BSc Marine Biology

BIO1433: Marine Biology

Life originated in the sea and therefore the study of marine biology can be viewed as the original bioscience. This module will provide a comprehensive understanding of the diversity of life in the sea, details of the key marine habitats, as well as describe the adaptations and constraints of living in the world's largest ecosystem. You will also be introduced to the myriad techniques for studying marine biology in the field, laboratory and remotely. By the end of the module, you will have developed a deep understanding of the study of life in the seas, which will form the fundamental building blocks for a degree in this subject. Moreover, you will be able to answer the question: what is marine biology?

You will be introduced to a wide range range of principles of marine biology by expert researchers in those fields. This will include training in basic oceanography and water chemistry, while also considering the role that other abiotic conditions have on life in the sea. The module will provide insight into the diversity of marine life and consider the key factors influencing their distribution. Using a range of examples you will be introduced to key marine habitats including intertidal systems, neritic waters, pelagic waters and the deep-sea. Also, a key constraint in the study of marine biology is logistics; studying life in the sea is far from straightforward.

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BIO1434: Ecology and Conservation

How do animals interact with each other and with their environment? What is the nature and status of the Earth's biodiversity? How can we protect species, their habitats, and ecosystems from excessive rates of extinction? This module will introduce you to the breadth and scope of ecology and conservation as a discipline, providing essential training for any modern biologist. In addition to broad training in ecology and conservation, this module will also provide training in fundamental research skills early in your degree, including research methods, experimental design, statistics, scientific communication and practical field skills. As well as classroom teaching, this module will be supported by a series of lab and field practicals, providing an opportunity to put the skills learnt into practice and allow you to experience the spectacular natural habitats of Cornwall first hand.

By the end of the module, you will have gained a core understanding of the fundamental concepts in these key biological fields that will provide you with an excellent knowledge platform that will be used throughout the rest of your degree

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BIO1436: Evolution and Genetics

Nothing in biology makes sense except in the light of evolution. In this module we will learn why. The incredible biodiversity of our planet can only be understood through understanding the processes that have shaped it: Chiefly the random occurrence of new genes and the survival of those genes that are better at making copies of themselves. This is a concept that can be understood by anyone and yet which conceals the power to predict complex and extraordinary patterns in the diversity of life. This module demonstrates the evidence for evolution and explores how the battle between replicators shapes natural populations.

Evolution by natural selection is among the most profound discoveries in science. In this module you will be introduced to the basic principles and significance of evolution and how they are underpinned by genetics. This module will introduce you to the processes that result in the wealth of biodiversity evident in the patterns of life on Earth and cover topics such as selection, variation, the deep history of life, speciation, sex and co-evolution. Alongside this, you will learn about the role of genetics and the cellular and molecular mechanisms that underpin these processes.

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BIO1435: Animal Diversity

The vast majority of animal life on Earth gets by without a backbone. In first term during a series of lectures and practicals you will be introduced to the bewildering diversity of invertebrate life-forms. The second half of the module is focused on the origin of the vertebrates through to the evolution of Homo sapiens via a series of carefully constructed lectures and practical sessions. Visits to a range of habitats will allow you to study some of this diversity yourself, focusing on animal function and adaptations to different environments and provide you with the opportunity to further develop your understanding. You will gain a core understanding of the diversity of invertebrate and vertebrate life from a functional perspective that will provide you with an excellent knowledge platform for further modules and learn to define the key characteristics of the main phylogenetic groups to illustrate the range of diversity within and between animal groups, their defining characteristics and the functional perspective of adaptations.

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BIO1437: Life Processes

This module starts with one of the biggest questions of life, its origin. How molecular processes became cellular processes and gave rise to the multitude of life we observe today. We explore cells and the cellular processes that underpin them. Cells that later formed whole organisms, whose life processes (physiology) we discuss in detail. You will gain practical experience, including microscopy, dissection skills, and handling experimental animals. The module ends with discussion of how knowledge of life processes can inform understanding of major extinction events (e.g. dinosaurs), and threats to biodiversity in the current climate and ecological crisis.

