Human impact, loss of biodiversity and a growing awareness of environmental change make conservation biology more important every day.
Linking conservation, ecology, biodiversity and sustainability, the Master of Conservation Biology is a one-year, 180-point professional Master's. You'll get the scientific expertise you need to do conservation work in New Zealand and around the world.
Wellington is an international hot spot for biodiversity and studying with the School of Biological Sciences you'll learn from world leaders in conservation practice—internationally respected scientists whose work informs the management of New Zealand’s unique biota.
Using theoretical and field-based approaches in a range of terrestrial and marine environments, you’ll explore the processes of conservation biology. Examine internationally renowned examples of conservation best practice in action, and gain skills in experimental design, the collection and analysis of data and the presentation of research results.
You'll graduate with the expertise to make a valuable contribution to the conservation of the natural environment.
If you are studying full time, you can expect a workload of 40–45 hours a week for much of the year. Part-time students doing two courses per trimester will need to do around 20–23 hours of work a week. Make sure you take this into account if you are working.
You can estimate your workload by adding up the number of points you'll be doing. One point is roughly equal to 10–12 hours work.
One of your core courses is held in the field, visiting key conservation sites in New Zealand.
BIOL 424 New Zealand Conservation Practice involves travel around the country to observe management practices and become familiar with the unique plants and animals of New Zealand.
You'll study three core courses and 90 points worth of approved courses of your choice.
If you're starting in January, you'll begin with the four-week field course, BIOL 424. The course sits outside normal trimester dates with the timing changing from year to year to allow for tide times. Usual timing for the start of the course is late January/early February and actual dates can be confirmed at least six months prior.
The July start to the programme includes the core course, BIOL 405 Biosecurity, which involves biosecurity management from both biological and legal perspectives.
While there is no thesis component to the MConBio, you can do small research projects through the elective BIOL 440. You'll need a supervisor for this course—talk to staff within the School of Biological Sciences about potential projects.
Broaden your horizons with the student exchange programme, Victoria Abroad. Study towards your Victoria University degree at one of 100 partner universities around the world. Talk to the programme manager if you're thinking about including an exchange in your programme of study.
Studying in Wellington offers unparalleled access to the natural wealth of New Zealand. Private and public conservation sites close by create opportunities for gaining research experience and learning conservation techniques.
These programmes are for students and professionals who wish to acquire improved expertise and knowledge in natural resources. The programme explores the ways in which developmental needs can be met through better understanding and improved management of renewable natural resources, without placing unsustainable demands on the environment.
The emphasis is on tropical applications, the Natural Resources Institute's principal area of expertise.
The MSc by Research consists of an extended research project and a limited number of taught courses and is available for students with the appropriate background and interest and is based on suitable academic performance in their first term of studies. The programme provides students with an overview and awareness of natural resources, their management and sustainable development, and provides training which enables students to apply the principles of sustainable natural resource management to their own disciplines.
Courses will be selected from the portfolio offered through the MSc Sustainable Environmental Management and MSc Agriculture for Sustainable Development.
The aims of the programme are to:
Students are required to study the following compulsory courses.
Students are required to choose 45 credits from this list of options.
Students are assessed through examinations and coursework.
This programme provides professional development for those working in the research field.
The Master of Environmental Sciences (MEnvSci) is a 180 point interdisciplinary degree that draws on a wide range of papers across the Biological, Chemical, Earth and Engineering Sciences.
A key feature of this degree is the development of scientific and interdisciplinary (cross-faculty) research skills, including collection and analysis of data and critical review of the relevant literature.
The MEnvSci is normally a 12-18 month degree comprising a minimum of 90 points in taught papers at 500 level and a maximum 90 point thesis. The balance of thesis papers to taught papers may be altered subject to permission from the graduate co-ordinator in your discipline of choice.
Study an MEnvSci at Waikato University and you will enjoy more lab and field work, more one-on-one time with top academics and access to world-class research equipment. Our great industry contacts may also mean exciting collaborations with local, national and international companies and organisations.
