The Barefoot FarmHer

The Barefoot FarmHer We are all in this together ���

There’s something magical about a country kitchen renovation when it all starts to come together! A little bit more to g...
13/08/2026

There’s something magical about a country kitchen renovation when it all starts to come together!

A little bit more to go yet but it’s looking mighty fine to us. Starting to plan the dinner parties with fresh, seasonal produce to boot!

Exposure bacteria and immune responses…We are all in this together 💚🌿👣
12/08/2026

Exposure bacteria and immune responses…

We are all in this together 💚🌿👣

Kids who grow up around cows get asthma at half the rate of city kids. Doctors have watched this happen for twenty years. No one could explain why.

A research team in Munich just did. They found two bacteria that live in a cow's gut. The cow digests, the bacteria give off tiny compounds, those compounds drift into the air of the barn, and a child breathes them in. Two receptors in the lungs pick them up and settle the immune system before it overreacts.

But the size of the effect is what surprised the researchers.

Those two bacteria alone carry about two thirds of the protection against allergic asthma, and about half of it against hay fever and eczema. The team got there by testing mattress dust from 1,018 children and air samples from 47 farms. The study is published in NEJM Evidence, out of the Dr. von Hauner Children's Hospital at LMU and Helmholtz Munich.

If you are raising a kid in Berlin or Frankfurt, you cannot exactly install a cow. What the researchers say instead is that the first 1,000 days shape the immune system, so get pregnant women and small children outside, in real nature, as often as you can.

The long game is a medicine that copies what the barn air already does, so a child gets the protection without ever standing in a stall.

Send this to a parent whose kid reaches for an inhaler every spring.

Linking fruit microbiomes with the health of our environment and our gut microbiome is a long awaited topic in science. ...
09/08/2026

Linking fruit microbiomes with the health of our environment and our gut microbiome is a long awaited topic in science.

Looking forward to more research papers evidencing increased diversity on biodynamic fruit and vegetables, as it’s sorely been lacking to inform the medical field. Yes, you know who I’m talking to 💚🌿👣

The apple microbiome.

Research is showing that the biggest difference between biodynamic and conventional apples isn't the number of bacteria living on them — but the types of bacteria that are there.

Researchers compared the microbiomes of apples grown using biodynamic and conventional cultivation methods.

The total number of bacteria on the apples differed only slightly.

But the composition of their microbial communities was different.

🍎 Biodynamically grown apples showed significantly higher microbial diversity.
🍎 Their bacterial communities were more evenly distributed.
🍎 Researchers also found fewer potentially pathogenic microorganisms on the biodynamically grown apples.

This matters because scientists are increasingly exploring the connections between the microorganisms in our soil, plants, food and human gut.

When we compare farming systems, should we be looking beyond yield, size and appearance?

Should we also be asking:

What kind of microbial world are we creating?

Biodynamics has long approached soil, plants, animals and human health as interconnected parts of a living system.

Microbiome research is now giving us new ways to investigate some of those relationships.

The way we farm may shapes more than the food we can see.

It may also shape the invisible communities of life associated with it.

👉️ Read the full article from the Section for Agriculture:
https://buff.ly/TKsPmAA

Understanding Maximum Residue Levels and testing for pesticides in Australia…
21/07/2026

Understanding Maximum Residue Levels and testing for pesticides in Australia…

🫐 BLUEBERRIES... WHAT'S REALLY GOING ON?

Day 2 – What is an MRL... and what does this laboratory report actually tell us?

Yesterday we introduced the conversation around blueberries and pesticide residues.

Today we're going to answer two important questions:

What is an MRL?
And...
How do we actually know what's on our food?

What is an MRL?

MRL stands for Maximum Residue Limit.

An MRL is the maximum legal amount of a specific pesticide residue that is permitted to remain on food when that chemical has been used according to its approved directions.

These limits are set by Food Standards Australia New Zealand (FSANZ) and vary depending on both the chemical and the crop.

Here are just a few current Australian MRLs for blueberries:

🫐 Boscalid (fungicide) – 10 mg/kg
🫐 Azoxystrobin (fungicide) – 5 mg/kg (T5)
🫐 Fenhexamid (fungicide) – 5 mg/kg (T5)
🫐 Pyraclostrobin (fungicide) – 4 mg/kg
🫐 Abamectin (insecticide) – 0.1 mg/kg (T0.1)

These are just a few examples. The full FSANZ Food Standards Code contains many more Maximum Residue Limits for blueberries.

So how do we know what is actually on our food?

We don't!!!! Unless it is certified organic...

