
Tim Flannery: ‘What we're seeing is the last gasp of the patriarchy'
At least, that's what I see. The celebrated scientist, author and conservationist sees something else.
'This is a lovely bit of fossilised wood from 195m years ago,' the professor declares. 'Just before the great extinction killed almost everything on the planet.'
We silently ponder this for a beat, until Flannery gestures up at a rainforest-covered cliff a couple of kilometres away. 'It all happened between here and those cliffs up there. This area tells the story of the Permian-Triassic extinction, when 95% of all living things went extinct,' he says.
'What we're looking at here is really the greatest piece of dramatic theatre that exists anywhere, if you look at it right. We've got the extinction events, the ancient rainforests, the remnants of Gondwana breaking off. You're getting things from this grand vista of time and through to the present day.
'To me, when I look at it, it's just breathtakingly wonderful. There's nothing that humans do that is as grand as this.'
We're about an hour south of Sydney, at Thirroul in the northern Illawarra. It's a slightly overcast Thursday, and McCauley's beach is festooned with kelp and other ex-sea life brought in on the morning tide. The South Pacific is broad and shimmering, and behind us the verdant Illawarra escarpment conservation area looms like a green wall running along the coast. 'It's my favourite beach in the whole area,' Flannery says. 'I like the geology here, the Indigenous history and the bush that's been preserved up behind it. It's just beautiful.'
For the past six years or so – since he relocated to the area from Melbourne with his partner, the writer Kate Holden, and their 11-year-old son, Colbey – this view has been only a short excursion from Flannery's front door. Here, the 69-year-old has written books, regularly commuted to Sydney to study the Australian Museum's extraordinary collections of specimens, and been a remote working guiding light for the Climate Council, the independent organisation he helped create in 2013.
Flannery was sold on the area when he heard the wailing calls of catbirds in the surrounding trees. It reminded him of his early years as a mammalogist and palaeontologist in the New Guinea jungles. He still returns to West Papua, working with local communities on protecting wildlife and forests. But he is best known for his work on climate change, particularly his lauded 2005 book, The Weather Makers.
That led to him being named Australian of the Year in 2007 and later to running the government Climate Commission in 2011 until it was abolished by Tony Abbott. Two decades on, he still sounds surprised by The Weather Makers' international bestseller status. It was intended as a guide for high school students, but took him to the White House, won praise from global celebrities including Richard Branson and then Californian governor Arnold Schwarzenegger, and was credited with inspiring the introduction of a carbon tax in Canada's British Columbia.
'I had no idea it would be as widely read, honestly, as it has become,' Flannery says. 'I wish I had anticipated it because I would have been better prepared to deal with it, or make more of the opportunity.
'People were asking me: what should we do about this? Tom Daschle, the minority leader in the House in the US, asked me: what sort of policy levers should we use in the US? And all I could think of at the time was a carbon tax, but without understanding the local politics in the US and how very difficult that would be.'
Whatever reservations he has, he says he is proud of the changes in attitude it helped usher in. 'I think the most important thing was the public-facing awareness raising,' he says.
'The shift in public sentiment – that's enduring. It is very hard, once the sentiment has shifted, for fossil fuel industries to regain all their ground. In Australia, 45% of our electricity is generated from solar and wind. When I wrote the book, solar panels were a rarity.'
We're walking early in the federal election campaign, and the Climate Council has just released a policy scorecard. It is blunt in its assessments, rating the Coalition as 'harmful' for voting against every law introduced to cut climate pollution in the last parliamentary term. Labor is described as heading in the 'right direction', but is marked down for having no plans to phase out fossil fuel developments. The Greens' positions are described as 'strong'.
Flannery sets out the choice between the major parties in simple terms. A Coalition government would mean 'continuing to back fossil fuels and some hypothetical vision of Australia as some kind of nuclear capable nation', while a returned Labor party would 'continue the transition we're on' towards a largely renewable energy powered national grid.
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'To me, it's like when the local council is fixing up the road in front of your house,' he says. 'They might say, 'Look, we can do it quickly with the current technology, we've got it half done, it'll take another three years to get the rest done – or we can try some of this new stuff and it might take 20 years.'
'I say: 'I just want the road fixed.' Transitions are messy and they're awkward. Continue with the conventional methods you've got – solar and wind. They're cost-effective, they get the job done in the shortest time. That's what we need.'