The overarching aim of this module is to provide you with a rounded understanding of important life processes. These 'cellular' and 'animal' processes underpin all life on Earth.

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BIO2426: Analysis of Biological Data

An understanding of the analysis of biological data is an essential tool in biological research. During this module you will become familiar with the World's most powerful, flexible and free (!) statistical analysis software. You will work through example problems during lectures and practical sessions, learn how to choose and apply a variety of analytical approaches and learn how to design experiments to maximise the chance of making discoveries.

The aim of this module is to provide training in the collection and analysis of biological datasets, recognising that statistics is a tool for understanding data and not an end in itself. The module is based around understanding the logic behind statistical tests and applying them using the open-access statistics program 'R'. We use an interactive approach working through examples of analyses using R. The module aims to provide you with early training for the outputs expected from your research projects, particularly in the final year.

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BIO2462: Marine Ecology

Ecology is the study of interactions between organisms, and the interactions between organisms and their environment. The marine realm contains a wonderous array of species from the smallest microbes, whose ancestors invented photosynthesis, to the largest marine mammals, who roam vast tracks of ocean and play key roles in shaping the habitats through which they pass. This diversity of marine life is matched by the enormous range of environments within the marine realm from warm tropical seas to frozen polar oceans, where life is shaped by sunlight, to deep sea hydrothermal vents where communities of organisms are shaped by unusual and extreme environments. In this module, we'll see how understanding fundamental processes and concepts allow us to understand the complex array of life in the marine environment.

The aim of this module is to investigate the ecological processes that shape all marine organisms from primary producers to top predators.

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BIO2464: Marine Monitoring

You will measure, monitor and explore marine habitats and their living components. From long-standing and simplistic techniques to cutting-edge technology, you will gather hands-on experience in the laboratory and field that will set you apart from other graduates. The techniques covered are at the interface between current academic research and scientific monitoring carried out by government organisations and NGOs across the world. This module will enhance your practical and written skills in these areas so you can succeed in the field and is bespoke for BSc Marine Biology students. Boat time is facilitated on our partner's research and survey vessel 'Tiger Lily VI'.

The module aims to teach you why marine monitoring is important and how to carry it out through a series of field and laboratory practicals and independent tasks. Each will be supported by lectures or sets of resources. Typical skills covered include collection and analyses of different seafloor sediment types and mapping of their extents, measurement of the growth rates of marine plants and algae, survey techniques for habitats and people, how to monitor and compare fish communities and how to monitor and record anthropogenic pressures on these features.

The skills you gain from lectures, fieldwork and seminars will develop or enhance your employability. Transferable skills to other sectors include:

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BIO2450: Biosciences Penryn Virtual Field Course

The Biosciences Penryn virtual fieldtrip offers an opportunity to you to develop and apply your research skills in a 'virtual' real world environment. The virtual fieldtrip mirrors a current second year fieldtrip to Scotland and has both marine and terrestrial elements. The habitats there are host to many species of high conservation priority in the UK. While conservation issues will be at the forefront of many discussions, you will also carry out botanical surveys, consider human wildlife conflict, and investigate speciation. Furthermore, you will be encouraged to use the skills you have attained to enhance your own interests in ecology and conservation and further develop those skills to better equip you to apply them to practical situations in the workplace.

The module promotes understanding of the skills and techniques that ecologists use to measure and survey animals and plants. It will complement and unify the other modules that comprise Stage 2. The module as a whole builds on the introductory fieldwork experiences of Stage 1, which are all based in SW England. Specifically, this will be achieved via field observations combined with collaborative and individual projects, set within a wider context of formal field-learning exercises.

Transferable skills to other sectors include data handling, experimental design, presentations, report-writing, focus groups and discussions.

