Areas of Activity#
Here you will find all fields of scholarship for this section.
A
- ab Initio Molecular Dynamics Go to
- acidification Go to
- active tectonics Go to
- aerosols Go to
- aerospace technology Go to
- agrophysics Go to
- Antarctic circumpolar current Go to
- a possible glacially-forced tectonic mechanism for late Neogene surface uplift and subsidence around the North Atlantic Go to
- applied geology Go to
- applied historical astronomy Go to
- applied historical astronomy Go to
- applied mathematics Go to
- archaeology Go to
- astrometry Go to
- astronomy & astrophysics Go to
- astronomy, astrophysics Go to
- astronomy Go to
- astronomy Go to
- astronomy Go to
- astronomy Go to
- astronomy, physics Go to
- astronomy & space research Go to
- astronomy & space research Go to
- astronomy & space research Go to
- astrophysics Go to
- astrophysics Go to
- astrophysics Go to
- astrophysics Go to
- astrophysics Go to
- astrophysics Go to
- astrophysics Go to
- atmoshperic science Go to
- atmosperic physics Go to
- atmosphere-ocean jets Go to
- atmosphere-ocean-planetary dynamics Go to
- atmospheric chemistry and its role in biogeochemical cycles and climate Go to
- atmospheric chemistry Go to
- atmospheric chemistry Go to
- atmospheric chemistry Go to
- atmospheric chemistry Go to
- atmospheric chemistry Go to
- atmospheric chemistry Go to
- atmospheric chemistry & physics Go to
- atmospheric dynamics Go to
- atmospheric & ocean dynamics Go to
- atmospheric & oceanic sciences Go to
- atmospheric physics Go to
- atmospheric physics Go to
- atmospheric physics Go to
- atmospheric physics Go to
- atmospheric physics Go to
- atmospheric & planetary sciences Go to
- atmospheric science Go to
- atmospheric science Go to
- atmospheric science Go to
- atmospheric sciences Go to
- atmospheric sciences Go to
- atmospheric sciences Go to
- atmospheric sciences Go to
- atmospheric & space sciences Go to
B
- binary X-ray sources - observations at La Silla, Chile, ESO Go to
- biofuels Go to
- biogeochemistry Go to
- biogeochemistry Go to
- biogeochemistry of oceans & atmosph Go to
- black holes Go to
- boundary layer meteorology Go to
- bowed-string dynamics Go to
C
- carbon cycle science Go to
- changes in ocean meridional overturning circulation Go to
- chemical geodynamics Go to
- chemistry of atmosphere Go to
- Chemistry of past atmosphere Go to
- chronology of meteorites and the formation of the solar system Go to
- climate change Go to
- climate change Go to
- climate & climate change Go to
- climate dynamics Go to
- climate dynamics Go to
- climate & environmental physics Go to
- climate geology Go to
- climate Go to
- climate modelling Go to
- climate projections Go to
- climate science Go to
- climate science Go to
- climate science Go to
- climatic change Go to
- climatic change Go to
- climatology Go to
- climatology Go to
- climatology Go to
- climatology Go to
- composition, architecture and evolution of the Earth by marine geophysical methods and geological data Go to
- computational astrophysics Go to
- computational simulation Go to
- computation of evolutionary tracks of single and binary stars Go to
- continental rift magmatism Go to
- core Go to
- coronal heating Go to
- cosmic ray physics Go to
- cosmochemistry Go to
- CO2 sequestration Go to
- critical phenomena in chaotic systems Go to
D
- deep Earth (core and inner core) Go to
- deep Ocean Hydrothermalism Go to
- deep sea drilling Go to
- desert science Go to
- development and evolution of ocean basins and continental margins Go to
- distance scale Go to
- double-diffusive phenomena Go to
- dynamical and complex systems theory Go to
- dynamic meteorology Go to
- dynamic meteorology Go to
- Dynamics of Extensional and Compressional Intraplate Deformation Go to
E
- early solar system timescales using extinct radionuclides Go to
- earth & atmospheric sciences Go to
- earth & cosmic science Go to
- earth & cosmic sciences Go to
- earth & cosmic sciences Go to
- earth & cosmic sciences Go to
