Terrestrial inputs into freshwater ecosystems are a classical field of environmental science.
Resource fluxes (subsidy) from aquatic to terrestrial systems have been less studied …

Over the next century, climate change will dramatically alter natural resource management.
Specifically, historical reference conditions may no longer serve as benchmarks for …

The exchange of organisms and energy among ecosystems has major impacts on food web
structure and dynamics, yet little is known about how climate warming combines with other …

Streams are highly connected to their landscapes and so are easily altered by multiple
stressors that affect both uplands and riparian zones, and the streams themselves. These …

Polyunsaturated fatty acids (PUFAs) are essential resources unequally distributed
throughout landscapes. Certain PUFAs, such as eicosapentaenoic acid (EPA), are common …

Mountain watersheds often contain a mosaic of glacier‐, snow‐, and rain‐fed streams that
have distinct hydrologic, temperature, and biogeochemical regimes. However, as glaciers …

Cross‐ecosystem subsidies move substantial amounts of nutrients between ecosystems.
Emergent aquatic insects are a particularly important prey source for riparian songbirds but …

Riparian zone provides a variety of resources to organisms, including availability of water
and subsidies. Water availability in riparian areas influences species distribution and trophic …

Nanoparticle contaminants enter aquatic ecosystems and are transported along the stream
network. Here, we demonstrate a novel pathway for the return of nanoparticles from aquatic …

Empirical studies have shown that temporally fluctuating inputs of resource subsidies can
indirectly increase or decrease the abundance of in situ resources by affecting generalist …