That is the crazy part of all this...

Today we're sharing one of SA Organics' own independent multi-residue laboratory reports, completed by a NATA accredited Australian laboratory.

This is where many people are surprised...

A residue test doesn't just look for one pesticide.

It screens for hundreds of agricultural chemicals in a single test, including:

• Herbicides (w**d killers)
• Fungicides
• Insecticides
• Organophosphate insecticides
• Synthetic pyrethroids
• Plant growth regulators
• Older organochlorine pesticides
• Many other agricultural chemicals.

One thing you'll notice on our report is the result:

All Compounds:

15/07/2026

Australia is set to allow 500 times residual pesticide on fresh berries for human consumption.

The catch is, they’ll need to provide a warning about the damage to unborn children through their mother’s choice to eat berries.

This is a significant issue, which may pave the way for more pesticide-based warning labels on fresh fruit and vegetables.

If you want to avoid eating foods containing synthetic pesticides, try growing food yourself, or if convenience dictates, search for Australian certified organic produce or get to know your farmers.

We are all in this together 💚🌿👣

Who would have thought global temperature rise would increase vectors? Displaced birds looking for food are being found ...
03/07/2026

Who would have thought global temperature rise would increase vectors?

Displaced birds looking for food are being found outside their natural habitats and when they arrive on islands they don’t usually live on, they bring bird flu too.

This is the most recent effect of climate change.

We are all in this together 💚🌿👣

We are what we eat!We are all in this together 💚🌿👣
25/06/2026

We are what we eat!

We are all in this together 💚🌿👣

More studies are becoming available about the link between herbicide cocktails and gut inflammation. We are what we eat,...
22/06/2026

More studies are becoming available about the link between herbicide cocktails and gut inflammation.

We are what we eat, afterall!

We are all in this together 💚🌿👣

Another study can be found at this link…

https://link.springer.com/article/10.1007/s00204-026-04409-9

Mesnage, R., Ferguson, S., Nechalioti, PM. et al. Impact of glyphosate and its mixture with 2,4-D and dicamba on gut biochemical function, intestinal barrier integrity and microbiome composition in adult rats with prenatal commencement of exposure. Arch Toxicol (2026). https://doi.org/10.1007/s00204-026-04409-9

There have been well over 6000 scientific studies published on the environmental and human health impacts of glyphosate-based herbicides (GBHs) with almost 1000 reports since the start of 2025 alone. My research group has shown that the more non-organic fruits and vegetables people eat, the higher the pesticide levels in their urine. There is an increasing weight of evidence that links GBH exposure to reproductive problems, including birth defects, developmental disorders, as well as cancers. Our research also shows that glyphosate negatively impacts the gut microbiome; it can also have negative effects on the soil microbiome and persists in the environment. Those who are involved with so-called regenerative agriculture and use glyphosate to clear w**ds and cover crops must consider this. But how much attention are regulators giving to this groundswell of evidence?

As part of any chemical risk assessment, regulators tend to heavily rely on data provided by the agrochemical industry, and largely dismiss well-executed independent studies – including research by my own group, which shows damning evidence on glyphosate toxicity. This is negligent. The use of pesticides and chemicals is utterly embedded within our political and economic system of food production and the agrochemical industry strongly influences regulators in setting rules for assessing their own chemicals for market approval –
that’s what is so shocking; regulators appear far keener to protect the agrochemical industry than public health.

The industry doesn’t want to stop selling glyphosate because it’s making huge sums of money. The government also makes millions in tax revenue. GBH usage in the UK has risen by almost 1000% since 1990. Much of that is linked to use in pre-harvest desiccation, particularly of cereal crops – no one did this two decades ago. The latest scientific evidence that regulators rely on to set “safe” levels of toxic chemical
exposure shows that there is no accepted safe level, so how can we set a daily intake? I would suggest it should be 100 or even 1000 times below today’s level. GBHs are the most deceptively toxic pesticides ever invented.

Professor Michael Antoniou, former Professor of Molecular Genetics and Toxicology at King’s College London. has published dozens of peer-reviewed studies on glyphosate toxicology over the last 14 years. He is now Professor Emeritus at King’s College London.

Flexible photovoltaic panels for agricultural scenarios. Yes, we are at this stage of technology for renewable energy.Th...
20/05/2026

Flexible photovoltaic panels for agricultural scenarios. Yes, we are at this stage of technology for renewable energy.

There are many different ways renewable energy collection can be implemented on-farm.

If you’re a farmer, here’s a way to encourage innovation within the renewable energy sector. Contact AgriFutures for more info…

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