That said, he believes the country should be substantially more ambitious than Labor is proposing. A board member at Andrew Forrest's Minderoo Foundation, he backs the mining billionaire's push for 'real zero' targets that abandon the use of contentious carbon offsets, which are often used to justify ongoing polluting. He says the national goal should be a dramatic reduction to reach real zero emissions by 2035.
'My view is we're in such desperate straits now we need to both cut emissions and draw carbon down [from the atmosphere] at the same time. It means offsets are out of the question,' he says.
On what some see as desperate straits in the US under an increasingly authoritarian Trump administration, Flannery has a more optimistic take. He sees a struggling movement fighting for its life. 'What we're seeing is the last gasp of the patriarchy,' he says. 'It's already on a trajectory to failure. You can see what the impact will be on the US economy, and just look at the polling in terms of Trump's popularity. They will use every trick in the book to fight back, but everything has to go perfectly for them to win from here. And that's very, very unlikely.'
He believes Donald Trump is fighting a similar losing battle, at least on the global stage, with his abolition of climate measures. 'He may be able to affect the trajectory in the US, but the rest of the world is just going ahead very fast towards a cleaner energy future, led by China,' Flannery says. 'They're doing everything, whether it's solar, wind, electric vehicles, electricity infrastructure, HVDC [high-voltage direct current] cables. They've got factories that can build them for the world.'
While the subject matter is often heavy as we talk, you mostly wouldn't know it from Flannery's face or tone. He talks like he walks – lightly, but assuredly. We exit the beach via stairs that lead to a manicured grass area, bike path and a row of large houses. Flannery is unimpressed. Unlike at his home, there is no bird habitat and, unsurprisingly, no birds. 'This is not my thing,' he says. 'This is just concrete blocks surrounded by grass. To my mind, it's as boring as batshit.'
He gestures back to the escarpment, still filling the skyline. 'I mean, this is the great opera, the great drama. But this,' he says, turning again to the houses, 'is just a dead end.'
Not literally. A track takes us into a small area of regenerating coastal rainforest, where lilly pillies are growing, and the air is filled with the sounds of birds, frogs and insects. Flannery says this is an example of coastal protection done right. The forest was saved from development after a long-running campaign by traditional owners, the Dharawal people.
'Community action has drawn down many tonnes of carbon here, preserving the place from development and then planting trees and taking care of it.'
There may be a moral here, somewhere.
Discussion turns to what the area would have looked like about 5m years ago, the last time temperatures were 3C above pre-industrial levels, where they could be again by the end of this century. Flannery says he has 'dug the fossils up with my own hands' and the answer is 'wet'. That means rainforests as far west as the Hay Plains, more than 700km inland, and productive oceans teeming with life.
'Having visited that place in my imagination, I'm not fearful of the destination,' he says. 'But I'm terrified of the journey, because the journey to get there will involve massive sea level rise, it will involve huge disruption to what we do, our infrastructure and everything else.'
Will humans be able to survive? Flannery is 'very hopeful' – and, again, sees something I hadn't.
'I think we are here for a sort of a purpose, even though it's not perhaps an articulated purpose,' he says. 'My philosophy, just in a very potted form, is that information organises matter. Take a long-term view: how much matter will be organised around [humans'] information systems in the future? A lot, basically. Maybe that will be an enduring thing for millions, tens of millions, hundreds of millions of years.
'And maybe the only way we have that sort of impact is by working together.'
