Understanding and predicting the quality of inland waters are challenging, particularly in the
context of intensifying climate extremes expected in the future. These challenges arise partly …

River connectivity maintains the transport of nutrients, organic matter, and organisms,
serving as a crucial link in global and regional biogeochemical cycles. However …

Landscape characteristics and connectivity are pivotal determinants of river water quality
within the context of water quality management. They play particularly important roles in the …

Climate change and urban policies significantly impact lake water quality, especially in
rapidly develo** regions. Existing impact assessments are limited by the duration and …

Urban rivers are recognized as significant sources of methane (CH 4) and carbon dioxide
(CO 2) emissions. Despite this, the influence of land use and urbanization on carbon …

Lateral connectivity between rivers and terrestrial landscapes is critical for both river and
landscape health. Due to widespread anthropogenic degradation of riverscapes, river …

Landscape patterns have a great effect on river water quality. However, the strategies for
enhancing water quality through landscape pattern management remain unclear. In this …

Dissolved oxygen (DO) is an important variable for rivers, which controls many
biogeochemical processes within rivers and the survival of aquatic species. Therefore …

The profound influence of climate change on the hydrological cycle raises concerns about
its potential impacts on water quality, particularly in agricultural catchments. Here, we …

High-elevation mountains have experienced disproportionately rapid warming, yet the effect
of warming on the lateral export of terrestrial carbon to rivers remains poorly explored and …