How do grasslands compare to other biomes in terms of carbon sequestration?

Grasslands are recognized for their ability to recover quickly after disturbances such as droughts or grazing. This rapid recovery is critical for carbon sequestration, as healthy grasslands can rapidly regrow plant biomass, which captures atmospheric carbon dioxide through photosynthesis. The extensive root systems of grasses also play a significant role in storing carbon in the soil.

Compared to other biomes, grasslands can sequester a substantial amount of carbon due to their dynamic growth patterns and resilience. While forests may store more carbon overall due to their large biomass, grasslands rapidly cycle carbon, making them effective in mitigating atmospheric carbon levels. Their ability to bounce back quickly from adverse conditions allows grasslands to maintain and even enhance their carbon storage potential, contributing positively to global carbon management efforts.