Faced with the increasing nitrate pollution in groundwater, in-situ remediation has been
widely studied and applied on field-scale as an efficient, economical and less disturbing …

Trends and ecological consequences of phosphorus (P) decline and increasing nitrogen (N)
to phosphorus (N: P) ratios in rivers and estuaries are reviewed and discussed. Results …

Restoration of deforested and degraded landscapes is a globally recognized strategy to
sequester carbon, improve ecological integrity, conserve biodiversity, and provide additional …

Headwater streams harbor diverse macroinvertebrate communities and are hotspots for leaf
litter breakdown. The process of leaf litter breakdown mediated by macroinvertebrates forms …

Dissolved organic matter (DOM) is integral to fluvial biogeochemical functions, and wetlands
are broadly recognized as substantial sources of aromatic DOM to fluvial networks. Yet how …

Ecosystems at the land–water interface are linked through networks of species interactions
and are excellent examples of complex adaptive systems. Here, we discuss how ecological …

Although ubiquitous elements of agricultural landscapes, the interest on ditches and canals
as effective filters to buffer nitrate pollution has been raised only recently. The aim of the …

Reducing excessive reactive nitrogen (N) in agricultural waterways is a major challenge for
freshwater managers and landowners. Effective solutions require the use of multiple and …

In the era of the Anthropocene, streams and rivers are among the most heavily impacted
ecosystems due to the influence of catchment land use on stream water quality and …

Abstract Soil Organic Carbon (SOC) sequestration within different riparian buffer systems
(RBSs) is less documented. This study therefore investigated SOC sequestration potential in …