AREAS OF ACTIVITY - Earth & cosmic sciences
aerosol
analysis
astronomy
astrophysics
atmospheric
change
chemistry
climate
continental
data
development
dynamic
earth
energy
environmental
evolution
field
flow
fluid
formation
galaxy
geochemistry
geodynamics
geology
geophysics
global
hazard
interaction
mantle
mineral
model
numerical
ocean
other
petrology
physic
process
property
research
rock
science
seismic
seismology
soil
solar
space
star
structure
study
tectonics
transport
volcanic
See All
AREAS OF ACTIVITY - Earth & cosmic sciences
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aerosol
- Aerosol and cloud instrumentation
- Aerosol chemistry and microphysics
- Aerosol formation and transformation
- Aerosol formation and transformation
- Aerosol isotopes
- Aerosol optical properties
- Aerosol physical-chemistry
- Aerosol science and its impact on health, air quality and climate change
- Aerosols
- Aerosols and aerosol electrification
- Aerosols, and its impact on air quality and climate change
- Atmospheric aerosol chemistry
- Atmospheric aerosol chemistry and sources
- Atmospheric aerosols
- Atmospheric chemistry and microphysics of aerosols
- Atmospheric long-range transport and aerosol dynamics modeling
- Formation and growth mechanisms of atmospheric aerosols, aerosol dynamics, dynamics of atmospheric clusters
- Impact of aerosols on air quality, public health, and climate
- Modeling of aerosols, clouds and climate
- Optical properties of aerosols
- Stratospheric aerosol budget and long-term evolution
- The effect of secondary biogenic aerosols on global aerosol load
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air
- Aerosol science and its impact on health, air quality and climate change
- Aerosols, and its impact on air quality and climate change
- Air chemistry
- Air pollution
- Air pollution
- Air pollution and air quality
- Air pollution and health effects
- Air pollution, and its sources and health impacts
- Air quality
- Air quality and climate change models
- Air quality and health impacts of airborne pollutants
- Climate – air quality interactions
- Development of advanced sensitivity and data mining tools for air quality and climate models
- Global air pollution including tropospheric ozone
- Global and regional aspects of air pollution
- Impact of aerosols on air quality, public health, and climate
- Impact of air pollution on health
- Linkages among air pollution, climate change, energy, ecosystem, and health
- Mega-cities, air quality and climate interaction
- Urban air pollution
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analysis
- Adapting new mathematical tools to magnetic and gravity data analysis
- Analyses of feedbacks between the carbon cycle and climate change
- Analysis of biomedical signals
- Analysis of population dynamics of localised brittle failure as a complex, non-linear (unreasonable) system
- Basin analysis
- Climate data analysis
- Cosmic Microwave Background: data processing, scientific analyses, and related techniques
- Crystal structure analysis of minerals and inorganic materials of unknown structure
- Data analysis in astronomy
- Deformation analysis
- Earthquake risk analysis in Ghana
- Fractal and singularity analysis of nonlinear geological processes
- Functional analysis. Group representations theory
- Geophysical exploration, imaging, and analysis of deformation and mass transport
- Image analysis and signal processing
- Machine learning for remote sensing and geoscience data analysis
- Microstructural analysis
- Quantitative analysis of ductile deformation
- Radar signal and image analysis and interpretation
- Remote sensing data analysis
- Seismic and volcanic hazard analysis
- Seismic hazard and risk analysis
- Space plasma physics based on analysis of data from satellites and ground-based measurements
- Spatial analysis and machine learning
- Statistical techniques for the analysis of astronomical data
- Structural and subsidence analysis
- System Analysis
- Theoretical aspects in Earth system analysis
- Time series analysis
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astronomy
- Applied historical astronomy
- Astronomy
- Astronomy & Astrophysics
- Astronomy & Astrophysics
- Astronomy (star formation and young stars, multiwavelength observations and modelling)
- Astronomy and space science
- Data analysis in astronomy
- Dynamical Astronomy
- Education (Graduate and Post-graduate) and Research, namely in Astronomy
- Galactic astronomy
- Gamma ray astronomy
- Gamma-Ray astronomy
- Gamma-ray astronomy
- General Astronomy
- Infrared and submillimetre astronomy
- Infrared astronomy
- Multi-messenger astronomy
- Multi-wavelength astronomy
- Observational astronomy
- Observational astrophysics: X-ray astronomy, gamma ray astronomy
- Optical astronomy
- Radio Astronomy techniques
- Radio astronomy
- Radio, sub-mm and FIR astronomy
- Space astronomy
- X-ray and extragalactic astronomy
- X-ray astronomy
- X-ray astronomy
-
astrophysics
- Astronomy & Astrophysics
- Astronomy & Astrophysics
- Astrophysics
- Astrophysics
- Astrophysics of star clusters: cluster variables; kinematic studies
- Astrophysics of the most luminous extragalactic radio sources.
- Astrophysics: neutron stars
- Astrophysics: nucleosynthesis
- Astrophysics: stellar hydrodynamics
- Astrophysics: stellar physics
- Astrophysics: supernovae
- Black hole astrophysics
- Computational astrophysics
- Experimental astrophysics
- Extragalactic astrophysics and cosmology
- High energy astrophysics
- High energy astrophysics
- High energy astrophysics and astrophysical cosmology.
- High energy astrophysics: physics of accretion onto compact objects
- High-energy astrophysics
- High-energy astrophysics
- Observational astrophysics: X-ray astronomy, gamma ray astronomy
- Plasma astrophysics
- Relativistic astrophysics
- Relativistic astrophysics
- Space astrophysics
- Stellar Astrophysics
- Theoretical Astrophysics & Plasma Physics
- Theoretical astrophysics
- Theoretical astrophysics and cosmology
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atmospheric
- Atmospheric chemistry
- Atmospheric Physics
- Atmospheric aerosol chemistry
- Atmospheric aerosol chemistry and sources
- Atmospheric aerosols
- Atmospheric chemistry
- Atmospheric chemistry
- Atmospheric chemistry and microphysics of aerosols
- Atmospheric chemistry, physics, and transport
- Atmospheric composition
- Atmospheric composition in the stratosphere and its link to human activities and climate change
- Atmospheric electricity
- Atmospheric environment chemistry
- Atmospheric geochemistry
- Atmospheric large scale modelling
- Atmospheric long-range transport and aerosol dynamics modeling
- Atmospheric physics
- Atmospheric pollution
- Atmospheric sciences
- Atmospheric sciences, physics, chemistry, earth system science, biosphee-aerosol-cloud-climate interactions
- Attractors of atmospheric models
- Climate and atmospheric dynamics and climate modeling
- Combination of geophysical, geodetic and atmospheric data for Earth System studies
- Formation and growth mechanisms of atmospheric aerosols, aerosol dynamics, dynamics of atmospheric clusters
- Global-scale atmospheric circulations
- Heterogeneous atmospheric chemistry
- Low-frequency variability of atmospheric circulation
- Meteorology and atmospheric dynamics
- Multiscale (global to hyperlocal) atmospheric modeling and forecasting
- Pleistocene swings in atmospheric carbon dioxide
- Relations with atmospheric pCO2
- Satellite observations of atmospheric and climatic processes
- Stability and predictability of large-scale atmospheric processes
- Understanding of atmospheric motion from frontal to planetary scales
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carbon
- Analyses of feedbacks between the carbon cycle and climate change
- Application of radiocarbon to study the dynamics of carbon cycling in plants and soils
- Biogeochemistry of the global carbon cycle
- Carbon Cycle
- Carbon and carbonate cycling in coastal ecosystems
- Carbon cycle modeling
- Carbon cycle research
- Carbon dioxide sequestration
- Climate change mitigation, carbon emission, and environmental management
- Evaluation of ocean carbon sources and sinks
- Global carbon cycle
- Global carbon cycle in Quaternary and Anthropocene
- Monitoring Leakage of carbon dioxide and brine from deep geologic storage formations
- Multiphase flow as applied to subsurface contamination and geologic storage of carbon
- Ocean carbon cycle
- Ocean storage of carbon dioxide
- Pleistocene swings in atmospheric carbon dioxide
- Soil carbon sequestration for adaptation and mitigation of climate change
- ocean cycle of trace metals and carbon
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change
- Aerosol science and its impact on health, air quality and climate change
- Aerosols, and its impact on air quality and climate change
- Air quality and climate change models
- Analyses of feedbacks between the carbon cycle and climate change
- Atmospheric composition in the stratosphere and its link to human activities and climate change
- Changes in ocean meridional overturning circulation
- Changes in thermohaline circulation
- Climate change
- Climate change
- Climate change adaptation and mitigation
- Climate change and fisheries
- Climate change and sustainability
- Climate change impact and vulnerability
- Climate change impacts and risks
- Climate change impacts on water resources
- Climate change mitigation
- Climate change mitigation in cities
- Climate change mitigation, carbon emission, and environmental management
- Climate changes
- Climate variability and change
- Communication and assesment of climate change to policymakers
- Description of temporal and spatial changes of the geomagnetic field
- Effect of climate change on the biosphere
- Geochemical methods in environmental and climate change science
- Global Climate Change and Sea-Level in the future
- Global change
- Global change
- Global climate change
- Global environmental change studies
- Global sea-level change of the Phanerozoic
- Integration of climate change mitigation and sustainable development objectives
- Late Neogene climate change
- Linkages among air pollution, climate change, energy, ecosystem, and health
- Long-term land-use changes and their influence on landscape biogeochemistry
- Paleoclimate dynamics contextualises current and future changes
- Past changes in the Earth magnetic field
- Recent climate change and Global warming
- Response of marine organisms and ecosystems to global environmental changes
- Scaling change and transferring
- Sea level change
- Sea-level change
- Soil carbon sequestration for adaptation and mitigation of climate change
- Studies of geophysical changes in the Arctic region
- Temporal changes of the Earth gravity field and global mass redistributions
- The Ecological transition and climate change
- Tropical deforestation and land use change on soil quality
- Utilization of paleoclimate data to validate climate models and as a reference scale for future climate change projections
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chemistry
- Aerosol chemistry and microphysics
- Air chemistry
- Analytical chemistry
- Atmospheric chemistry
- Atmospheric aerosol chemistry
- Atmospheric aerosol chemistry and sources
- Atmospheric chemistry
- Atmospheric chemistry
- Atmospheric chemistry and microphysics of aerosols
- Atmospheric chemistry, physics, and transport
- Atmospheric environment chemistry
- Atmospheric sciences, physics, chemistry, earth system science, biosphee-aerosol-cloud-climate interactions
- Chemistry of past atmosphere
- Chemistry of polar snow and ice (glaciochemistry)
- Crystal chemistry of complex minerals (amphiboles, staurolite, tourmaline, sapphirine, kornerupine)
- Crystal chemistry of minerals and inorganic compounds
- Crystal chemistry of minor and trace elements in defective solids
- Environmental analytical chemistry
- Environmental chemistry
- Environmental chemistry and geochemistry
- Environmental organic chemistry
- Haze chemistry and reactive nitrogen chemistry
- Heterogeneous atmospheric chemistry
- High pressure chemistry.
