可选的三明治年份，可选的国外年份。莱斯特的地质学提供了一个友好，动态和相互支持的环境，您可以在该环境中从位于其领域最前沿的地球科学家那里了解我们星球的演变。我们的教学以我们的研究为主导，您将由因其在古生物学，经济地质，火山学，结构地质，地球物理学和古环境等领域的专业知识而享誉国际的工作人员教书。由于第一年我们所有的学位课程都包含通用模块，因此您可以在课程之间进行转学，因为您会发现地球科学的哪些方面对您有最大的启发，并且最适合您的特定兴趣和职业志向。我们以出色的师生关系而感到自豪，并拥有很高的学生满意度，这
Palaeontology addresses how the origin and evolution of life is intricately linked with the geological history of the Earth. Through the fossil record you will explore topics such as evolutionary diversity, exceptional preservation and palaeoclimates. We will cover key groups of invertebrate fossils, vertebrate fossils and microfossils, investigating major concepts such as the origin of life, patterns of evolution and extinction, the importance of exceptional fossil assemblages, and the relationship between ecology and evolution. You will also learn about the geological context in which fossils occur. This includes the environments where fossils became preserved, the age of the rocks that contain them, and biases resulting from geological processes. Furthermore, fossils provide crucial information for understanding current changes in ecosystems and the climate. The first-year modules will lay the foundations in palaeontology and across the breadth of the geosciences, and include a field-trip to the beautiful Isle of Arran in Scotland. Also, by choosing the Geology with Palaeontology degree when you apply, you will be assigned to a personal tutor who is a specialist in the field. In the second year, you will develop your skills and understanding across the geosciences, and start to specialise through a bespoke palaeontology module on major events in the history of life, and by choosing a palaeontological focus for your independent fieldwork. In the third year, you will develop specialist expertise through modules on vertebrates and microfossils, plus a dissertation on a palaeontological topic of your choice, and a specialist field trip. Your knowledge of palaeontology will also complement other modules including second-year climate change and the third-year optional module on stable isotopes.