- earth & marine sciences Go to
- earth & marine sciences Go to
- earth & marine sciences Go to
- earth & planetary sciences Go to
- earth & planetary sciences Go to
- earthquake prediction Go to
- earthquake prediction Go to
- earthquake preparedness Go to
- earthquake risk analysis in Ghana Go to
- earthquakes origin Go to
- earthquake source mechanism Go to
- Earth rotation and time Go to
- earth rotation Go to
- earth science Go to
- earth science Go to
- earth science Go to
- earth sciences Go to
- earth sciences Go to
- earth sciences Go to
- earth's rotation effects on the lithosphere Go to
- Earth tides Go to
- effects of mountains on atmospheric flow Go to
- elastic wave propagation Go to
- energy storage in aquifers Go to
- engeering seismology Go to
- environmental fluid mechanics Go to
- environmental geology Go to
- environmental science Go to
- estimation theory Go to
- experimental geosciences Go to
- explosion seismic refraction experiments to determine crustal structure in Britain and the East African Rift Valley in Kenya Go to
- extra-solar planets Go to
F
- figure of the Earth and its gravitational field Go to
- Fluid and melt inclusions in minerals and rocks Go to
- Fluid Dynamics Go to
- fluid dynamics Go to
- formation and the demise of large scale geological structures Go to
- fractals in sedimentary geology Go to
G
- galaxy Go to
- Gamma ray astronomy Go to
- gaz storage in aquifers Go to
- geochemistry Go to
- geochemistry Go to
- geochemistry Go to
- geodesy and geophysics, with specific interest in Earth/Mars/Mercury rotation/libration and interior modeling Go to
- geodesy as a part of geophysics Go to
- geodesy Go to
- geodesy Go to
- geodesy Go to
- geodetic boundary-value problems Go to
- geodynamic numerical modelling Go to
- geodynamics and ore deposit evolution across Europe (GEODE) Go to
- geodynamics, geophysics Go to
- Geodynamics Go to
- geodynamics Go to
- geodynamics Go to
- Geodynamics Go to
- geodynamics Go to
- Geodynamics Go to
- geo-engineering Go to
- geologic and hydrologic modelling Go to
- geology & geodynamics Go to
- geology Go to
- geology Go to
- geology Go to
- Geology Go to
- geology: North Mediterranean Ranges, West American Ranges (Andes, Sierra Madre), West Pacific Ranges (Japan, Taïwan, New Caledonia) Go to
- Geology of sedimentary mountain ranges Go to
- geomagnetism Go to
- geometry, kinematics and dynamics of tectonic plate boundaries Go to
- geomorphology Go to
- geophysical fluid dynamics Go to
- geophysical fluid dynamics Go to
- geophysics Go to
- geophysics Go to
- geophysics Go to
- geophysics Go to
- Geophysics Go to
- geophysics Go to
- geophysics Go to
- geophysics Go to
- geophysics Go to
- geophysics Go to
- geophysics & planetary physics Go to
- geosciences Go to
- glacial geology Go to
- glaciology Go to
- global change Go to
- global change Go to
- global climatology Go to
- global climatology Go to
- global climatology Go to
- global-scale atmospheric circulations Go to
- gravity studies of Mars/Venus/Mercury Go to
- gravity surveys in Southwest Greenland Go to
- gravity waves:numerical methods Go to
- greenhouse gases Go to
H
- habitat of life on the early earth Go to
- Heat Flow Go to
- high energy astrophysics Go to
- historical eclipses and earth's rotation Go to
- historical seismology Go to
- historical supernovae Go to
- history of East Asian celestial cartography Go to
- History of Geology Go to
- history of Halley's comet; chronology Go to
- hydrogeology Go to
- hydrology Go to
I
- Identification of pulsars as a new class of stars Go to
- igneous petrology Go to
- igneous petrology Go to
- industrial fluid mechanics Go to
- instrumental climate records Go to
- interaction sedimentation-tectonics Go to
- interior structure of the earth Go to
- internal geophysics Go to
- Internal gravity waves and their interaction with shear flows Go to
- interstellar gas dynamics Go to
- intraplate deformation Go to
- inverse problems of trace elements in magmatic series Go to
- isotope Geo- and Cosmochemistry Go to