- High resolution chemistry transport models
- Humus chemistry
- Mineral chemistry
- Mineral surface chemistry
- Ocean chemistry
- Physical Chemistry
- Principles of physics and chemistry to fundamental problems in geology, geochemistry, and environmental science
- Quantum chemistry
- Relationship between crystal chemistry and properties
- Surface and interface chemistry/geochemistry
- Tropospheric multiphase chemistry
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climate
- Aerosol science and its impact on health, air quality and climate change
- Aerosols, and its impact on air quality and climate change
- Air quality and climate change models
- Analyses of feedbacks between the carbon cycle and climate change
- Atmospheric composition in the stratosphere and its link to human activities and climate change
- Climate
- Climate
- Climate and Earth system modeling
- Climate and Societies
- Climate and atmospheric dynamics and climate modeling
- Climate change
- Climate change
- Climate change adaptation and mitigation
- Climate change and fisheries
- Climate change and sustainability
- Climate change impact and vulnerability
- Climate change impacts and risks
- Climate change impacts on water resources
- Climate change mitigation
- Climate change mitigation in cities
- Climate change mitigation, carbon emission, and environmental management
- Climate changes
- Climate data analysis
- Climate dynamics
- Climate dynamics
- Climate dynamics and ice sheets
- Climate modeling
- Climate modeling
- Climate modeling with the development of the IPSL global climate model
- Climate modelling
- Climate models
- Climate projections
- Climate projections for nuclear waste disposal site
- Climate research
- Climate science
- Climate science
- Climate system modeling
- Climate variability
- Climate variability
- Climate variability and change
- Climate – air quality interactions
- Climate, tectonic, and surface process interactions with topography
- Communication and assesment of climate change to policymakers
- Decadal-centennial scale climate variability
- Development of advanced sensitivity and data mining tools for air quality and climate models
- Development of climate models
- Effect of climate change on the biosphere
- Effects of climate and its variations on landslide hazards and risk
- Energy supply and climate
- Evolution of the climate
- Geochemical methods in environmental and climate change science
- Global Climate Change and Sea-Level in the future
- Global climate
- Global climate change
- History and modeling of past climates
- History of Climate
- Impact of aerosols on air quality, public health, and climate
- Instrumental climate records
- Integrated urban weather, environment and climate systems and services for sustainable cities
- Integration of climate change mitigation and sustainable development objectives
- Interdisciplinary climate science and climate impact research
- Late Neogene climate change
- Linkage between weather systems and climate variability
- Linkages among air pollution, climate change, energy, ecosystem, and health
- Mega-cities, air quality and climate interaction
- Modeling and quantification of the interactions between the biogeochemical cycles and the physical climate system
- Modeling of aerosols, clouds and climate
- Modelling climate variability (past and future) at the global scale, with focus on polar regions
- Modelling of the earth climate system, including paleoclimates:
- Modelling the climate of the earth system
- Ocean and climate dynamics
- Ocean and climate model development
- Past Climates in the Mesozoic and Cenozoic Periods
- Past climate variations
- Projections of climate impact on water resources and public health
- Recent climate change and Global warming
- Reconstruction of past climates
- Regional climate and regional climate models
- Role of landuse in the climate system
- Role of magmatic volatiles on melting, magma genesis, storage and transport, volcanic eruption style and climate modulation over a range of timescales
- Role of the stratosphere on climate
- Soil carbon sequestration for adaptation and mitigation of climate change
- The Ecological transition and climate change
- The interactions between the physical climate and biochemical processes
- The relationships between the atmosphere/climate and different ecosystems, particularly the Boreal Forest
- The role of anthropogenic forcings on climate
- Thermodynamics of the climate system
- Utilization of paleoclimate data to validate climate models and as a reference scale for future climate change projections
- Variability of the past climates
- Weather and climate
- predictability and dynamics of weather and climate
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climatology
- Alpine meteorology and climatology
- Climatology
- Climatology
- Climatology of the Middle Atmosphere
- Interface of climatology
- Microscale / urban meteorology and climatology
- Statistical climatology
- Urban climatology
-
continental
- Continental Margins
- Continental Transforms
- Continental dynamics
- Continental evolution and monsoon systems
- Continental mantle lithosphere
- Continental rift magmatism
- Continental strike-slip faults (Karakoram, Xianshui-he [[Tibet], Red River [[Vietnam, Yunnan], Dead Sea [[Jordan, Syria], Sagaing [[Myanmar] faults)
- Continental tectonics
- Development of global, continental and regional observing systems for long-lived biogeochemical trace gases
- Geology and geophysics of Polar continental margins
- Integrated geophysical models of continental crust and upper mantle
- Levant continental margin
- Magmatic processes and formation of continental and oceanic crust
- Ocean tracers of continental aridity
- Origin and evolution of the Earth's continental crust, lithosphere and mantle
- Passive continental margins and sedimentary basins
- Research and geological-sedimentological evolution of the Romanian continental shelf
- Sheared continental margins
- Structure and evolution of passive continental margins
- Tectonic processes at active continental margins
- Thermo-chemical heterogeneity of continental lithosphere
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cosmic
- Cosmic Microwave Background: data processing, scientific analyses, and related techniques
- Cosmic Ray Physics
- Cosmic distance scale
- Cosmic distances
- Cosmic high-energy opacity by photon-photon interaction
- Cosmic magnetism and the capabilities of the SKA in advancing these studies.
- Cosmic microwave background
- Cosmic ray physics
- Cosmic rays
- Cosmic structure formation
- Cosmology: formation, evolution & characterization of large scale structures and cosmic microwave background anisotropies
- Dynamics and observational signatures of cosmic strings
- Galaxies at large redshift, cosmic star formation
- Mm, IR ed X-ray cosmic background radiations
- Origin of cosmic rays
- Origin of cosmic rays
-
cosmology
- Cosmology
- Cosmology
- Cosmology: formation, evolution & characterization of large scale structures and cosmic microwave background anisotropies
- Cosmology: large scale motions of galaxies
- Cosmology: the distance scale
- Extragalactic astrophysics and cosmology
- Gravitational physics and cosmology
- High energy astrophysics and astrophysical cosmology.
