The shortest answer: When you add friction between ions with a difference of temperatures, it aggravates or irritates the ions. In the air, this leads to a discharge of electrical energy. The same thing happens in the soil, which moves ions and inserts air spaces in the soil.
Not really. A lightning strike only superheats the soil in the area of penetration (and can form a fulgurite). From there, the charges "equalize out" by moving in all directions away from there. Certainly there will be some chemical action in the vicinity of "ground zero" for the bolt, but the chemical action is just about exactly what you'd expect you'd get buy digging up a big shovel full of the dirt from there and sticking it in a furnace for half an hour. Lightning's effect on the ground can usually be detected after a strike, but an increase in the fertility of the soil isn't an effect of the passage of many amps of current through the dirt.
Mushrooms often appear after lightning strikes due to the nitrogen-rich compounds released into the soil from the high temperatures and energy of the lightning. This process can enhance soil fertility, providing an ideal environment for fungi to thrive. Additionally, the moisture from rain following a storm creates favorable conditions for mushroom growth. Thus, the combination of enriched soil and increased moisture supports the rapid emergence of mushrooms.
Lightning strikes can create unique materials, primarily through the extreme heat and pressure they generate. One notable product is fulgurite, which forms when lightning melts and fuses sand or soil into glassy tubes or structures. Additionally, the intense energy can produce other compounds, such as nitrates and oxides, which can enrich the surrounding soil. These materials are often studied to understand the effects of lightning on the environment.
Lightning can have various impacts, including causing wildfires, damaging buildings, injuring people or animals, and disrupting power supplies and communication networks. It can also lead to forest destruction and soil erosion.
in the gymnosperms
Fertilized soil
It needs Fertilized soil.
lightning makes glass when it hits sandy soil. its called a fulgurite.
yes because it has more nutrients that will assist its growth
no
Lightning can create vitrified or fused sand known as fulgurites when it strikes sandy soil. Fulgurites are glassy tubular structures formed by the extreme heat of the lightning bolt melting the sand and rapidly cooling it. Lightning strikes can also affect soil structure and composition by altering nutrient availability and microbial activity.
It depends on what you mean by fertilized. If you're referring to reproduction, then if they are not fertilized they will never bear fruit. If you mean nutrients you put into the soil, not fertilizing the plants will mean that they don't grow as well as if you did fertilize them.
the minerals in soil helps in growing of crops because the fertilized soil gives the nutrients to the crops to grow
To neutralise a sample of soil, you must determine the pH of the soil sample either acidic or alkaline. Add lime (e.g. Limestone) to acidic soil to neutralise it. And add sulphur to alkaline soil which will neutralise it.
yes
Acid rain contains nitrates, as does some runoff water from fertilized soil.
fertilizer = rich soil = Bigger, more healthy tomatoes.