Doctoral Program in Biological and Life Sciences in Rimouski in Canada

Search PhD Programs in Biological and Life Sciences 2017 in Rimouski in Canada

Biological and Life Sciences

The PhD can vary depending on the institution and country in which it is awarded. Most scholars pursue a PhD because of strong motivation to contribute to the academic community as well as true curiosity about their chosen field of study. 

 

In order to learn more about life and what we know about it, one may be interested in entering a program in the Biological and Life Sciences. There are numerous potential programs to enter within such a broad field.

Canadians place great importance on learning, and have developed a first-rate education system with high standards. Not only does Canada provide a safe, clean environment, but it has been consistently ranked as one of the world’s best places to live in terms of quality of life by the UN.

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Doctorate In Oceanography

Université du Québec à Rimouski UQAR
Campus Full time September 2017 Canada Rimouski

The doctorate in oceanography aimed at training independent researchers, able to work in the forefront of oceanography, contributing, according to a multidisciplinary approach to the advancement of basic and applied knowledge related to marine environments. [+]

Doctorate Studies in Biological and Life Sciences in Rimouski in Canada. The doctorate in oceanography aimed at training independent researchers, able to work in the forefront of oceanography, contributing, according to a multidisciplinary approach to the advancement of basic and applied knowledge related to marine environments. The research project and the courses help to deepen their knowledge in one of four areas of specialization: chemical oceanography; biological oceanography; geological oceanography; Physical Oceanography. Program Structure The oceanography doctoral includes the writing of a dissertation of 75 credits to deepen a subject in a research field of oceanography, which focuses on the study of marine environments (coastal, estuarine and oceanic) and the interactions between biological components, chemical, sedimentological (geological) and physics of these marine systems. Research areas physical oceanography Physicists are interested in the movement of water depending on various factors, like the tide, winds, changes in freshwater flow, as well as changes in space and time. Their research particularly affect: Waves of training; the salinity gradients and density; temperature variations; the energy exchange between the air and the sea; turbulent areas of training; related phenomena between the ocean and the temperature (global climate change, El Niño, hurricanes and typhoons); etc. chemical oceanography Chemists are interested in chemical processes in water and marine sediments. Their research particularly affect: the origins and fate of the chemical constituents of ocean water; chemical reactions that occur in the marine environment; the effects of contaminants (organic or not) and their distribution; gas exchange between the atmosphere and the ocean; etc. biological oceanography Biologists are interested organizations and living microorganisms in the marine environment, such as plankton, algae, crustaceans, molluscs, fish and mammals. Their research particularly affect: trophic relationships between these organizations and the factors that may disrupt this relationship, such as climate change and pollution; interactions and the evolution of species based on physical, chemical and geological parameters of the medium; the influence of anthropogenic and natural disturbances on biodiversity; Aquaculture (physiology, genetics, development, etc.); fish farming systems; etc. geological oceanography Geologists are interested in the evolution of the seafloor, that is to say the nature of the sediments, the mechanisms of their implementation and the history of their accumulation. Their research particularly affect: the formation of ocean basins, mountain ranges, trenches, submarine volcanoes; how sediment is transported, lifted and distributed to form islands and continents; paleoclimatic and paleoenvironmental the reconstitution from the study of the mineralogical properties, geochemical and / or magnetic sediment; etc. Projects recruitment studies Teachers ISMER regularly appear calls for applications for projects Masters or PhD in oceanography. Applicants may also contact the teachers to know the coaching opportunities. The marine sciences, an axis of excellence in research at UQAR From the birth of the Université du Québec à Rimouski, understanding of the marine environment has become a niche studies and excellence center to essential research. UQAR today brings an extraordinary concentration of researchers with expertise across a wide range of issues affecting the science of the sea. ISMER is a leader in areas such as climate change at different latitudes, the effects of ultraviolet radiation on the first links in the food chain or the impact of contaminants on coastal ecosystems. The marine acoustics, aquaculture, population dynamics and sediment transport are also themes that can rely on solid expertise. Employment Opportunities Every year several job opportunities available for graduates in oceanography, which depend on the disciplinary training (biological oceanography, chemical, geological or physical). Since a large number of pollutants, natural or anthropogenic, end up in the ocean, environmentalists from around the world begin to be interested in ocean affairs. The need for specialists who understand not only the interdependence of the ocean, urbanization and industrialization in constant growth, but also the potential dangers of maritime accidents continues to strengthen. Public sector In Canada, the major employer of graduates in oceanography is the federal government, specifically the Department of Fisheries and Oceans and Natural Resources. Other government departments and agencies as well as universities employ oceanographers to teach and conduct research. Private sector Employment in the private sector largely affect studies and environmental assessment. Some large companies employ their own marine scientists while others prefer to hire consultants. Fisheries and aquaculture The fisheries research require knowledge of almost all aspects of oceanography to conduct population assessment and modeling of the dynamics of fish populations. The rapid expansion of aquaculture has led to a demand for a number of specialists, including nutrition and fish disease control. OBJECTIVES The joint doctoral program in oceanography focuses on research activities. The program is the formation of independent researchers, able to work in the forefront of oceanography contributing, according to a multidisciplinary approach to the advancement of basic and applied knowledge related to marine environments. This program is jointly managed by UQAR and Laval University. [-]

