Ben Maunder

Researcher in geodynamics with a thing for subduction.

[Ben Maunder @ben_maunder22]

PFAS (another test)

[Ben Maunder @ben_maunder22]

Cheese (this is for a test)

[Nature Communications @NatureComms]

Are you a geoscientist looking for a career outside of academia? We are hiring! We are broadly looking for someone with expertise in either cryosphere, hydrology, geomorphology, sedimentology or paleoclimate.
Closing date 24th Aug
https://t.co/JtUySaK1nX

[Ben Maunder @ben_maunder22]

@Cooper_geo @FaithfullJohn @VolColMac @VoiLA_NERC @nature Shucks. Though seriously, glad it's useful! A GIF is worth a thousand words and all that.

[Ben Maunder @ben_maunder22]

The @VoiLA_NERC paper that links it all together is published today, with @Cooper_geo at the helm :) check it out here: https://t.co/5osHfgUNCd

[Ben Maunder @ben_maunder22]

@TMBelgrano @VoiLA_NERC I can see what you mean by just looking at it to be fair! But it is just from the upwelling (we track mantle depletion and take this into account and once this is done, you get this melting pattern: the outlines just show the regions where the most melting is occurring)

[Ben Maunder @ben_maunder22]

Our paper on subduction initiation has just been published! Check it out if you want to see how a model driven by internal, vertical forces explains the rock record found at the Izu-Bonin-Marianas subduction zone.
Huge thanks to support from @VoiLA_NERC

[Nature Communications @NatureComms]

Rapid subduction initiation in the Izu-Bonin-Mariana arc was driven by internal vertical forces, which progressed into to self-sustained subduction

As shown in new research from @ben_maunder22, @PrytulakJ and colleagues from @imperialcollege @DurUniEarthSci @uiowa @VoiLA_NERC

[Ben Maunder @ben_maunder22]

@TMBelgrano @VoiLA_NERC Thank you and cheers for reading! I guess the answer is kind of... both? As the edge of the Pacific plate sinks into the mantle asthenospheric material upwells to fill the gap that it leaves. Its this upwelling material that then melts via decompression to form FAB.

[Ben Maunder @ben_maunder22]

@JrMuningan @VoiLA_NERC Thanks for reading our paper! At the time of initiation the Philippine Sea plate itself was very young therefore weak & buoyant (indeed, the isochrones suggest it was even actively spreading in the south- see fig. 1). Hope that helps answer, happy to discuss further.

[Ben Maunder @ben_maunder22]

@Kaersutite @FabianWadsworth @PrytulakJ @NatureComms A similar process! ...but what we're seeing here is the sinking of the whole Pacific plate beneath the Philippine Sea plate (initially separated by a transform fault): i.e. subduction initation.

[Ben Maunder @ben_maunder22]

@LNER Been forced 2 pay a £70 fee as my digital Railcard had recently expired. Rude conductor flat out refused 2 accept me renewing it there. Even goaded me when verifying the fee. Completely unacceptable 2 be spoken 2 in such a way as a paying customer making a genuine mistake

[Ben Maunder @ben_maunder22]

All set up for the Imperial Science Festival this weekend! #ImpFest #VoiLA_NERC

[Ben Maunder @ben_maunder22]

It's time to pack up the temporary stations on the Grenadines. Ben Chichester and Lloyd Lynch hard at work (we might have just had to cool down in the Caribbean sea afterwards) @VoiLA_NERC