Why does lightning make plants greener

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Circle - Country Music and Lifestyle. Gray DC Bureau. Nitrogen is the nutrient in the soil that is most responsible for the green in your grass. The blade of grass absorbs the nitrate and it is used to create more chlorophyll and—go green. During a thunderstorm, every time there is a bolt of lightning, electrical energy breaks the strong nitrogen bonds.

The nitrogen then quickly attaches to oxygen, forming nitrogen dioxide. Elements in the soil over time become less available for the grass to use. A bolt of lightning is a high charge of positive and negative electrons, when it strikes the ground it cause a magnetic effect that seperates the elements that are locking together making them more available for the plant to use.

Maybe its ozone? Or the thunder and lightening helps the rain wash more dust off leaves and things more efficiently. Just some crazy wild guesses. The air does smell cleaner and fresh after a good T storm. Then there is the myth that the grass is greener on the other side of the fence. And what causes the extra nitrogen needed to always be on the other side of the fence?

Lightning maybe? But why does the Lightning always strike on the other side of the fence? Man, gardening is a complex subject. Press here to subscribe. Garden Myths - Learn the truth about gardening. Does Lightning Make Grass Greener? By on You have probably heard the story that grass is greener after a lightning storm, but is this really true? How can lightning affect the color of your lawn?

Lets shed some light on this story. If you like this post, please share This entry is filed under Environmental , Lawn and tagged grass , lawn , lightning. August 9, at am. Robert Pavlis says:. August 10, at pm. Cricket Cole says:. April 5, at am. February 18, at am. Oxygen is the second-most abundant atmospheric gas, at about 20 percent.

The process by which nitrogen is converted into a form usable to most organisms is called nitrogen fixation. The most significant pathway of nitrogen fixation is via the bacteria that can change the nitrogen molecule into nitrogen compounds such as ammonia. Some of these nitrogen-fixing microbes have symbiotic relationships with plant roots.

Atmospheric fixation is another way nitrogen gas can be transformed into nitrates and ammonia, and lightning is the means. Humans also artificially accomplish nitrogen fixation in the industrial production of fertilizers.