While the bulk of your papers will be drawn from the Faculty of Science & Engineering, you may also include papers from the Faculty of Arts & Social Sciences, Waikato Management School, the Faculty of Maori and Indigenous Studies and Te Piringa - Faculty of Law.
The University of Waikato's School of Science is home to a suite of well-equipped, world-class laboratories. You will have the opportunity to use complex research equipment and facilities such as NMR spectroscopy, DNA sequencing and the University of Waikato Herbarium.
The School of Engineering’s specialised laboratories includes the Large Scale Lab complex that features a suite of workshops and laboratories dedicated to engineering teaching and research. These include 3D printing, a mechanical workshop and computer labs with engineering design software.
Depending on the major completed and your particular interests, graduates of this degree may find employment in a range of science-related industries, including local and regional councils, Crown Research Institutes, energy companies, environmental agencies, government departments, environmental consulting companies, private research companies, universities, food and dairy industries and agriculture and fisheries industries.
The EEP option is designed for students from all backgrounds with an interest in environmental economics and public policy.
It provides students with an ability to employ economic reasoning and an understanding of the importance of institutions and policy processes to the analysis of a broad range of national and international policy issues such as biodiversity protection, climate change, poverty/environment linkages and the management of renewable resources; an awareness of the institutional and policy context in which environmental economic solutions might be applied; working knowledge of a wide range of economic tools and project and policy evaluation methods; and a sound but critical understanding of environmental economics as a discipline including knowledge of the different paradigms of analysis in the field.
Environmental economics is now an indispensable part of the education of anyone dealing with environmental issues. As one of the fastest growing areas of research and study, its influence over environmental policymaking and practice is already widely recognised. For example, it has become commonplace to speak about green taxes, carbon trading mechanisms, environmental valuation and incentive design for sustainable development.
What are the underlying causes of tropical deforestation? How rapidly should we take action to deal with global warming? What is the most efficient way to tackle air pollution? Are consumers willing to pay more for cleaner fuels and technologies? These are some of the questions which environmental economics attempts to address, pointing to the need to link individual choices and patterns of behaviour to the underlying structure of the economy and its institutions. A central insight is that environmental degradation, far from being an incidental consequence of economic activity, is in many ways a central feature of the way production and consumption is currently organised. Economists are uniquely well placed to comment on, and offer analysis of, these linkages. At the same time, economists argue that solutions require systematic changes to the economic incentives which drive human behaviour in these domains, bringing about the shifts in production and consumption that are necessary for sustainable development.
The demand for individuals with a good grounding in environmental economics continues to grow. There are promising career opportunities in government, industry, consultancy and research for people able to apply economic ideas, concepts and methodologies to environmental problem-solving and policymaking. In drawing up this new Option, we have been concerned to offer a course which will educate and inspire individuals interested in a career in these fields. It aims to provide a broad but integrated survey of environmental economics as a field of study and assist students in developing an ability to think about and analyse environmental problems in economically-literate terms. By the conclusion of the course, students will have a sound understanding of the economic and institutional context for environmental policymaking and will be able to apply economic concepts to understanding, and prescribing solutions for, a wide range of environmental problems
The Option has been designed for students from all backgrounds with an interest in environmental economics and its applications. In terms of structure, it is divided into eleven thematic modules covering basic theory, tools and a range of applications:
Concepts: Initial lectures and small group sessions focus on the microeconomic foundations of environmental economics, looking at market processes and market failure, the theory of externalities and the concepts of public goods and open property resources.
Tools: The Option then goes on to examine the use of a range of economic tools and introduces students to some key techniques for data analysis. Topics covered in these modules include the design and implementation of market-based instruments, project appraisal and environmental valuation and the use of sustainable development indicators and green accounting. Students also receive training in quantitative and qualitative data analysis and in international environmental law.
Applications: The final set of teaching modules applies these economic concepts and tools to a series of environmental case studies in the fields of:
An essential feature of the Option, complementing, integrating and applying this lecture material, is small group project work. This is designed to develop a wide range of technical and analytical skills (project evaluation, data analysis, environmental valuation) and also organisational and communication skills (technical writing, oral presentations, team work). Finally, there is a series of specialist talks and seminars running through the term, in which invited speakers working in policymaking, industry and research give presentations on environmental economic and policy issues in the news.
