|
Biogeography of Australia – Distribution within Australia
|
|
Biogeography of Australia – Distribution in and Around the
Tasman Region |
|
Biography - Evolution and Ecology - Darwinian and neo-Darwinian
Models |
|
Biogeography of Australia – Northwestern Australia
|
|
Biogeography of Australia – Panbiogeography, Tectonics and Evolution
|
|
Bioturbation Through the Early Palaeozoic – Protracted
Development
|
|
Birds |
|
Bird Evolution
– Bone Growth |
|
Blina Shale
|
|
Brine-shrimp |
|
Bullockornis |
|
Carpoids
|
|
Cambrian
Explosion |
|
Cambrian Explosion - Annelida
|
|
Cambrian
Explosion - Archaeocyathids, 'ancient cusps'
|
|
Cambrian Explosion - Assemblage Types that are Characteristic
|
|
Cambrian Explosion - the Ediacaran-Cambrian Metazoan
Diversification - Ecological Drivers |
|
Prominent Isotope Excursions on a Global Scale Just Prior to the
Cambrian Explosion |
|
Cambrian Explosion - Fossils of the Explosion with Bilateral
Body Plans |
|
Cambrian Explosion - Branches that Link Lobopoda and Crown
Arthropoda |
|
Cambrian Explosion - Chancellorida
|
|
Cambrian Explosion - Chaetognatha
|
|
Cambrian Chengjiang Biota, South China – Geochronological
Constraint |
|
Cambrian Explosion - Cnidaria
|
|
Cambrian Explosion - Ctenophora
|
|
Cambrian Explosion - Deuterostomes: Chordata
|
|
Cambrian Explosion - Disparity
|
|
Cambrian Explosion - Diversity
|
|
Cambrian Explosion - Other Possible Deuterostomes
|
|
Cambrian Explosion - Echinodermata
|
|
Cambrian Explosion - The Ediacaran-Cambrian Metazoan
Diversification - Ecological Drivers
|
|
Cambrian Explosion - Ecdysozoans
|
|
Cambrian Explosion - General Patterns
|
|
Cambrian Explosion - Hemichordata - Ambulacraria
|
|
Cambrian Explosion - Mollusca
|
|
Cambrian Explosion - Lobopodians and Onychophora
|
|
Cambrian Explosion - Lophophorata
|
|
Cambrian Explosion - Lophotrochozoans: Spiralia
|
|
Cambrian Explosion
-
Metazoan Architectures
|
|
Cambrian Explosion - Early Metazoan Grades and Clades – Fossil
Representatives |
|
Cambrian Explosion - Other Likely Spiralians
|
|
Cambrian Explosion - Morphology of Cambrian Lobopodian Eyes from
the Chengjiang Lagerstätte and Their Evolutionary Significance
|
|
Cambrian Explosion -New Dates |
|
Cambrian Explosion - Palaeoscolecidae
|
|
Cambrian Explosion - Panarthropoda - Arthropoda Evolution
|
|
Cambrian Explosion - Fossils – “Radiate” Metazoan Body Plans
|
|
Cambrian Explosion - Scalidophora
|
|
Cambrian Explosion - Scyphozoan Olivooides from the Early
Cambrian – Embryos, Polyps and Medusae
|
|
Çambrian Explosion - Small Shelly Fossils
|
|
Cambrian Explosion - Sponges
|
|
Cambrian Explosion Triggers –
Hypotheses and Problems |
|
Cambrian Marine Shelfal Settings – Widespread mixing in the
Early to Middle Cambrian
|
|
Cephalochordates - Lancelets
|
|
Cephalopods
|
|
Chengjiang Fossil Site - China
|
|
Conodont-Vertebrate Phylogenetic Relationships Revisited
|
|
Cuddie Springs and Pleistocene Fauna – Extinction not by
Overkill
|
|
Brachiopods
|
|
Tethys
Ocean - Valley of Whales
|
|
Climate Change in Australia - Vertebrates of Quaternary
Rainforests Response |
|
Cloghnan Shale
southwest of Forbes, Late Devonian
|
|
Conodonts
|
|
Cooper Creek Food Web
|
|
Cretaceous - late, Dinosaurs
|
|
Crocodiles see
Riversleigh Crocodiles
|
|
Dasyurids see
Riversleigh Dasyurids
|
|
Deuterostome Relationships
|
|
Devonian – The Earliest Body Fossils of Tetrapods
|
|
Devonian – Fish Faunas of the Late Devonian
|
|
The Devonian
Period |
|
Devonian – Tetrapod Trackways
|
|
