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

Coastal mountain rivers export disproportionately high quantities of terrestrial organic
carbon (OC) directly to the ocean, feeding microbial communities and altering coastal …

Increasing wildfire frequency, a consequence of global climate change, releases incomplete
combustion byproducts such as aquatic pyrogenic dissolved organic matter (DOM) and …

In recent decades, plantations of exotic species have transformed large tracts of forested
landscapes, where they often form a mosaic with the surrounding native forest. Wildfires …

The frequency and intensity of global wildfires are escalating, leading to an increase in
derived pyrogenic dissolved organic matter (pyDOM), which potentially influences the …

Large‐scale wildfires are becoming increasingly common in the wet forests of the Pacific
Northwest (USA), with predicted increases in fire prevalence under future climate scenarios …

Large, high-severity wildfires in many regions across the globe have increased concerns
about their impacts on carbon cycling in watersheds. Altered sources of carbon and changes …

Freshwater ecosystems reflect the landscapes in which they are embedded. The
biogeochemistry of these systems is fundamentally linked to climate and watershed …

Extreme wildfire events and cyclones are on the rise across tropical regions in response to
climate change. Despite assumptions about their impact on phytoplankton through nutrient …

Severe wildfire may alter steep mountain streams by increasing peak discharges, elevating
sediment and wood inputs into channels, and increasing susceptibility to landslides and …