No. Rain is water. Water is inorganic.
Titan's rain is primarily made of methane. The atmosphere on Titan is rich in methane, which condenses into liquid form in the colder temperatures on the moon, leading to methane rain showers. There are also other organic compounds present in the rain, such as ethane and other hydrocarbons.
After rain, water can evaporate, leaving behind nutrients and minerals on the soil surface. Additionally, rainwater can carry debris, organic matter, and pollutants that may accumulate on the soil surface.
Rain provides plants with the water they need for photosynthesis, growth, and nutrient uptake. It also helps to wash away pollutants and salts that may build up in the soil, improving soil quality. Additionally, rain aids in the decomposition of organic matter, replenishing nutrients in the soil.
When acid rain reacts with seaweed, carbon dioxide gas (CO2) is likely released. This is because the reaction between acid rain (containing sulfuric or nitric acid) and seaweed can cause decomposition of organic matter present in seaweed, leading to the release of CO2 gas as a byproduct.
Soil becomes acidic due to factors such as acid rain deposition, leaching of basic cations, decomposition of organic matter, and plant root exudates. These processes can release hydrogen ions, leading to a decrease in soil pH.
No that is ridiculuouse
I don't know but good question :P
organic farming help to reduce soil erosion .because when its rain or wind .the are material which hold the soil not to be remove
The soil profile in a rain forest would be very rich in humus (decayed organic matter). The soil profile in a desert would be almost totally devoid of any organic matter.
decomposers
The chemical geosmin is an organic alcohol found in soil that aerosolizes after rain falls on dry earth. It is created by bacteria and is known as the "fresh smell" that follows rain after a period of drought.
Titan's rain is primarily made of methane. The atmosphere on Titan is rich in methane, which condenses into liquid form in the colder temperatures on the moon, leading to methane rain showers. There are also other organic compounds present in the rain, such as ethane and other hydrocarbons.
After rain, water can evaporate, leaving behind nutrients and minerals on the soil surface. Additionally, rainwater can carry debris, organic matter, and pollutants that may accumulate on the soil surface.
Anything that kills is not an organ. Allways try to catch the drop of rain where ever it may fall as well as the fertilizers.
Rain provides plants with the water they need for photosynthesis, growth, and nutrient uptake. It also helps to wash away pollutants and salts that may build up in the soil, improving soil quality. Additionally, rain aids in the decomposition of organic matter, replenishing nutrients in the soil.
Humid areas can be acidic due to the presence of organic acids formed from the decomposition of organic matter in the soil. In humid environments, there is increased microbial activity and decomposition rates, leading to higher levels of organic acids being produced. Additionally, acidic rain from air pollutants can further contribute to the acidity of humid areas.
When acid rain reacts with seaweed, carbon dioxide gas (CO2) is likely released. This is because the reaction between acid rain (containing sulfuric or nitric acid) and seaweed can cause decomposition of organic matter present in seaweed, leading to the release of CO2 gas as a byproduct.