- Neutrino Cosmology
- Observational Cosmology
- Physical cosmology
- Theoretical astrophysics and cosmology
-
cycle
- Analyses of feedbacks between the carbon cycle and climate change
- Biogeochemistry of the global carbon cycle
- Carbon Cycle
- Carbon cycle modeling
- Carbon cycle research
- Glacial cycles
- Global biogeochemical cycles
- Global carbon cycle
- Global carbon cycle in Quaternary and Anthropocene
- Global geochemical cycles
- Hydrological Cycle
- Modeling and quantification of the interactions between the biogeochemical cycles and the physical climate system
- Ocean carbon cycle
- Oceanic biogeochemical cycles, phytoplankton communities, production and export
- Seismo-thermo-mechanical modelling of seismic cycles
- Theoretical work for better understanding earthquake-related physico-chemical processes active during the seismic cycle
- Water cycle and land hydrology from space
- ocean cycle of trace metals and carbon
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data
- Adapting new mathematical tools to magnetic and gravity data analysis
- Climate data analysis
- Combination of geophysical, geodetic and atmospheric data for Earth System studies
- Cosmic Microwave Background: data processing, scientific analyses, and related techniques
- Data analysis in astronomy
- Data assimilation
- Data fusion
- Data fusion
- Determination of the global gravity field models using satellite and terrestrial data
- Development of advanced sensitivity and data mining tools for air quality and climate models
- Discrete mathematics and earth sciences data mining
- Dynamical interpretation of paleoclimate data
- Geoinformatics and GIS data integration
- Interpretation of seismic data
- Inversion of borehole temperature data in ground surface temperature history
- Joint inversion of seismic and EM data
- Machine learning for remote sensing and geoscience data analysis
- Model - data comparisons (out-of-sample evaluation, emergent constraints)
- Parameterization of land surface processes at large scale with parameters directly/indirectly accessible from satellite data
- Quantitative estimation of land surface variables from satellite data
- Remote sensing data analysis
- Space plasma physics based on analysis of data from satellites and ground-based measurements
- Statistical methods for Big Data
- Statistical techniques for the analysis of astronomical data
- Utilization of paleoclimate data to validate climate models and as a reference scale for future climate change projections
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deformation
- Crustal deformation, volcano geodesy, volcano gravimetry
- Deformation analysis
- Deformation processes in subduction zones and associated basins
- Development of a physics-based, multiscale numerical modeling of plastic deformation of minerals under high pressure
- Experiments that reproduce the extreme deformation conditions along a fault during an earthquake
- Geodynamics and deformation of sedimentary basins on various scales
- Geophysical exploration, imaging, and analysis of deformation and mass transport
- High-pressure deformation of ceramics, semiconductors, quasi-crystals
- Interactions between i) deformation and erosion and ii) deformation and volcanism
- Interactions between mantle convection and surface deformation
- Intraplate deformation
- Mechanisms of plastic deformation in minerals
- Numerical simulation of lithospheric deformation and mantle convection
- Quantitative analysis of ductile deformation
- Rock deformation
- Trench migration and back-arc deformation
- Volcano deformation
-
development
- Algorithm and code development
- Biomarker proxy development and application
- Climate modeling with the development of the IPSL global climate model
- Development of a physics-based, multiscale numerical modeling of plastic deformation of minerals under high pressure
- Development of advanced sensitivity and data mining tools for air quality and climate models
- Development of better systems to forecast radiation exposure to satellites during magnetic storms
- Development of climate models
- Development of efficient numerical methods for continuum mechanics problems
- Development of global, continental and regional observing systems for long-lived biogeochemical trace gases
- Development of ground-based and airborne lidar instruments
- Development of methodologies for hazard and risk assessment for areas but also specific sites
- Development of methods for numerical simulation of planetary processes
- Development of nanomechanical testing of the plasticity of minerals in the TEM
- Development of new flight hardware to measure the composition of plasmas in the heliosphere
- Development of new theoretical concepts and models for interaction between the heliosphere and local interstellar medium
- Development of new theoretical concepts and models for interstellar neutral gas and dust behavior in the heliosphere
- Development of new theoretical concepts and models for the behavior of the solar atmosphere
- Development of new theoretical concepts for the acceleration and behavior of energetic particles in the heliosphere
- Development of quantitative proxy for ocean hydrology and dynamic
- Development of seismic early warning systems
- Development of the general planetary theory
- Development of the technique of lidar soundings of the atmosphere
- Further development of various geophysical techniques and their applications to diverse applied, engineering, and environmental issues
- Geopotential satellite mission design and development
- Instrument development for large telescopes, ground-based and in space
- Integration of climate change mitigation and sustainable development objectives
- Ocean and climate model development
- Perspective on the development of biogeochemical modeling
- Scientific and economic fundamentals for sustainable development
- Seismic methods and technical developments in (applied) geophysics
- Sustainable development
- Technological development: autonomous ocean observation platforms (floats, gliders) and sensors
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dynamic
- Analysis of population dynamics of localised brittle failure as a complex, non-linear (unreasonable) system
- Application of radiocarbon to study the dynamics of carbon cycling in plants and soils
- Atmosphere-ocean-planetary dynamics
- Atmospheric long-range transport and aerosol dynamics modeling
- Bowed-string dynamics
- Climate and atmospheric dynamics and climate modeling
- Climate dynamics
- Climate dynamics
- Climate dynamics and ice sheets
- Computational Fluid Dynamics
- Continental dynamics
- Development of quantitative proxy for ocean hydrology and dynamic
- Dynamic meteorology
- Dynamic metrology
- Dynamic topography
- Dynamic topography
- Dynamics and observational signatures of cosmic strings
- Dynamics and statistics of self-gravitating systems (collisionless dark matter)
- Dynamics of Galaxies: spiral structure, barred density waves
- Dynamics of planetary interiors and atmosphere
- Dynamics of the Earth`s crust
- Dynamics of the coastal ocean
- Dynamics of the global circulation
- Dynamics of the lithosphere/mantle system
- Dynamics of weather phenomena
- Earth and Planetary Mantle dynamics
- Evolutionary history and dynamics of calcareous nannoplankton
- Fluid Dynamics
- Fluid dynamics
- Fluid dynamics and meteorology
- Formation and growth mechanisms of atmospheric aerosols, aerosol dynamics, dynamics of atmospheric clusters
- Fractal dynamic modeling of extreme geological events
- Fracture dynamics
- Galactic Dynamics
- Galaxy Evolution: dynamics
- Galaxy kinematics and dynamics
- Geometry, kinematics and dynamics of tectonic plate boundaries
- Geophysical Fluid Dynamics
- Individual mass, dynamics, and physics of lensing galaxies
- Internal kinematics and dynamics of globular clusters
- Interstellar gas dynamics
- Large-scale fluid dynamics of atmosphere and ocean
- Lava dynamics (flow with breccia, multi-phase flow, lava domes, Colima)
- Lithosphere and mantle dynamics (continental and oceanic lithosphere, mantle-lithosphere interaction)
- Lithosphere dynamics
- Lithosphere dynamics, mantle dynamics, planetary dynamics, planetary differentiation and extra-solar planets
- Lithosphere structure and dynamics
- Lithospheric dynamics
- Long-term sediment dynamics and coupling with anthropogenic systems
- Magma transport properties and eruption dynamics
- Magnetospheric dynamics
- Mantle convection, lithospheric dynamics and plate tectonics
- Mantle dynamics
- Mantle dynamics and crustal accretion
- Measurements in time-lapse mode capturing the dynamic behavior of the earth’s subsurface
- Meteorology and atmospheric dynamics
- Newtonian dynamics
- Ocean and climate dynamics
- Paleoclimate dynamics contextualises current and future changes
- Salt dynamics
- Solar tachocline dynamics
- Stellar dynamics
- Stellar populations and dynamics of quasar host galaxies
- Structure, dynamics and evolution of Earth and other terrestrial planets
- Subduction dynamics
- Substorm and storm dynamics.
- Theoretical and experimental geophysical fluid dynamics sca surface waves generation and their spectra
- Vibrations from the sun and dynamic phenomena in binary stars
- Volcano dynamics
- ab Initio Molecular Dynamics
- monitoring and dynamics of ice caps using satellite techniques
- predictability and dynamics of weather and climate
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earth
- Accretion of the Earth and effects of core segregation on mantle composition
- Atmospheric sciences, physics, chemistry, earth system science, biosphee-aerosol-cloud-climate interactions
- Climate and Earth system modeling
- Combination of geophysical, geodetic and atmospheric data for Earth System studies
- Cycling of volatiles between the Earth's mantle and atmosphere
- Deciphering earth’s crustal structure and evolution
- Deep Earth geochemistry
- Determination of Earth kinematics using satellite observables
- Developing cosmogenic nuclide methods in Earth surface and paleo-climate research
- Discrete mathematics and earth sciences data mining
- Dynamics of the Earth`s crust
- Early Earth
- Earth Observation from Space
- Earth Sciences
- Earth Sciences in general
- Earth and Planetary Mantle dynamics
- Earth rotation and polar motion
- Earth science education and communication
- Earth sciences
- Earth surface processes
- Earth system modeling
- Earth system modeling and understanding through machine learning
- Earth system science
- Earth systems science
- Earth's mantle and core. Planetary interiors.
- Earth's rotation effects on the lithosphere
- Earth’s gravity field
- Earth’s magnetic field intensity variations
- Evaluation of biospheric components of the Earth System models
- Evolution of the Earth and Moon
- Evolution of the earth and planets
- Geodesy and geophysics, with specific interest in Earth/Mars/Mercury rotation/libration and interior modeling
- Gravity field, geodesy, satellite geodesy, Earth rotation
- Habitat of life on the early earth
- Historical eclipses and earth's rotation
- Interior structure of the earth
- Magnetic fields of the earth and planets
- Measurements in time-lapse mode capturing the dynamic behavior of the earth’s subsurface
- Mineralogy of the Earth's interior
- Modelling of the earth climate system, including paleoclimates:
- Modelling the climate of the earth system
- Origin and evolution of the Earth's continental crust, lithosphere and mantle
- Past changes in the Earth magnetic field
- Phase transitions in the Earth's mantle
- Phyical processes at and near Earth's surface
- Physical properties of the deep Earth (lower mantle and core)
- Physics of the earth and planets
- Satellite earth observation
- Satellite geodesy and space research in Earth sciences
- Seamless Coupled Earth System modeling
- Seismology, structure of the Earth interior, structure of the Earth's core
- Solid Earth Geophysics
- Structure and composition of the earth’s lithosphere
- Structure and physical properties of the Earth's crust and lower lithosphere
- Structure, dynamics and evolution of Earth and other terrestrial planets
- Studies of the deep Earth's interior
- Temporal changes of the Earth gravity field and global mass redistributions
- Theoretical aspects in Earth system analysis
- Transport, acceleration and loss of high energy charged particles in the external magnetic field of the Earth and planets
- Understanding the connections between Solid Earth, Oceans and Atmosphere
-
earthquake
- Catastrophic failure events, from earthquakes, rock fracture, and volcanic eruptions to failure of building materials and bridges
- Earthquake
- Earthquake
- Earthquake Early Warning
- Earthquake Seismology
- Earthquake and eruption forecasting
- Earthquake geology
- Earthquake physics
- Earthquake physics
- Earthquake prediction
- Earthquake research
- Earthquake risk analysis in Ghana
- Earthquake source mechanism
- Earthquake stress interaction
- Earthquakes
- Earthquakes origin
- Experiments that reproduce the extreme deformation conditions along a fault during an earthquake
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effect
- Accretion of the Earth and effects of core segregation on mantle composition
- Aerosol-climate interactions and their global climatic effects
- Air pollution and health effects
- Earth's rotation effects on the lithosphere
- Effect of climate change on the biosphere
- Effect of sea level rise on coastal processes
- Effects of adsorbed organic material on surface properties
- Effects of climate and its variations on landslide hazards and risk
- Effects of nanoscale heterogeneity on surface free energy
- Greenhouse effect
- Health and climatic effects of pollution and bio-aerosols
- Microbial and particulate interactions in cryogenic extreme environments to unravel effects on global scale processes;
- Structural classification of minerals and the effect of bonding topology on properties and behaviour
- The effect of secondary biogenic aerosols on global aerosol load
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energy
- Cosmological probes of Dark Matter and Dark Energy
- Dark energy
- Effects of nanoscale heterogeneity on surface free energy
- Emission and energy demand scenarios
- Energy
- Energy
- Energy / raw materials
- Energy efficiency
- Energy efficient and sustainable buildings
- Energy science
- Energy storage in aquifers
- Energy supply and climate
- Energy transition
- High energy astrophysics
- High energy astrophysics
- High energy astrophysics and astrophysical cosmology.
