| Article ID | Journal | Published Year | Pages | File Type | 
|---|---|---|---|---|
| 8906881 | Earth and Planetary Science Letters | 2018 | 11 Pages | 
Abstract
												We then extract temporal information from our crystals using Fe-Mg interdiffusion modelling, and combine it with the composition and zonation data. The concept of Crystal Rain is applied, and resolves two thin (metres) sills which are staggered in time and depth, and exhibit different inflation rates. Since the approach of integrating crystal chronology within a causative physical framework may be applied to entire volcanic successions, it has potential to yield valuable insights to past, and by inference future, magmatic and volcanic behaviours by deterministic means.
											Related Topics
												
													Physical Sciences and Engineering
													Earth and Planetary Sciences
													Earth and Planetary Sciences (General)
												
											Authors
												Matthew J. Pankhurst, Daniel J. Morgan, Thor Thordarson, Sue C. Loughlin, 
											