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BIO2470: UK Marine Field Course

This residential field course is an essential element of our teaching on the Marine Biology BSc. It will be set in one of a range of exciting and varied destinations within the UK that offer the opportunity to develop skills suited to marine biology, take you on guided trips to sea and introduce students to external stakeholders working in the sector. Each destination is chosen to highlight research locations and collaborations that staff engaged in teaching them work within. The trip culminates in an independent group research project where the teaching of field skills comes together to test your understanding in practice.

The module aims to promote understanding of the skills and techniques that marine biologists use to measure and survey marine life by means of first-hand experience, observation and learning in a field and laboratory setting. It will complement and unify the other modules that comprise Stage 1 and 2 and builds on the introductory fieldwork experiences of Stage 1. Specifically, this will be achieved via field observations combined with collaborative and individual projects, set within a wider context of formal field-learning exercises, which themselves illustrate the fundamental principles of the core disciplines.

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BEP2150: Ecological Economics

This module provides a comprehensive introduction to ecological economics in theory and practice. You will receive a thorough grounding in macroeconomics and microeconomics, alongside an in-depth knowledge of the economics and policy of environmental pollution, renewable and non-renewable resource use, as well as the connection between globalization and environmental degradation. With this basis, you will be able to identify possible solutions to environmental problems and assist in policy recommendation and decision-making.

This module aims to improve understanding of the link between ecological systems and economic activity. The module introduces core issues in ecological economics, related to micro and macro-economic theory, international trade and policy. Ecological economics is a transdisciplinary approach to economics that incorporates insights from the biological, physical and social sciences. In this module, you will apply ecological economic theory to a set of concrete environmental problems or challenges, in relation to the increasing scale of human impacts and the inequitable distribution of resources, in a way that encourages you to reflect on possible solutions and formulate policy recommendations. Seminars will complement lectures with more case studies and real-life examples.

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BIO2414: Evolutionary Ecology

Evolution and ecology are intimately linked, with ecology ultimately driving evolutionary change, and evolution determining the nature of species interactions. In this module, we demonstrate how this interplay is responsible for explaining some of the most interesting evolutionary phenomena, such as sexual reproduction and why parasites harm their hosts. During this module you will investigate evolutionary ecology, from individual adaptation to the physical environment, through to coevolution within communities.

This module aims to develop and expand your understanding of the principles introduced in Introduction to Evolution and Ecology by considering the ecological mechanisms underlying evolutionary change. This module will focus on the concepts of environmental variation and the mechanisms underlying how and why the diversity of life has evolved, including concepts of speciation, co-evolution, plant-animal interactions.

Through attending the seminars and completing the assessments, you will develop the following transferrable analytical and research skills:

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BIO2423: Wildlife Disease

Parasitic organisms are a common and integral part of ecosystems. Wildlife diseases can have a devastating impact on biodiversity, livestock health, human health, and the economy. During this module you will consider the dynamic interactions between parasites and their hosts. Each week will focus on a particular group of parasites (prions, bacteria, viruses, fungi, protozoa and helminths). Lectures will cover the key characteristics of each parasite (microbiology), the response of the host to the parasite (immunology), along with their wider economic and ecological implications. Each lecture will be illustrated with real world wildlife disease case studies. While not exhaustive of every wildlife disease on the planet, through the use of key case studies, this module should enable you to have a better understanding of the lives of some of the smallest and most influential members of ecosystems should you encounter them in your future career.

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BIO2461: Conservation Science

Conservation biology has evolved over the last half-century from a 'crisis discipline' to a more interdisciplinary science to protect nature that pursues strategies to jointly maximise benefits to biodiversity and to people. For efforts to be successful, conservation scientists must take a more holistic approach to their work, applying principles from ecology, population genetics and other natural and social sciences. This module will equip students with the ability to do this by exploring the scientific foundations of biodiversity conservation, while highlighting more revolutionary evidence-based strategies to better connect its practice with the needs and priorities of a growing human population. By engaging with this module, through classroom, field and laboratory teaching, students will gain a greater appreciation how conservation happens in the real world and what conservation careers are available, which will set them ahead of their peers.

