More lightning, greener grass

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1:17
New Indiana deer hunting laws take effect
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2:03
Still no rain in sight until this weekend
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3:00
New South Bend downtown Kosher grocery store to hold open house...
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1:49
Armed Robbery suspect crashes into river after pursuit in Berrien...
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2:31
Coalition for Democracy holds vigil in honor of victims of gun...
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6:20
Hispanic Heritage Month 2025 marked by celebrations of culture...
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4:16
Notre Dame offense shows some promise despite loss to Texas A&M
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2:50
SJCPD exhumes body of 40-year-old cold case victim
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2:35
Notre Dame’s defense under fire after 41– 40 loss to Texas...
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2:28
Police investigating after shots fired incident in Eddy Street...
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1:27
Warm and dry this week, rain chance this weekend
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0:59
Groundbreaking for phase two of ’The Cascade’
Rain is great for the grass, because just like humans and everything else, grass needs water to function. However, it also needs nutrients like nitrogen for photosynthesis to occur. Grass and plant roots cannot just absorb nitrogen as it is. Instead, the nitrogen atoms need to be broken up. Most commonly, micro-organisms in the ground have to conduct this process, but lightning can do it as well.
Here's how it works! Lightning strikes are so strong that they can break up the nitrogen atoms in the air, and then those nitrogen atoms attach to oxygen atoms. Together, they go through the process of dissolving into rain and turning into nitrates. Those nitrates rain down into the soil and are all ready to be absorbed by the grass roots. This is a quicker process and by the end of a round of lightning storms, the grass will sometimes be noticeably greener.