The Devonian World – Early Evolution of Plants and Animals |
|
The Devonian World – Biogeography and Climate |
|
Early to Middle Devonian – Plants and Animals |
|
The Developmental Evolution of Bodyplans - The Fossil Evidence
|
|
Dinosaurs
|
|
Dinosaur
Evolution |
|
Dinosaur Ants
|
|
Dinosaurs After the Mesozoic
|
|
Dinosaurs - Sauropod Necks
|
|
Dinosaur
ancestors |
|
Dinosaur Behaviour - Brain, Nerves and Intelligence
|
|
Dinosaur Behaviour - Reproduction
|
|
Dinosaur Behaviour - Social Activities
|
|
Dinosaur Biology - General Anatomy
|
|
Dinosaur Biology - Skin, Feathers and Colour
|
|
Dinosaur Biology - Respiration and Circulation
|
|
Dinosaur Biology - Digestive Tract
|
|
Dinosaur
Biology - Senses
|
|
Dinosaur Biology - Pathologies
|
|
Dinosaur Biology - Vocalisation
|
|
Dinosaur
Energetics |
|
Dinosaur
Growth |
|
Dinosaur or
Bird |
|
Dinosaur
Sites |
|
Dinosaur Trackways in Australia
|
|
Dinosaurs
- Gigantism |
|
Dinosaurs - Late Cretaceous
|
|
Dinosaurs - Characteristics distinguishing dinosaurs from other
archosaurs |
|
Dinosaurs
- Sauropods |
|
Diprotodontoids see
Riversleigh Diprotodontoids
|
|
Diversity and Species Abundance Patterns of the Early Cambrian -
(Series 2, Stage 3), Chengjiang Biota, China
|
|
Dromornithidae |
|
Dromaeosauridae
|
|
Deinonychus
– Predatory Ecology and the Origin of Flapping Birds
|
|
End Triassic Mass Extinction - hydrogen sulphide poisoning
|
|
Earliest Known Terrestrial Forelimbs - Contrasting Developmental
trajectories |
|
Early Chordates
|
|
A Tetrapod Fauna of the Sydney Basin, Permian |
|
Earliest Tetrapods, Origin from Marine Environment
|
|
Elpistostege, step by step Towards a Tetrapod Skull
|
|
Emergence of Early Tetrapods
|
|
An
Early Tetrapod from Romer’s Gap
|
|
The Ediacaran-Cambrian Metazoan Diversification - Ecological
Drivers |
|
Ediacaran Bilaterian Animals – Trace Fossil Evidence of Complex
Behaviours |
|
Comment on “Trace fossil evidence for Ediacaran bilaterian
animals with complex behaviors”
|
|
Reply to comment on “Trace fossil evidence for Ediacaran
bilaterian animals with complex behaviors”
|
|
Ediacaran-Cambrian Transition - Decoupling of Body Plan
Diversification and Ecological Structuring: Evolutionary and
Geobiological Feedbacks
|
|
Ediacaran Fauna (connection with Acraman Impact Zone)
|
|
Ediacaran Life on Land
|
|
Ediacaran Life on Land - a critique
|
|
Ediacaran Life on Land -
Critique2 |
|
Ediacaran-Type Fossils in Sediments from the Cambrian
|
|
Ektopodontids see
Riversleigh Ektopodontids
|
|
Elpistostege, step by step Towards a Tetrapod Skull
|
|
Emu
Bay Fossils |
|
End-Permian Mass Extinction - climatic and Biotic Upheavals
|
|
End Permian Mass Extinction Confirmed to have Resulted from
Voluminous Magmatism Before, During and After Extinction Event
|
|
Epibolic Gastrulation from the Early Cambrian - the Kuanchuanpu
Member, Dengying Formation, Ningqiang, Shaanxi, South China
|
|
ERVs |
Eurypterid see
Gogo
Formation
|
|
Exploring the Aftermath of the Cambrian Explosion - The
Evolutionary Significance of Marginal- to Shallow Inchnofaunas
of Jordan |
|
Extant Phylogenetic Bracket (EPB)
|
|
Extinction events - Periodicity
|
|
Feathered Dinosaurs and Early Birds – Coevolution with Feathers
and Metabolism Revealed by Fossilised Skin
|
|
Feathertail Possums see
Riversleigh Feathertail Possums
|
|
From Fins to
Fingers |
|
Fish |
|
Fish Origins
|
|
Fish of the
Tethys Ocean |
|
Fish to
Amphibians |
|
Fish to Amphibians - The Origin of the Tetrapod Stem Group –
