Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea

Summary

Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea is a doctoral thesis^[1].

Key Facts

• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea authored Marco Brenna^[2].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's instance of is recorded as doctoral thesis^[3].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's publisher is recorded as Massey Research Online^[4].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's language of work or name is recorded as English^[5].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's country of origin is recorded as New Zealand^[6].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's publication date is recorded as +2012-00-00T00:00:00Z^[7].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's main subject is recorded as volcanism^[8].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's main subject is recorded as geology^[9].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's Handle ID is recorded as 10179/4092^[10].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's title is recorded as Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea^[11].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's copyright holder is recorded as Marco Brenna^[12].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's thesis submitted to is recorded as Massey University^[13].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's on focus list of Wikimedia project is recorded as NZThesisProject^[14].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's copyright status is recorded as copyrighted^[15].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's thesis committee member is recorded as Bob Stewart^[16].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's thesis committee member is recorded as Károly Németh^[17].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's thesis committee member is recorded as Ian Smith^[18].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's thesis committee member is recorded as Shane Cronin^[19].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's thesis committee member is recorded as Mark Bebbington^[20].
• Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's thesis committee member is recorded as Young Kwan Sohn^[21].

Body

Designation and Status

Geological evolution and magmatic models for spatially and temporally variable modes of distributed volcanism, Jeju Island, Republic of Korea's instance of is recorded as doctoral thesis^[3].