Carbonaceous Material Associated With Apatite on Earth and Mars - Implications for the Origin of Life.

Colleage of Science. NTU

Lectures

[Lectures] Unveiling Site Effects in P Waves through CEM2 'Joint Inversion Method', applied to the Tohoku area, Japan
[Lectures] Geochemistry and geochronology of travertine
[Lectures] Science behind Fukushima Daiichi: Cesium-rich microparticles as a window into the reactor
[Lectures] Toward Environmental Sustainability under Global Climate Changes: Geo-Analytical Perspectives
[Lectures] The hydroclimatic responses of Mainland Southeast Asia to events in high northern latitudes
[Lectures] The hydroclimatic responses of Mainland Southeast Asia to events in high northern latitudes
[Lectures] Evolution and development of the South Asian Monsoon during the middle Miocene
[Lectures] CO2 geological sequestration and detection of potential leakage: observations from an engineered surface CO2 leakage experiment
[Lectures] How Hydrology Shapes Mountains and Dries Deserts: Implications under Climate Change
[Lectures] The deep weathering structure below the north- and south-facing ridge-valley systems in North California

Friday, 26 April 2013 22:32

Carbonaceous Material Associated With Apatite on Earth and Mars - Implications for the Origin of Life.

Faculty Candidate Talk

Speaker:
Dr. Dominic Papineau
Assistant Professor, Department of Earth and Environmental Sciences, Boston College

Title:
Carbonaceous Material Associated With Apatite on Earth and Mars - Implications for the Origin of Life. (in English)

Time: 2:00 p.m. - 3:00 p.m., Tuesday, Apr 2th, 2013
Location: Room 213, Department of Geosciences

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