イベント
Information about the UK-IODP student conference, including an on-line registration form is available at:
http://www.nerc.ac.uk/research/programmes/ukiodp/events/120909/
The closing date for registration: 27th June 2012
Attendees expenses will be covered by UK-IODP
Diamond drilling and coring, plus downhole logging and experiments, will be planned to address scientific objectives related to (from low temperature to high temperature):
ongoing weathering: serpentinization, carbonate formation, oxidation
ongoing deformation: volume change, fracture processes
hydrology in fractured, altered ophiolite lithologies
sub-surface biosphere in peridotite and mafic lithologies
abiotic hydrocarbon synthesis during water-rock reaction
hydrothermal alteration during ophiolite genesis and emplacement
Diamond drilling and coring, plus downhole logging and experiments, will be planned to address scientific objectives related to (from low temperature to high temperature):
ongoing weathering: serpentinization, carbonate formation, oxidation
ongoing deformation: volume change, fracture processes
hydrology in fractured, altered ophiolite lithologies
sub-surface biosphere in peridotite and mafic lithologies
abiotic hydrocarbon synthesis during water-rock reaction
hydrothermal alteration during ophiolite genesis and emplacement
Diamond drilling and coring, plus downhole logging and experiments, will be planned to address scientific objectives related to (from low temperature to high temperature):
ongoing weathering: serpentinization, carbonate formation, oxidation
ongoing deformation: volume change, fracture processes
hydrology in fractured, altered ophiolite lithologies
sub-surface biosphere in peridotite and mafic lithologies
abiotic hydrocarbon synthesis during water-rock reaction
hydrothermal alteration during ophiolite genesis and emplacement
Diamond drilling and coring, plus downhole logging and experiments, will be planned to address scientific objectives related to (from low temperature to high temperature):
ongoing weathering: serpentinization, carbonate formation, oxidation
ongoing deformation: volume change, fracture processes
hydrology in fractured, altered ophiolite lithologies
sub-surface biosphere in peridotite and mafic lithologies
abiotic hydrocarbon synthesis during water-rock reaction
hydrothermal alteration during ophiolite genesis and emplacement
Diamond drilling and coring, plus downhole logging and experiments, will be planned to address scientific objectives related to (from low temperature to high temperature):
ongoing weathering: serpentinization, carbonate formation, oxidation
ongoing deformation: volume change, fracture processes
hydrology in fractured, altered ophiolite lithologies
sub-surface biosphere in peridotite and mafic lithologies
abiotic hydrocarbon synthesis during water-rock reaction
hydrothermal alteration during ophiolite genesis and emplacement