Traditionally, trophic ecology research on aquatic ecosystems has focused more on the
quantity of dietary energy flow within food webs rather than food quality and its effects on …

Highlights•Contaminants affect the subsidy of terrestrial food webs by adult aquatic
insects.•Quantitative and qualitative alterations in aquatic emergence induce effects in …

Knowledge gaps in mercury (Hg) biomagnification in forest birds, especially in the most
species-rich tropical and subtropical forests, limit our understanding of the ecological risks of …

Emergent insects represent a key vector through which aquatic nutrients are transferred to
adjacent terrestrial food webs. Aquatic fluxes of polyunsaturated fatty acids (PUFA) from …

Aquatic micropollutants can be transported to terrestrial systems and their consumers by
emergent aquatic insects. However, micropollutants, such as metals, may also affect the flux …

While eutrophication has led to serious habitat degradation and biotic shifts in freshwater
ecosystems, most current studies have focused on changes in community assemblages …

Agricultural intensification simplifies natural landscapes and frequently results in the loss of
biodiversity. Wetlands are highly productive and may offset these losses, but the amount of …

Anthropogenic stress alters the linkage between aquatic and terrestrial ecosystems in
various ways. Here, we review the contemporary literature on how alterations in aquatic …

Aerial insectivores show worldwide population declines coinciding with shifts in agricultural
practices. Increasing reliance on certain agricultural practices is thought to have led to an …

Anthropogenic stressors can affect the emergence of aquatic insects. These insects link
aquatic and adjacent terrestrial food webs, serving as high‐quality subsidy to terrestrial …