Constraining past fluctuations in global temperatures is central to our understanding of the
Earth's climatic evolution. Marine proxies dominate records of past temperature …

The de novo evolution of genes and the novel proteins they encode has stimulated much
interest in the contribution such innovations make to the diversity of life. Most research on …

Few high‐latitude terrestrial records document the timing and nature of the Cenozoic
“Greenhouse” to “Icehouse” transition. Here we exploit the bulk geochemistry of marine …

There is growing interest in the scientific community in reconstructing the paleoceanography
of the Southern Ocean during the Oligocene–Miocene because these time intervals …

'The effects of this process have been so far-reaching, and it is so widespread, that anyone
who would have a real understanding of species interrelationships and species evolution in …

A new mid-latitude terrestrial climate proxy record is presented for southeastern Australia.
The Middle Eocene to Middle Miocene palynofloral and δ 13 C record of the Latrobe Group …

The Paleocene–Eocene Thermal Maximum (PETM) represents a~ 170 kyr episode of
anomalous global warmth~ 56 Ma ago. The PETM is associated with rapid and massive …

Eocene climate and associated biotic patterns provide an analog system to understand their
modern interactions. The relationship between mean annual temperatures and winter …

The role and climatic impact of the opening of the Drake Passage and how it affected both
marine and terrestrial environments across the Eocene–Oligocene transition (EOT∼ 34 Ma) …

Isoëtes has a worldwide distribution and comprises c. 250 species. With 64 species, South
America is its centre of taxonomic diversity. However, South American Isoëtes has been …