- High energy astrophysics: physics of accretion onto compact objects
- Linkages among air pollution, climate change, energy, ecosystem, and health
- Marine renewable energy (wave energy, current turbines)
- Sustainable energy policy
- Sustainable energy production
- Transport, acceleration and loss of high energy charged particles in the external magnetic field of the Earth and planets
- Wind energy
-
environmental
- Climate change mitigation, carbon emission, and environmental management
- Emergency preparedness, environmental impact and risk assessments
- Environmental Magnetism
- Environmental Microbiology
- Environmental analytical chemistry
- Environmental chemistry
- Environmental chemistry and geochemistry
- Environmental geochemistry
- Environmental geochemistry
- Environmental geology
- Environmental magnetism applied to paleoceanography and paleoclimatology
- Environmental mineralogy
- Environmental mineralogy of freshwater carbonate sediments
- Environmental organic chemistry
- Environmental sciences
- Environmental sustainability
- Environmental technologies
- Environmental toxicology
- Environmental virology
- Evolution and environmental state of the coastal zone of the Black Sea
- Further development of various geophysical techniques and their applications to diverse applied, engineering, and environmental issues
- Galactic and environmental probes
- Geochemical methods in environmental and climate change science
- Global environmental change studies
- Interdisciplinary research in environmental biogeochemistry, toxicology, and risk assessment
- Microbial ecology, microbial physiology and environmental biotechnology
- Palaeomagnetism and environmental magnetism
- Principles of physics and chemistry to fundamental problems in geology, geochemistry, and environmental science
- Response of marine organisms and ecosystems to global environmental changes
- Sensor technologies for subsurface and environmental monitoring
-
evolution
- Binary and stellar evolution
- Continental evolution and monsoon systems
- Cosmology: formation, evolution & characterization of large scale structures and cosmic microwave background anisotropies
- Deciphering earth’s crustal structure and evolution
- Evolution and environmental state of the coastal zone of the Black Sea
- Evolution of The Galaxy and other stellar systems
- Evolution of orogenic belt and exhumation of deep metamorphic rocks
- Evolution of stars
- Evolution of tectonic-driven sedimentary sequences
- Evolution of the Earth and Moon
- Evolution of the climate
- Evolution of the earth and planets
- Formation and evolution of binaries containing compact objects
- Formation and evolution of galaxies
- Galactic chemical evolution
- Galactic chemical evolution
- Galaxy Evolution: dynamics
- Galaxy Evolution: early type galaxies
- Galaxy Evolution: stellar populations
- Galaxy evolution
- Galaxy formation & evolution
- Galaxy formation and evolution
- Gas hydrodynamics (collisions, SPH, etc.), for evolution and formation of galaxies
- Geodynamics and ore deposit evolution across Europe (GEODE)
- Landscape evolution
- Landscape evolution by fluvial and glacial processes
- Life evolution
- Lithosphere evolution from Archean to present
- Models of spectrophotometric evolution of galaxies, formation of spheroidal galaxies
- Numerical models of landscape evolution and applications of low-temperature thermochronology
- Origin and evolution of the Earth's continental crust, lithosphere and mantle
- Paleogeography and paleoenvironmental evolution of the Carpathians units
- Physics, formation and evolution of massive stars
- Planetary evolution
- Research and geological-sedimentological evolution of the Romanian continental shelf
- Sedimentary basin evolution
- Sedimentary basins formation and evolution
- Sedimentary evolution
- Solar evolution
- Stellar Evolution
- Stellar evolution
- Stellar evolution and nucleosynthesis
- Stellar evolution in binaries
- Stellar structure and evolution
- Stratospheric aerosol budget and long-term evolution
- Stratospheric ozone budget and long-term evolution
- Structure and evolution of passive continental margins
- Structure and evolution of the Universe
- Structure and evolution of the galaxy
- Structure and the evolution of galaxies
- Structure, dynamics and evolution of Earth and other terrestrial planets
- Structure, formation and evolution of galaxies
- Tectonic and morphological evolution of convergent margin
- Terrestrial planets evolution
- The geology and tectonic evolution of the Appalachians and Caledonides
- Thermal evolution and timescales of volcanic processes
-
experimental
- Experimental astrophysics
- Experimental geochemistry
- Experimental geomaterials
- Experimental geosciences
- Experimental modelling of brittle-ductile systems with application to crust and lithosphere tectonic systems
- Experimental modelling of tectonic processes
- Experimental petrology
- Experimental petrology
- Experimental petrology / geochemistry
- Experimental physics
- Experimental studies of porous media systems
- Experimental volcanology
- Microstructural/geochemical investigations of natural and experimental fault products
- Theoretical and experimental geophysical fluid dynamics sca surface waves generation and their spectra
- Theoretical and experimental seismology
-
field
- Astronomical instrumentation: integral field spectrographs
- Description of temporal and spatial changes of the geomagnetic field
- Determination of the global gravity field models using satellite and terrestrial data
- Earth’s gravity field
- Earth’s magnetic field intensity variations
- Field geology
- Field studies of exhumed ancient seismic faults
- Geomagnetic field observations from historical archives, modern observatories, and artificial satellites
- Geopotential fields (gravity and magntic fields)
- Gravity Field and Topographic Modeling
- Gravity field, geodesy, satellite geodesy, Earth rotation
- Magnetic field
- Magnetic field measurements
- Magnetic fields of the earth and planets
- Past changes in the Earth magnetic field
- Potential Fields
- Potential fields
- Satellite based gravity field determination
- Studies of the Moon, Mars, and Mercury magnetic fields
- Temporal changes of the Earth gravity field and global mass redistributions
- Theory of transport and transformations of humidity fields in atmosphere
- Thermal field
- Transport, acceleration and loss of high energy charged particles in the external magnetic field of the Earth and planets
- Unified field theory
-
flow
- Basic heat flow studies in terms of crustal and lithospheric structure
- Constrained lava flows
- Exchange flows
- Fluid mechanics: turbulence in homogeneous, stratified and rotating flows
- Fluid-rock interactions and fluid flow involving fractures in the subsurface
- Geothermal modelling and Heat flow mapping
- Heat Flow
- Instability of geophysical flows and predictability
- Intermediated scale testing of subsurface flow and transport
- Internal gravity waves and their interaction with shear flows
- Lava flow emplacement
- Macroscale modelling of flow and transport
- Multiphase flow as applied to subsurface contamination and geologic storage of carbon
- Multiphase flows
- Numerical modeling and computational methods as applied to subsurface flow and transport
- Oceanic flows
- Physics of flow and transport in porous media
- Pore-scale modelling of flow and transport
- The flow of granular media
- Unsaturated flow theory
- Upscaling of flow and transport theories
-
fluid
- Computational Fluid Dynamics
- Fluid Dynamics
- Fluid and melt inclusions in minerals and rocks
- Fluid dynamics
- Fluid dynamics and meteorology
- Fluid inclusions
- Fluid mechanics
- Fluid mechanics
- Fluid mechanics (numerical solution of the Navier-Stokes equations)
- Fluid mechanics: turbulence in homogeneous, stratified and rotating flows
- Fluid rock interaction in the upper crust
- Fluid transport in porous and fractured reservoirs
- Fluid-rock interactions and fluid flow involving fractures in the subsurface
- Geophysical Fluid Dynamics
- Industrial fluid mechanics
- Large-scale fluid dynamics of atmosphere and ocean
- Mediterranean sub-salt fluids
- The fluid mechanics of solidification
- The study of trace element and isotope geochemistry of igneous minerals and melt and fluid inclusions
- Theoretical and experimental geophysical fluid dynamics sca surface waves generation and their spectra
- Volcanism and fluid circulation in the crust
-
formation
- Aerosol formation and transformation
- Aerosol formation and transformation
- Cosmic structure formation
- Cosmology: formation, evolution & characterization of large scale structures and cosmic microwave background anisotropies
- Formation and evolution of binaries containing compact objects
- Formation and evolution of galaxies
- Formation and growth mechanisms of atmospheric aerosols, aerosol dynamics, dynamics of atmospheric clusters
- Formation of ionospheric irregularities
- Formation of metallic ore deposits
- Formation of the continents
- Fundamental understanding of mineral formation and dissolution
- Galaxies at large redshift, cosmic star formation
- Galaxies: star formation
- Galaxy formation
- Galaxy formation & evolution
- Galaxy formation and evolution
- Gas hydrodynamics (collisions, SPH, etc.), for evolution and formation of galaxies
- Magmatic processes and formation of continental and oceanic crust
- Models of spectrophotometric evolution of galaxies, formation of spheroidal galaxies
- Monitoring Leakage of carbon dioxide and brine from deep geologic storage formations
- Numerical simulations of the formation of galaxies and larger structures
- Ophiolite formation and obduction processes (Oman-UAE, Burma, Andaman Islands, Lizard [[Cornwall, UK])
- Physics, formation and evolution of massive stars
- Planetary formation
- Sedimentary basins formation and evolution
- Star formation
- Star formation rate
- Structure, formation and evolution of galaxies
- Structure, formation mechanism, and surface reactivity of poorly crystallized minerals
- chronology of meteorites and the formation of the solar system
-
galaxy
- AGN and Starforming Galaxies
- Active galaxies
- Cosmology: large scale motions of galaxies
- Deep surveys of galaxies
- Dynamics of Galaxies: spiral structure, barred density waves
- Environment dependence of galaxy properties
- Evolution of The Galaxy and other stellar systems
- Formation and evolution of galaxies
- Galaxies at large redshift, cosmic star formation
- Galaxies: interactions
- Galaxies: star formation
- Galaxy
- Galaxy Evolution: dynamics
- Galaxy Evolution: early type galaxies
- Galaxy Evolution: stellar populations
- Galaxy clusters
- Galaxy clusters
- Galaxy clusters and the large-scale distribution of galaxies