- isotope geochemistry Go to
- isotope tracer studies on terrestrial and extraterrestrial materials Go to
L
- large igneous provinces Go to
- large-scale sea-ice ocean modelling, sea-ice thermodynamics and dynamics Go to
- large-scale turbulence Go to
- Lithology Go to
- lithosphere dynamics Go to
- lithospheric dynamics Go to
- lithospheric processes Go to
- long-term solar variability Go to
- lucidity principles Go to
M
- macroeconomics Go to
- magmatic ore deposits Go to
- magnetic instabilities Go to
- magnetohydrodynamics Go to
- magnetospheric physics Go to
- mantle Go to
- marine biology Go to
- Marine Geology Go to
- marine geology Go to
- marine geology Go to
- marine geophysical surveys across the Irish Sea, Celtic Sea and Southwest Approaches Go to
- marine geophysics Go to
- marine geosciences Go to
- marine paleoclimate research (Quaternary and Neogene) Go to
- marine science Go to
- marine science Go to
- marine science Go to
- mass loss and mass transfer in close binary systems Go to
- mathematical geodesy Go to
- Mathematical, numerical and statistical techniques in Geodesy Go to
- mathematical theory of climate Go to
- mathematics-music relations Go to
- mechanisms of plate tectonics Go to
- Metamorphic rocks Go to
- Meteoritics Go to
- meteorology and climate dynamics Go to
- meteorology Go to
- meteorology Go to
- meteorology Go to
- meteorology Go to
- meteorology Go to
- mineralogy, petrology Go to
- Mineral physics at high P and T Go to
- mineral physics Go to
- modelling climate variability and changes (past and future) in polar regions Go to
- modelling Go to
- modelling of the earth climate system, including paleoclimates: the Holocene, the ice ages, and the warm periods of the Cretaceous and Paleocene epochs Go to
- modelling the climate of the earth system Go to
- models for Algol systems Go to
- models for X-ray binaries Go to
- molecular biomarkers Go to
- monitoring and dynamics of ice caps using satellite techniques Go to
- monitoring environmental change Go to
- motions of star clusters and stellar associations Go to
- multiphase flows Go to
- musical acoustics Go to
N
- n-alkanes, steroids Go to
- natural disaster reduction Go to
- nuclear waste disposal Go to
- nucleosynthesis Go to
- numerical methods Go to
O
- observation of X-ray binaries Go to
- ocean and climate dynamics Go to
- ocean circulation and satellite altimetry Go to
- ocean cycle of trace metals and carbon Go to
- oceanic flows Go to
- ocean (Mid-America trench, Japan and Kourils Trench, Tonga-Kermadec Trench) Go to
- oceanography Go to
- oceanography Go to
- oceanography Go to
- oceanography Go to
- ocean storage of carbon dioxide Go to
- ocean tracers of continental aridity Go to
- optical detectors Go to
- origin and evolution of the solar system Go to
- origin of cosmic rays Go to
- origin of cosmic rays Go to
- orogenic volcanism Go to
- ozone and UV research Go to
- ozone Go to
- ozone layer Go to
P
- palaeoenvironmental proxies Go to
- paleoceanography Go to
- paleoceanography Go to
- paleoclimatology Go to
- paleoclimatology Go to
- paleoclimatology Go to
- paleoclimatology Go to
- Paleogeographic and Paleotectonic Reconstructions Go to
- paleomagnetism Go to
- paleomagnetism Go to
- particle acceleration Go to
- pattern recognition Go to
- Petrology and Geochemistry Go to
- petrology and geochemistry of mafic and ultramafic volcanic rocks, both modern and Archean Go to
- petrology Go to
- Petrology Go to
- petrology Go to
- Petrology Go to
- physical & applied geology Go to
- physical geodesy Go to
- physical oceanography Go to
- physical oceanography Go to
- physical properties of Active Galactic Nuclei and the growth of Super Massive Black Holes therein Go to
- physic of the earth Go to
- Physics Go to
- physics Go to
- physics of space plamas Go to
- physics of the earth Go to
- physics of the interstellar medium Go to
- physics of the oceans Go to
- planetary geophysics Go to
- planetary Nebulae physics Go to
- planetary sciences Go to
- plankton ecology Go to