Maritime Resource Management PhD

Université du Québec à Rimouski UQAR
Campus Full time September 2017 Canada Rimouski

The doctorate in marine resource management form experts who contribute to the advancement of knowledge in a field related to the optimal use of resources and the marine environment, public policy models or mechanisms of decision making in this sector. [+]

The doctorate in marine resource management form experts who contribute to the advancement of knowledge in a field related to the optimal use of resources and the marine environment, public policy models or mechanisms of decision making in this sector. These managers must have a thorough knowledge of the social and economic characteristics of the maritime environment and an understanding of the interactions between these characteristics and those of the environment. Targeted audience Maritime Resource Management PhD is for candidates with varied profiles (natural sciences, law, economics, geography, management) holders of a research master. Program Structure The doctorate in marine resource management includes the writing of a dissertation of 60 credits on a particular topic related to the management of maritime resources. Research areas Fisheries sector management capacity in the fisheries sector Economy Aquaculture and Fisheries remote sensing technologies and environmental management and resources Finance and business planning for marine biotechnology Fish stock assessment and public management of fisheries and marine wildlife Public Management and Policy of invasive alien species Optimization of the fishing industry Etc. Chain management of the coastal and marine environment International trade and environment social and economic impacts of marine pollution policies of taxation and subsidies in natural resource industries undetected illegal fishing (IUU) fishing in the territorial waters of developing countries Links between ecotoxicology and socio-economic impacts nonmarket valuation methods for environmental goods and measure environmental impact public coastal management Comanagement in the management of coastal zones and natural resources Marine Reserves and spatial management of resources environmental management and natural resource management in developing countries Etc. Maritime transport sector Environment and maritime transport strategic management in the transport sector Management of commercial fleet and ports in the shipping sector Disruption in shipping political and economic analysis of "short sea shipping" Etc. Employment Opportunities Graduates in marine resource management UQAR in managerial functions, researchers and consultants in the public or private domain. The maritime sector is particularly characterized by the presence of a large number of public, semi-public and private, both in Canada and abroad: provincial and federal departments (fisheries, environment, transport, etc.); ZIP committees, river basin organizations; cities and municipalities; nongovernmental organizations (World Bank, Organization for Economic Cooperation and Development (OECD), Organization for the Conservation of Nature, world wildlife fund, etc.); research centers and universities; private companies. What is the management of marine resources? The diversity and complexity of human intervention in the maritime sector requires serious thinking and informed decision making in order to maintain the sustainability of resources and activities essential to the survival of a large part of the world population. To maintain this continuity, it is important to have an understanding not only the natural environment but also the social, political, economic and legal that affect decision making. Marine resource management programs are built around the idea that those who want to contribute to the management and decision processes must learn how to properly use different scientific viewpoints. They integrate knowledge in management sciences, natural sciences, social sciences and law and include experts in management of fishery resources, marine and environmental studies. OBJECTIVES This program is for people interested in contributing to knowledge development in areas related to the optimal use of resources and the marine environment, and interested in public policy models and decision making in this area. They have different disciplinary profiles (biology, law, economics, geography, management) and come from diverse countries (Canada, the Caribbean, South America, Europe, Africa, Vietnam). The advances in marine resource management curriculum designed to train managers capable of integrating multiple knowledge in decision-making, both at strategic and operational levels. These managers must have a thorough knowledge of the social and economic characteristics of the maritime environment and an understanding of the interactions between these characteristics and those of the environment. Competent and effective managers of tomorrow will be those who managed the integration of multidisciplinary knowledge. [-]

