Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau
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Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau
Summary
Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau is a master's thesis[1].
Key Facts
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau authored Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — author (P50): Zara Rawlinson[2].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's instance of is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — instance of (P31): master's thesis[3].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's publisher is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — publisher (P123): Open Access Repository Victoria University of Wellington[4].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's DOI is recorded as 10.26686/WGTN.16992508[5].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's language of work or name is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — language of work or name (P407): English[6].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's country of origin is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — country of origin (P495): New Zealand[7].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's publication date is recorded as +2011-01-01T00:00:00Z[8].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's main subject is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — main subject (P921): geothermal energy[9].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's title is recorded as Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau[10].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's copyright holder is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — copyright holder (P3931): Zara Rawlinson[11].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's thesis submitted to is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — thesis submitted to (P4101): Victoria University of Wellington[12].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's on focus list of Wikimedia project is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — on focus list of Wikimedia project (P5008): NZThesisProject[13].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's copyright status is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — copyright status (P6216): copyrighted[14].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's thesis committee member is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — thesis committee member (P9161): John Townend[15].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's thesis committee member is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — thesis committee member (P9161): Richard Arnold[16].
- Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's thesis committee member is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — thesis committee member (P9161): Stephen Bannister[17].
Body
Designation and Status
Microseismicity Associated with Actively Exploited Geothermal Systems: Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau's instance of is recorded as Earthquake Detection and Probabilistic Location at Rotokawa and Statistical Seismic Network Design at Kawerau — instance of (P31): master's thesis[3].