as organic carbon, which is either stored as plant biomass or in soil, or is decomposed back to CO2 through plant and soil respiration. This CO2 can return to the atmosphere or enter rivers ...

return CO2 to the atmosphere through respiration. The movement of carbon through biotic components of the environment is known as the fast carbon cycle. It takes considerably less time for ...

These reports explore the global photosynthesis and respiration rates -- the ... relationship between Earth's climate and the carbon cycle. These reports explore the global photosynthesis and ...

Most carbon they consume is exhaled as carbon dioxide during respiration. The animals and plants eventually die. Dead organisms are eaten by decomposers and carbon in their bodies is returned to ...

The twin systems of photosynthesis and respiration, and the movement of carbon in and out of the ocean are the main drivers of the natural "quick" carbon cycle. Luckily, plants and the ocean both ...

Microorganisms play integral roles in ecosystems by controlling the flow of energy and matter through processes like photosynthesis (carbon uptake), respiration (carbon release), and decomposition ...

Understanding the dynamics of the carbon cycle is increasingly important because ... On a per-microbe basis, soil respiration – the collective CO2 “exhale” of microbial metabolism ...

They also showed signs of physiological stress, reducing their metabolism and slowing their respiration to undetectable levels ... a process that plays an integral part in balancing the carbon cycle.

Understanding the role rivers play in the carbon cycle can help researchers model ... Most of the carbon returns to the atmosphere through respiration or when plants are eaten or die, but some ...