- plant waxes Go to
- plasma astrophysics Go to
- Plate Tectonics and Basin Evolution Go to
- plate tectonics Go to
- plate tectonics Go to
- plate tectonics Go to
- Pleistocene swings in atmospheric carbon dioxide Go to
- predictability of critical transitions in complex systems Go to
- predictability of weather & climate Go to
Q
- Quaternary sediments Go to
- quaternary stratigraphy Go to
R
- Radio astronomy Go to
- radiocarbon chronology Go to
- radiocarbon dating Go to
- radiogalaxies and their interaction with the environment Go to
- radiophysics Go to
- regional geology Go to
- relativistic geodesy Go to
- remote sensing and applications Go to
- Remote sounding of the sea surface state including the method of tsunami identification by radar backscatter Go to
- rock magnetic studies applied to geological problems Go to
- rock magnetism Go to
S
- Satellite based gravity field determination Go to
- science with Space Missions, in particular in the X-Ray band Go to
- sea level change Go to
- sedimentary basin evolution Go to
- sedimentary geology Go to
- sedimentology Go to
- sedimentology of reefs and carbonate platforms Go to
- seismicity and seismotectonics of the Mediterranean and of the Ibero-Maghrebian region Go to
- seismicity and structure of the Pyrenees Go to
- seismic microzonation of urban settlements and seismic hazard Go to
- seismic ray theory Go to
- seismic reflection survey techniques to explore deep into the Earth's crust and upper mantle as a basis for studying continental lithosphere dynamics (BIRPS, the European Geotraverse) Go to
- seismic risk Go to
- seismic waves Go to
- seismic waves in anisotropic media, seismic waves in inhomogeneous media, seismic waves in dissipative media, seismic waves in layered media Go to
- seismic waves in singular regions Go to
- seismology Go to
- seismology Go to
- seismology Go to
- socio-economic predictions Go to
- soil science Go to
- solar activity Go to
- solar evolution Go to
- solar physics Go to
- solar physics Go to
- solar tachocline dynamics Go to
- solid earth geophysics Go to
- solid earth geophysics Go to
- solid earth geophysics Go to
- solid earth science Go to
- space astrophysics Go to
- space geodesy Go to
- space physics Go to
- space physics Go to
- space plasma physics Go to
- space research Go to
- space research Go to
- space research Go to
- space weather Go to
- specialization in dep-water clastics, evaporites, indicators of paleoseismicity Go to
- stable isotopes of carbon and hydrogen Go to
- stable isotope stratigraphy Go to
- star formation Go to
- statistical climatology Go to
- Statistical climatology Go to
- statistical methods Go to
- statistics end estimation of the gravitational field Go to
- stochastically forced large-scale flows Go to
- stratigraphy Go to
- structural geology Go to
- structural geology Go to
- supernova remnants Go to
- sustainability engineering Go to
- synthetic seismograms Go to
T
- tectonic models Go to
- tectonics Go to
- tectonics Go to
- tectonics Go to
- tectonics & seismotectonics Go to
- Theoretical and experimental geophysical fluid dynamics sca surface waves generation and their spectra Go to
- theoretical geodesy Go to
- tracers of ocean nutrients and paleoproductivity Go to
- triterpenoids Go to
- Turbulence and its interaction with waves Go to
U
- urban air pollution Go to
- UV observations with Ultra Violet Explorer - simultaneous Go to
V
- valley winds: global atmospheric angular momentum Go to
- visual art and culture Go to
- volcanic propcesses Go to
- Volcanology Go to
- volcanology Go to
- volcano seismology Go to
W
- Wakes in stratified media Go to
- waste disposal Go to
- water resources management Go to
- water vapor in the upper troposphere and stratosphere Go to
- wave-mean interaction (interaction of waves and mean flows), illustrating one of the grand themes of physics, the dynamical organization of fluctuations) Go to
- wave-vortex interaction Go to
X
- X-ray sources Go to
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