Donna Gail & Dale

What are we doing???

A 5G TOWER AT A CALIFORNIA ELEMENTARY SCHOOL WAS SHUT DOWN AFTER MULTIPLE CANCER CASES — AND IT’S RAISING SERIOUS QUESTIONS

I keep coming back to one thought…

Why are we placing powerful wireless infrastructure
so close to where children learn, play, and grow?

Should we begin to SERIOUSLY look at banning towers from being placed in close proximity to homes, schools, hospitals, etc?

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At a California elementary school, a cell tower installed on campus was recently shut down after several students and staff members were diagnosed with cancer.

According to reporting from CBS News:

• Parents began noticing a pattern of illness
• Concern spread quickly through the community
• The tower was ultimately powered down as a precaution

No one is claiming definitive proof.

But also… no one can definitively say it’s harmless either.

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And that’s where this becomes something deeper.

Because we are living inside a massive, ongoing experiment.

Surrounded by signals.
Frequencies.
Invisible waves we don’t fully understand long-term.
Yet, are conveniently placed close to us.. for 'convenience' over genuinely valid concerns.

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Yes, regulatory bodies like the World Health Organization say current exposure levels are 'within safety limits.'

But those limits are based on what we know so far, and what they choose is "safe"

And history has shown us—again and again—

that “safe” doesn’t always mean safe forever.

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🌿 A DIFFERENT QUESTION

Instead of asking:

“Is this proven to cause harm?”

What if we asked:

“Why take the risk at all… especially with children?”

Why place towers:

• Near schools
• Near homes
• Near hospitals

before long-term, multi-generational studies are complete?

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🌑 REFLECTION

This isn’t about fear.

It’s about awareness.
Discernment.
And remembering that progress without precaution
can come at a cost we don’t see… until it’s too late.

Children are not test subjects.

Communities deserve transparency.

And technology—no matter how advanced—
should never move faster than our understanding of its impact on the human body.

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🤍 CALL TO AWARENESS

Ask questions.
Look deeper.
Advocate for safer placement and stronger research.

Because protecting health shouldn’t come after harm.

It should come before it.

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Beautiful. Have you been following Artemis II?

Artemis II crew captures rare double-auroras on the dark side of Earth — Space photo of the week The four astronauts on NASA’s Artemis II mission captured more than they bargained for when they photographed the nightside of Earth, right after starting their historic journey to the moon.

DON’T PAY THAT!

Licensed Pharmacist Exposes Pharmaceutical Secret? ** The information in this video is for general medical education o...

DON’T USE THOSE!

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According to Nautilus Magazine…

Charles Darwin was fascinated by the Venus flytrap, so much so he called the carnivorous plant “one of the most wonderful plants in the world.”

Of course, one mystery about the Venus flytrap eluded him (and several other botanists)—how its trademark trap snaps shut. But according to new research published in Science, the mystery has finally been solved.

Unlike its carnivorous relatives, the pitcher plant and sundew plant, the Venus flytrap manages to catch insects through a relatively rapid and repeatable movement, virtually unseen elsewhere in the plant world. There were two leading theories for how it manages this feat.

The first theory of the flytrap’s speedy snap involved a “push” from outside. Once triggered, water pressure in the cells lining the outer walls increased. When the outer cells swelled, the trap was sprung. Botanists from ​​Aix-Marseille University in France, however, tested the water-pressure theory and found it took too much time (at least 30 seconds) to be the mechanism responsible.

The second theory involved a somewhat opposite mechanism. Instead of the outer cells swelling to push the trap closed, they relaxed, allowing the more turgid inner faces of the trap to pull the trap closed. Using a highly sensitive probe to measure the stiffness of cell walls on both the inner and outer surfaces of the trap, the researchers confirmed the second theory.

Here’s how it works: When an unlucky insect trips the hairs lining the trap, it causes an unknown secondary signal that leads the stiff cell walls on the outside of the trap to relax, which takes about a second. Over the course of that second, the elastic energy stored in the trap becomes unstable, causing it to snap shut.

According to the researchers, this action represents the fastest mechanical change in cell walls that’s ever been measured. They also say it could have applications beyond plant science, offering insights into “muscle-free, bioinspired actuation.”

Either way, the case of how the Venus flytrap captures bugs is now closed.

https://nautil.us/the-venus-flytrap-mystery-that-vexed-darwin-solved-1281907

EAT THIS !
How to choose the BEST melons! 🌼🐝🔆

How to Pick a Sweet Watermelon... The Old AMISH Way It is the second week of July. You walk into the grocery store and ...

What? 😳

Did you know ALL of these?

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