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Jaffna, Sri Lanka

The University of Jaffna is a public university in the city of Jaffna in Sri Lanka. Established in 1974 as the sixth campus of the University of Sri Lanka, it became an independent, autonomous university in 1979. Like all public universities in Sri Lanka, UoJ receives the bulk of its funding from the University Grants Commission , part of the Ministry of Higher Education in Colombo. The UGC and the central government therefore exert a great deal of control over the university.UoJ has two campuses — the main campus in Thirunelvely in Jaffna and a second campus in Vavuniya. It also has facilities in Kilinochchi, Kaithady and Maruthanarmadam near Chunnakam. It has nine faculties and nine other academic centers. The university offers undergraduate and postgraduate courses that award degrees including BA, BBA, BBM, BCom, BFA, BICT, B.Pharm, BSc, BSc, BSc, BSc, LLB, MA, MEd, MBBS and MSc.The university had 5,721 students and 1,192 employees in 2011. It is the eighth largest university in Sri Lanka in student numbers. In 2010/11 the university admitted 1,581 undergraduates. UoJ had a recurrent budget of Rs. 827 million and a capital budget of Rs. 316 million in 2011. Its income in 2011 was Rs. 1,159 million of which 99% was grant from the government in Colombo.The chancellor and vice-chancellor are professors S. Pathmanathan and Vasanthy Arasaratnam respectively. UoJ is a member of the Association of Commonwealth Universities. Wikipedia.


Ramasamy R.,University of Brunei Darussalam | Surendran S.N.,University of Jaffna
BMC Infectious Diseases | Year: 2011

Background: Vector-borne infectious diseases are a significant cause of human and animal mortality and morbidity. Modeling studies predict that changes in climate that accompany global warming will alter the transmission risk of many vector-borne infectious diseases in different parts of the world. Global warming will also raise sea levels, which will lead to an increase in saline and brackish water bodies in coastal areas. The potential impact of rising sea levels, as opposed to climate change, on the prevalence of vector-borne infectious diseases has hitherto been unrecognised.Presentation of the hypothesis: Mosquito species possessing salinity-tolerant larvae and pupae, and capable of transmitting arboviruses and parasites are found in many parts of the world. An expansion of brackish and saline water bodies in coastal areas, associated with rising sea levels, can increase densities of salinity-tolerant vector mosquitoes and lead to the adaptation of freshwater vectors to breed in brackish and saline waters. The breeding of non-mosquito vectors may also be influenced by salinity changes in coastal habitats. Higher vector densities can increase transmission of vector-borne infectious diseases in coastal localities, which can then spread to other areas.Testing the hypothesis: The demonstration of increases in vector populations and disease prevalence that is related to an expansion of brackish/saline water bodies in coastal areas will provide the necessary supportive evidence. However the implementation of specific vector and disease control measures to counter the threat will confound the expected findings.Implications of the hypothesis: Rising sea levels can act synergistically with climate change and then interact in a complex manner with other environmental and socio-economic factors to generate a greater potential for the transmission of vector-borne infectious diseases. The resulting health impacts are likely to be particularly significant in resource-poor countries in the tropics and semi-tropics. Some measures to meet this threat are outlined. © 2011 Ramasamy and Surendran; licensee BioMed Central Ltd. Source


Gnanaseelan J.,University of Jaffna
International Journal of Applied Linguistics and English Literature | Year: 2016

This research analyses the types of the functional and structural uses of adverbs in letter writing in English revealing the linguistic and non-linguistic implications in both teaching and learning in the South Asian countries like Sri Lanka. It synthesizes, classifies and describes the types, functions, positions, quantity and quality and deviations. This is a case study of the texts produced by the students from Tamil and Sinhala language communities of Vavuniya Campus of the University of Jaffna in Sri Lanka. The analysis is both quantitative and qualitative. The findings distinguish the patterns and pragmatic uses typical of a non-native ESL learning context. It finds out that structurally prepositional phrase and single-word and functionally, time, place and manner dominate as adverbs in the use. The inefficient and ineffective use of noun phrase, adverb particle, adverbial clause, and sentence adverb, the learner incompetence of the distinction between adverb and the rest of the linguistic units, within their types and within their functions were identified and suggests a curriculum design or teaching methodology to incorporate this distinction. © 2016, Australian International Academic Centre PTY LTD. All rights reserved. Source


Ramasamy R.,University of Brunei Darussalam | Surendran S.N.,University of Jaffna
Frontiers in Physiology | Year: 2012

