DPhil Projects 2017

Please note: graduate admissions is now closed for 2017 entry, unless you are able to provide your own funding or are applying to a funded project.

STFC studentship available

The Department has one studentship funded by the Science and Technology Facilities Council available for 2017 entry.  The deadline for applications is Friday 17 February.  Further details can be found here:

Project EARTH-17-STFC-AH1: Accretion and Core Formation in the Inner Solar System

The following DPhil projects are available for graduates wishing to start from October 2017:

Project EARTH-17-DMP1: Using machine-learning approaches to detect changes in volcanic activity

Project EARTH-17-DMP2: Using Archives of Past Disasters to Improve Resilience to Volcanic Hazards

Project EARTH-17-ES1: How do thee vary? Let me count the ways. A quantitative investigation of changes in species through the Phanerozoic

Project EARTH-17-ES2: Biodiversity responses to mass extinction events: studying rates of niche evolution through time

Project EARTH-17-GMH1: Quantification of dust and iron fluxes to the surface ocean with thorium isotopes

Project EARTH-17-GMH2: Stalagmite reconstruction of past Saharan aridity

Project EARTH-17-HB1: Absorption of light by Arctic marine phytoplankton: its ecological and biogeochemical significance

Project EARTH-17-HB2: Relationship between phytoplankton and marine aerosols at the global scale: exploring underlying mechanisms and implications for Earth’s climate, using satellite data

Project EARTH-17-IR1: Deciphering the Evolution of Symmetry in Early Echinoderms

Project EARTH-17-MPS1: Structural and metamorphic evolution of the Zanskar Himalaya from crustal thickening through to melting and exhumation

Project EARTH-17-RK1Melting and water drainage from ice-stream margins: theory and computation

Project EARTH-17-RK2: Magma/mantle dynamics: production and extraction of melt from the convecting mantle

Project EARTH-17-RK3: Magma genesis and transport in subduction zones – theory and computational models

Project EARTH-17-RR1: Reconstructing past climates and physiology using new old molecules

Project EARTH-17-RR2: Optimising elements for life: exploring the expanse of the periodic table

Project EARTH-17-RR3: The Paleoclimatic history of ENSO variance

Project EARTH-17-TM1: Understanding the volcanism of the Tasmantid seamount chain

Project EARTH-17-TM2: The importance and impacts of magmatic volatiles: the behaviour of noble gases and halogens in magmatic systems

Project EARTH-17-SK2: Ocean Biogeochemical Optimisation in ESMs (OBOE)

Project EARTH-17-HLJ1: Meridional overturning circulation and ocean heat uptake