- Galaxy clustersa nd protoclusters
- Galaxy evolution
- Galaxy formation
- Galaxy formation & evolution
- Galaxy formation and evolution
- Galaxy kinematics and dynamics
- Galaxy morphology
- Galaxy photometry
- Galaxy photometry in radio, mm, IR and optical
- Gas hydrodynamics (collisions, SPH, etc.), for evolution and formation of galaxies
- Gravitational lenses, quasars, and clusters of galaxies
- Individual mass, dynamics, and physics of lensing galaxies
- Infrared: galaxies
- Interaction between galaxies; N-body simulations of galaxies (FFT, tree-code)
- Interstellar medium of galaxies, observations of new molecules
- Models of spectrophotometric evolution of galaxies, formation of spheroidal galaxies
- Morphological classification of galaxies
- Numerical simulations of the formation of galaxies and larger structures
- Starburt galaxies
- Stellar populations and dynamics of quasar host galaxies
- Structure and evolution of the galaxy
- Structure and the evolution of galaxies
- Structure, formation and evolution of galaxies
- Systematics of galaxy properties
- Very high-redshift galaxies, proto-galaxies around high-redshift quasars
-
geochemistry
- Analytical geochemistry
- Aqueous geochemistry
- Aqueous speciation and geochemistry
- Atmospheric geochemistry
- Core geochemistry
- Deep Earth geochemistry
- Environmental chemistry and geochemistry
- Environmental geochemistry
- Environmental geochemistry
- Experimental geochemistry
- Experimental petrology / geochemistry
- Gas geochemistry
- Geochemistry
- Geochemistry
- Geochemistry and mineralogy of mining/industrial wastes and their reuse
- Geochemistry of high-pressure (HP) and ultrahigh-pressure (UHP) crustal and mantle rocks, kimberlites
- Geochemistry of hydrothermal systems
- Geochemistry of metamorphic rocks
- Geochemistry or rare elements
- Halogen geochemistry
- High temperature geochemistry
- Inorganic geochemistry
- Isotope geochemistry
- Isotope geochemistry
- Isotope geochemistry,
- Mantle geochemistry
- Noble Gas Geochemistry
- Nuclear geochemistry
- Organic geochemistry
- P420 petrology, mineralogy, geochemistry
- Petrology and Geochemistry
- Petrology and geochemistry of mafic and ultramafic volcanic rocks, both modern and Archean
- Petrology and geochemistry of mafic magma in major tectonic settings
- Planetary geochemistry
- Principles of geochemistry
- Principles of physics and chemistry to fundamental problems in geology, geochemistry, and environmental science
- Sedimentology, mineralogy and geochemistry of sedimentary systems
- Stable isotope geochemistry
- Surface and interface chemistry/geochemistry
- The study of trace element and isotope geochemistry of igneous minerals and melt and fluid inclusions
- Trace elements, radiogenic isotope geochemistry and geochronology
- Uranium biogeochemistry and isotope geochemistry
-
geodesy
- Crustal deformation, volcano geodesy, volcano gravimetry
- Geodesy
- Geodesy
- Geodesy and geophysics, with specific interest in Earth/Mars/Mercury rotation/libration and interior modeling
- Geodesy, volcano geodesy
- Gravimetry and satellite geodesy;
- Gravity field, geodesy, satellite geodesy, Earth rotation
- Mathematical, numerical and statistical techniques in Geodesy
- Satellite Geodesy
- Satellite geodesy and space research in Earth sciences
- Space Geodesy
- Space and Planetary Geodesy
-
geodynamics
- Computational geodynamics
- Computational geodynamics (numerical methods)
- Geodynamics
- Geodynamics
- Geodynamics and deformation of sedimentary basins on various scales
- Geodynamics and ore deposit evolution across Europe (GEODE)
- Global geodynamics
- Mantle geodynamics
- Paleomagnetism applied to geodynamics
- chemical geodynamics
-
geology
- Applied geology
- Earthquake geology
- Economic geology
- Environmental geology
- Field geology
- Fractals in sedimentary geology
- Geology
- Geology
- Geology and geophysics of Polar continental margins
- Glacial geology
- Himalayan Geology
- History of Geology
- Marine Geology
- Marine Geology and Geophysics
- Marine, riverine and deltaic geology and sedimentology research in the Danube - Danube Delta - Black Sea and its coast system
- Ore geology
- Petroleum geology
- Precambrian geology
- Precambrian geology
- Principles of physics and chemistry to fundamental problems in geology, geochemistry, and environmental science
- Quaternary geology
- Regional geology
- Regional geology (North America, Asia)
- Sedimentary geology
- Structural geology
- Structural geology
- Structural geology
- Structural geology (mechanisms of folding and boudinage; deformation in shear zones)
- The geology and socio-economic/political implications of natural hazards, especially floods and landslides
- The geology and tectonic evolution of the Appalachians and Caledonides
- The geology of arc/continent collision
-
geophysics
- Applied geophysics (potential field interpretation)
- Computational geophysics
- Geodesy and geophysics, with specific interest in Earth/Mars/Mercury rotation/libration and interior modeling
- Geology and geophysics of Polar continental margins
- Geophysics
- Geophysics
- Marine Geology and Geophysics
- Marine geophysics
- Marine geophysics
- Mathematical geophysics (gravitational & thermal hydrodynamic instability, data-driven modeling)
- Planetary geophysics and tectonics
- Seismic methods and technical developments in (applied) geophysics
- Solid Earth Geophysics
- Volcano geophysics
-
global
- Aerosol-climate interactions and their global climatic effects
- Biogeochemistry of the global carbon cycle
- Climate modeling with the development of the IPSL global climate model
- Determination of the global gravity field models using satellite and terrestrial data
- Development of global, continental and regional observing systems for long-lived biogeochemical trace gases
- Dynamics of the global circulation
- Global Climate Change and Sea-Level in the future
- Global air pollution including tropospheric ozone
- Global and regional aspects of air pollution
- Global biogeochemical cycles
- Global carbon cycle
- Global carbon cycle in Quaternary and Anthropocene
- Global change
- Global change
- Global climate
- Global climate change
- Global environmental change studies
- Global geochemical cycles
- Global geodynamics
- Global sea-level
- Global sea-level change of the Phanerozoic
- Global warming
- Global warming
- Microbial and particulate interactions in cryogenic extreme environments to unravel effects on global scale processes;
- Modelling climate variability (past and future) at the global scale, with focus on polar regions
- Multidisciplinary and multiplatform ocean observation at the global scale
- Recent climate change and Global warming
- Response of marine organisms and ecosystems to global environmental changes
- Role of the global ocean circulation
- Sea level variations at regional and global scales
- Seismic, Sequence and Global Stratigraphy
- Societal response to global warming
- Temporal changes of the Earth gravity field and global mass redistributions
- The effect of secondary biogenic aerosols on global aerosol load
-
hazard
- Active tectonics and geological hazards
- Development of methodologies for hazard and risk assessment for areas but also specific sites
- Dissemination and outreach on natural hazards and their consequences
- Effects of climate and its variations on landslide hazards and risk
- Geo-ethical issues related to natural hazards research and applications
- Geologic hazards
- Geological hazards
- Geological, geomorphological, and hydrological processes and hazards
- Hazard model testing
- Hazard risk assessments of the impact of severe space weather on the growing number of satellites in orbit
- Impact of natural hazards on the population and the built environment
- Natural hazards
- Natural hazards
- Numerical and statistical modelling for landslide susceptibility, hazard, and risk assessment
- Quantification of natural hazards
- Quantification of volcanic hazard
- Risk assessment methodologies for natural hazards
- Seismic and volcanic hazard analysis
- Seismic hazard (Vrancea, Tibet-Himalayan, Caucasus)
- Seismic hazard and engineering seismology
- Seismic hazard and risk analysis
- Seismic microzonation of urban settlements and seismic hazard
- The geology and socio-economic/political implications of natural hazards, especially floods and landslides
- Volcanic hazard assessment
- Volcanic hazard assessment and public outreach
- Volcanic hazard forecast
- Volcanic hazards
- Volcanic hazards
- Volcanologic processes and hazards
-
health
- Aerosol science and its impact on health, air quality and climate change
- Air pollution and health effects
- Air pollution, and its sources and health impacts
- Air quality and health impacts of airborne pollutants
- Environment and health
- Health and climatic effects of pollution and bio-aerosols
- Health impact assessment
- Impact of aerosols on air quality, public health, and climate
- Impact of air pollution on health
- Linkages among air pollution, climate change, energy, ecosystem, and health
- Nexus approach and the "One Health" concept
- Projections of climate impact on water resources and public health
- Public health
- Soil health and its determinants
- Surface UV radiation and links to human health issues (skin cancer, vitamin D)
- Water and human health
-
high
- Development of a physics-based, multiscale numerical modeling of plastic deformation of minerals under high pressure
- High energy astrophysics
- High energy astrophysics
- High energy astrophysics and astrophysical cosmology.
- High energy astrophysics: physics of accretion onto compact objects
- High performance parallel supercomputers
- High pressure chemistry.
- High pressure physics
- High resolution chemistry transport models
- High resolution imaging
- High resolution magnetic stratigraphy
- High temperature geochemistry
- Mineral physics at high P and T
- Structural studies of silicate glasses and melts at high temperature
- Transport, acceleration and loss of high energy charged particles in the external magnetic field of the Earth and planets
- X-ray crystallography at high temperatures
-
history
- Antarctic ice sheet history
- Evolutionary history and dynamics of calcareous nannoplankton
- Geological History of the Mediterranean Sea (Messinian Salt Giant), Northern Arabian Sea, Eastern Indian Ocean (offshore Australia)
- History and modeling of past climates
- History of Climate
- History of East Asian celestial cartography
- History of Geology
- History of Halley's comet; chronology
- History of mineralogy and related geosciences
- Inversion of borehole temperature data in ground surface temperature history
- Scientific history of the Cavendish Laboratory.