The aim of this module is driven by the global need to describe, value and prioritise biodiversity under threat and to understand the fundamental principles underpinning conservation strategies from protection, through to restoration and the central role that humans play. It will build on the principles introduced in the first year Ecology and Conservation module (BIO1434) and take them further by employing an interdisciplinary approach.

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BIO2463: Animal Behaviour

Why do birds of paradise engage in costly, colourful dancing displays? Why do some social insects spend their entire lives helping rear their siblings rather than breeding themselves? Why do Arctic tern fly from the Antarctic to the Arctic circle and back again on an annual basis? From killer whales to caterpillars, meerkats to micro-organisms, the variety of behaviours observed in the animal kingdom is fascinating and has captured the interest of biologists for centuries. This module will explore the evolutionary origins of the spectacular diversity of behaviour that we see in the natural world, the mechanisms by which animals regulate their behaviour, and how understanding both of these can help us tackle challenges in our changing world. Using a mixture of classroom, field and laboratory teaching, this module will expose you to cutting edge research in this exciting field.

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BIO2465: Wildlife Exploitation

'To exploit' means to make full use of and derive benefit from a resource. Humankind has exploited both the terrestrial and the marine realms for millennia for food, trade, travel, leisure, and has developed a variety of ways in which to extract resources to meet the growing needs of the global population. Exploitation has had negative environmental consequences and is one of the key drivers of biodiversity loss, affecting the delivery of the goods and services with which we have become accustomed. You will take a detailed look at particular issues regarding both extractive and non-extractive exploitation of resources and their associated impacts, which will put you in a stronger position to make informed arguments regarding the sustainable management of wildlife.

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BIO2466: GIS for Wildlife Mapping

This module will provide training in fundamental and applied principles of spatial data collection, analyses, management and interpretation. The module will provide training, ranging from simple approaches to present and analyse spatial data through to complex techniques for manipulating and mapping remote sensing and biologging data. The module coursework will involve you preparing a high-quality report with supporting oral presentations. The module will conclude with a GIS assessment, producing a high quality scientific report conducted as a piece of coursework; you will be supplied with data and instructions and expected to implement appropriate analyses and provide written material to support the adopted rationale and decision-making process.

You will learn from research-led examples delivered by academic staff working in the field of spatial ecology.

To provide a detailed understanding of the principles and techniques underlying the field of spatial ecology, with particular emphasis on mapping marine ecosystems. To train you in modern day techniques used in spatial analysis for GIS, including data collection using GPS, mapping of point, line, polygon and raster data, spatial interpolation and spatial statistics.

The skills you gain from the module are becoming increasingly essential for careers in the environmental sector. Transferable skills to other sectors include:

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BIO2467: Adaptations to Life on Earth

The world offers an astounding array of diverse habitat types from the dark, cold abyssal ocean depths to the mountain peaks of the Andes & Himalayas and from the frozen poles of the Arctic and Antarctic prairies and deserts and the dense rain forests of the tropics. These unique habitats can be an exceptionally challenging places to exist and understanding adaptations animals have evolved in response to the various challenges of life on earth is fundamental to zoology and ecology. During this module we will use case studies of particular habitats, and the species that found there, to consider the constraints on survival and reproduction and the morphological, physiological and behavioural adaptations that have been evolved to allow these animals to combat these constraints and thrive.

During practical sessions we will visit local specialised habitats to identify and compare adaptations between species.

Furthermore, you will be encouraged to use the coursework to develop your own interest in animal adaptations and enhance your transferable skills that will better equip you to apply the lessons you have learned to practical situations in the workplace.

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CGE2449: Green Consultants

DESCRIPTION

With a greater requirement than ever before to manage resources more efficiently and sustainably, the ability for organisations to perform effectively while reducing their environmental impact is fast becoming a critical capability. Acting as trainee consultants you will learn how to interact and consult with professionals, and how to influence the management of key resources such as waste and energy. You will help to introduce strategies to manage these resources more effectively, supporting organisations to operate more responsibly and positively contribute to broader environmental goals. The module reflects the interdisciplinary nature of research on the campus and is complimentary to a variety of other modules that focus on the environment more widely.

