Volcano transient source processes constrained by InSAR and in situ observations

About the role

The goal is to further improve our understanding of volcanoes' temporal evolution through the use of space-based geodetic data sets (InSAR and GNSS) and lava lake observations.

Responsibilities

• Investigate the decadal dynamical behavior of volcanoes like Kilauea and Nyiragongo using geodetic and lava lake time series.
• Develop and study models governing the interactions of key variables such as magma pressure in reservoirs and magma flows between them.
• Investigate the role of inelastic deformation of the crust and varying flow resistance in magma transport.
• Compare model results with behaviors observed at other high-priority volcanoes, including those in the Galapagos, Iceland, Latin America, and the western Pacific.

Requirements

• A doctoral degree in Earth Science or a related field.
• Experience with space-based geodetic data sets (InSAR and GNSS).
• Knowledge of lava lake observations and their significance in understanding magmatic plumbing systems.
• Ability to work independently and contribute to ongoing NASA research projects.

Qualifications

• Strong analytical skills and ability to develop and test models.
• Excellent communication skills to collaborate with advisors and contribute to scientific publications.
• Experience with programming languages commonly used in geophysical research.

Skills

• Expertise in geodetic data analysis.
• Understanding of magma dynamics and its interaction with the crust.
• Knowledge of lava lake monitoring techniques.
• Ability to work effectively in a team environment.

Benefits

• Unique research opportunities at NASA Centers and Institutes.
• Competitive salary and benefits package.
• Opportunities to collaborate with leading experts in the field.
• Flexible schedule and remote work options may be available.

Pay

Salary range: $70,000 - $90,000 per year.

Schedule

Full-time position with flexible working hours.