There are excellent career opportunities for graduates who can combine training in environmental economics, good policy knowledge, proficiency in quantitative and qualitative methods and an ability to develop applications. Graduates from this Option are likely to find employment across a wide field, including environmental consultancy, advisory positions in commercial business and industry and careers as expert advisors in government, international institutions and environmental NGOs.
IDOH (Infectious Diseases and One Health) is a partnership of some of Europe's leading research-intensive universities in the field of infectious diseases and the "one health" concept. The three founding partners are Université de Tours, Universitat Autònoma de Barcelona and the University of Edinburgh.
Infectious diseases represent a major threat to public health. Fighting emerging, or re-emerging, infections requires that both animal and human health be treated as "One Health". This will enhance biomedical research discoveries, to the great benefit of both humans and animals.
The objective of the programme is to provide students from all over the world with education in One Health concepts, host pathogen interactions, immunology, zoonotic and emerging infections, translational animal models and management of infectious diseases.
This programme will allow students to study at three of Europe's leading research-intensive universities in the field of infectious diseases and complete an internships at one of the three academic partners or any of 35 associated partners (academic and industrial) located worldwide.
The programme will take place over two academic years and students will spend a semester at each of the three academic partners before completing a fourth semester as an internship either at one of the academic partners or one of the 35 associated partners (academic and industrial) located worldwide.
Semester 1: Université de Tours
Semester 2: Universitat Autònoma de Barcelona
Semester 3: University of Edinburgh
There is also a week long summer school between semesters 2 and 3 focused on generic transferable skills.
The programme will provide core competencies in skills identified as being required by industry and academia. Therefore, the purpose of this programme is to:
Throughout the programme, lectures, tutorials, interactive sessions, the “flipped classroom” approach and practicals will be the main teaching format, with the balance varying depending on the partner institution. The small class size allows for extensive participation and interaction among students and between students and academics.
Assessment items reflect the practice of science and are integrated into the course, for example with students presenting the results of a literature review to the class (peer teaching). Concepts from lectures are developed in laboratory sessions and through assessment items. Students are encouraged to question the validity of information provided and critically appraise information sourced through the literature and other resources.
Independent learning is encouraged throughout the programme, particularly during the research project, but also during preparation of assessment items and classroom work. Group work and cooperation is encouraged and enhances the learning process. Formal class contact is supported by regular meetings with course organisers and tutors. A feature of the University of Edinburgh component of the programme is the intensive hands on approach to learning. Students will participate in a wide range of laboratory activities both at The Royal (Dick) School of Veterinary Studies and the Roslin Institute.
On completion of the degree, graduates will have a wide range of skills in the area of infectious disease biology, interactions between disease, environment and host, modern animal science and laboratory techniques.
You will also have obtained valuable generic skills in producing and presenting scientific material, communicating with people from a wide range of geographies and cultures and hypothesis development and testing. This will give you a unique background for progressing to further study (PhD or professional qualifications) or going straight into employment.
You could work in developing countries where the burden of infectious disease on both humans and livestock is significant, and thus will help improve food sustainability and the transition from poverty in these countries. In developed countries infectious diseases also cause major losses in productivity of humans and animals, and this will increase as globalisation increases. Depending on your initial background (medical, veterinary, scientific, therapeutic) graduates will find employment that exploits their new knowledge to reduce the impact of infectious disease
The Melbourne Doctor of Veterinary Medicine (DVM) is Australia’s first graduate-entry, professional veterinary science qualification. The DVM is based on the latest global thinking in veterinary science practice, teaching and learning.
As a NEW Generation Melbourne DVM student, you will take part in our unique Tracks program. Tracks prepare you best for your chosen career path by concentrating your studies on a particular area of clinical interest and gaining complementary industry-ready skills and knowledge. This represents the latest international education models and enables you to stand out from the crowd upon graduation.
Our DVM curriculum has been developed around five learning domains, which infuse every subject and are based around the attributes of a veterinary scientist: