Menu Close

Team

Meet the PhD fellows

Intan Chalid – ESR1
 
Project title: Timescales of fluid mobility during metamorphic devolatilisation by 40Ar/39Ar stepwise crushing of vein minerals.

 

Go to the research Project

 

Institution: Vrije Universiteit Amsterdam
 
Ina Alt – ESR2
 
Project title: Constraining processes and sources of fluid-moderated metals in mid-crustal ore deposits.

 

Go to the research Project

 

Institution: Vrije Universiteit Amsterdam
 
Maude Julia – ESR3
 
Project title: Quantifying processes of fluid-rock interaction at the nano-scale.

 

Go to the research Project
 
Institution: WWU Münster
   
Lorena Hdez Filiberto  – ESR4
 
Project title: Validating fluid permeation by experimental fluid-rock interaction.

 

Go to the research Project

 

Institution: WWU Münster
 
Sander Hoogendoorn – ESR5
 
Project title: How mobile are fluids and melts in the lower continental crust?

 

Go to the research Project

 

Institution: Open University
       
Elisa
Elisa Oliveira da Costa – ESR6
 
Project title: How and how quickly do critical elements mobilise in the mid-lower continental crust?

 

Go to the research Project

 

Institution: Open University 
    
ilias
Ilias Koufougiannis – ESR7
 
Project title: Halogens in hydrous minerals as proxies for crustal fluid flow.

 

Go to the research Project
 
Institution: RWTH Aachen University
   
Akbar Huseynov – ESR8
 
Project title: Timescales of fluid migration in orogenic foreland basin.

 

Go to the research Project
 
Institution: RWTH Aachen University
   
Stylianos Karastergios – ESR9
 
Project title: Transport capacity and physical properties of fluids in the lower middle crust.

 

Go to the research Project

 

Institution: University of Milano Bicocca
  
dorte
Dörte Jordan – ESR10
 
Project title: Quantifying lithospheric fluid flux through melt transfer from mantle and lower crust to middle and upper crust.

 

Go to the research Project

 

Institution: Naturalis Biodiversity Center
 
Ibrahim Harb – ESR11             
 
Project title: Modelling fluid flow and water-rock interaction in fractured crust using a Discrete Fracture Network approach.

 

Go to the research Project

 

Institution: Amphos21
 Andrea Billarent Cedillo- ESR12
 
Project title: Constraining the spatiotemporal evolution of reaction-induced fluid pathways during crustal met- amorphism using in-situ 4D (3D space + time) X-ray tomography.

 

Go to the research Project

 

Institution: Utrecht University