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We are massive fans of Macca.

The Sunday morning show provides a fantastic journey around Australia and the world to hear stories and insights from real people that you won’t hear in the mass media.

Here are five nuggets that we’ve dug out from the goldmine that is Macca’s Australia All Over show.

Lawson’s Story

On March 22, we heard the story of a 10 year old boy called Lawson, from the persepctive of a first responder.

The first responder who rang was Mark, a paramedic. He had been called out in an ambulance to a rural property at Mcdouall Peak Station in remote South Australia.

McDouall Peak is known for its arid desert landscape and historic links to explorer John McDouall Stuart. The area is known for its harsh conditions, hardy desert vegetation, and remains part of South Australia’s vast, sparsely populated interior.

Mark related that a 10-year-old boy named Lawson and his dad, a farmer, went out on motorbikes to build some fencing on the station. Lawson’s dad told the boy that he was just going to check some fencing a few kilometres away and then set off on his motorbike down the fenceline.

He didn’t come back.

After a while, Lawson got on his motorbike to go and look for him, but couldn’t find him. So he got his mum to drive over in the car and together they searched and found him. The dad was very badly injured having crashed on his bike at speed.

By the time emergency crews arrived, Lawson had already spent more than an hour talking with medical staff and waiting for help to reach them.

Mark the paramedic related that on arrival on the main road, he encountered young Lawson, who calmly then got in a ute and drove ahead of the ambulance for several kilometres to guide the medics to where his dad was.

Mark was blown away with the maturity and initiative of Lawson. He had seen many unusual situations in his job but this was a major outlier.

It turned out Lawson’s father had broken a leg, hip and collarbone.

Mark said Lawson carried medical gear; helped responders where needed; and stayed composed through the entire rescue until his father was flown out by the RFDS for treatment.

Amazingly, a neighbour who knew young Lawson was listening to Macca, and rang Lawson’s family to tell him about the call on the show.

Soon after, Lawson rang in and told Macca all about what happened first-hand.

“He was going like 90 or 100 or something,” Lawson told Macca, when recounting his father’s crash.

At one point, Macca asked him what he wanted to be when he grew up.

“A helicopter pilot,” Lawson replied.

It sounded less like a dream and more like a plan.

Out on stations like McDouall Peak, childhood looks different.

Distances are measured in hours, not suburbs. Fence lines run for kilometres. If something goes wrong, help is rarely close.

Lawson studies through the Port Augusta School of the Air, originally built around two-way radio lessons for children living in isolated parts of the country. These days, classes are mostly online, but the principle is still the same — students learning from station houses and remote properties hundreds of kilometres apart.

Kids in those areas tend to grow up fast and early. They learn vehicles young, help with fencing and stock work, and get used to solving problems without immediate backup.

Here’s a video about Clair, who tells a story remarkably similar to that of Lawson, giving us a glimpse of the world they inhabit — a long way from city life, and built around a different kind of independence.

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Food Labels – Does “Australian Made” have loopholes?

Judy, a soybean farmer from Bundaberg, rang in to the show on the April 5 program.

She had a very interesting story to put people straight about Australian made loopholes.

She said that supermarket food labels can be very misleading.

Soy milk can be sold as “Australian Made” even when the beans are imported — because the bulk of what’s in the carton is Australian water.

That’s enough to be considered “Australian Made” soy milk, she said.

Meanwhile, she’s growing soy locally, rotating it with sugarcane — a system that quietly does its job, improving soil and keeping things sustainable over time.

“It’s a practical system,” she said.

But that work — and those crops — aren’t always what ends up on the shelf.

It’s not just soy milk.

More broadly, Australia’s labelling rules are based on where a product is made or substantially transformed, not always where its key ingredients are grown.

That’s how you end up with:

• fruit juice blended locally from imported concentrate
• seafood processed here but caught overseas
• packaged foods made in Australia using global ingredients.

The label is technically right, but it doesn’t always tell the full story. For producers like Judy, that gap matters.

Are these technical loopholes hurting Australian food producers?

“Six days. 1,200 feral pigs.” The scale most people don’t see

On the April 19 program, Peter called in from Wangaratta, talking about his new feral pig shoot record.

Feral pigs can make an enormous mess of farmer’s crops as well as gardens and any piece of grassland as they can dig up hundreds of metres of land overnight looking for worms and roots.

Peter projected that there could be over a million feral pigs in Australia and that there were signs of them entering the edge of urban areas.

It sounded like Peter was part of a system that pairs landholders with vetted recreational shooters. His previous best was 1,100 shot but this time he covered 1,200.

“Traps don’t work anymore” Peter said.

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Scientific evidence ranks pigs among the most intelligent animals—often cited as the fifth smartest species—possessing cognitive abilities that rival dogs and young human toddlers.

Feral pigs have been part of the landscape for a long time. What’s easy to miss is how quickly things escalate once numbers build.

They move in groups, breed fast, and don’t take long to undo a paddock. Crops gone overnight, fences pushed through, water turned.

Control efforts don’t stop — trapping, baiting, culling — but it’s not static.

Six days near Warren. About 1,200 feral pigs. At that point, you’re dealing with something that doesn’t scale down easily.

Corals, Reefs and the Arguments Around What We’re Seeing

Three separate calls across April ended up circling the same uneasy question: what is happening to the reefs?

What made it interesting was that the callers did not entirely agree.

The Scientist Trying to Cool the Water

On the April 5 program, oceanographer Dan Harrison from the National Marine Science Centre spoke about the science side of the problem — and how researchers are now exploring increasingly complex ways to protect coral systems from extreme heat.

One idea he discussed was marine cloud brightening.

In simple terms, increasing low cloud cover over parts of the ocean so more sunlight is reflected away and water temperatures stay lower during dangerous heat periods.

