T1-S1. Geometallurgy in beneficiation of ore deposits

T1-S2. Applied mineralogy in Materials Science issues: Geo- and synthetic materials

T1-S3. Hazardous Minerals: from atomic- to meso-scale interactions

T1-S4. Mineralogy of Industrial Residues

T1-S5. Clay minerals: Genesis, properties and applications

T2-S1. Materials sciences and Archaeometry for Cultural Heritage

T3-S1. Relationships between structural, chemical, vibrational and thermodynamic properties in minerals and melts

T4-S1. Mineralogy and Museums – collection, presentation, outreach

T5-S1. Bio- and authigenic minerals: Potential for paleoenvironmental reconstruction

T5-S2. Iron oxides and oxyhydroxides: petrology, environmental relevance and industrial applications

T5-S3. Synkinematic minerals in faults: proxies for fluid-rock interactions and deformation conditions

T5-S4. Zeolites: Occurrence, Properties and Utillization

T6-S1. Spotlight on oxidation state and other redox proxies from Earth’s surface to core

T7-S1. Minerals and our living world; biogeochemical cycles, environmental challenges and the origin of life

T8-S1. Geochronology: new trends and applications

T8-S2. Helping geochronology: down to nano-investigations?

T9-S1. Continental Intraplate Volcanism: New Frontiers for Understanding Magma Origin, Ascent, Storage, and Eruption

T9-S2. Terrestrial Magmatic Systems

T10-S1. The upper mantle from a petrological point of view: where we come from and where we are going

T10-S2. A journey into the subduction factory: slab-derived melt/fluids and their interaction with mantle

T10-S3. Applications of Nanomineralogy in the understanding of high-temperature systems

T10-S4. Isotopic tracers of mantle and magma evolution

T10-S5. Conventional and non-conventional stable isotopes at high temperatures

T11-S1. Fluid-rock interaction at low and high temperatures: mechanisms, rates and chemical and petrophysical consequences

T11-S2. Reading the record from mineral reactions, deformation, and recrystallisation

T11-S3. (Ultra)high-temperature metamorphism, crustal anatexis and granite formation

T11-S4. (Ultra)high-pressure metamorphism and its geodynamic significance

T12-S1. PGE Mineralogy and Geochemistry in natural and experimental systems

T12-S2. Metal ore deposits in the EU – chances for the future

T12-S3. Non-traditional sources of REE and other Technology Critical Elements (TCEs)

T12-S4. The Geology of Gem Deposits: A Session in Honour of Gaston Giuliani

T13-S1. New Minerals, Nomenclature, and Classification

T14-S1. Phase transitions, structures and physical properties of minerals as a function of P and T

T14-S2. Are inclusions petrologists’ best friends?

T15-S1. Structural principles for minerals and related compounds: theory and experiment

T16 -S1. Mineral physics and planetology: a journey across the universe.