What a combination! Sunlight and flowers!
I’ve a number of photos of this type. I like to get down on the ground with the sun above and in front of me, and photograph the petals of a flower as the sunlight makes them glow.
It looks like LIFE to me.
And it reminds me of how Richard Feynman once said that trees are made from air, which, of course, shocks you when you hear him say that. We think surely trees are made from the soil? But no, not so much. They capture carbon dioxide from the air, capture the sun’s rays and then they use them to break the carbon dioxide down to get that building block of organic life – carbon, and in the process push out the oxygen they’ve released into the atmosphere. He was asked…but what about water? They need water and that comes up from the soil through their roots. Aha, he said, well, yes, but where does the water come from? The air.
Of course he was exaggerating to make a point because trees are made of a lot more than carbon and water. But did you know that the roots of trees are covered in micro-organisms, little fungi which reach into the tree roots and outwards into the soil. These tiny creatures gather up and transfer into the tree nitrogen, phosphorus, potassium, zinc, magnesium and other micro-elements which the tree needs to survive and to grow. They also help the roots gather up water and form part of a kind of immune defence against pathogens for the tree. In return the tree transfers up to 60% of the sugars it makes to feed these little fungi.
Amazing, huh?
A real lesson in co-operation, collaboration, and symbiosis. In fact a principle we’d do well to learn from. How can we live better on this Earth? In more symbiotic ways, which turn out to be more creative than our consumption and destruction methods which produce “waste” (something which doesn’t exist in Nature)
Did you know that researchers tried treating some flowers with antibiotics and found that their lovely scent disappeared? Turns out than in many cases the scent of a flower is actually produced by the population of bacteria which lives in it symbiotically.
Huh! Turns out this symbiosis thing can be pretty damn beautiful!
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