An Introduction to Physical Geography and the Environment notes (4th edition)

*All profits donated to the Black Lives Matter Movement.* Summaries of texts: Smith, (2012) 'Weathering', Chapter 7 in Holden, 'An Introduction to physical geography and the Environment', Goudie et al, (2012) 'Weathering and the global carbon cycle: geomorphological perspectives', Earth-science reviews, 113, 59-71

*All profits donated to the Black Lives Matter Movement.* Summaries of texts: Holden (2012) 'An introduction to physical geography and the environment', Glacial geological processes and glacial sediments', pp. 487-499 'Magnitude - frequency concepts in physical geography', pp. 22 Knight & Harrison, (2013) 'The impacts of climate change on terrestrial Earth surface systems', Nature Climate Change, 3, pp. 24-29

*All profits donated to the Black Lives Matter Movement.* Lecture 11 - Unstable landscape - slope processes and dynamics Topics covered: courses/catalysts of soil erosion, predictions for the Mediterranean Recommended Reading included (some available to download in this module) Lecture 12 - The Cryosphere - glacial systems and processes Topics covered: terminology, glacial formation, accumulation zone Recommended reading available at Lecture 12 continued

*All profits donated to the Black Lives Matter Movement.* Lecture 14 - River System - hydrological systems and their operations Topics covered: magnitude and frequency, morphological river types, river activity calculations Recommended reading included (some available for download on this module) Lecture 15 - River systems - human and climate impacts Topics covered: terminology, the impact of agriculture and landscape clearance Recommended reading available on Lecture 15 continued & Lecture 16

*All profits donated to the Black Lives Matter Movement.* Lecture Summary of the key concepts of surface and slope processes and dynamics within the geosphere. Includes suggested reading (which you can also download in this module).

*All profits donated to the Black Lives Matter Movement.* Lecture summary on river systems. This is an introduction to the topic covering hydrological systems and their operations as well as human and climate impacts. Recommended reading provided (also available to download in the module)