Paramount Importance Podcast

Paramount Importance Podcast Short clips from the podcasts with scientists about their research
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04/06/2026

A species discovered. A race against time. And a question that still remains unanswered.

When peacock spider expert Michael Lun helped rediscover a species thought to be new to science, it sparked a desperate effort to understand its distribution and secure protection. But before the work could be completed, the habitat was cleared for development.

The story highlights a challenge faced by conservation scientists around the world: how do you protect a species when you don't yet know enough about it? For animals with tiny distributions and short life cycles, the clock can be ticking long before anyone realises they're there.

This episode is a fascinating look into discovery, conservation, and the hidden biodiversity living right in our own backyard.

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02/06/2026

They’re smaller than a grain of rice, but their courtship displays rival some of the most spectacular animals on Earth.

In this episode, I sit down with peacock spider expert Michael Lun, whose stunning photography and discoveries have brought these incredible Australian spiders to the attention of people around the world. What looks like a tiny dance is actually something far more complex—a multimodal courtship display combining vibrant colours, intricate movements, and even a song transmitted through vibrations.

From the hidden world of peacock spiders to rediscovering species thought lost and documenting some of Australia's most remarkable wildlife, this conversation reveals why these tiny creatures are among the most fascinating animals on the planet.

Listen to the full episode on the Paramount Importance podcast.
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27/05/2026

Ep 44 of Paramount Importance explores the hidden world above us, including one of the strangest stories in the history of radar.

In this episode, I’m joined by Professor Judy Shamoun-Baranes, a world-leading aeroecologist from the University of Amsterdam, whose research investigates how birds, bats and insects move through the air. Her work uses GPS tracking, accelerometers, weather radar and predictive modelling to understand animal movement through one of Earth’s least visible habitats: the sky.

In this clip, Judy explains how early radar operators during World War II were seeing mysterious objects on their screens. They were not moving like aircraft, and for a while, people did not know what they were looking at. These strange radar signals were eventually confirmed to be birds, revealing that radar could be used not only to detect planes and weather, but also animal movement through the atmosphere.

Today, that same idea is helping scientists track migration, estimate how many birds are in the air, and better understand the invisible highways above us.

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25/05/2026

Ep 44 of Paramount Importance explores the hidden world above us, including what happens when birds and aircraft share the same airspace.

In this episode, I’m joined by Professor Judy Shamoun-Baranes, a world-leading aeroecologist from the University of Amsterdam, whose research investigates how birds, bats and insects move through the air. Her work uses GPS tracking, weather radar and predictive modelling to understand animal movement through one of Earth’s least visible habitats: the sky.

In this clip, Judy explains that bird strikes happen more often than many people realise, especially during take-off and landing, when aircraft are still moving through the lower layers of air used by birds and bats. Most collisions are minor for the aircraft, but if multiple birds are ingested into an engine, it can become a serious aviation risk.

The sky is not empty. It is habitat, and sometimes, human movement and animal movement collide.

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22/05/2026

Ep 44 of Paramount Importance dives into the hidden science of birds, flight and the aerial world above us including one of the strangest survival tricks in the bird world.

In this episode, I’m joined by Professor Judy Shamoun-Baranes, a world-leading aeroecologist from the University of Amsterdam, whose research explores how birds, bats and insects move through the air. Her work uses GPS tracking, accelerometers, weather radar and predictive modelling to understand the sky as habitat.

In this clip, Judy explains how pigeons have evolved a surprising escape trick to survive attacks from peregrine falcons. If a falcon strikes a pigeon’s tail, the feathers can come loose, a bit like a lizard dropping its tail. So when you see pigeon feathers scattered everywhere, it does not always mean the pigeon was killed, sometimes, it means the pigeon escaped.
Nature is full of survival strategies we rarely notice.

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21/05/2026

Ep 44 of Paramount Importance asks one of the most topical conservation questions right now: are wind farms a problem for birds?

In this episode, I’m joined by Professor Judy Shamoun-Baranes, a world-leading aeroecologist from the University of Amsterdam, whose research explores how birds, bats and insects move through the air. Her work uses GPS tracking, weather radar and predictive models to understand the hidden aerial world above us — and how human structures like wind turbines are changing it.

Wind farms are often framed as either good or bad, but for birds, the answer is far more complicated. Some species can collide with turbines, while others may avoid entire wind farm areas altogether, forcing them to fly further and use more energy. But climate change is also one of the biggest threats facing birds, which means the real question is not whether renewable energy should exist — it is how we design and operate it more responsibly.

The sky is not empty. It is habitat.

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This episode was sponsored by the

19/05/2026

Ep 44 of Paramount Importance explores one of the biggest questions in renewable energy and conservation: what do offshore wind farms mean for birds?

In this episode, I’m joined by Professor Judy Shamoun-Baranes, a world-leading aeroecologist from the University of Amsterdam, whose research investigates how birds, bats and insects move through the air. Using tools like GPS tracking, weather radar and predictive modelling, Judy studies the hidden aerial world above us, including how animals respond to human structures in the sky.

Offshore wind farms are becoming an important part of the shift towards renewable energy, but they also raise big ecological questions. Migratory birds often move across oceans and coastlines, sometimes flying through the same airspace where turbines are built. Some species may avoid wind farms completely, forcing them to fly further and use more energy, while others may be at risk of collision.

The challenge is not simply whether offshore wind farms are good or bad, it is how we use science to understand bird movement, predict peak migration, and design renewable energy systems that reduce harm to wildlife.

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15/05/2026

15 million babies are born prematurely every year.

Professor Tobias Strunk and Professor Andrew Currie are working at the forefront of neonatal medicine and immunology, tackling one of the greatest challenges in newborn care: protecting premature babies from life-threatening infections in the earliest weeks of life.

In this episode, they unpack the global scale of preterm birth, why premature babies are so vulnerable, and how cutting-edge research—from immune system science to large-scale clinical trials—is helping improve survival and long-term outcomes around the world.

This is a powerful conversation on medicine, innovation, and the science helping shape the future of newborn care.
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13/05/2026

Some of the most promising neonatal research in the world… almost wasn’t allowed to be presented.

Professor Tobias Strunk and Professor Andrew Currie reveal how their groundbreaking research into coconut oil skincare for premature babies was initially rejected by major scientific conferences, despite showing strong potential to reduce dangerous infections in newborn intensive care.

What followed was years of further research, clinical trials, and international collaboration that transformed a simple idea into one of the most fascinating stories in modern neonatal science.

This episode dives into the reality of scientific resistance, innovation, and what it takes to challenge conventional thinking in medicine.

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11/05/2026

Just a few weeks can completely change how a baby’s immune system responds to the world.

Professor Tobias Strunk and Professor Andrew Currie explain how bacteria that are harmless to a full-term baby can become incredibly dangerous in babies born just weeks earlier—revealing how critical the earliest stages of human development truly are.

This episode dives into the science of newborn immunity, premature birth, infection, and the groundbreaking research helping improve survival and long-term outcomes for the world’s most vulnerable infants.
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