BSc (Hons) Marine Biology with Foundation Year Bachelor's degree at the University of Salford

Mathematical methods and practise using Information Technology for effective the presentation and communication of data and ideas.

This module will provide students with a structured and supportive environment in which to develop their academic practice and professionalism. This will be achieved through a series of lectures and tutor-led seminars that will equip students with the skills required for successful study in Higher Education.

Evaluate a range of environmental and scientific factors that interact to influence health – e.g. pollution, nutrition, drug development and consider examples of environmental interventions and clinical trials.

The Environmental Conservation module provides fundamental introductions to ecology, sustainability, environmental management, ecosystem functions and ecosystem services. It also teaches practical approaches to sustainable resource development, conservation techniques and priorities in habitat and wildlife management. Thirdly, it provides essential skills in literature review and report writing that are extremely useful for a career in the environmental sciences.

This module will equip you with knowledge of marine ecosystems and marine organisms. A comprehensive series of lecture sessions, delivered by marine biologists and an invited seminar speaker, will present an overview of the biodiversity of marine organisms, their evolution, behaviours, intra- and inter-specific interactions and adaptations to their environments. The module provides the you with the opportunity to work under lab conditions to recognise morphological adaptations to different envir

This module will give an overview of the world's major biomes and, using case studies from around the globe, will explore the principal factors that drive the distribution of species and communities and the way wildlife adapts to these factors. Moreover, the module will provide you with a sound understanding of how the application of biogeographic principles can aid conservation planning.

Life arose on Earth at least 3.5 billion years ago. Today, Earth hosts an extraordinary diversity of organisms, with recent study estimating that there are between 2 and 20 million eukaryote species alive today (the vast majority of which have still not been identified and described by scientists). However, this is a small fraction of all the species that have ever lived, >99.9% of which are extinct. This module will give you an overview of this remarkable biodiversity, focusing on the major gro

In the first trimester, this module provides a systems-led approach to understand basic concepts of genetics. In the second trimester, this approach is extended to understand basic concepts of ecosystems.

This module will help you develop practical laboratory skills employed in biological laboratory practice and relevant to cell, organismal, micro and molecular biology, which will form a basis for competence in biological and biochemical experimental work.

In this module you will learn by observation, investigation, comparison and engagement and will develop practical learning and presentation methods which can be applied generically during year one and beyond. You will also gain an appreciation of Personal Development Planning and effective data handling, calculation and numerical skills.

In this module you will learn about the challenges faced by the marine ecosystems and marine organisms. The module provides you with the opportunity to engage in actual data collection and data analysis during a residential course (compulsory to the module). You will also look at contemporary environmental issues in marine biology. The module encourages you to adopt an investigative approach to ecological studies.

This module provides an overview of how diversity in the animal kingdom has evolved. It also illustrates the basic principles of evolution as a force to create biodiversity.

This module will introduce you to the modern concepts of conservation biology at the level of species and populations, the existing tensions between theory and practice in species conservation planning, and an overview of the interdisciplinary toolbox used by conservation biologists (for example IT packages and DNA fingerprints). You will also be given the chance to design an appropriate conservation programme for a species or population, including the projection of future survival under varying

This module will engage you in some of the most challenging marine management problems currently faced as well as highlighting the complexity and controversy around the way we use the sea. You will grapple the uncomfortable realities of the trade-off faced by marine managers and policy developers, moving beyond that traditional ecological issues to consider socio-economics, governance and representation, power, equality, and ethics. The module will encourage you to consider multiple perspectives

The aim of this module is to show you how to learn by observation, investigation, comparison and engagement and to develop your practical learning and presentation methods which can be applied generically during the rest of the course and beyond.

The aim of this module is to develop the skills of students in data handling, data analysis and quantitative methods across a broad area within the Biological Sciences, with relevance for transferrable workplace skills and future employability. There will be a focus on developing skills with the statistical programming language R, which is becoming an industry standard and skill often sought by employers.

This module will give you a broad understanding of the world's fisheries, their usefulness, their drivers, their controversies; and the ability to assess the conflicts of interests among stakeholders.

This module will equip you with knowledge and skills of cutting-edge biotechnologies applied to the marine ecosystem. This module provides you with the opportunity to engage in bioinformatic data analysis during computer-based sessions.

This module aims to enable you to gain a knowledge and critical understanding of the biology and ecology of freshwater systems relevant to the water industry and related organisations which regulate and control pollution of the aquatic environment. It also provides you with the necessary skills and techniques to undertake biological and chemical evaluation of water quality ecology, fish population and condition to apply these in novel situations to generate data for interpretation. In particular

This dissertation module allows you to develop independent, experimental, investigative and analytical research skills as you conduct a substantial research project based around a specific aspect/topic in your relevant bioscience discipline area.

This dissertation module allows you to develop independent research skills, including data analysis, while conducting research on a topic in an area relevant to your programme of study. You will learn about science communication and the variety of methods in which science can be disseminated and communicated, and then put these methods into practice. You will also develop your professional skills, with a focus on employability.

This module is to develop your geographical information systems (GIS) knowledge and ability to use the ArcGIS software and understand the factors controlling the design and implementation of GIS solutions to map, monitor and model terrestrial environments. You will learn the theory behind GIS as well as how GIS can be applied to Wildlife Conservation. You will gain hands on experience of using GIS on a species of your choice and determine how GIS can inform conservation decision making.

The aims of this module are to provide students with the opportunity to gain a critical understanding and experience of underwater surveying techniques in a field setting. In addition students will receive a structured series of lectures to provide an appreciation of the different diving techniques and how to critically analyse marine underwater data.

In today's current climate, it is important to understand the underlying scientific principles of how the changing climate has an effect on the natural world, urban environments and society. This module will give you this knowledge, and the confidence to analyse the implications of change on biodiversity, ecosystems and society, whilst identifying the adaptations and mitigation options that are available. You will also learn how to explore the viability of these options and gain the skills to ef