modules

Earth Scientists often interpret evidence in the geological record using processes that are observed on the present Earth. However, this Principle of Uniformitarianism cannot always be applied to the very early Earth, which may be better understood by consideration of other planets. This module uses a variety of strands of chemical, mathematical and geological evidence to examine more than 4.5 billion years of Earth history, from before the establishment of the dynamic processes that currently rework our planet to the anthropogenic controls on Earth evolution. The course will place the evolution of the Earth in the context of this and other solar systems, and consider the nature of other planets and their planetary processes and atmospheres. The Evolution of the Earth and Planetary Systems module enables you to conceptualise the scales and rates of change on our life-sustaining planet, and to develop view-points and research strategies. It pulls together scientific literature with current affairs to examine the implications for future environmental and societal change.

You will find the course difficult unless you have attended the first level geology module, and the second level igneous and metamorphic module, which are formal prerequisites. It is advantageous to have also completed the second level sedimentology module, though not a formal requirement. This module is not recommended for interdisciplinary pathways unless the prerequisite modules have been studied. There is a strong focus on critical thinking, problem solving and communication skills. The module is suitable for students interested in the subject areas of ancient planetary history or planetary change (and the Anthropocene), in geoscientific research of any kind, and communication of science in the media or relating to current affairs.

_{Please note that all modules are subject to change, please get in touch if you have any questions about this module.}