Magmatically example sentences

Related (9): igneous, volcanic, plutonic, magma, intrusive, extrusive, lava, basalt, granite

"Magmatically" Example Sentences

1. That magmatically-induced seismicity has been detected in volcanic regions.
2. The magmatically-induced seismicity has been found to be very localized.
3. Magmatically-induced seismic events are typically of low magnitude.
4. Magmatically-induced seismicity is often associated with volcanic activity.
5. Magmatically-induced seismic events are usually of short duration.
6. The magmatically-induced seismic activity is usually very localized.
7. Magmatically-induced seismic events can be detected by seismometers.
8. Magmatically-induced seismic activity is usually short-lived.
9. The magmatically-induced seismic activity can be used to monitor volcanoes.
10. Magmatically-induced seismic events are usually of low magnitude and short duration.
11. Magmatically-induced seismic activity is often associated with magma movement.
12. Magmatically-induced seismic events can be detected by seismic monitoring networks.
13. Magmatically-induced seismic activity has been detected in several active volcanoes.
14. Magmatically-induced seismic activity is usually associated with magma movement.
15. Magmatically-induced seismic events are usually of low magnitude and short duration, and can be detected by seismometers.
16. Magmatically-induced seismic activity is often associated with changes in magma pressure.
17. Magmatically-induced seismic events can be used to monitor magma movement and volcanic activity.
18. Magmatically-induced seismic events are usually of low magnitude and short duration, and can be used to detect magma movement.
19. Magmatically-induced seismic activity is usually associated with changes in magma pressure and movement.
20. Magmatically-induced seismic events can be used to monitor the movement of magma and the activity of volcanoes.
21. Magmatically-induced seismic activity has been detected in many active volcanoes around the world.
22. Magmatically-induced seismic events are usually of low magnitude and short duration, and can be used to detect changes in magma pressure and movement.
23. Magmatically-induced seismic activity is often associated with magma movement and changes in magma pressure.
24. Magmatically-induced seismic events can be used to monitor magma movement, changes in magma pressure, and volcanic activity.
25. Magmatically-induced seismic activity has been detected in many active volcanoes, and can be used to monitor magma movement and volcanic activity.
26. Magmatically-induced seismic events can be used to detect changes in magma pressure, magma movement, and volcanic activity.
27. Magmatically-induced seismic activity is often associated with changes in magma pressure and magma movement.
28. Magmatically-induced seismic events can be used to monitor magma movement, changes in magma pressure, and volcanic activity in real time.
29. Magmatically-induced seismic activity has been found to be localized, and can be used to detect changes in magma pressure and movement.
30. Magmatically-induced seismic events are usually of low magnitude and short duration, and can be used to detect changes in magma pressure, magma movement, and volcanic activity.
31. Magmatically-induced seismic activity has been detected in many active volcanoes, and can be used to monitor magma movement, changes in magma pressure, and volcanic activity.
32. Magmatically-induced seismic events can be used to detect changes in magma pressure, magma movement, and volcanic activity in real time and to assess the potential for volcanic eruptions.
33. Magmatically-induced seismic activity has been found to be localized, and can be used to monitor magma movement, changes in magma pressure, and volcanic activity.
34. Magmatically-induced seismic events are usually of low magnitude and short duration, and can be used to detect changes in magma pressure, magma movement, and volcanic activity in real time.
35. Magmatically-induced seismic activity has been detected in many active volcanoes, and can be used to monitor magma movement, changes in magma pressure, and volcanic activity in real time.
36. Magmatically-induced seismic events can be used to detect changes in magma pressure, magma movement, and volcanic activity in real time, and to assess the potential for volcanic eruptions.
37. Magmatically-induced seismic activity has been found to be localized, and can be used to monitor magma movement, changes in magma pressure, and volcanic activity in real time.
38. Magmatically-induced seismic events are usually of low magnitude and short duration, and can be used to detect changes in magma pressure, magma movement, and volcanic activity in real time, and to assess the potential for volcanic eruptions.
39. Magmatically-induced seismic activity has been detected in many active volcanoes, and can be used to monitor magma movement, changes in magma pressure, and volcanic activity in real time, and to assess the potential for volcanic eruptions.
40. Magmatically-induced seismic events are usually of low magnitude and short duration, and can be used to detect changes in magma pressure, magma movement, and volcanic activity in real time, and to assess the potential for future volcanic eruptions.