The biological carbon pump (BCP) associated with aquatic photosynthesis in karst surface
waters converts dissolved inorganic carbon (DIC) into organic carbon. In the context of …

Quantifying inorganic carbon fluxes to and from freshwater environments is essential for the
accurate determination of the total amount of carbon exported to both the atmosphere and …

The maximum seasonal vegetation photosynthesis (Phomax) is crucial to regulating the
global carbon dynamics. Of particular importance are the seasonal increments in vegetation …

This study investigates the intricate effects of lithology, temperature, discharge, and land use
changes on headwater stream chemistry by analysing two decades of hydrochemical data …

The export and transformation of riverine dissolved organic matter (DOM) at the river-sea
interface are critical to understanding carbon budgets in tropical regions, yet remain …

Reversed eutrophication, called oligotrophication, has widely been documented globally
over the last 30 years in rivers, lakes, and estuaries. However, the absence of a …

A robust high-resolution coupled hydrodynamic-biogeochemical model was applied to the
northern Gulf of Mexico to assess the efficiency of river-and ocean-sourced ocean alkalinity …

A brackish water front, where river water meets seawater, is a hotspot for biogeochemical
processes. In this study, we examined the quantity and composition of dissolved organic …

Enhanced rock weathering (ERW) involving the spreading of basaltic rock powder on
cropland is gaining interest as a promising carbon dioxide removal (CDR) technique. To …