-
impact
- Aerosol science and its impact on health, air quality and climate change
- Aerosols, and its impact on air quality and climate change
- Air pollution, and its sources and health impacts
- Air quality and health impacts of airborne pollutants
- Climate change impact and vulnerability
- Climate change impacts and risks
- Climate change impacts on water resources
- Climate-cryosphere linkages and their impacts on integrated water resources management
- Climatic impacts of large, tropical volcanic eruptions on Common Era societies
- Emergency preparedness, environmental impact and risk assessments
- Hazard risk assessments of the impact of severe space weather on the growing number of satellites in orbit
- Health impact assessment
- Impact Craters
- Impact of aerosols on air quality, public health, and climate
- Impact of air pollution on health
- Impact of aircraft on the environment
- Impact of natural hazards on the population and the built environment
- Impacts
- Interdisciplinary climate science and climate impact research
- Ocean acidification and its impacts
- Projections of climate impact on water resources and public health
-
interaction
- Aerosol-climate interactions and their global climatic effects
- Aerosol-cloud interactions
- Aerosol-cloud-climate interactions
- Aerosol-cloud-climate interactions
- Air-sea interaction
- Aquifer-coastal ocean interactions
- Atmosphere – Terrestrial Biosphere Interaction
- Atmosphere-ocean interactions
- Atmospheric sciences, physics, chemistry, earth system science, biosphee-aerosol-cloud-climate interactions
- Biosphere-atmosphere interactions
- Biosphere-geosphere interactions
- Chemistry-aerosol-cloud-climate interactions
- Climate – air quality interactions
- Climate, tectonic, and surface process interactions with topography
- Climate-biosphere interactions
- Cometary interactions
- Cosmic high-energy opacity by photon-photon interaction
- Cryosphere including its interaction with the atmosphere and ocean
- Development of new theoretical concepts and models for interaction between the heliosphere and local interstellar medium
- Earthquake stress interaction
- Fault interaction and seismicity patterns
- Fluid rock interaction in the upper crust
- Fluid-rock interaction in sedimentary
- Fluid-rock interactions and fluid flow involving fractures in the subsurface
- Galaxies: interactions
- Human-Earth system interactions
- Interaction between galaxies; N-body simulations of galaxies (FFT, tree-code)
- Interaction of lithosphere and mantle in tectonically active regions
- Interaction sedimentation-tectonics
- Interactions between i) deformation and erosion and ii) deformation and volcanism
- Interactions between mantle convection and surface deformation
- Interactions between the atmosphere and bio- or physio sphere of our planet
- Internal gravity waves and their interaction with shear flows
- Land-atmospheric interaction experimentation and modeling
- Lithosphere-asthenosphere interaction
- Mega-cities, air quality and climate interaction
- Microbial and particulate interactions in cryogenic extreme environments to unravel effects on global scale processes;
- Mid-ocean ridges and ridge-hotspot interaction
- Modeling and quantification of the interactions between the biogeochemical cycles and the physical climate system
- Modelling climate–cryosphere interactions.
- Molecular modelling of pollutant interactions with the soil matrix
- Ocean/atmosphere interactions
- Radiation interaction under extreme astrophysical conditions
- Radiogalaxies and their interaction with the environment
- Solar wind - magnetosphere - ionosphere interactions
- Solar wind magnetosphere interaction
- The interactions between the physical climate and biochemical processes
- The microbial - mineral - ice interactions leading to the darkening of the Greenland Iced Sheet and the accelerated melting
- Turbulence and its interaction with waves
- Volcano-aquifers interactions
- Volcano-ice interaction
- Volcano-ice interactions
- Wave-mean interaction
- Wave-particle interactions
- Wave-vortex interaction
-
isotope
- Aerosol isotopes
- Application of metal stable isotopes in the Earth-, Plant Nutrition, and Biomedical Sciences
- Isotope geochemistry
- Isotope geochemistry
- Isotope geochemistry,
- Isotope hydrology
- Isotope tracers
- Isotopes
- Stable isotope geochemistry
- Stable isotope stratigraphy
- Stable metal isotopes in biology and medicine
- Stable metal isotopes in historical and archeological artifacts
- The study of trace element and isotope geochemistry of igneous minerals and melt and fluid inclusions
- Trace elements, radiogenic isotope geochemistry and geochronology
- Uranium biogeochemistry and isotope geochemistry
-
large
- Astronomical instrumentation: large telescopes
- Atmospheric large scale modelling
- Climatic impacts of large, tropical volcanic eruptions on Common Era societies
- Cosmology: formation, evolution & characterization of large scale structures and cosmic microwave background anisotropies
- Cosmology: large scale motions of galaxies
- Galaxies at large redshift, cosmic star formation
- Instrument development for large telescopes, ground-based and in space
- Large scale structures
- Large scale tectonic processes
- Large spectroscopic and photometric redshift surveys
- Managing small and medium enterprises, and large public institutions and universities
- Methodologies for risk management in large urban agglomerations
- Numerical simulations of large scale structures
- Numerical simulations of the formation of galaxies and larger structures
- Parameterization of land surface processes at large scale with parameters directly/indirectly accessible from satellite data
-
lithosphere
- Continental mantle lithosphere
- Dynamics of the lithosphere/mantle system
- Earth's rotation effects on the lithosphere
- Experimental modelling of brittle-ductile systems with application to crust and lithosphere tectonic systems
- Interaction of lithosphere and mantle in tectonically active regions
- Lithosphere and mantle dynamics (continental and oceanic lithosphere, mantle-lithosphere interaction)
- Lithosphere dynamics
- Lithosphere dynamics, mantle dynamics, planetary dynamics, planetary differentiation and extra-solar planets
- Lithosphere evolution from Archean to present
- Lithosphere structure and dynamics
- Oceanic lithosphere and plate boundaries
- Origin and evolution of the Earth's continental crust, lithosphere and mantle
- Structure and composition of the earth’s lithosphere
- Structure and physical properties of the Earth's crust and lower lithosphere
- Structure of the crust and lithosphere
- Thermo-chemical heterogeneity of continental lithosphere
-
magnetic
- Adapting new mathematical tools to magnetic and gravity data analysis
- Biomineralization of magnetic minerals in bacteria and synthesis of magnetic nanostructures
- Development of better systems to forecast radiation exposure to satellites during magnetic storms
- Earth’s magnetic field intensity variations
- High resolution magnetic stratigraphy
- Magnetic field
- Magnetic field measurements
- Magnetic fields of the earth and planets
- Magnetic instabilities
- Magnetic reconnection
- Past changes in the Earth magnetic field
- Rock magnetic studies applied to geological problems
- Studies of the Moon, Mars, and Mercury magnetic fields
- Transport, acceleration and loss of high energy charged particles in the external magnetic field of the Earth and planets
-
management
- Adaptation and mitigation strategies in the Anthropocene, integrated disaster risk management
- Climate change mitigation, carbon emission, and environmental management
- Climate-cryosphere linkages and their impacts on integrated water resources management
- Coordinator of the Center for Disaster Management and Risk Reduction Technology (CEDIM)
- Management of research and innovation
- Methodologies for risk management in large urban agglomerations
- Nuclear waste management
- Qualitative and quantitative aspects of water, water policy, water management, water infrastructures, water-energy-food nexus and security, virtual water trade
- Risk management of weather extremes - floods, droughts and heat waves
- Science Management & Science Policy.
- Science management
- Scientific derivation of water quality criteria/standards for advancing water quality management
- Seismic Monitoring and management of Research Infrastructures
- Soil erosion by water and its management
- Soil management
- Sustainable management of soil for food and other ecosystem services
- Water resources management
-
mantle
- Accretion of the Earth and effects of core segregation on mantle composition
- Age and origin of mantle heterogeneities
- Continental mantle lithosphere
- Cycling of volatiles between the Earth's mantle and atmosphere
- Dynamics of the lithosphere/mantle system
- Earth and Planetary Mantle dynamics
- Earth's mantle and core. Planetary interiors.
- Geochemical modelling of mantle melting and melt transport
- Geochemistry of high-pressure (HP) and ultrahigh-pressure (UHP) crustal and mantle rocks, kimberlites
- Integrated geophysical models of continental crust and upper mantle
- Interaction of lithosphere and mantle in tectonically active regions
- Interactions between mantle convection and surface deformation
- Lithosphere and mantle dynamics (continental and oceanic lithosphere, mantle-lithosphere interaction)
- Lithosphere dynamics, mantle dynamics, planetary dynamics, planetary differentiation and extra-solar planets
- Mantle anisotropy
- Mantle convection
- Mantle convection, lithospheric dynamics and plate tectonics
- Mantle dynamics
- Mantle dynamics and crustal accretion
- Mantle geochemistry
- Mantle geodynamics
- Numerical simulation of lithospheric deformation and mantle convection
- Origin and evolution of the Earth's continental crust, lithosphere and mantle
- Oxygen fugacities recorded by mantle rocks
- Phase transitions in the Earth's mantle
- Subduction and mantle convection
- mantle
-
marine
- Human causes of marine defaunation in the ocean and coastal seas
- Marine Geology
- Marine Geology and Geophysics
- Marine biogeochemistry
- Marine ecology
- Marine geophysical surveys across the Irish Sea, Celtic Sea and Southwest Approaches
- Marine geophysics
- Marine geophysics
- Marine geosciences - including satellite altimetry
- Marine paleoclimate research (Quaternary and Neogene)
- Marine renewable energy (wave energy, current turbines)
- Marine science
- Marine, riverine and deltaic geology and sedimentology research in the Danube - Danube Delta - Black Sea and its coast system
- Natural gas hydrates in the marine environment
- Response of marine organisms and ecosystems to global environmental changes
-
medium
- Colloids, virus, and particle transport in porous media
- Development of new theoretical concepts and models for interaction between the heliosphere and local interstellar medium
- Electromagnetic scattering and emission of random media
- Experimental studies of porous media systems
- Interstellar medium of galaxies, observations of new molecules
- Intertellar medium
- Managing small and medium enterprises, and large public institutions and universities
- Physics of flow and transport in porous media
- Studies of industrial porous media
- The flow of granular media
- Wakes in stratified media
-
meteorology
- Alpine meteorology and climatology
- Dynamic meteorology
- Fluid dynamics and meteorology
- Mesoscale meteorology
- Mesoscale meteorology, numerical weather prediction and chemical weather forecasting
- Meteorology
- Meteorology and atmospheric dynamics
- Microscale / urban meteorology and climatology
-
method
- Applications of synchrotron radiation methods
- Developing cosmogenic nuclide methods in Earth surface and paleo-climate research
- Development of efficient numerical methods for continuum mechanics problems
- Development of methods for numerical simulation of planetary processes
- Geochemical methods in environmental and climate change science
- Isotopic methods
- Numerical methods
- Numerical modeling and computational methods as applied to subsurface flow and transport
- Remote sounding of the sea surface state including the method of tsunami identification by radar backscatter
- Seismic methods
- Seismic methods and technical developments in (applied) geophysics
- State-of-the-art in situ analytical methods (SIMS, LA-ICP-MS, EPMA, Raman, etc)
- Statistical methods
- Statistical methods for Big Data
-
mineral
- Advanced Transmission electron microscopy (TEM) to characterize defects in minerals
- Biomineralization of magnetic minerals in bacteria and synthesis of magnetic nanostructures
- Characterization of mineral nanostructures using transmission electron microscopy
- Connection of thermodynamic properties of minerals by bond topology and crystal-structure connectivity
- Control of chemical reactions in minerals by bond topology
- Crystal chemistry of complex minerals (amphiboles, staurolite, tourmaline, sapphirine, kornerupine)
- Crystal chemistry of minerals and inorganic compounds
- Crystal structure analysis of minerals and inorganic materials of unknown structure
- Crystallization of salt minerals in natural saline lakes and synthetic aqueous brines
- Crystallography, crystal structures of minerals and synthetic phases
- Development of a physics-based, multiscale numerical modeling of plastic deformation of minerals under high pressure
- Development of nanomechanical testing of the plasticity of minerals in the TEM
- Electrical conductivity of minerals and silicate melts
- Fluid and melt inclusions in minerals and rocks
- Fundamental understanding of mineral formation and dissolution
- Mechanisms of plastic deformation in minerals
- Mineral chemistry
- Mineral phyiscs
- Mineral physics
- Mineral physics (elastic properties, thermodynamics)
- Mineral physics and high-pressure behaviour of minerals.
