Media interviews:
New York Times: How Life on Our Planet Made It Through Snowball Earth
The McGill Tribune: Solving the mysteries of Earth’s Cryogenian ice age
Curium Magazine: Mystère et Boule
Science communication:
Pursuit: Iron and Ice: How Life Survived Snowball Earth
Media coverage:
CNN: How life survived Snowball Earth, the planet's most severe ice age
Science Alert: We May Finally Understand How Life Survived The Icy Hell of Snowball Earth
Radio Canada: Comment la vie a-t-elle survécu à la Terre boule de neige?
CTV: Snowball Earth unlocked
Science: Beating the Freeze
New York Times: How Life on Our Planet Made It Through Snowball Earth
The McGill Tribune: Solving the mysteries of Earth’s Cryogenian ice age
Curium Magazine: Mystère et Boule
Science communication:
Pursuit: Iron and Ice: How Life Survived Snowball Earth
Media coverage:
CNN: How life survived Snowball Earth, the planet's most severe ice age
Science Alert: We May Finally Understand How Life Survived The Icy Hell of Snowball Earth
Radio Canada: Comment la vie a-t-elle survécu à la Terre boule de neige?
CTV: Snowball Earth unlocked
Science: Beating the Freeze
Teaching and Field Demonstrating (School of Earth Sciences, University of Melbourne):
Understanding Planet Earth — studying the geological relationships between Devonian granite intrusions (Cape Woolamai Granite), Paleogene lava flows (Older Volcanics) and Neogene sediments (Brighton Group). Phillip Island, Victoria.
Geology of Southeast Australia — measuring a stratigraphic log through the pyroclastic flows of a Quaternary maar volcano (Newer Volcanics). Lake Purrumbete, Victoria.
Understanding Planet Earth — walking through the rainforests of the Strzelecki Ranges, Victoria. The flora in these pockets of temperate rainforests are similar to the vegetation that covered much of southeastern Australia during the Cretaceous–early Paleogene.
Understanding Planet Earth — studying the fossiliferous marls and limestones of the Paleogene Torquay Group. Jan Juc, Victoria.
