River corridors integrate the active channels, geomorphic floodplain and riparian areas, and
hyporheic zone while receiving inputs from the uplands and groundwater and exchanging …

While microplastic transport, fate, and effects have been a focus of studies globally, the
consequences of their presence on ecosystem functioning have not received the same …

The ecological activities within the hyporheic zone (HZ) heavily rely on water flow dynamics.
The arrangement of the hyporheic community is influenced significantly by the hydrological …

The hydrological and biogeochemical properties of the hyporheic zone in stream and
riverine ecosystems have been extensively studied over the past two decades. Although it is …

The hyporheic zone (HZ) represents one of the key functional elements of river corridors,
including sediments surrounding the stream that are permeated with stream water and …

Connectivity is a crucial property of the river-floodplain ecosystem. Reduction of connectivity,
fragmentation and isolation effects, impacting ecological functions and biodiversity, is one of …

Greenhouse gas (GHG) emissions from riparian zones affect the global GHG balance,
contribute to global warming and climate change, and generate adverse effects on …

The impact of dam on the distribution and transformation of elements in riparian zones has
received increasing attention. However, previous studies mainly focused on the site scale …

Hydrologic exchange processes are critical for ecosystem services along river corridors.
Meandering contributes to this exchange by driving channel water, solutes, and energy …

The impact of large reservoir construction on the basin water cycle, ecological environment,
and engineering safety needs to be studied urgently, especially, the evolution of the …