Global climate change can potentially increase the transmission of mosquito vector-borne diseases such as malaria, lymphatic filariasis, and dengue in many parts of the world. These predictions are based on the effects of changing temperature, rainfall, and humidity on mosquito breeding and survival, the more rapid development of ingested pathogens in mosquitoes and the more frequent blood feeds at moderately higher ambient temperatures. An expansion of saline and brackish water bodies (water with <0.5 ppt or parts per thousand, 0.5-30 ppt and >30 ppt salt are termed fresh, brackish, and saline respectively) will also take place as a result of global warming causing a rise in sea levels in coastal zones. Its possible impact on the transmission of mosquito-borne diseases has, however, not been adequately appreciated. The relevant impacts of global climate change on the transmission of mosquito-borne diseases in coastal zones are discussed with reference to the Ross-McDonald equation and modeling studies. Evidence ispresented toshow that an expansion of brackish water bodies in coastal zones can increase the densities of salinity-tolerant mosquitoes like Anopheles sundaicus and Culex sitiens, and lead to the adaptation of fresh water mosquito vectors like Anopheles culicifacies, Anopheles stephensi, Aedes aegypti, and Aedes albopictus to salinity. Rising sea levels may therefore act synergisti-cally with global climate change to increase the transmission of mosquito-borne diseases in coastal zones. Greater attention therefore needs to be devoted to monitoring disease incidence and preimaginal development of vector mosquitoes in artificial and natural coastal brackish/saline habitats. It is important that national and international health agencies are aware of the increased risk of mosquito-borne diseases in coastal zones and develop preventive and mitigating strategies. Application of appropriate counter measures can greatly reduce the potential for increased coastal transmission of mosquito-borne diseases consequent to climate change and a rise in sea levels. It is proposed that the Jaffna peninsula in Sri Lanka may be a useful case study for the impact of rising sea levels on mosquito vectors in tropical coasts. © 2012 Ramasamy and Surendran. Source


Somasundaram D.,University of Jaffna
International Journal of Mental Health Systems | Year: 2010

Background: From January to May, 2009, a population of 300,000 in the Vanni, northern Sri Lanka underwent multiple displacements, deaths, injuries, deprivation of water, food, medical care and other basic needs caught between the shelling and bombings of the state forces and the LTTE which forcefully recruited men, women and children to fight on the frontlines and held the rest hostage. This study explores the long term psychosocial and mental health consequences of exposure to massive, existential trauma.Methods: This paper is a qualitative inquiry into the psychosocial situation of the Vanni displaced and their ethnography using narratives and observations obtained through participant observation; in depth interviews; key informant, family and extended family interviews; and focus groups using a prescribed, semi structured open ended questionnaire.Results: The narratives, drawings, letters and poems as well as data from observations, key informant interviews, extended family and focus group discussions show considerable impact at the family and community. The family and community relationships, networks, processes and structures are destroyed. There develops collective symptoms of despair, passivity, silence, loss of values and ethical mores, amotivation, dependency on external assistance, but also resilience and post-traumatic growth.Conclusions: Considering the severity of family and community level adverse effects and implication for resettlement, rehabilitation, and development programmes; interventions for healing of memories, psychosocial regeneration of the family and community structures and processes are essential. © 2010 Somasundaram; licensee BioMed Central Ltd. Source


Somasundaram D.,University of Jaffna | Somasundaram D.,University of Adelaide
International Journal of Mental Health Systems | Year: 2013

Background: Individuals, families and communities in Northern Sri Lanka have undergone three decades of war trauma, multiple displacements, and loss of family, kin, friends, homes, employment and other valued resources. The objective of the study was understanding common psychosocial problems faced by families and communities, and the associated risk and protective factors, so that practical and effective community based interventions can be recommended to rebuild strengths, adaptation, coping strategies and resilience.Methods: This qualitative, ecological study is a psychosocial ethnography in post-war Northern Sri Lanka obtained through participant observation; case studies; key- informant interviews; and focus groups discussions with mental health and psychosocial community workers as well as literature survey of media and organizational reports. Qualitative analysis of the data used ethnography, case studies, phenomenology, grounded theory, hermeneutics and symbolic interactionism techniques. Quantitative data on suicide was collected for Jaffna and Killinochchi districts.Results: Complex mental health and psychosocial problems at the individual, family and community levels in a post-war context were found to impair recovery. These included unresolved grief; individual and collective trauma; insecurity, self-harm and suicides; poverty and unemployment; teenage and unwanted pregnancies; alcoholism; child abuse and neglect; gender based violence and vulnerability including domestic violence, widows and female headed-household, family conflict and separation; physical injuries and handicap; problems specific for children and elderly; abuse and/or neglect of elderly and disabled; anti-social and socially irresponsible behaviour; distrust, hopelessness, and powerlessness. Protective factors included families; female leadership and engagement; cultural and traditional beliefs, practices and rituals; and creative potential in narratives, drama and other arts. Risk factors that were impeding community rehabilitation and recovery included continuing military governance, depletion of social capital particularly lack of trust, hope and socio-economic opportunity structures for development that would engender a sense of collective efficacy.Conclusions: In view of the widespread trauma at the individual, family and collective levels, community based programmes to increase local awareness, knowledge and skills to deal with common mental health and psychosocial issues; and training of community level workers and others in basic mental health and psychosocial problem solving are recommended to rebuild family and community agency and resilience. The use of cultural practices and school based programmes would rekindle community processes. © 2013 Somasundaram and Sivayokan; licensee BioMed Central Ltd. Source

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