There is growing global concern that greenhouse gas (GHG) emissions from water bodies
are increasing because of interactions between nutrient levels and climate warming. This …

Riverine carbon dynamics connecting land and ocean carbon cycles play a crucial role in
regulating global carbon turnover. Despite its importance, the impact of climate change and …

Research focusing on seagrass ecosystems as carbon storage has been conducted in
various Indonesian waters. However, an essential aspect that remains unexplored is the …

Peatbogs are important in global greenhouse gas budget estimates. The main aim of the
work was to assess the amount of greenhouse gas emissions based on the Greenhouse …

Chemical weathering of silicate and carbonate rocks via carbonic acid provides a natural
sink for carbon dioxide, regulating climate over geological timescales. Although the …

River CO 2 emissions, which contribute 53% of the basin's overall carbon emissions, are
essential parts of the global and regional carbon cycles. Previous CO 2 flux calculates are …

Silicon (Si) is an essential nutrient element in freshwater and marine ecosystems, and its
abundance relative to macro-nutrients (N, P) can impact phytoplankton communities in …

Danjiangkou Reservoir has been widely concerned as the water source of the world's
longest cross basin water transfer project. Biogenic elements are the foundation of material …

Lakes play a crucial role in the nutrient cycling of Earth, despite covering only a small
fraction of the planet's surface. Their interactions with their surrounding catchment areas …

The UK's route to net zero relies on employing carbon dioxide removal (CDR) strategies to
offset hard-to-abate emissions from sectors such as transport and agriculture. Enhanced …