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CGE2457: Physical Ocean Processes

This module will provide core knowledge of the physical processes than govern our oceans. The module will describe and explain both the distribution of different water masses present in the oceans and the movement of water by phenomena such as tides, waves, ocean currents and turbulent mixing. The important role that these phenomena play in both the global climate system and ocean biogeochemistry will be highlighted. Instrumental platforms from which we make physical measurements in the ocean will also be introduced covering both traditional shipboard measurements and remote sensing techniques to state-of-the-art autonomous vehicles and acoustic mapping.

The module introduces physical concepts from a largely descriptive approach, with practical tank experiments/demonstrations to aid understanding and promote inquiry -led learning. The module also includes some computer-lab practical sessions in Matlab to learn how to access and analyse real oceanographic data, and a field trip to collect oceanographic data in the Fal. Regular problem sheets will be provided for students to work through to underpin and embed the concepts covered in the course.

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ECE2001: Oceans and Human Health

Around 80% of people live in close proximity to the sea globally. Coasts, seas and the global Ocean provide a wealth of ecosystem services, from dietary protein to recreation, but also pose many dangers, from flooding to harmful algal blooms. Our seas are under increasing threat from overexploitation, climate change and pollution. This has important direct and indirect consequences for human health and wellbeing now and in the future. You will examine the wellbeing, resilience, and sustainability of coastal human populations and ecosystems in the face of rapid global environmental change. You will cover a range of pressing marine environmental issues (e.g. plastic pollution, sea level rise and ocean acidification) integrating insights from fields as diverse as Geography, Biology, Social Sciences, Public Health and Medicine.

Delivered in Penryn, this module is part of the Medical Science Program. However, the module is highly interdisciplinary in focus, and is open to students enrolled in different programs, for example Marine Biology or Environmental Sciences.

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LES3002: Professional Placement

Increasingly, graduate positions request that applicants have work experience applicable to the role. This year long module will enable you to immerse yourself in a professional environment; you will learn to apply the skills learnt during the first and second years, improve personal and transferable skills, make new contacts and enhance employability. You will apply for a placement position with a relevant organisation (with the support of the module convenor) and spend a minimum of nine months full-time in the workplace. Feedback and support will be provided by the module convenor and the placement host.

This module will enable you to develop subject-specific and general professional skills. You will research suitable organisations, consider the opportunities that positions offer you and practice writing covering letters and CVs. This module offers an excellent opportunity for you to immerse yourself in an environment where you can develop subject-specific and general professional skills, gain a greater understanding of the use of your degree and ultimately improve your CV. You will gain feedback throughout the placement from the placement host and the module convenor, and you will be encouraged to reflect on your experiences during the placement to help you to make career decisions for the future. The module allows you to apply your learning during your degree to a real World setting.

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BIO3137: One Year Study Abroad

This module offers you the opportunity to spend one year studying abroad in one of the University of Exeter's international exchange partners. You will choose appropriate modules at your host university in agreement with your Study Abroad Tutor. These are likely to be biologically-based modules for which your host university has particular expertise, but you should also consider other non-biological subjects with wider cultural significance such as local history or literature. The host institution will provide assessments and these grades will be converted to Exeter grades on your return (study abroad year comprises 1/7 of your final degree results). The study year abroad will provide you with new and exciting cultural experiences and friends in addition to enhancing your learning experience.

You will have been admitted to the University specifically to study this module or made special arrangements with your Tutor to switch to it.

This module provides an alternative method of study to the standard degree programme. You can choose to study abroad at an institution with links to Biosciences, for your third year of a four year degree programme. The module aims to provide a different learning experience, ensuring the quality of education as offered at Exeter University, but providing the chance to experience learning in a different institution and interact with people from different cultural backgrounds to those at Exeter in a different environment.

