This course launched in October 2006 and is aimed at people who want to pursue a career in marine conservation or marine resource management. It can be taken either as a twelve-month Masters degree or nine-month Diploma.
There is now worldwide consensus that the marine environment needs much better management. Urgent calls are being made for greater protection of marine habitats and the reform of fisheries management. The UK Government is working to create a system of spatial planning for the sea, something we have had on land for a very long time, and similar efforts are under way in many other countries. Consequently, there is a growing demand for people who have been trained in marine resource management.
This course will equip graduates for careers within non-governmental conservation organisations, Government environmental, conservation or fishery agencies and environmental consultancy companies. It also provides a firm foundation from which to launch an academic career. During the course, students will be thoroughly grounded in environmental problems affecting the oceans and will discover the latest thinking in how to manage marine resources. The course will place a strong emphasis on the importance of understanding marine ecosystem structure, function and processes and how human activities and global change are affecting these. It will also consider the socio-economic implications of these.
The course will enable students to develop their research and practical skills to a high level. These skills will be built through the dissertation project, a "term paper" which is written on an issue that is suggested by the student and a summer placement at an organisation outside the University of York. For their placement, students undertake a study of relevance to marine environmental management, which they write into a report that is assessed for their degree. Institutions where placements can be done include government agencies, NGOs, other universities or research institutes.
All Environment degree programmes have a 'modular' structure, where each module comprises a 10 credit unit or multiple of this. A 10 credit module is equivalent to 100 hours of work, typically comprising 18 contact hours with staff and 82 hours of private-study for a lecture-based module. Modules involving field and laboratory classes have greater proportions of contact time.
Students must accumulate 180 credits for the MSc and 120 credits for the diploma from compulsory and optional modules. Dissertations are compulsory and worth 30 credits for the MSc and 20 credits for the Diploma. MSc students must also complete a summer placement project, worth 50 credits, which is usually done outside the university. Students obtain 70 credits through compulsory taught modules and accumulate the rest through optional modules. During the first three weeks of term students can attend more modules than they will continue with in order to help them decide which ones they want to complete.
C= Compulsory, O = Optional
|MSc Dissertation||C1||Start||End Week 8
|Biodiversity and Conservation Biology||O||10|
|Climate Change Science||O||10|
|Environmental Law and Policy||O||10|
|Fisheries Ecology and Management||C||10|
|Marine Management Case Study||C||10|
|Ocean and Coastal Processes||C3||10|
|Protected Areas: Theory, Design and Implementation||O||10|
|Red Sea Field Trip||O||Easter holiday
|Statistics and Quantitative methods||C||5||5|
|Tools for Environmental Assessment||O||10|
1 MSc only, not required for Diploma
2 Diploma only, not required for MSc
3 Not compulsory if your first degree is in Marine Biology
Learn more about some of the issues covered in the course:
Other useful links:
Professor Callum Roberts - Course Co-organiser
Callum Roberts is professor of marine conservation. He is internationally known for his research on threats to marine ecosystems and species, and on finding the means to protect them. His work includes studies of the profound historical and recent alteration of marine ecosystems by fishing, on the extinction risk of marine species and on global conservation priorities for coral reefs. Recently, he has highlighted the imminent danger from fishing to life in the deep sea – the Earth's final wilderness frontier. His best-known work is on the performance and design of marine reserves, areas that are protected from all fishing. His studies show that marine reserves can be effective both as conservation tools and can enhance fish catches outside their boundaries. Callum is a Pew Fellow in Marine Conservation. In 2001 he was Hardy Visiting Professor of Conservation Biology at Harvard University and in 2002 he won the Marsh Prize for Conservation Biology from the Zoological Society of London for his work on marine reserves.
Dr Julie Hawkins - Course Co-organiser
Dr Julie P Hawkins: BSc (York), MSc (Liverpool), PhD (York)
Since the late 1980s, Julie's research has been focused on studying human impacts on marine ecosystems and how to reduce the problems these create. For the last 13 years her work has primarily been on the impacts of fishing and how marine protected areas can help rectify the failings of other forms of fishery management. This has included work on extinction risk in the sea and how necessary it is to protect areas of the sea from fishing. She has repeatedly shown that complete protection for some areas of the sea is totally justified on conservation grounds and her work provided the first proof that protection from fishing can increase catches in surrounding fisheries. Over the years her work on the effects recreational scuba diving on coral reefs has moved from firstly playing a major role in getting the issue to be recognised, to then seeing it become addressed throughout the tropics. The majority of Julie's field work has taken place in the Caribbean and Middle East.
Dr Bryce Beukers-Stewart
Dr Bryce Beukers Stewart: BSc (Melbourne), PhD (James Cook).
Bryce is a fisheries biologist and ecologist whose work has ranged from temperate estuaries to tropical coral reefs and the deep-sea. The central thread in his research has been to gain an increased understanding of the factors regulating marine populations and communities so as to ensure their sustainable exploitation, primarily by fisheries. His work on deep-sea fishes was among the first to demonstrate their extreme longevity, and on coral reefs he proposed new mechanisms for community regulation of prey fish by predators. More recently his focus has been on how to improve the management of scallop fisheries through the use of predictive recruitment models, marine protected areas and stock enhancement. Bryce has also been especially active in promoting the sale and consumption of sustainable seafood by working with everyone from government ministers to fishermen, restaurants and supermarket chains.
Callum, Julie and Bryce will teach the core marine science components of this course. They are complemented by a talented group of academics in the department including:
In 2012, our students undertook their summer placement projects across the globe, including:
Below is a list of the locations and titles of our students' placements:
|Belize||Development of local and international strategies for manatee conservation|
|Bonaire||Assessment of sea turtle nest sites in Klein Bonaire: what is required for effective conservation?|
|Cayman Islands||Would Cayman Islanders support shark protection laws?|
|Cook Islands||The marine turtles of Rakahanga Atoll: assessment of their distribution, abundance and population status|
|Cyprus||Determination of seabream (Pagellus acarne) age and growth rates in the Eastern Mediterranean|
|Dorset, UK||A baseline coastal survey of the Brownsea Island Nature Reserve|
|Egypt||How do dive centres view Egypt’s shark protection legislation?|
|Eire||A study of bottlenose dolphin distribution within Ireland’s Shannon Estuary|
|Gabon||Communication in bottlenose and common dolphins: acoustic differences between inshore populations|
|Isle of Arran, Scotland||Is protection from fishing increasing species abundance and biodiversity in the Lamlash Bay no-take marine reserve?|
|Isle of Man||Distribution of lugworms on sandy shores: what are the impacts of bait digging?|
|Lowestoft, Suffolk||Modelling the potential distribution of an invasive comb jellyfish Mnemiopsis in the North Sea|
|Maldives||Protection of a manta ray aggregation site: necessary measures to curtail tourism? BL Placement blog (PDF , 44kb)|
|New Zealand||How does environmental variation affect scallop populations (Pecten novaezelandiae) in New Zealand|
|New Zealand||What threat to dolphins: are boat strikes and fishing gear causes for concern? EB Placement blog (PDF , 541kb)|
|Oban, Scotland||Can artificial reefs help protect wildlife?|
|Seychelles||Integrating marine conservation into school curriculums: practise from a small island community|
|Turkey||Distribution of iron from atmospheric inputs in the Bay of Izmir|
|Teesside, UK||Recreational impacts on waterbirds at the Teesmouth and Cleveland Coast European Marine Site|
|Tynemouth, Northumbria||Increasing public awareness of marine conservation: can one local aquarium help? HMH Placement Blog (PDF , 1,939kb)|