Climate Change in The Devonian and breathing
|
|
Fish to Tetrapod - Body Scales and Fin Rays – Changes
|
|
Fish to Tetrapod - Hox Genes
|
|
Fish to Tetrapod - Postcranial Skeleton
|
|
Fish to Tetrapod - Tissues and Skeletal Structures
|
|
Fish to Tetrapod - Skeletal Changes – Skull and Shoulder Girdle
|
|
Fish to Tetrapod - Skeletal Changes –Pelvic Girdle, Limbs and
Axial Skeleton |
|
Fossil Ape hints how Bipedal Walking May Have Evolved
|
|
Fossil
Eyes |
|
Fossil Faunas
- Australian Local Faunas
|
|
Fossil
Sites |
|
Genyornis newtoni Extinction in the Pleistocene - Human Impact
on the Australian Megafauna
|
|
Gorilla Genome Sequence – Insights into Hominid Evolution
|
|
The Great Ordovician Biodiversification Event (GOBE) - The
Palaeoecological Dimension
|
|
Lake Eyre
Fauna |
|
Haikouichthys and Related Forms
|
|
Hawkesbury Sandstone
|
|
Hyporheos |
|
Problematic Fossil Horodyskia of Mesoproterozoic Age from
Glacier National Park, Montana, USA
|
|
Independent Evaluation of Conflicting Microspherule Results from
Different Investigations of the Impact Hypothesis for the
Younger Dryas
|
Insects
|
|
Jawed Vertebrates - Marginal Dentition and Multiple Dermal
Jawbones as Ancestral Condition |
|
The Jehol Biota –
Early Cretaceous |
|
Jellyfish
|
|
Jellyfish
Anatomy
|
|
Jellyfish Anatomy – Benthic Forms
|
|
Jellyfish Anatomy – Locomotion Structures
|
|
Jellyfish Anatomy – Stinging Cells and Sticky Cells
|
|
Jellyfish
- The Ocean
|
|
Jurassic Fish Faunas of Australia
|
|
Kakadu - Small Animals & Fire |
|
Kangaroos
|
|
Kangaroos - adapting to a drying land - embryonic diapause |
|
Kangaroos - adapting to a drying land - forestomach fermentation
|
|
Kangaroos - adapting to a drying land - hopping gait
|
|
Kangaroos - Hearing and Vision |
|
Kangaroos - large species
|
|
Koalas
|
|
Kockatea Shale
|
|
Leigh Creek Coal Measures
|
|
Life After Snowball Earth
|
|
Mammals |
|
Mammals as indicators of palaeohabitats
|
|
Marsupials
see
Stripe-faced dunnart
|
|
Marsupial Megafauna Extinction |
|
Marsupial vs Placental |
|
Marsupial Origins |
|
Marsupial Origins - An alternative View
|
|
Marsupial Reproductive Pattern Classification
|
|
Marusek Hypothesis - End Permian mass extinction
|
|
Pleistocene Megafauna Extinctions – Legacy on Nutrient
Availability in Amazonia |
|
Mass Extinctions
|
|
Microbial Mat – Controls on Abundance and Diversity in Modern
Marine Microbialites |
|
Mesozoic Seas – Geographic Extent
|
|
Late Permian Mass Extinction - Recovery Impeded by Multiple
Greenhouse Crises in the Early Triassic
|
|
Ontogeny of Cinctans - Stem Group Echinodermata - Revealed by a
New Genus Graciacystis, form the Middle Cambrian in Spain |
|
Organic Carbon Moved from the Ocean Surface to Depth by Daily
Vertical Migration of Small Marine Animals
|
|
Parareptilia -
Colobomycter pholeter,
a parareptile from the Early Permian- Plicidentine
|
Ostracods fossils, Lake George
End-Permian Mass Extinction - climatic and Biotic Upheavals
|
|
Pangaea in the Early Permian – Biological and Physical Evidence
for Extreme Seasonality in Central Pangaea
|
|
Penguin Colonisation of the Vestfold Hills, East Antarctica,
Following the Last Glacial-Interglacial transition
|
|
Photic Zone Euxinia - Their role in Exceptional Preservation of
Fossils Revealed by Biomarkers: An Organic Chemical Perspective
|
|
Permian Mass Extinctions
|
|
Permian Mass Extinction -
Marusek Hypothesis |
|
Permian Extinction Debate
|
|
Permian-Triassic Neo-Tethyan Margin of Gondwana – Catastrophic
Environmental transition |
