Earth Sciences
- Author: Vários
- Narrator: Vários
- Publisher: Podcast
- Duration: 4:36:26
- More information
Informações:
Synopsis
Podcasts from the department of Earth Sciences.
Episodes
-
Building Earth-like Planets: from gas and dust to ocean worlds.
06/11/2013 Duration: 50minThe first Lobanov-Rostovsky Lecture in Planetary Geology delivered by Professor Linda T. Elkins-Tanton.
-
The Chelyabinsk Meteor
16/04/2013 Duration: 14minIn this talk Dr Ken Amor talks about the Chelyabinsk meteor, which entered Earths atmosphere over Russia on the 15th of February 2013.
-
Large Meteorite Impacts on Earth
30/01/2013 Duration: 12minKen Amor looks at the science of large meteorite impacts on Earth.
-
Ironing The Ocean - exploring the ocean iron and carbon cycles aboard the RRS discovery in the south atlantic
01/06/2011 Duration: 45minGideon Henderson, Professor of Earth Sciences and fellow of University College, gives a talk on his research on iron content in the atlantic ocean and its necessity for life in the ocean.
-
Rocking the Cradle...6,000 Years of Geological Impact in Greece
25/10/2010 Duration: 59minFrom the 2010 Alumni Weekend. Phillip England talks about the history of Greece through its many earthquakes and seismic activity over the last 6000 years and shows how these events shaped the ancient world's history.
-
The Tipping Point: Climate Change
26/08/2009 Duration: 42minProfessor Gideon Henderson and Dr Ros Rickaby from the Department of Earth Sciences talk about some of the key issues surrounding climate change today.
-
Reflections on the environment and science at Oxford
12/09/2008 Duration: 15minProf Alex Halliday discusses the role of isotope geoscience in understanding present day environmental issues. He also reflects on studying science at Oxford. Geoscience and the environment. Studying science at Oxford.
-
An introduction to Geoscience
12/09/2008 Duration: 35minUsing Isotope geochemistry to understand the origins of planets and the present day natural behaviour of the Earth. Isotope geochemistry - utilising mass spectrometry to measure small natural variations in atomic abundance.