dr hab. prof. UWr
head of the section
My research interest is primarily related to the study of tectonometamorphic evolution of orogens using a range of petrological methods inlcuding conventional geothermobarometry, thermodynamic modelling, elastic barometry and microstructural analysis. I am also interested in tracing the provenance of detrital material.
www, ORCID
prof. dr hab.
emeritus professor
My
geological research concerned petrology, geochemistry,
geothermobarometry, structural geology, especially microtectonics and
geochronology of granites and gneisses. I also presented studies of
tectonic contacts between important units of Sudetes.
dr
senior lecturer
dr
assistant professor
At the broadest level, my own research interests are in igneous and metamorphic petrology, geochemistry and structural geology. I am particularly interested in interactions between igneous and tectonic processes.
dr
assistant professor
My research interests focus on metamorphic petrology, structural geology, geochemistry, and mineralogy. I conduct my research mainly in crystalline sequences exposed in the Fore-Sudetic Block. Additionally, I cooperate with archaeologists.
dr
assistant professor
My research is concentrated on understanding processes that occur in silicic magmatic systems. I am particularly interested in magma processes and mechanisms responsible for the formation of layering. I'm using detailed microstructural studies combined with chemical
and isotopic analyses of whole rock and/or its minerals. Such combined
analyses allow recognizing variable crystal cargos, which in turn
fingerprint different magma pulses contributing to the system.
ORCID
dr
assistant professor
My main field of interest is detrital zircon geochronology, especially focused on the Neoproterozoic rocks of Scandinavia and Arctic. Additionally, I am interested in geochronology, metamorphic petrology, thermodynamic modelling of phase equilibria and tectonic processes related to the collisional orogens.
mgr
PhD student
My research interests focus on metamorphic petrology, especially of (ultra)-high pressure rocks. In order to decipher their geological history I use phase equilibrium modelling combined with conventional thermobarometry and numerical modelling of metamorphic processes.
mgr
PhD student
My research interests include the study of metamorphic rocks, mainly to understand geodynamic processes, in particular continental collisions and formations of orogens. I focus on studying P-T conditions of mineral assemblages development using classical geothermobarometry, thermodynamic modeling, and elastic geobarometry.
mgr
PhD student
Short characteristics of Dominika Wicher-Jarząb research interest.