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Reuters
6 days ago
- Reuters
Arizona fossils reveal an ecosystem in flux early in the age of dinosaurs
WASHINGTON, July 8 (Reuters) - Scientists have unearthed in Arizona fossils from an assemblage of animals, including North America's oldest-known flying reptile, that reveal a time of transition when venerable lineages that were destined soon to vanish lived alongside newcomers early in the age of dinosaurs. The remains of the pterosaur, roughly the size of a small seagull, and the other creatures were discovered in Petrified Forest National Park, a place famous for producing fossils of plants and animals from the Triassic Period including huge tree trunks. The newly found fossils are 209 million years old and include at least 16 vertebrate species, seven of them previously unknown. The Triassic came on the heels of Earth's biggest mass extinction 252 million years ago, and then ended with another mass extinction 201 million years ago that wiped out many of the major competitors to the dinosaurs, which achieved unquestioned supremacy in the subsequent Jurassic period. Both calamities apparently were caused by extreme volcanism. The fossils, entombed in rock rich with volcanic ash, provide a snapshot of a thriving tropical ecosystem crisscrossed by rivers on the southern edge of a large desert. Along with the pterosaur were other new arrivals on the scene including primitive frogs, lizard-like reptiles and one of the earliest-known turtles - all of them resembling their relatives alive today. This ecosystem's largest meat-eaters and plant-eaters were part of reptile lineages that were flourishing at the time but died out relatively soon after. While the Triassic ushered in the age of dinosaurs, no dinosaurs were found in this ecosystem, illustrating how they had not yet become dominant. "Although dinosaurs are found in contemporaneous rocks from Arizona and New Mexico, they were not part of this ecosystem that we are studying," said paleontologist Ben Kligman of the Smithsonian Institution's National Museum of Natural History in Washington, who led the study published in the journal Proceedings of the National Academy of Sciences, opens new tab. "This is peculiar, and may have to do with dinosaurs preferring to live in other types of environments," Kligman added. This ecosystem was situated just above the equator in the middle of the bygone supercontinent called Pangaea, which later broke apart and gave rise to today's continents. Pterosaurs, cousins of the dinosaurs, were the first vertebrates to achieve powered flight, followed much later by birds and bats. Pterosaurs are thought to have appeared roughly 230 million years ago, around the same time as the earliest dinosaurs, though their oldest-known fossils date to around 215 million years ago in Europe. The newly identified pterosaur, named Eotephradactylus mcintireae, is thought to have hunted fish populating the local rivers. Its partial skeleton includes part of a tooth-studded lower jaw, some additional isolated teeth and the bones of its elongated fingers, which helped form its wing apparatus. Its wingspan was about three feet (one meter) and its skull was about four inches (10 cm) long. It had curved fangs at the front of its mouth for grabbing fish as it flew over rivers and blade-like teeth in the back of the jaw for slicing prey. The researchers said Eotephradactylus would have had a tail, as all the early pterosaurs did. Eotephradactylus means "ash-winged dawn goddess," recognizing the nature of the rock in which it was found and the position of the species near the beginning of the pterosaur lineage. Mcintireae recognizes Suzanne McIntire, the former Smithsonian fossil preparator who unearthed it. The turtle was a land-living species while the lizard-like reptile was related to New Zealand's modern-day Tuatara. Also found were fossils of some other reptiles including armored plant-eaters, a large fish-eating amphibian and various fish including freshwater sharks. The ecosystem's biggest predators were croc relatives perhaps 20 feet (six meters) long, bigger than the carnivorous dinosaurs inhabiting that part of the world at the time. On land was a four-legged meat-eating reptile from a group called rauisuchians. In the rivers dwelled a semi-aquatic carnivore from a group called phytosaurs, built much like a crocodile but with certain differences, such as nostrils at the top of the head rather than the end of the snout. Rauisuchians, phytosaurs and some other lineages represented in the fossils disappeared in the end-Triassic extinction event. Frogs and turtles are still around today, while pterosaurs dominated the skies until the asteroid impact 66 million years ago that ended the age of dinosaurs. "The site captures the transition to more modern terrestrial vertebrate communities," Kligman said.


The Independent
6 days ago
- The Independent
Scientists unearth fossils of ‘previously unknown species' from dinosaur era
Scientists in America have unearthed fossils from a number of animals, many of them previously unknown, dating back to the dinosaur era. The newly-found fossils, including those from a pterosaur, North America's oldest-known flying reptile, were discovered by scientists in Arizona and are 209 million years old. The remains of the pterosaur, roughly the size of a small seagull, and the other creatures were discovered in Petrified Forest National Park, a place famous for producing fossils of plants and animals from the Triassic Period including huge tree trunks. They fossils include at least 16 vertebrate species, seven of them previously unknown. Other new arrivals on the scene included primitive frogs, lizard-like reptiles and one of the earliest-known turtles - all of them resembling their relatives alive today. This ecosystem's largest meat-eaters and plant-eaters were part of reptile lineages that were flourishing at the time but died out relatively soon after. The fossils, entombed in rock rich with volcanic ash, provide a snapshot of a thriving tropical ecosystem crisscrossed by rivers on the