The main carbon storage compartments in your backyard will be plants, soil, rocks and ponds. The biggest and longest-lasting carbon storage units are trees because the process of photosynthesis will be needed for a longer period of time due to their long life. Also, they have the biggest surface area compared to the other compartments in a standard backyard.
It is important to understand that the main source of carbon comes from the gas of volcanoes and subduction-related volcanic arcs, which derives from the merging of carbonate rock and the ocean crust. Soil contains a large amount of carbon which may come in forms such as fungal webs and hummus and it plays a vital role in supplying nutrients and water to the soil. Also, it is interesting to note that soil tends to contain approximately three times as much carbon as the atmosphere. Photosynthesis is the main process that requires carbon dioxide in order for the atmosphere to contain oxygen. The process consists of plants, algae and cyanobacteria absorbing carbon dioxide, water and sunlight while releasing oxygen into the air as a waste product.
In addition, carbon dioxide dissolves in water areas by reacting with the wet surface and creating carbonic acid which is a weak substance. The acid then breaks down into hydrogen ions and bicarbonate ions which then react with the minerals in the water and then altering them. From this reaction, weathering occurs on rocks such as limestone.
It is important to understand that the main source of carbon comes from the gas of volcanoes and subduction-related volcanic arcs, which derives from the merging of carbonate rock and the ocean crust. Soil contains a large amount of carbon which may come in forms such as fungal webs and hummus and it plays a vital role in supplying nutrients and water to the soil. Also, it is interesting to note that soil tends to contain approximately three times as much carbon as the atmosphere. Photosynthesis is the main process that requires carbon dioxide in order for the atmosphere to contain oxygen. The process consists of plants, algae and cyanobacteria absorbing carbon dioxide, water and sunlight while releasing oxygen into the air as a waste product.
In addition, carbon dioxide dissolves in water areas by reacting with the wet surface and creating carbonic acid which is a weak substance. The acid then breaks down into hydrogen ions and bicarbonate ions which then react with the minerals in the water and then altering them. From this reaction, weathering occurs on rocks such as limestone.
