What is the fertilizer produced by thunderstorm?

The fertilizer produced by thunderstorms is nitrogen fertilizer.

Answer: The fertilizer produced by thunderstorm is nitrogen fertilizer. Thunderstorms produce high temperature and high pressure, and nitrogen in the atmosphere is decomposed by combustion and combined with oxygen to synthesize nitrogen dioxide. Thunderstorms dissolve nitrogen dioxide gas into nitrates and other kinds of nitrides, and then fall to the ground with rain. This is free nitrogen fertilizer. In addition, lightning can enhance photosynthesis and respiration, and plant growth and metabolism will be more vigorous within 1-2 days after a thunderstorm.

Nitrogen and oxygen are the main components of air. At room temperature, nitrogen is not easy to combine with oxygen, but at high temperature, they can synthesize nitrogen dioxide. Thunderstorm produces high temperature and high pressure, and nitrogen in the atmosphere burns and decomposes, combining with oxygen to synthesize nitrogen dioxide. Thunderstorms break down nitrogen dioxide into nitrates and other kinds of nitrides, and then fall to the ground with the rain, which will provide nutrients for crop growth.

Necessary conditions for thunderstorm formation:

The conditions for the formation of thunderstorms are that there must be sufficient water vapor, unstable atmosphere and upward movement. Thunderstorm is a local strong convective weather that occurs in tropical and temperate regions. Thunderstorms may be accompanied by lightning strikes, lightning, strong winds and heavy precipitation. Thunderstorms will occur in spring and summer, usually in the afternoon of summer, but there may also be snowstorms in winter, called thunderstorms.

The duration of thunderstorm is usually less than 2 hours, and its life cycle includes cumulus stage, maturity stage and dissipation stage. Mature thunderstorms are characterized by highly developed cumulonimbus clouds. The convection center moves strongly upward and the surrounding area moves downward, which can form a downburst and a single front.