Based on the focus on the role of reservoirs as carbon sources and sinks, this article
explores their impact on the global carbon cycle. Reservoirs, which are “artificial lakes” …

In recent years, the global carbon cycle has garnered significant research attention.
However, details of the intricate relationship between planktonic bacteria, hydrochemistry …

Inland waters are significant emitters of greenhouse gases for the atmosphere and play an
important role in the global carbon cycle. With a vast land area in East Asia spanning a …

Deciphering riverine dissolved carbon dynamics is pivotal for a comprehensive picture of the
global carbon cycle. Through rigorous in-situ sampling across the Pearl River Basin (PRB) …

Dam construction significantly impacts river hydrodynamics, subsequently influencing
carbon biogeochemical processes. However, the influence of hydrodynamic conditions on …

While river damming has been extensively investigated, there remains unclear in the diel
biogeochemical processes and carbon control mechanisms in karst reservoirs, under the …

Lacking of available water quality data causes the limited understanding of the coupled
dynamics of hydrologic and nutrient cycles in lakes and reservoirs and along river streams …

Abstract The concentration of Greenhouse Gas (GHG) in the atmosphere has sharply
increased since the Industrial Revolution, leading to climate warming and severe …

Reservoirs around the world have significantly altered the natural transport of nutrients in
rivers. However, the specific effects of the cascade damming on the migration …

The rapid expansion of reservoirs, coupled with increasing eutrophication, has profoundly
influenced regional and global carbon cycles. To precisely assess the carbon sink potential …