PhD In Biology

Université du Québec à Rimouski UQAR
Campus Full time September 2017 Canada Rimouski

The PhD in biology aims at acquiring and deepening the necessary knowledge and skills to advanced research in biology. [+]

Doctorate Studies in Biological and Life Sciences in Rimouski in Canada. The PhD in biology aims at acquiring and deepening the necessary knowledge and skills to advanced research in biology. Research projects are carried out in key areas such as genetics in animal populations, adaptive biology, forest ecology, dynamics of wildlife populations and evolutionary biology. Offered jointly with the University of Quebec in Montreal (UQAM), the program includes budget management training objectives and people as well as pedagogy. Program Structure The PhD in biology involves the writing of a dissertation of 76 credits to deepen a topic in biology field of specialization. As part of the training, the candidates will develop an analytical mind and the theoretical thinking skills able to advance their research. Research areas Fish and Wildlife Population dynamics, use of the environment and trophic relationships trophic dynamics of the Canadian Arctic tundra Ecology of animal communities and studies of reproductive strategies of animals Impacts of climate change on wildlife and trophic dynamics of Arctic tundra and boreal forest Conservation of vulnerable or endangered species Ecology, physiology and behavior of birds Effect of human change and conservation of bird marine habitats Ecology of marine bivalve populations Ocean protection Analysis methods in ecology data Ecology microscopic organisms sediment Transfer of the organic material from the water column and sediment evolutionary biology Evolution of living and fossil lower vertebrates environmental stress on larval development of the fish Paléoichtyologie, paleoecology and paleoenvironmental reconstruction forest ecology Sustainable Forest Management Disturbance ecology and forest regeneration Impacts of disturbances and climate change on boreal forest History of vegetation and sedimentation in floodplains Impact of the severity and frequency of fires on forests Long-term impact of logging on biodiversity Ecophysiology and molecular ecology Coadaptations and evolution of mitochondrial genomes and nuclear Adaptations and evolution of animal energy metabolism Aquaculture (genetics, nutrition, conditioning) Genetics Arctic shellfish populations Conservation genetics Nordicity an axis of excellence in research at UQAR UQAR is dedicated to the study of the Far North and low cold latitudes, known as the nordicity. This research brings together researchers interested in northern environments from an interdisciplinary perspective around closely complementary disciplines, including biology, ecology, chemistry and geography, human or physical, cold environments. Their research aims to better understand the functioning of continental environments in cold climates, so as to meet the major challenges in the field of conservation and sustainable management. The evolution of continental northern environments in the context of global change and relations between Northern environments and human societies are among the prominent issues. OBJECTIVES The general objective of the program is to enable the acquisition and deepening of disciplinary knowledge in biology. More specifically, the PhD is to develop the skills of students in terms of advanced research in biology in order to complete their training as scientists. In addition, the program requirements will bring the candidates to develop an analytical mind and the theoretical thinking skills able to advance their research. Joining as a concern of the Council of Universities and a real need as expressed by many workers out of traditional molds, budget management training and personal goals as well as education are included in the program. The program offered by UQAR is an extension of UQAM program. [-]