This degree will help you understand and consider responses to urgent environmental challenges, including climate change, globalisation, development, biodiversity loss, migration and urbanisation. It takes a holistic approach, combining geography and environmental science. You'll discover the complexities of our relationship with the natural environment. Explore topics like deforestation, sustainable water-resource management, pollution control, conservation and governance. Examine the consequences and implications of environmental change for sustainability. You'll also learn about the social and natural processes and interactions operating in different environments.
Our integrated masters degree combines undergraduate and postgraduate study, taking an interdisciplinary approach to understanding, managing and protecting the world we live in. Gain a deeper understanding of the natural environment, and learn to ------ environmental challenges and propose solutions. Acquire the scientific knowledge and technical skills needed to address global environmental challenges such as climate change, energy, sustainability, and biodiversity loss. You'll study a range of subjects including, conservation, ecology, ecosystems, environmental management and renewable energy. You'll also learn about the socio-economic, political and ethical issues integral to these areas. In addition, you'll gain communication, project management, and research skills, as well as technical skills in areas such as remote sensing and climate modelling.
This degree explores the multiple disciplines needed to understand, manage and protect the world we live in. Learn to assess environmental problems, propose solutions, and gain a comprehensive understanding of the natural environment. You'll study topics, including conservation, ecology, ecosystems, environmental management and renewable energy. Develop your scientific and technical knowledge and skills, and learn how to apply them to environmental challenges like climate change, biodiversity loss, and sustainability. As a valued environmental science graduate, you'll be able to pursue a career in a diverse range of fields.
Climate change, biodiversity loss and resource depletion are just some of the environmental issues that are posing challenges to people and ecosystems across the planet. This interdisciplinary diploma combines the social and natural sciences to provide you with knowledge of the societal (social, political, economic, cultural and ethical) and the biophysical (geological, physical, ecological) dimensions of such issues. You'll also gain an understanding of why recognising the connections between these different dimensions is so important if the environmental challenges we face are to be effectively addressed.
This innovative module explores the causes and consequences of a range of environmental problems and the main policies that have been formulated to address them. They include climate change, ozone depletion, deforestation, loss of biodiversity and unsustainable development. You'll learn how political divisions, inequalities and contentions over values and knowledge can hinder political responses to environmental problems. The module concludes by examining some of the policy options that might lead to a 'green future'. You'll find this module ideal if you wish to develop a policy-relevant understanding of international problems for career development or personal interest.
Our world is changing fast ? we are experiencing pressure from climate change, growing demands for finite resources, biodiversity loss and the extinction of many plants and animals. introduces you to subjects from the natural sciences, social sciences and technology to develop your understanding of environmental issues and sustainability concerns. It shows how people are seeking positive solutions to environmental challenges where you live, in the Arctic, Africa, the Amazon and China. You do not need any prior environmental knowledge to study this key introductory OU level 1 module, just an interest in the future of our planet.
This interdisciplinary module will equip you to take an active part in sustainability debates. It will provide a guide to the mass of information currently available on key environmental issues, including conservation of biodiversity, adaptation to climate change and long-term food security. It will encourage you to look at these issues from multiple perspectives and to take a holistic view of environmental systems, including how we value them. An investigation strand will run throughout the module, in which you'll look at an aspect of your local environment or consumption behaviour to evaluate the possibilities of future response to change.
Ann Grand, Lecturer in Astrobiology Education, interviews Shonil Bhagwat, Professor of Environment and Development, on the intersections between his work on environment and international development and astrobiology.
Global biodiversity is in decline and the spotlight is on all of us to act to help monitor and protect the variety of ecosystems to reduce deterioration. This loss affects ecosystems, species and habitats on which all life on earth depends. What can and should we be doing to help sustain nature?
‘You are what you eat’, goes the old adage, but what you eat also has an impact on the environment.
This free course, Eating for the environment, will explore the links between food, nutrition and environmental sustainability. It will start by exploring the diversity on your dinner plate and encourage you to reflect on it in relation to dietary choices and preferences of people around the world. It will explore the connections between food, culture and traditions, and the challenges in providing healthy and nutritious food to the world’s growing population. The course will examine innovative approaches to food that also help environmental sustainability.
This free course, Citizen science and global biodiversity, deals with the importance of biodiversity and explores how anyone can contribute to and be involved in identifying and recording wildlife, as a citizen scientist. It looks at what citizen science is, and how citizen science facilitates public involvement in scientific research activities as individuals learn and build skills.
Traditional biological keys are introduced and online recording is demonstrated using citizen science techniques and practical activities using the www.iSpotnature.org platform. The course goes on to demonstrate how, once a species is identified, web resources can be used to research its ecology. The role of citizen science is illustrated through a number of case studies from across the world. Finally, the course concludes by exploring the impact citizen scientists are having on recording biodiversity around the globe.