southern edge of a large desert. The Triassic came on the heels of Earth's biggest mass extinction 252 million years ago, and then ended with another mass extinction 201 million years ago that wiped out many of the major competitors to the dinosaurs, which achieved unquestioned supremacy in the subsequent Jurassic period. Both calamities apparently were caused by extreme volcanism. While it ushered in the age of dinosaurs, no dinosaurs were found in this ecosystem, illustrating how they had not yet become dominant. "Although dinosaurs are found in contemporaneous rocks from Arizona and New Mexico, they were not part of this ecosystem that we are studying," said paleontologist Ben Kligman of the Smithsonian Institution's National Museum of Natural History in Washington, who led the study published in the journal Proceedings of the National Academy of Sciences. "This is peculiar, and may have to do with dinosaurs preferring to live in other types of environments," Kligman added. This ecosystem was situated just above the equator in the middle of the bygone supercontinent called Pangaea, which later broke apart and gave rise to today's continents. Pterosaurs, cousins of the dinosaurs, were the first vertebrates to achieve powered flight, followed much later by birds and bats. Pterosaurs are thought to have appeared roughly 230 million years ago, around the same time as the earliest dinosaurs, though their oldest-known fossils date to around 215 million years ago in Europe. The newly identified pterosaur, named Eotephradactylus mcintireae, is thought to have hunted fish populating the local rivers. Its partial skeleton includes part of a tooth-studded lower jaw, some additional isolated teeth and the bones of its elongated fingers, which helped form its wing apparatus. Its wingspan was about three feet (one meter) and its skull was about four inches (10 cm) long. It had curved fangs at the front of its mouth for grabbing fish as it flew over rivers and blade-like teeth in the back of the jaw for slicing prey. The researchers said Eotephradactylus would have had a tail, as all the early pterosaurs did. Eotephradactylus means "ash-winged dawn goddess," recognizing the nature of the rock in which it was found and the position of the species near the beginning of the pterosaur lineage. Mcintireae recognizes Suzanne McIntire, the former Smithsonian fossil preparator who unearthed it. The turtle was a land-living species while the lizard-like reptile was related to New Zealand's modern-day Tuatara. Also found were fossils of some other reptiles including armored plant-eaters, a large fish-eating amphibian and various fish including freshwater sharks. The ecosystem's biggest predators were croc relatives perhaps 20 feet (six meters) long, bigger than the carnivorous dinosaurs inhabiting that part of the world at the time. On land was a four-legged meat-eating reptile from a group called rauisuchians. In the rivers dwelled a semi-aquatic carnivore from a group called phytosaurs, built much like a crocodile but with certain differences, such as nostrils at the top of the head rather than the end of the snout. Rauisuchians, phytosaurs and some other lineages represented in the fossils disappeared in the end-Triassic extinction event. Frogs and turtles are still around today, while pterosaurs dominated the skies until the asteroid impact 66 million years ago that ended the age of dinosaurs. "The site captures the transition to more modern terrestrial vertebrate communities," Kligman said.


BBC News
6 days ago
- BBC News
Scientists discover new species of pterosaur
Scientists have discovered a new species of pterosaur – a flying reptile that soared above the dinosaurs more than 200 million years jawbone of the ancient reptile was unearthed in the US back in 2011, but modern scanning techniques have now revealed details showing that it belongs to an entirely new research team, led by scientists at the Smithsonian's National Museum of Natural History in Washington DC, has named the creature Eotephradactylus mcintireae, meaning "ash-winged dawn goddess".It is a reference to the volcanic ash that helped preserve its bones in an ancient riverbed. At about 209 million years old, this is now believed to be the earliest pterosaur to be found in North America."The bones of Triassic pterosaurs are small, thin, and often hollow, so they get destroyed before they get fossilised," explained Dr site of this discovery is a fossil bed in a desert landscape of ancient rock in a national park in the US known as the Petrified than 200 million years ago, this place was a riverbed, and layers of sediment gradually trapped and preserved bones, scales and other evidence of life at the pterosaur jaw is just one part of a collection of fossils found at the same site, including bones, teeth, fish scales and even fossilised Kligman said: "Our ability to recognise pterosaur bones in [these ancient] river deposits suggests there may be other similar deposits from Triassic rocks around the world that may also preserve pterosaur bones." Studying the pterosaur's teeth also provided clues about what the seagull-sized winged reptile would have eaten."They have an unusually high degree of wear at their tips," explained Dr Kligman. suggesting that this pterosaur was feeding on something with hard body parts."The most likely prey, he told BBC News, were primitive fish that would have been covered in an armour of bony say the site of the discovery has preserved a "snapshot" of an ecosystem where groups of animals that are now extinct, including giant amphibians and ancient armoured crocodile relatives, lived alongside animals that we could recognise today, including frogs and fossil bed, Dr Kligman said, has preserved evidence of an evolutionary "transition" 200 million years ago."We see groups that thrived later living alongside older animals that [didn't] make it past the Triassic."Fossil beds like these enable us to establish that all of these animals actually lived together."Details of the discovery are published in the journal Proceedings of the National Academy of Sciences.