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BIO3451: Research Project

Doing a genuinely original piece of scientific research is a crucial part of being trained as a scientist. In this module you will get hands on experience of participating in world-class scientific research, guided by professional researchers. You will learn how to design, plan and conduct a research project. Moreover, you will learn how to analyse the data you collect using state-of-the-art analysis techniques, and how to write up the study as a scientific paper.

This module hands research-led enquiry over to you, the student, and allows you to develop specialism in your research field. The module will expose you to some of the latest developments in the fields of animal behaviour, conservation biology, ecology, evolutionary biology, marine biology and zoology, and pave the way into a deeper understanding of evidence-based scientific enquiry. This module will also prepare you for life after graduation, by ensuring that you are aware of the different career paths available in the life sciences and allowing you to gain skills and experience to maximise your chance of securing graduate-level employment. In addition to developing scientific research skills, this module will help you develop and recognise transferable skills such as communication, project and time management, troubleshooting and teamwork, all highly desirable by future employers. You will also gain experience of applying for a graduate level position and receive feedback on your application.

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BIO3407: Literature Review in Evolution and Ecology

A good review paper is the 'go to' article about a particular topic, summarising our current understanding of a subject and offering suggestions for fruitful areas for future research. In this module you will have the opportunity to write a review article on a topic of your choice. You will be responsible for researching and writing your article, which will enhance your research skills and provide valuable experience of conducting independent research. This module will also allow you to develop considerable expertise in animal behaviour, conservation, ecology, evolution or zoology.

You may only take this module if you are unable to take a level 6 field course module.

This module aims to provide you with an opportunity to prepare a dissertation on a research topic of modern interest and relevance to animal behaviour, conservation, ecology, evolution or zoology. You will develop your skills in reviewing the literature relevant to your chosen topic, and in writing a scientific report. In choosing your review essay topic you will discuss contemporary research with your chosen primary supervisor, and will be summarising cutting-edge research.

The essay you will write involves independently researching a particular topic in order to summarise and synthesise information. Being able to write clearly, effectively and succinctly is a very important skill in a number of fields of employment.

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BIO3430: Tropical Biodiversity and Conservation: Costa Rica Field Course

Costa Rica has the highest density of biodiversity of any country in the world and is renowned for its highly progressive conservation and environmental policies with over 27% of its landmass within dedicated protected areas. A typical Costa Rica field course will introduce you to a range of tropical forest habitats from the humid and pre-montane forests (i.e., La Selva) to the Cloud, Atlantic and Pacific slope forests (i.e., Monteverde) before culminating in a visit to the Pacific coastal region (i.e., Osa Peninsula). Central to the field course will be your deep engagement in these ecosystems to gain an understanding of tropical biodiversity and how to conserve it. You will gain first-hand experience of the methods used to study the flora and fauna in such challenging environments through a series of practical sessions, discussions and seminars from a variety of personnel including faculty, professional researchers, local experts, stakeholders and prominent experts from in-country conservation NGOs. You will then have the opportunity to implement all you have learned and conduct your own group research projects on an aspect of ecology or animal behaviour allowing you to acquire some of the essential field skills and experience needed to help you pursue a career in tropical conservation and ecology.

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BIO3440: Global Research Skills Virtual Field Course

The Global Research Skills Virtual Field Course showcases the locations visited by the Centre for Ecology and Conservation (CEC) for teaching and research. It is an online module that will introduce you to a wide range of examples that have been designed to convey ecological research skills in an online environment . Organised by skill type, there are examples of behavioural observation, image analysis, distance sampling and biodiversity surveys. Activities include introductory videos, supporting literature and links to resources and datasets that are hosted on the 'FieldSite' platform. There are introductions to each location, videos that guide you through the activity, quizzes to test your knowledge and digital resources to gather your datasets from. Each activity teaches field skills that are directly aligned with ecological research you can embark on locally to develop a research project with the same theme that links to your particular field of interest.

