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Geodynamics

Archives / 2021 / November

The Sassy Scientist – On The Other Side Of The Trench

The Sassy Scientist – On The Other Side Of The Trench

Long (mostly self-inflicted) working hours, low pay, one short-time contract after another and no long-term guarantee whatsoever. That is academic life for you, in case you haven’t noticed. Sooner or later all academics start to ask themselves the same thing that Gabby asks: What are the nicest alternatives to academia? Dear Gabby, My personal favourites are careers that involve telling acad ...[Read More]

Orphaning: Discovering New Subduction Processes

Orphaning: Discovering New Subduction Processes

Science is all about discovering new things. But how do we make these discoveries, adding to the ever growing pantheon of knowledge? This week, we sit with one of our editors Antoniette Greta Grima, a Postdoctoral Fellow from the University of Texas at Austin, to understand what it takes to discover a new slab process.  Thanks for sitting down with us this week! First things first, which subductio ...[Read More]

The Sassy Scientist – To A Galaxy Far Far Away

The Sassy Scientist – To A Galaxy Far Far Away

Jesper has a lot of green on his mind. No not money, you capitalists. Nature. The environment. Basil and chives. With the recent advent of billionaires finding new ways to caress their egos, and in a totally-not-aiming-to-start-mining-other-celestial-bodies kinda way, Jesper has some troubled thoughts: Should we really colonize other planets? We are already destroying this one… Dear Jesper, Sure. ...[Read More]

Magma-Assisted Flexure in Hawaiian Lithosphere?

Magma-Assisted Flexure in Hawaiian Lithosphere?

This week Daniel Douglas, who is now a PhD student at New Mexico Tech, discusses his master thesis research while at the university of Hawaii. He investigated the role of magma in the flexure of the Hawaiian lithosphere. When a topographic load is applied to the lithosphere, the lithosphere accommodates the load by flexing. The observed flexure can be measured through seismic methods, gravity anom ...[Read More]