How is the majority of carbon transferred from plants and animals to the soil? (1 point)%0D%0AResponses%0D%0A%0D%0AThe decay of dead organisms releases some carbon atoms from their bodies into the soil. %0D%0AThe decay of dead organisms releases some carbon atoms from their bodies into the soil. %0D%0A%0D%0ACarbon atoms from plant and animal waste dissolve into the soil. %0D%0ACarbon atoms from plant and animal waste dissolve into the soil. %0D%0A%0D%0ACarbon dioxide from plant and animal respiration dissolves into the soil. %0D%0ACarbon dioxide from plant and animal respiration dissolves into the soil. %0D%0A%0D%0AThe decay of dead organisms releases carbon dioxide from their bodies into the soil.
The decay of dead organisms releases some carbon atoms from their bodies into the soil.
The majority of carbon is transferred from plants and animals to the soil through the decay of dead organisms. When organisms die, their bodies break down, and this process releases carbon atoms into the soil. Additionally, carbon atoms from plant and animal waste can dissolve and contribute to the carbon content in the soil. Furthermore, carbon dioxide released during plant and animal respiration can also dissolve into the soil, adding carbon to the soil. In summary, the decay of dead organisms, waste decomposition, and the dissolution of carbon dioxide all contribute to the transfer of carbon from plants and animals to the soil.
The majority of carbon is transferred from plants and animals to the soil through the decay of dead organisms. When plants and animals die, their bodies break down and decompose, releasing carbon atoms into the soil. This process is known as organic matter decomposition. As the dead organisms decay, the carbon-containing molecules in their bodies are broken down by microorganisms such as bacteria and fungi. Some of the carbon is released into the atmosphere as carbon dioxide through microbial respiration, but a significant portion of it remains in the soil. The carbon atoms from plant and animal waste, such as fallen leaves and animal excretions, also contribute to carbon transfer to the soil. These waste materials contain carbon compounds that can dissolve into the soil, further enriching its carbon content. Additionally, carbon dioxide produced during plant and animal respiration can dissolve into the soil, further adding to the carbon pool. So in summary, the decay of dead organisms, along with plant and animal waste and carbon dioxide from respiration, are the main ways through which carbon is transferred from plants and animals to the soil.
