·	1.1 Earth Expansion

·	1.2 Plate Tectonics

·	1.3 Modern Global Data

·	2.1 Geological Budget

·	2.2 Primitive Earth Radius

·	2.3 Changing Earth Parameters

·	2.4 Mass, Density and Surface Gravity

·	2.4.1 Constant Earth Mass Scenario

·	2.4.2 Increasing Earth Mass Scenario

·	2.5 Cause of Earth Expansion

·	2.6 Crustal Extension

·	3.1 Construction Method

·	3.2 Assumptions

·	3.3 Crustal Development

·	3.3.1 Triassic to Present-day Earth Models

·	3.3.2 Permian Pan-Global Earth

·	3.3.3 Archaean to Permian Earth Models

·	3.3.4 Primordial Archaean Earth

·	4.1 Arctic Ocean

·	4.2 Atlantic Ocean

·	4.3 North Atlantic Ocean

·	4.4 South Atlantic Ocean

·	4.5 Indian Ocean

·	4.6 Pacific Ocean

·	4.7 Caribbean Sea

·	4.8 Mediterranean Sea

·	4.9 South East Asian Seas

·	4.10 South-West Pacific Ocean

·	4.11 Southern Ocean

·	5.1 Australia

·	5.2 Africa and Arabia

·	5.3 Antarctica

·	5.4 Europe and Asia

·

5.5 India

·	5.6 North America-Greenland-Scandinavia

·	5.7 South America

·	7.1 Palaeomagnetics

·	7.1.1 Ancient Earth Radius

·	7.1.2 Palaeomagnetic Dipole Formula

·	7.1.3 Palaeomagnetics and Earth Expansion

·	7.1.4 Present-Day Palaeomagnetic Poles

·	7.1.5 Ancient Expanding Earth Poles

·	7.1.6 African Palaeoradius Determinations

·	7.2 Space Geodetics

·	7.2.1 Limiting Factors

·	7.2.2 Space Geodetic Network

·	7.2.3 Space Geodetic Modelling

·	7.2.4 Change in Earth Radius

·	7.2.5 Continental Plate Motion

·	8.1 The Ancient Coastlines

·	8.2 Rise and Fall in Sea-Levels

·	8.3 Continental Sedimentary Basins

·	8.4 The Ancient Continental Seas

·	8.5 The Ancient Supercontinents

·	8.5.1 Rodinia

·	8.5.2 Gondwana

·	8.5.3 Laurentia, Baltica, Laurussia

·	8.5.4 Pangaea

·	9.1 Crustal Interaction

·	9.2 Mountain Building and Erosion

·	10.1 Palaeozoic Marine Trilobites

·	10.2 When Dinosaurs Roamed

·	10.3 The Ornate Ammonites

·	10.4 Primitive Seed Ferns

·	11.1 Climate on an Expanding Earth

·	11.2 Evidence from the Glacial Record

·	11.2.1 Early Proterozoic Glaciation

·	11.2.2 Late Proterozoic Glaciation

·	11.2.3 Glaciation on an Expanding Earth

·	11.2.4 Early Palaeozoic Glaciation

·	11.2.5 Late Palaeozoic Glaciation

·	11.2.6 Late Cenozoic Glaciation

·	11.3 Late Palaeozoic Coal Era

·	11.4 Early to Late Cretaceous Coal Era

·	11.5 Distribution of Petroleum

·	11.6 Tropical Coral Reefs

·	12.1 Metallogenic Epochs

·	12.2 Archaean Metallogenesis

·	12.3 Proterozoic Metallogenesis

·	12.4 Phanerozoic Metallogenesis

·	12.5 Metallic Ores on an Expanding Earth

·	13.1 Australian Crustal Development

·	13.1.1 Archaean Superprovinces

·	13.1.2 Archaean to Proterozoic Superprovince

·	13.1.3 Tasman Superprovince

·	14.1 Origin of our Earth-Moon System

·	14.2 A Primitive Earth Crust Forms

·	14.3 Primitive Atmosphere and Hydrosphere

·	14.4 Archaean Crust-Mantle Evolution

·	14.5 Proterozoic Crustal Evolution

·	14.6 Phanerozoic Crustal Evolution

·	14.7 Future Crustal Evolution