- Mineral physics at high P and T
- Mineral properties
- Mineral prospecting and exploration
- Mineral resource potential assessment
- Mineral resources
- Mineral spectroscopy
- Mineral spectroscopy
- Mineral surface chemistry
- Mineralogy, physico-chemical properties of minerals at non ambient conditions
- Nucleation, growth and crystallization mechanisms and kinetics of environmentally relevant mineral phases
- Numerical modeling of minerals and structural defects
- Physical and chemical properties of melts and minerals
- Processes on mineral surfaces and bio-geo-interactions
- Short-Range Order/Disorder in Rock-forming Minerals through a multitechnique approach
- Structural classification of minerals and the effect of bonding topology on properties and behaviour
- Structural properties of glasses and minerals
- Structure, formation mechanism, and surface reactivity of poorly crystallized minerals
- Structure-property relationships in minerals and synthetic materials
- Sustainability of mineral resources
- The microbial - mineral - ice interactions leading to the darkening of the Greenland Iced Sheet and the accelerated melting
- The study of trace element and isotope geochemistry of igneous minerals and melt and fluid inclusions
- mineral physics
-
mineralogy
- Biogeochemistry, Mineralogy, extremophile Microbiology
- Computational mineralogy
- Environmental mineralogy
- Environmental mineralogy of freshwater carbonate sediments
- Geochemistry and mineralogy of mining/industrial wastes and their reuse
- History of mineralogy and related geosciences
- Industrial mineralogy
- Mineralogy
- Mineralogy
- Mineralogy and petrology
- Mineralogy of the Earth's interior
- Mineralogy, petrology
- Mineralogy, physico-chemical properties of minerals at non ambient conditions
- P420 petrology, mineralogy, geochemistry
- Petrologic mineralogy
- Sedimentology, mineralogy and geochemistry of sedimentary systems
-
model
- Air quality and climate change models
- Atmospheric long-range transport and aerosol dynamics modeling
- Attractors of atmospheric models
- Climate and Earth system modeling
- Climate modeling with the development of the IPSL global climate model
- Climate models
- Climate system modeling
- Determination of the global gravity field models using satellite and terrestrial data
- Development of advanced sensitivity and data mining tools for air quality and climate models
- Development of climate models
- Development of new theoretical concepts and models for interaction between the heliosphere and local interstellar medium
- Development of new theoretical concepts and models for interstellar neutral gas and dust behavior in the heliosphere
- Development of new theoretical concepts and models for the behavior of the solar atmosphere
- Earth system modeling
- Earth system modeling and understanding through machine learning
- Evaluation of biospheric components of the Earth System models
- Hazard model testing
- Heliospheric and Solar physics and modeling
- High resolution chemistry transport models
- Integrated geophysical models of continental crust and upper mantle
- Integration of geoscientific observations into 3-D models of the subsurface
- Model - data comparisons (out-of-sample evaluation, emergent constraints)
- Modelling
- Modelling climate variability (past and future) at the global scale, with focus on polar regions
- Modelling climate–cryosphere interactions.
- Modelling the climate of the earth system
- Models for transport properties of natural melts and magmas
- Models of hydrological and vadose zone processes
- Models of orogenic wedges
- Models of spectrophotometric evolution of galaxies, formation of spheroidal galaxies
- Numerical models of landscape evolution and applications of low-temperature thermochronology
- Numerical models of short-range weather prediction
- Ocean and climate model development
- Parametrizations and reduced order models
- Physics of quasars, observations and modeling
- Radiative-convective model of the atmosphere
- Regional climate and regional climate models
- Remote sensing techniques for landslide detection, mapping, and modelling
- Seamless Coupled Earth System modeling
- Space weather physics and modeling
- Utilization of paleoclimate data to validate climate models and as a reference scale for future climate change projections
-
natural
- Biogeochemical cycling of trace elements in natural waters (focus on Arsenic and redox cycling)
- Crystallization of salt minerals in natural saline lakes and synthetic aqueous brines
- Dissemination and outreach on natural hazards and their consequences
- Geo-ethical issues related to natural hazards research and applications
- Impact of natural hazards on the population and the built environment
- Microstructural/geochemical investigations of natural and experimental fault products
- Models for transport properties of natural melts and magmas
- Natural Gas hydrates
- Natural gas hydrates in the marine environment
- Natural hazards
- Natural hazards
- Natural resources
- Natural risks
- Natural sciences and engineering
- Quantification of natural hazards
- Risk assessment methodologies for natural hazards
- The geology and socio-economic/political implications of natural hazards, especially floods and landslides
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numerical
- Development of a physics-based, multiscale numerical modeling of plastic deformation of minerals under high pressure
- Development of efficient numerical methods for continuum mechanics problems
- Development of methods for numerical simulation of planetary processes
- Mathematical, numerical and statistical techniques in Geodesy
- Mesoscale meteorology, numerical weather prediction and chemical weather forecasting
- Numerical and computational physics
- Numerical and statistical modelling for landslide susceptibility, hazard, and risk assessment
- Numerical ecology
- Numerical methods
- Numerical modeling
- Numerical modeling and computational methods as applied to subsurface flow and transport
- Numerical modeling of minerals and structural defects
- Numerical modelling and theory of subduction processes
- Numerical models of landscape evolution and applications of low-temperature thermochronology
- Numerical models of short-range weather prediction
- Numerical simulation of lithospheric deformation and mantle convection
- Numerical simulation of magmatic and volcanic processes
- Numerical simulations of large scale structures
- Numerical simulations of the formation of galaxies and larger structures
- Numerical weather prediction
- Numerical weather prediction
-
ocean
- Aquifer-coastal ocean interactions
- Changes in ocean meridional overturning circulation
- Coupling ocean atmosphere and ice
- Cryosphere including its interaction with the atmosphere and ocean
- Development of quantitative proxy for ocean hydrology and dynamic
- Dust fluxes and ocean productivity
- Dynamics of the coastal ocean
- Evaluation of ocean carbon sources and sinks
- Geological History of the Mediterranean Sea (Messinian Salt Giant), Northern Arabian Sea, Eastern Indian Ocean (offshore Australia)
- Human causes of marine defaunation in the ocean and coastal seas
- Large-scale fluid dynamics of atmosphere and ocean
- Mid Ocean ridges
- Multidisciplinary and multiplatform ocean observation at the global scale
- Ocean Modelling
- Ocean acidification
- Ocean acidification and its impacts
- Ocean and Lake Biogeochemistry
- Ocean and climate dynamics
- Ocean and climate model development
- Ocean carbon cycle
- Ocean chemistry
- Ocean circulation
- Ocean ecosystems
- Ocean micro-seisms
- Ocean observing systems
- Ocean rogue waves (generation, return period, wave impact)
- Ocean solutions
- Ocean storage of carbon dioxide
- Ocean tracers of continental aridity
- Ocean turbulence
- Ocean waves
- Ocean/atmosphere interactions
- Optical oceanography and ocean colour remote sensing
- Pacific and Indian Oceans active margins
- Paleoceanography, Paleoenvironments and Paleobiogeography of Atlantic, Indian, Pacific and Southern Oceans
- Role of the global ocean circulation
- Technological development: autonomous ocean observation platforms (floats, gliders) and sensors
- Tracers of ocean nutrients and paleoproductivity
- Understanding the connections between Solid Earth, Oceans and Atmosphere
- deep Ocean Hydrothermalism
- ocean circulation and satellite altimetry
- ocean cycle of trace metals and carbon
-
oceanography
- Biological oceanography
- Chemical and biological oceanography
- Oceanography
- Oceanography
- Optical oceanography and ocean colour remote sensing
- Physical Oceanography
- Physical oceanography
- Pleistocene oceanography
-
origin
- Age and origin of mantle heterogeneities
- Earthquakes origin
- Origin and differentiation of magmas
- Origin and evolution of the Earth's continental crust, lithosphere and mantle
- Origin of Life
- Origin of continents
- Origin of cosmic rays
- Origin of cosmic rays
- Origin of granitic, batholiths, andesites, kimberlites, carbonatites, and associated ore deposits
- Origin of spicules
- Origin of the Elements
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petrology
- Experimental petrology
- Experimental petrology
- Experimental petrology / geochemistry
- Igneous petrology
- Metamorphic petrology
- Metamorphic petrology
- Mineralogy and petrology
- Mineralogy, petrology
- P420 petrology, mineralogy, geochemistry
- Petrology
- Petrology
- Petrology and Geochemistry
- Petrology and geochemistry of mafic and ultramafic volcanic rocks, both modern and Archean
- Petrology and geochemistry of mafic magma in major tectonic settings
- Sedimentary petrology
-
physic
- Astroparticle Physics
- Astroparticle physics
- Astrophysics: stellar physics
- Atmospheric Physics
- Atmospheric chemistry, physics, and transport
- Atmospheric physics
- Atmospheric sciences, physics, chemistry, earth system science, biosphee-aerosol-cloud-climate interactions
- Atomic, Molecular and Optical Physics
- Clouds and cloud physics
- Cosmic Ray Physics
- Cosmic ray physics
- Cosmological constraints on fundamental physics
- Earthquake physics
- Earthquake physics
- Experimental physics
- Extraterrestrial physics
- Granular physics
- Gravitational physics and cosmology
- Heliospheric and Solar physics and modeling
- High energy astrophysics: physics of accretion onto compact objects
- High pressure physics
- Individual mass, dynamics, and physics of lensing galaxies
- Ionospheric physics
- Magnetospheric physics
- Mineral physics
- Mineral physics (elastic properties, thermodynamics)
- Mineral physics and high-pressure behaviour of minerals.