This module aims to develop your ecological field skills and demonstrate how to apply them to answer specific questions in evolutionary, behavioural and conservation and marine ecology. The survey methods we use apply to various taxonomic groups in a range of habitats. During the field course you will learn how to apply those skills learnt to answer your own research questions.

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BIO3444: Ecology, Behaviour and Conservation in Wild Places: The Forests and Oceans of Yukon and Alaska

The Yukon Territory and Alaska are home to some of the largest remaining wilderness areas in the world, amazing wildlife spectacles, and have yielded major research breakthroughs in our understanding of ecology and evolution. In this field course we will explore wilderness habitats starting from the boreal forests, lakes, and taiga of Kluane Lake, through the alpine tundra and icefields of the St Elias mountain range, the coastal rainforest of southern Alaska, culminating in Sitka at the rocky shore and kelp forest of the Pacific ocean. You will study how these ecosystems formed and how they function. Along the way we shall try to spot moose, beaver, grey wolves, Canadian lynx, wolverine, pine marten, ptarmigan, Dall sheep, bald eagles, sea otters, humpback whales, and grizzly and black bears feasting on the migrating salmon. You will encounter key study systems including the coupled population dynamics of lynx and snowshoe hare, the behavioural ecology of Kluane red squirrels, and mountain habitats as indicators of climate change. You will develop your own research skills by undertaking field studies in terrestrial, freshwater, and marine environments, and byundertaking field-based research . Professional researchers, local experts, stakeholders and conservation NGOs will discuss with you the complexities of conserving wilderness given the conflicting interests of foresters, first nations people, trappers and hunters, the mining sector, fisheries, aquaculture, and oil companies. Studying a wealth of habitats at first hand offers the opportunity to gain essential skills for a career in conservation, evolutionary biology, or ecology.

To address the climate emergency and potential impact of this module we will aim for this field course to be carbon neutral. We aim to use low emission transport wherever possible for internal travel, and encourage students to consider how they will manage their carbon impact over-and-above carbon offsetting. Students will also be encouraged to avoid single use plastics and other avoidable impacts on the local environment and engage in sustainable practices throughout.

When participating in field courses, you will be required to cover any visa costs and, if necessary, purchase anti-malarial medication and relevant immunisations. You will also need to provide your own specialist personal equipment appropriate to the field course destination, eg. walking boots, rucksack, mosquito net, sleeping bag, binoculars. Details of specialist equipment, vaccinations and visas that you must supply at your own expense are provided at http://vle.exeter.ac.uk/course/view.php?id=6569 .

This module aims to develop your scientific knowledge and understanding of the ecology, evolution, and conservation of whole ecosystems. We will cover:

• The ecological, evolutionary, and environmental processes that have formed the forests, lake, taiga, alpine tundra, coastal temperate rainforest, rocky shore and open water marine ecosystems we encounter.
• The techniques used to study wildlife in terrestrial, freshwater, and marine wilderness environments.
• The complexity of real-world conservation in the planet's last remaining wildernesses, including adaptation to climate change.
• Group research projects on an aspect of population and community ecology, conservation, or animal behaviour.
• Communicating science to a wide audience.

Notes:

• Due to the fact that this is a field-based unit in difficult environments sometimes far from regular medical facilities it may present a challenge for students with impaired physical abilities or medical conditions. Such students wishing to choose this module should first read the accessibility statement on the module's ELE page, and if they have concern seek advice from the module co-ordinator.
• Anyone choosing this module will need a reasonable level of fitness in order to be able to undertake the expedition.

