Beschreibung
The Hawai'i Scientific Drilling Project (HSDP) has completed its first phase of core drilling into the Mauna Kea Volcano at a depth of 3,109 m in September 1999. These are the deepest core samples obtained from any Hawai'ian volcano and the suite of rock samples recovered may be the longest continuous stratigraphic record from any ocean island volcano.
The primary scientific objective of the HSDP is to gain a better understanding of the geochemical and geophysical processes within mantle plumes forming "midplate" volcanoes such as Hawai'i, the Galapagos, and the Yellowstone volcanic system.
Zugehörige DFG Projekte
Formation of submarine basalts
Eintrag von gelöstem Fe in das Oberflächenwasser von Ozeanen - quantitative Ansätze von der ICDP-Bohrung Hawaii durch Untersuchung des grenzflächengesteuerten Fe-Transfers aus vulkanischen Gesteinen des tieferen Untergrundes
Alterationsmechanismen von basaltischen und rhyolitischen Gläsern unter Berücksichtigung derLösungschemie und passivierender Eigenschaften von Palagonit - eine Fallstudie an den ICDP Bohrungen in Hawaii und Snake River Plain
Magneto-mineralogical beharvoir and magnetic fabric of lava in relation to extrusion conditions during growth of the Hawaiian shield volcano (HSDP-drilling)
Alterationsmechanismen von basaltischen und rhyolitischen Gläsern unter Berücksichtigung derLösungschemie und passivierender Eigenschaften von Palagonit - eine Fallstudie an den ICDP Bohrungen in Hawaii und Snake River Plain
Teleseismic investigation of the Hawaii Plume
Isotopen- und Spurenelementuntersuchungen an Basalten des Hawaii Scientific Drilling Project (HSDP)
Quantifizierung der Abkühlungsgeschichte submariner basaltischer Vitrophyre von Hawaii (USA); ICDP Projekt Hawaii Scientific Drilling Project (HSDP)
Geochemistry of noble gases of the Hawaiian hotspot, HSDP (Hawaii Scientific Drilling Project)
Eintrag von gelöstem Fe in das Oberflächenwasser von Ozeanen - quantitative Ansätze von der ICDP-Bohrung Hawaii durch Untersuchung des grenzflächengesteuerten Fe-Transfers aus vulkanischen Gesteinen des tieferen Untergrundes
Publikationen
Potential mobilizable Fe from secondary phases of differentially altered subsurface basaltic rock– a sequential extraction study on ICDP site Hawaii
121, 104705 (2020)
Far from equilibrium basaltic glass alteration: The influence of Fe redox state and thermal history on element mobilization
273, 85-98 (2020)
Volatiles in vitreous basaltic rims, HSDP 2, big island, Hawaii
Journal of Non-Crystalline Solids323, 97-103 (2003)
Experimental microbial alteration and Fe mobilization from basaltic rocks of the ICDP HSDP2 drill core, Hilo, Hawaii
9, 1-17 (2018)
The use of field dependence of AC susceptibility for the interpretation of magnetic mineralogy and magnetic fabrics in the HSDP-2 basalts, Hawaii
Earth and Planetary Science Letters238, 110-129 (2005)
The solubility of H2O and CO2 in rhyolitic melts in equilibrium with a mixed CO2–H2O fluid phase
Chemical Geology174 (1-3), 333-347 (2001)
Quasi-continuous depth profiles of rock magnetization from magnetic logs in the HSDP-2 borehole, Island of Hawaii
Geochemistry, Geophysics, Geosystems4 (2003)
The Titanomagnetite–Ilmenite Equilibrium: New Experimental Data and Thermo-oxybarometric Application to the Crystallization of Basic to Intermediate Rocks†
Journal of Petrology49 (6), 1161-1185 (2008)
New Developments in Long-Term Downhole Monitoring Arrays
Sci. Dril.2, 34-36 (2006)
The space and time complexity of chaotic mixing of silicate melts: Implications for igneous petrology
Lithos155, 326-340 (2012)