in school-going children, with the motto of ‘catch them young’. Since then, EE in India has seen an evolution in itself through enveloping the studies of various topics related to the natural environment. However, one of the concerns has been that it is taught in a theoretical manner and that since it is not treated as a graded subject, schools have not given it the importance it deserves. However, the study of a green school of the Himalayan state of Sikkim shows that active participation of state machinery, coupled with a practical interpretation of its principles, can lead to positive results. It also shows that the creation of environmental citizens needs a holistic approach, through both amalgamation of theory with practice and syllabus with stringent state intervention and results-oriented action. This article, which uses doctrinal, as well as field research, techniques of interview and observation, looks into these aspects through studying a school in a mountain village of West Sikkim in India.

Polymelia is a congenital anomaly (birth defect condition) which is associated with extra limbs or supernumerary limbs in human and animals. Congenital anomalies are associated with genetic factors (transgenes, chromosomes), environmental agents (infection, toxins, teratogens, fertilization techniques, management) or a combination of factors (Keeler et al., 1981; Newman et al., 1999). In supernumerary ectopic limb (SEC) anomaly, accessory limbs are attached to the various body regions (Fourie, 1990; Hiraga et al., 1989). These accessory limbs are usually smaller than the normal limbs and have stiff joints and sparse muscles with innervations (Pohlmeyer, 1974).Polymelia is reported from human, cattle, deer, dolphin, frog, cat, dog and poultry but is extremely rare in swine (Hiraga & Demis, 1993; Ramdan et al., 1998; Talamillo et al., 2005). Polymelia in birds is very rare. Only a few cases of polymelia in chicken are recorded from different parts of the world. A Nera black chicken (Gallus domesticus) with polymelia and rudimentary wing was reported from Nigeria in 2008 (Odunayo et al., 2013). A chicken with polymelia was reported from Kitam village, Sikkim, India in 2012(10 News WTSP Tampa Bay). In Egypt amputation of polymelia in a layer chicken was done in 2014 (Abu-Seida, 2014).For the first time polymelia in shakini breed chicken (Gallus domesticus) is recorded in Nepal. There is no previous report on such deformity in domesticated fowl in Nepal. The chicken with polymelia is ten days old and is detected in the author’s neighborhood in Pokhara valley, midwestern region of Nepal during the month of December, 2014. Physical examination of the chicken revealed well developed extra limbs consisting of the femur, tibiofibula and the phalanges which are attached to the upper region of the coccygeal area of the chicken. The limbs are smaller than the normal limbs with equal digits but are non-functional. The chicken looks normal and seems to have no problem with the supernumery limbs so far.J. Nat. Hist. Mus. Vol. 28, 2014: 175-177