- Mineral physics at high P and T
- Nuclear Physics
- Numerical and computational physics
- Physics
- Physics of Gamma-Ray Bursts and Gravitational Wave sources
- Physics of compact objects: neutron stars, black holes and white dwarfs
- Physics of flow and transport in porous media
- Physics of gas accretion onto neutron stars and black holes
- Physics of ice sheets and glaciers
- Physics of neutron stars and black holes
- Physics of quasars, observations and modeling
- Physics of space plamas
- Physics of the earth and planets
- Physics, formation and evolution of massive stars
- Plasma Physics
- Plasma Physics
- Principles of physics and chemistry to fundamental problems in geology, geochemistry, and environmental science
- Rock physics
- Rock physics
- Solar physics
- Solar-terrestrial physics
- Space physics
- Space plasma physics
- Space plasma physics
- Space plasma physics based on analysis of data from satellites and ground-based measurements
- Space weather physics and modeling
- Sun-Earth connection physics
- Theoretical Astrophysics & Plasma Physics
- Theoretical physics
- Volcano physics
- mineral physics
-
planetary
- Development of methods for numerical simulation of planetary processes
- Development of the general planetary theory
- Dynamics of planetary interiors and atmosphere
- Earth and Planetary Mantle dynamics
- Earth's mantle and core. Planetary interiors.
- Lithosphere dynamics, mantle dynamics, planetary dynamics, planetary differentiation and extra-solar planets
- Planetary Science
- Planetary boundary layer
- Planetary dynamos and the geodynamo
- Planetary evolution
- Planetary formation
- Planetary geochemistry
- Planetary geophysics and tectonics
- Planetary magnetospheres
- Planetary plasma environments
- Planetary sciences
- Space and Planetary Geodesy
- Understanding of atmospheric motion from frontal to planetary scales
-
plasma
- Development of new flight hardware to measure the composition of plasmas in the heliosphere
- Motion of plasma clouds
- Paricle-in-cell plasma simulations
- Planetary plasma environments
- Plasma Physics
- Plasma Physics
- Plasma astrophysics
- Plasma transport and acceleration in the magnetosphere
- Space plasma physics
- Space plasma physics
- Space plasma physics based on analysis of data from satellites and ground-based measurements
- Space plasma simulations
- Space plasma theory
- Theoretical Astrophysics & Plasma Physics
-
plate
- Collisional Processes at plate margins
- Geometry, kinematics and dynamics of tectonic plate boundaries
- Mantle convection, lithospheric dynamics and plate tectonics
- Mechanisms of plate tectonics
- Oceanic lithosphere and plate boundaries
- Plate interface
- Plate reconstructions
- Plate tectonics
- Plate tectonics
- Plate tectonics of Asia
- Tectonics of plate margins and orogens
- Theory of plate tectonics
-
pollution
- Air pollution
- Air pollution
- Air pollution and air quality
- Air pollution and health effects
- Air pollution, and its sources and health impacts
- Atmospheric pollution
- Global air pollution including tropospheric ozone
- Global and regional aspects of air pollution
- Health and climatic effects of pollution and bio-aerosols
- Impact of air pollution on health
- Linkages among air pollution, climate change, energy, ecosystem, and health
- Mitigation of nitrate and pesticide pollution
- Pollution
- Pollution control technology and ecological engineering
- Prevention of eutrophication and pollution in lakes through an integrative approach with science, technology and policy
- Soil and groundwater pollution and remediation
- Surface water pollution and contamination of water ecosystems in tropical areas (Asia)
- Urban air pollution
-
process
- Boundary layer meteorological processes
- Climate, tectonic, and surface process interactions with topography
- Collisional Processes at plate margins
- Contamination processes in soils
- Deformation processes in subduction zones and associated basins
- Development of methods for numerical simulation of planetary processes
- Diagenetic and hydrothermal processes
- Diagnostic and modelling of cloud processes
- Dynamical transport processes and barriers in the stratosphere
- Earth surface processes
- Effect of sea level rise on coastal processes
- Experimental modelling of tectonic processes
- Fractal and singularity analysis of nonlinear geological processes
- Geodynamic processes
- Geological, geomorphological, and hydrological processes and hazards
- Hydrological Modelling: Inverse Problem, Stochastic hydrology, Reactive Transport, coupled Hydro-Thermo-Mechanical and chemical processes
- Landscape evolution by fluvial and glacial processes
- Large scale tectonic processes
- Lithospheric processes
- Magmatic processes and formation of continental and oceanic crust
- Microbial and particulate interactions in cryogenic extreme environments to unravel effects on global scale processes;
- Models of hydrological and vadose zone processes
- Nonlinear processes in geosciences
- Numerical modelling and theory of subduction processes
- Numerical simulation of magmatic and volcanic processes
- Ophiolite formation and obduction processes (Oman-UAE, Burma, Andaman Islands, Lizard [[Cornwall, UK])
- Parameterization of land surface processes at large scale with parameters directly/indirectly accessible from satellite data
- Phyical processes at and near Earth's surface
- Physical modeling of volcanic processes
- Processes on mineral surfaces and bio-geo-interactions
- Radiation processes
- Rates of processes
- Satellite observations of atmospheric and climatic processes
- Simulation of coupled thermal-hydraulic-mechanical processes
- Soil processes
- Soil science: soil physical properties and processes
- Stability and predictability of large-scale atmospheric processes
- Stochastic processes
- Surface processes
- Tectonic processes at active continental margins
- The interactions between the physical climate and biochemical processes
- Theoretical work for better understanding earthquake-related physico-chemical processes active during the seismic cycle
- Thermal evolution and timescales of volcanic processes
- Thermodynamics of magmatic systems and magmatic processes
- Volatile solubility, speciation and degassing processes in melts
- Volcanic and igneous processes
- Volcanologic processes and hazards
- Volcanotectonic and seismotectonic structures and processes
- Welding and compaction processes in volcanic systems
-
property
- Aerosol optical properties
- Connection of thermodynamic properties of minerals by bond topology and crystal-structure connectivity
- Effects of adsorbed organic material on surface properties
- Environment dependence of galaxy properties
- Magma transport properties and eruption dynamics
- Mineral properties
- Mineralogy, physico-chemical properties of minerals at non ambient conditions
- Modelling of the thermodynamic and rheological properties of magma
- Models for transport properties of natural melts and magmas
- Optical properties of aerosols
- Physical and chemical properties of melts and minerals
- Physical properties of Active Galactic Nuclei and the growth of Super Massive Black Holes therein
- Physical properties of the deep Earth (lower mantle and core)
- Pulsars and neutron star properties
- Relationship between crystal chemistry and properties
- Relationship between melt structure and properties
- Soil science: soil physical properties and processes
- Statistical properties
- Structural classification of minerals and the effect of bonding topology on properties and behaviour
- Structural properties of glasses and minerals
- Structure and physical properties of the Earth's crust and lower lithosphere
- Systematics of galaxy properties
- Thermal properties of rocks
-
remote
- Machine learning for remote sensing and geoscience data analysis
- Optical oceanography and ocean colour remote sensing
- Remote Sensing
- Remote sensing
- Remote sensing and applications
- Remote sensing data analysis
- Remote sensing for monitoring the terrestrial biosphere
- Remote sensing image processing and applications
- Remote sensing of volcanic areas (Infrared band)
- Remote sensing techniques for landslide detection, mapping, and modelling
- Remote sounding of the sea surface state including the method of tsunami identification by radar backscatter
- Satellite remote sensing
- Urban remote sensing
-
research
- Carbon cycle research
- Climate research
- Developing cosmogenic nuclide methods in Earth surface and paleo-climate research
- Earthquake research
- Education (Graduate and Post-graduate) and Research, namely in Astronomy
- Geo-ethical issues related to natural hazards research and applications
- Historical Research
- Ice core research and ice core drilling
- Integrated research in polar regions
- Interdisciplinary climate science and climate impact research
- Interdisciplinary research in environmental biogeochemistry, toxicology, and risk assessment
- Management of research and innovation
- Marine paleoclimate research (Quaternary and Neogene)
- Marine, riverine and deltaic geology and sedimentology research in the Danube - Danube Delta - Black Sea and its coast system
- Ozone and UV research