But Harrison was careful not to present the reef as a simple story of decline or rescue.

Cyclones can damage reefs badly — but sometimes also cool overheated water and reduce bleaching pressure. Floods can smother coral systems with runoff, but under different conditions can shift temperatures or nutrients in ways that change outcomes entirely.

The impression left was less about certainty than complexity.

Nothing in reef systems happens in isolation.

Returning to Fiji After Three Decades

Two weeks later on the April 19 show, Kieran Kelly rang from Fiji with something far more personal and emotional.

After returning to diving for the first time in more than 30 years, he said he was stunned by what he saw underwater.

“The reefs were devastated — brown, lifeless.”

What stayed with listeners was the way he described it.

“All the little houses are still there, but there’s no one in them.”

He said the coral structure itself often remained, but the colour, fish life and movement felt diminished from what he remembered decades earlier.

At the same time, he reflected on how Fiji itself had changed — from what he described as a quieter, more remote place into one increasingly built around tourism, boats and constant movement.

“The very thing that attracts people ends up spoiling it.”

It wasn’t framed as activism or politics. More the observations of someone returning to a place after a very long absence and confronting how much both nature and people had changed.

The Ecologist Who Warned Against Generalisations

A week later again, on the April 26 program, another listener pushed back.

James Hawes, a retired CSIRO ecologist from the Sunshine Coast, wrote to Macca after hearing Kieran’s comments.

He argued that broad claims about “dead and dying reefs” risked missing important context.

Hawes said many reefs he had snorkelled recently — including parts of the Great Barrier Reef and reefs around Fiji — appeared healthy and actively growing. He acknowledged localised storm and cyclone damage, but warned against sweeping conclusions drawn from isolated experiences.

“Reports on coral reef damage must have context.”

Why reef conversations have become so complicated

Part of the reason reef discussions now feel so contested is because people are often talking about different parts of the same system.

Some reefs recover after bleaching events. Others don’t. One section can be badly damaged by heat or cyclones while another nearby remains comparatively healthy.

That sat underneath all three calls.

Dan Harrison spoke about intervention research already underway in Australia. Kieran Kelly described reefs in Fiji that felt emptier and less alive than he remembered decades earlier. James Hawes warned against broad conclusions drawn from isolated experiences.

All three perspectives can exist at once.

The Great Barrier Reef stretches across more than 2,000 kilometres, with thousands of reef systems responding differently to temperature, storms, runoff, tourism pressure and crown-of-thorns starfish outbreaks.

At the same time, Australia has become a major centre for reef intervention research.

Marine cloud brightening — the concept Harrison discussed — is now being trialled as researchers investigate whether brighter low cloud cover could temporarily cool reef waters during marine heatwaves.

Other projects include:

• heat-tolerant coral breeding
• coral seeding and restoration programs
• satellite, drone and robotic reef monitoring
• crown-of-thorns starfish control efforts

Researchers are also studying how runoff, water quality and tourism pressure interact with warming oceans and cyclone damage over time.

None of it is straightforward.

Some reefs are recovering strongly. Others are under heavy stress. Some intervention ideas remain experimental, while others are already being rolled out more broadly.

Which is why reef conversations now tend to sound less certain than they once did.

The science is still moving.

The war where bullets overtook disease — and what changed after that

On the April 26 program, the conversation drifted from Gallipoli’s cliffs and cemeteries into something less often talked about — what war looked like from the medical side.

In studio, hand surgeon David Dilley spoke about the conditions doctors and medics faced during the First World War, particularly during Gallipoli.

“The planning was appalling,” he said, referring to findings from the Dardanelles Commission.

There were shortages everywhere. Limited supplies. Primitive field conditions. Little understanding of how to deal with the scale of injuries arriving at once.

“They had bandages… a bit of chloroform… and not much else.”

Earlier in the program, callers had been describing the cemeteries at Gallipoli — the closeness of the ridgelines, the tiny distances between trenches, the sheer number of names.

Dilley’s contribution added another layer to that picture.

For centuries before World War I, disease often killed more soldiers than combat itself. Dysentery, typhoid, infected wounds and poor sanitation spread quickly through camps and battlefields long before antibiotics existed.

But by Gallipoli and the Western Front, warfare itself had changed. Machine guns, artillery and industrial-scale combat produced catastrophic injuries on a scale medicine had never really faced before.

“It was the first war where more died from enemy action than disease,” Dilley said.

The conversation moved easily between medicine, history and memory — less like a lecture and more like someone trying to explain how one era forced the next one to change.

The shift didn’t happen all at once, but the pressure to improve was constant.

In earlier wars, many soldiers didn’t die from wounds themselves, but from what followed — infection, poor sanitation, limited understanding of how to treat trauma once it set in. Dysentery, typhoid and septic wounds were often more lethal than the battlefield.

By the time of Gallipoli, that balance had started to change, even if the systems around it hadn’t caught up.

Since then, each conflict has pushed medicine further.

Today, soldiers carry trauma kits designed to deal with the first and most critical problem — bleeding. Tourniquets, clotting agents and airway tools are standard, with the aim of stabilising someone long enough to get them to surgical care.

From there, evacuation is faster, and treatment is more specialised, with trauma teams trained specifically for those injuries.

None of that removes the brutality of war. But it does mean more people survive the part they wouldn’t have before.

One conversation at a time

Five calls.

Different states, different lives, different subjects.

A 10-year-old on a remote cattle station. A soybean farmer in Bundaberg. Pig shooters near Warren. Scientists arguing over reefs. A surgeon reframing Gallipoli.

None of them sounded like they were trying to make a point bigger than it was.

That’s probably why the calls stayed with people after the radio switched off.

Published 7-May-2026