|
Permian-Triassic Superanoxic Event - The Preference of Photic
Zone Euxinia |
|
Permian-Triassic Crisis - 2 Pulses of Extinction
|
|
Some Interesting Fossil Finds From the Non-Marine Permian and Triassic
Sequences in Northern Tasmania, Australia
|
|
Pikaia
|
|
Precambrian-Cambrian Boundary Interval – Occurrence and Form of
Shaanxilithes
ningqiangensis, an Enigmatic Body Fossil from the Lesser
Himalaya, India |
|
Precambrian-Cambrian Boundary Geology, South Australia - Ocean
Basin formation, Seawater Chemistry & Organic Evolution
|
|
Precambrian Sponges with Cellular Structures
|
|
Cambrian Explosion -
Prominent Isotope Excursions on a Global Scale Just Prior to the
Cambrian Explosion |
|
Prosauropods
|
|
Megafauna |
|
Monotremes
|
|
Nectocaridid Ecology - Cephalopod-like Body Plan, Early Origin,
Diversity and Affinity
|
|
Newell's
Hypothesis |
|
Ornithischia
|
|
Rats |
|
Red
Kangaroo |
|
Reproductive strategy for an arid, erratic climate |
|
Reptiles
|
|
Riversleigh Arthropods
|
|
Riversleigh Fossil Site
|
|
Riversleigh Fossil Site Fossils |
|
Riversleigh Frogs
|
|
Riversleigh Kangaroos
|
|
Riversleigh Koalas
|
|
Sauropod Biology – Digestive
Physiology and Feeding
|
|
Sauropod
Biology - Functional Gut Flora – Evidence
|
|
Sauropod Biology – What is known?
|
|
Sauropod Rib with a Theropod Tooth Embedded in it – Direct
Evidence of Feeding Behaviour in the Jehol Group, China |
|
Scorpions
|
|
Shield shrimps
|
|
A Single-Species Ecosystem Deep Within the Earth Revealed by
Environmental Genomics |
|
Slime
Moulds |
|
Southern Ocean plankton (now classified as protists) |
|
Snake Origins
|
|
Soom Shale - South
Africa - Soom Shale Biota
|
|
Spiders |
|
Spiral-Plated Echinoderms from Gondwana in the Cambrian Reveal
the Earliest Pentaradial Body Plan
|
|
Sponges (Porifera) - Living Metazoans from the Neoproterozoic,
Biomineralisation and the Concept of Their Evolutionary Success
|
|
Spring Creek Site -
Southwestern Victoria |
|
Spring Creek and Mowbray Swamp – New Dates and XAD-2 |
|
Stromatolites
|
|
Stromatolites from the Neoproterozoic in Glaciogenic
Successions, Kimberley Region, Western Australia - Evidence of a
Younger Marinoan Glaciation |
|
Stromatoporoid
|
|
Palaeozoic
Stromatoporoids - Their Taxonomy, Mineralogy and Applications in
Palaeoecology and Palaeoenvironmental Analysis
|
|
Spinifex Hopping-mouse
|
|
Stygobites
|
|
Talbragar
Fish Beds |
|
Talbragar Fish Beds - Insects
|
|
Talbragar Fish Beds - Aquatic Invertebrates
|
|
Talbragar Fish Faunas - Late Jurassic
|
|
Tetrapods – the Environments of Early Tetrapods |
|
Tetrapod Evolution – Origin
|
|
Tetrapods – First Feet in the Famennian |
|
Tetrapods – Skulls and Skeletons in Transition
|
|
Tetrapods – Their Place of Origin
|
|
A Tetrapod Fauna of the Sydney Basin, Permian
|
|
Theropods
|
|
Thingodontans (Yalkaparidontids) |
|
Tropical Savannas-Small Mammals & Fire |
|
Tunicates - Urochordates
|
|
Tyrannosaurus rex
|
|
Tyrannosaurus rex behaviour
|
|
Vertebrates - Cambrian
|
|
Vertebrates - Earliest
|
|
Vertebrate Origins & Development - paedomorphosis
|
|
Vetulicolians and Yunnanozoons
|
|
New Vetulicolian from Australia – its Bearing on chordate
Affinities of an Enigmatic Cambrian Group
|
|
Wianamatta
Group |
|
Wildlife of the National Parks |
|
Yookamurra & Scotia, Earth Sanctuaries in the mallee
|
|
Wombats
|
Xiaotingia zhengi - an Archaeopteryx-like
feathered dinosaur that has been proposed to replace
Archaeopteryx at the base of the bird line
Zygomaturus
|
|
Cunning Crows |
