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Geology
> How the Earth works lecture 6: Volcanology > Flashcards
How the Earth works lecture 6: Volcanology Flashcards
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Geology
(88 decks)
Key Terms
Scientific concepts - actual definitions
Earth: A portrait of a planet - Introductory Notes
How the Earth works Lecture 1: Origin of the Universe and the Solar System
How the Earth works lecture 2: Journey to the centre of the Earth
How the Earth works Lecture 3: Plate tectonics
How the Earth works lecture 4: Geological time
How the Earth works Lecture 5: Mineralogy and Sedimentology
How the Earth works lecture 6: Volcanology
How the Earth works Lecture 7: Metamorphism
How the Earth works lecture 8: Deformation in the Earth's crust
How the Earth works lecture 9: Tectonics and Climate
How the Earth works Lecture 10: Earth resources
How the Earth works Lecture 11: Planetary Geology
Earth Materials Lecture 1: Physical properties of Minerals
Earth Materials Lecture 2: Physical properties of Minerals Part 2
Earth Materials Lecture 3: Minerals and Society
Earth Materials Lecture 4: Introduction to Crystallography
Earth Materials Lecture 5: Introduction to Petrography
Earth Materials Lecture 6: Felsic Minerals
Earth Materials Lecture 7: Ferromagnesian minerals
Earth Materials Lecture 8: Phyllosilicates
Earth Materials Lecture 9: Carbonates and Sulphates
Earth Materials Lecture 10: Isotropic, Opaque and Accessory minerals
Earth Materials Lecture 11: Hazardous Minerals
Earth Materials Lecture 12: Igneous Petrology
Earth Materials Lecture 13: Magma Generation and Crystallisation
Earth Materials Lecture 14: Petrography of Igneous Rocks
Earth Materials Lecture 15: Intrusions
Earth Materials Lecture 16: Volcanoes and Products
Earth Materials Lecture 17: Introduction to Metamorphic Petrology
Earth Materials Lecture 18: Metamorphic Textural relationships
Earth Materials Lecture 19: Metamorphic Grade & Facies concept
Analysis of the Earth and Environment Lecture 1: Basic Chemistry
Analysis of the Earth and Environment Lecture 2: Periodic table
Analysis of the Earth and Environment Lecture 3: Moles and Molar masses
Analysis of the Earth and Environment Lecture 4: Water Chemistry
Analysis of the Earth and Environment Lecture 5: The Fundamental forces of nature
Analysis of the Earth and Environment Lecture 6: Meteorology
Analysis of the Earth and Environment Lecture 7: Gravity, The Solar system and Tides
Analysis of the Earth and Environment Lecture 8: Units
Analysis of the Earth and Environment Lecture 9: Age of the Earth and Thermal energy
Analysis of the Earth and Environment Lecture 10: Geothermal & Radioactive decay
Analysis of the Earth and Environment Lecture 11: Acids and Bases
Analysis of the Earth and Environment Lecture 12: Carbon and Organic chemistry
Analysis of the Earth and Environment Lecture 13: Electricity & Magnetism
Analysis of the Earth and Environment Lecture 14: The Atmosphere
Analysis of the Earth and Environment Lecture 18: Understanding Curves
Chemistry terms
Engineering geology and Geohazards Lecture 1: The Nature of Soil
Engineering geology and Geohazards Lecture 2: The Nature of Soils Pt 2
Engineering Geology and Geohazards Lecture 3: Tropical Risk reduction
Engineering Geology and Geohazards Lecture 4: Tropical Cyclones
Engineering Geology and Geohazards Lecture 5: Volcanology
Engineering Geology and Geohazards Lecture 6: Volcanic hazards
Engineering Geology and Geohazards Lecture 8: Pyroclastic Flows and Lahars
Engineering Geology and Geohazards Lecture 9: Landslides and Karsts
Engineering Geology and Geohazards Lecture 10: Introduction to seismology and seismic waves
Engineering Geology and Geohazards Lecture 11: Recording and Locating Earthquakes
Engineering Geology and Geohazards Lecture 12: Measuring Earthquakes
Engineering Geology and Geohazards Lecture 13: Ground Response
Engineering Geology and Geohazards Lecture 14: Earthquake hazards and Mitigation
Engineering Geology and Geohazards Lecture 15: Tsunamis
Engineering Geology and Geohazards Lecture 16 & 17: Climate Change, flooding, Storm surges
Sedimentology and Palaeontology Lecture 1: Fossilization and Trilobites
Sedimentology and Palaeontology Lecture 2: Biominerals and Rock forming organisms
Sedimentology and Palaeontology Lecture 3: Taxonomy, Bivalves and Brachiopods
Sedimentology and Paleontology Lecture 4: Functioning Morphology and the Echinodermata
Sedimentology and Palaeontology Lecture 5: The Coiled Molluscs
Sedimentology and Palaeontology Lecture 6: Biostratigraphy and Microfossils
Sedimentology and Palaeontology Lecture 7: Evolution and Paleoclimates
Sedimentology and Paleontology Lecture 8: PalaeoBiogeography
Sedimentology and Palaeontology Lecture 9: Major Evolutionary events and the Origin of life
Sedimentology and Paleontology Lecture 10: The Cambrian Explosion
Sedimentology and Palaeontology Lecture 11: The Colonization of Land
Sedimentology and Palaeontology Lecture 12: Mass extinctions
Sedimentology and Palaeontology Lecture 13: Early Human Evolution
Sedimentology and Palaeontology: The Mesozoic
Sedimentology and Paleontology Lecture 14: Introduction to Sedimentology
Sedimentology and Palaeontology Lecture 15: Sediment Erosion and Transport
Sedimentology and Palaeontology Lecture 15: Siliclastics
Sedimentology and Palaeontology Lecture 16: Sandstone Petrology
Sedimentology and Palaeontology Lecture 17: Stratification and Sedimentary Structures
Sedimentology and Palaeontology Lecture 18: Sedimentary Materials and Processes
Sedimentology and Paleontology Lecture 19: Biogenic sedimentary structures (Trace Fossils)
Sedimentology and Paleontology Lecture 19: Chemical Sediments
Sedimentology and Palaeontology Lecture 20: Carbonates
Sedimentology and Paleontology Lecture 21: Carbonate processes and environments and Diagenesis
