Palaeoenvironments

Fossils as Palaeoenvironmental Indicators

In this module the index entries below enable direct access to the topics shown. The entries are derived from menu topics, page titles, key words and any glossary items. The amount and type of information available in the courseware for topics is variable; in some cases is just a simple definition, in others is an extended description, an explanation, or task.

Section:--: Index Entry
Introduction :--: Aims
Introduction :--: What are fossils?
Introduction :--: Moulds
Introduction :--: Impressions
Introduction :--: Rock Types
Introduction :--: Uses of fossils
Introduction :--: Palaeoenvironments
Introduction :--: Biostratigraphy
Introduction :--: Biostratigraphic marker fossil
Introduction :--: Uniformitarianism
Introduction :--: Summary
Climate & climatic belts :--: Present day climatic belts
Climate & climatic belts :--: Climograph
Climate & climatic belts :--: Ice Ages and Greenhouse conditions
Climate & climatic belts :--: Physical factors influencing climate
Climate & climatic belts :--: Heat capacity
Climate & climatic belts :--: Continent size
Climate & climatic belts :--: Ocean currents
Climate & climatic belts :--: Volcanic activity
Climate & climatic belts :--: Mountains
Climate & climatic belts :--: Continental drift
Climate & climatic belts :--: Continental breakup and reconstruction
Climate & climatic belts :--: Climatic consequences of Continental Drift
Climate & climatic belts :--: Fossils and climatic zones
Climate & climatic belts :--: Pollen grains & spores
Climate & climatic belts :--: Dinoflagellates
Climate & climatic belts :--: Lungfish
Climate & climatic belts :--: Beetles
Climate & climatic belts :--: Horses
Climate & climatic belts :--: Sedimentary rocks as palaeoclimatic indicators
Climate & climatic belts :--: Evaporites
Climate & climatic belts :--: Bauxite
Climate & climatic belts :--: Tillite
Climate & climatic belts :--: Varves
Climate & climatic belts :--: Palaeosol
Climate & climatic belts :--: Dropstone
Climate & climatic belts :--: Coral reef
Climate & climatic belts :--: Coal formation
Climate & climatic belts :--: Sand dunes
Climate & climatic belts :--: Summary
Depositional & env. parameters :--: Introduction
Depositional & env. parameters :--: Salinity
Depositional & env. parameters :--: Euryhaline
Depositional & env. parameters :--: Hypersaline
Depositional & env. parameters :--: Brackish water
Depositional & env. parameters :--: Temperature and Depth
Depositional & env. parameters :--: Thermocline
Depositional & env. parameters :--: Light and Depth
Depositional & env. parameters :--: Photic zone
Depositional & env. parameters :--: Oxygen
Depositional & env. parameters :--: Sedimentation Rate
Depositional & env. parameters :--: Turbidity currents
Depositional & env. parameters :--: Location and Energy
Depositional & env. parameters :--: Supratidal
Depositional & env. parameters :--: Sedimentary Structures
Depositional & env. parameters :--: Mudcracks
Depositional & env. parameters :--: Wave formed ripple marks
Depositional & env. parameters :--: Current formed ripple marks
Depositional & env. parameters :--: Cross bedding
Depositional & env. parameters :--: Graded bedding
Depositional & env. parameters :--: Fossils
Depositional & env. parameters :--: Reconstruction Principles
Depositional & env. parameters :--: Dragon fly
Depositional & env. parameters :--: Dinosaur footprint
Depositional & env. parameters :--: Mudcracks
Depositional & env. parameters :--: Horsetails
Depositional & env. parameters :--: Summary
Taphonomy :--: Introduction
Taphonomy :--: Hard Part Preservation
Taphonomy :--: Examples of hard Part Preservation
Taphonomy :--: Soft Part Preservation
Taphonomy :--: Conservation Lagerstatten
Taphonomy :--: Anoxic conditions
Taphonomy :--: Amber
Taphonomy :--: Desiccation