The skills you gain from fieldwork in wilderness environments, teamwork, working with unfamiliar biodiversity, and working around the clock, will all stand you in good stead for careers in the environmental sector. Transferable skills to other sectors include:

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BIO3449: Marine Ecology and Evolutionary Conservation in Corsica

Home to over 17,000 marine species, the Mediterranean Sea is renowned for its extraordinary biodiversity, high levels of endemism, and unique ecological conditions shaped by its semi-enclosed waters of elevated salinity. Within it, the island of Corsica is particularly well-preserved, boasting a diversity of marine habitats like seagrass meadows, coral reefs, rocky coastlines, and deep-sea features. Corsica’s pristine habitats, limited industrial pollution, and protected areas, such as the Scandola Nature Reserve and Pelagos, make it a living laboratory for studying marine biodiversity and ecosystem dynamics, as well as the impacts of anthropogenic change on the Mediterranean Sea. The island's focus on sustainable practices also provides insights into balancing human activity with environmental conservation, making it a vital location for research and ecological preservation efforts.

Our field course to Corsica will allow you to:

• Practice marine field methods by conducting observations in the water (inshore & deeper water snorkelling), from boats, and on land, as well as trialling deep sea sampling techniques.
• Experiment with key laboratory tools and instruments used to measure marine ecosystems in situ and on land, including its currents, chemistry, and planctonology.
• Appreciate the value of evolutionary ecology approaches in successful conservation designs.
• Recognise how ecological conditions give rise to morphological and behavioural adaptations, as well as shape community composition.
• See how anthropogenic disturbance impacts marine ecosystems, and how crucial habitats can be restored through strategic conservation efforts.
• Understand how sustainable aquaculture practices can be implemented to help meet the growing demand for seafood while minimising environmental impacts.
• Pursue your own exciting research questions as part of group-generated projects.

Key skills: identification and observation; implementation of scientific method; data-collection; sampling and measurements; laboratory methods; becoming a team player.

The Marine Field Course in Corsica is an immersive, hands-on module that will provide unparalleled opportunities to observe, study, and analyse marine ecosystems directly in the field, thereby fostering a deep understanding of the interactions between species and their environments, as well as the impact of human activities on marine biodiversity. The key aims of this module are to show the interplay between natural and human-driven challenges in marine environments and provide students with practical experience in the application of ecological and evolutionary principles to conservation. Key learning activities will include the study of threats to seagrass ecosystems and restoration efforts, sustainable aquaculture practices, deep-sea sampling techniques, and the monitoring of endangered marine species.

The key concepts covered, and models systems used include:

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BIO3450: Oceans and Coasts of the Azores Field Course

This field course has been designed to complement the taught components of years one and two, expose you to a fantastic array of marine life and give you first-hand experience of research in the pelagic regions of the Atlantic. The Azores are an under-explored marine paradise that were formed by volcanic activity along the Mid Atlantic Ridge as recently as 250,000 years ago (Pico Island). Their location, 1000 miles off the coast of Portugal, mean they are a magnet for migrating and pelagic species alike and home to many charismatic resident ones. Amazingly, 27 species of cetacean including 5 species of dolphin, large aggregations of sperm whales and the largest mammal in the world, the blue whale, are all visitors to the Azores.

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BIO3452: Ecology, behaviour and human-wildlife conflict in Northern Spain field course

Northern Spain is a fabulously diverse region both geographically and biologically. The rugged coast has rocky and soft sediment shores, with a string of major estuaries fed by rivers flowing from the Cantabrian mountain range. The mountains include numerous peaks of over 2000 metres and form an escarpment to the central Iberian plain, which can be reached in a few hours’ drive. Bears, otters, chamois and numerous birds of prey can be reliably encountered and the ferry journey from Plymouth provides unique opportunities for surveys of pelagic marine species including great whales.

We have developed this course with the specific aim of having a low carbon footprint at the same time as exploring a unique range of marine and terrestrial environments. We will travel by public transport to Plymouth, and the ferry to Santander is of a modern type which emits less than 1/3 of the CO2 of the equivalent flight and less than travelling to Spain by train. We will arrive very close to where we will begin the course and road travel in multiple-occupancy mini-buses will be <100km per day. We will avoid mammal-based protein sources as much as possible. Students will also be encouraged to avoid single use plastics and other avoidable impacts on the local environment and engage in sustainable practices throughout.

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