GEOG10401
Environmental Processes and Change: The Global System
10
Semester 1
Undergraduate
Level 1
Christopher Darvill
Unit coordinator
1
FHEQ level (Framework for Higher Education Qualifications) ' First part HE study/Bachelors '
European Credit Transfer & Accumulation System Rating : 5.0
<p> <br/>What caused the ice ages? How can long-term tectonic processes change the global climate? Why should we think about river basin processes at the global scale? How does vegetation influence climate? Has the Earth ever been in a Snowball state? What role do volcanoes play in the climate system? Why are these questions important? These are just some of the questions that we will consider in this course. GEOG 10401 presents a global perspective on physical geography and examines key interactions between the atmosphere, lithosphere, biosphere, hydrosphere and cryosphere. We will ask big questions and consider big ideas. </p>
<p> <br/>What caused the ice ages? How can long-term tectonic processes change the global climate? Why should we think about river basin processes at the global scale? How does vegetation influence climate? Has the Earth ever been in a Snowball state? What role do volcanoes play in the climate system? Why are these questions important? These are just some of the questions that we will consider in this course. GEOG 10401 presents a global perspective on physical geography and examines key interactions between the atmosphere, lithosphere, biosphere, hydrosphere and cryosphere. We will ask big questions and consider big ideas. </p>
<ul><li>Consider a global physical geography and key interactions between the atmosphere, lithosphere, biosphere,hydrosphere and cryosphere</li><li>Develop an understanding of environmental proceses and change at the global scale</li><li>Ask big questions and tackle big ideas in physical geography</li><li>Explore the drivers of global environmental change over a range of timescales<br/> </li></ul>
<ul><li>Demonstrate a basic understanding of the composition and functioning of the atmosphere, lithosphere, biosphere and hydrosphere and the key interactions between them</li><li>Demonstrate an appreciation of the processes involved in the transfer of energy and materials (e.g. water and sediment) at the global scale and how these change over time</li><li>Understand the global geography of a range of physical and biological phenomena including atmospheric circulation, weathering processes, runoff and sediment transport and biodiversity</li><li>Demonstrate an appreciation of the key drivers of long-term global environmental change including the greenhouse effect and the cases of ice ages<br/> </li></ul>
<ul><li>An understanding of the key factors that drive change in climate, ecological and landscape systems.</li><li>An ability to shift scales from local to global and to conceptualise the big picture<br/> </li></ul>
<p>Critical thinking and reasoning<br/> </p>
<p>Syllabus (indicative curriculum content):<br/>The Earth System<br/>Global climate system<br/>Volcanoes and climate<br/>Weathering and material fluxes<br/>Global hydrology and river loads<br/>Biomes, climate and feedback<br/>Global biodiversity<br/>Cryosphere and snowball earth<br/>The ice age<br/> </p>
<p>The course is delivered via weekly 2-hour online classes. Introductory context, lecture notes, suggested readings and electronic resources will be provided for each of these topics (via the VLE) over the course of the semester to consolidate your learning and help you to make links between the key themes.</p>
0
Other
100%
<p><strong>Formative Assessment Task </strong> <strong>How and when feedback is provided</strong></p><p>The exam will be discussed in GEOG12011 Verbal feedback in discussion with<br/>Tutorials. In Week 12 there will be staff and tutors.<br/>revision/review with opportunity to discuss<br/>practice answers.<br/> </p><p><br/><strong>Assessment task Length How and when feedback is provided Weighting</strong><br/><br/>End of semester exam 2 hours Written response of the exam. 100%<br/>Including short answer Discussion with Academic Advisor.<br/>questions, and one essay <br/>style question<br/> </p>
Y
<p>Key papers (journal articles and book chapters) to support the lectures will be recommended each week and links to these will be placed on the VLE pages for this course. The recommended reading is an essential component of this course – it will help you to understand the material presented in the lectures. You need to read widely to do well in the examination.</p>
Lectures
20
0
80
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