Taphonomy :--: Diagenic minerals
Taphonomy :--: Example of Soft Part Preservation
Taphonomy :--: Preservation Potential
Taphonomy :--: Durability
Taphonomy :--: Example of Preservation Potential
Taphonomy :--: Necrolytic Processes
Taphonomy :--: Injury
Taphonomy :--: Senility
Taphonomy :--: Predation
Taphonomy :--: Catastrophe
Taphonomy :--: Disease
Taphonomy :--: Biostratinomy
Taphonomy :--: Reworking
Taphonomy :--: Scavengers
Taphonomy :--: Bioturbation
Taphonomy :--: Allogenic chemical changes
Taphonomy :--: Diagenesis
Taphonomy :--: Replacement
Taphonomy :--: Compressions
Taphonomy :--: Perminerisation
Taphonomy :--: Petrification
Taphonomy :--: Summary
Adaptive functional morphology :--: Introduction
Adaptive functional morphology :--: Bivalves
Adaptive functional morphology :--: Bivalve morphology
Adaptive functional morphology :--: Boring bivalves
Adaptive functional morphology :--: Burrowing bivalves
Adaptive functional morphology :--: Free-lying bivalves
Adaptive functional morphology :--: Byssally attached bivalves
Adaptive functional morphology :--: Swimming bivalves
Adaptive functional morphology :--: Nestling bivalves
Adaptive functional morphology :--: Cemented bivalves
Adaptive functional morphology :--: Trilobites
Adaptive functional morphology :--: Trilobite morphology
Adaptive functional morphology :--: Pelagic trilobites
Adaptive functional morphology :--: Benthic trilobites
Adaptive functional morphology :--: Epifaunal trilobites
Adaptive functional morphology :--: Infaunal trilobites
Adaptive functional morphology :--: Foraminifera
Adaptive functional morphology :--: Benthic foraminifera
Adaptive functional morphology :--: Planktonic foraminifera
Adaptive functional morphology :--: Foraminifera coiling
Adaptive functional morphology :--: Dinosaurs
Adaptive functional morphology :--: Ornithschian dinosaurs
Adaptive functional morphology :--: Saurischian dinosaurs
Adaptive functional morphology :--: Brachiosaurus
Adaptive functional morphology :--: Iguanodon
Adaptive functional morphology :--: Velociraptor
Adaptive functional morphology :--: Pteranodon
Adaptive functional morphology :--: Summary
Populations & communities :--: Introduction
Populations & communities :--: Food Chains and Webs
Populations & communities :--: Producers in food web
Populations & communities :--: Consumers in food web
Populations & communities :--: Facies
Populations & communities :--: Trophic level
Populations & communities :--: Facies example
Populations & communities :--: Fossil assemblages
Populations & communities :--: Lithofacies
Populations & communities :--: Biofacies
Populations & communities :--: Ichnofacies
Populations & communities :--: Facies Controls
Populations & communities :--: Fossil Communities
Populations & communities :--: Palaeocommunity example
Populations & communities :--: Summary
Trace fossils :--: Introduction to Trace Fossils
Trace fossils :--: Coprolites
Trace fossils :--: Traces and their Makers
Trace fossils :--: Insect track
Trace fossils :--: Starfish impression
Trace fossils :--: Dinosaur track
Trace fossils :--: Trilobite track
Trace fossils :--: Crab burrow
Trace fossils :--: Insect burrow
Trace fossils :--: Where Trace Fossils are Formed
Trace fossils :--: Softground
Trace fossils :--: Hardground
Trace fossils :--: Firmground
Trace fossils :--: Woodground
Trace fossils :--: Preservation of Trace Fossils
Trace fossils :--: Why use Trace Fossils
Trace fossils :--: Using Trace Fossils as Palaeoenvironmental Indicators
Trace fossils :--: Grazing traces
Trace fossils :--: Dwelling traces
Trace fossils :--: Locomotion traces
Trace fossils :--: Plant Traces as Palaeoenvironmental Indicators
Trace fossils :--: Trace Fossils as Indicators of Specific Environments
Trace fossils :--: Summary

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