Early life stages of salmonids are particularly vulnerable to warming and hypoxia, which are
common stressors in hyporheic, gravel bed, rearing habitat (ie a 'redd'). With the progression …

Fine sediment has a critical role in river ecosystems and is essential for habitat
heterogeneity, ecosystem structure and function. Expansion and intensification of specific …

Excessive sediment pressure on aquatic habitats is of global concern. A unique dataset,
comprising instantaneous measurements of deposited fine sediment in 230 agricultural …

Dissolved oxygen (DO) is an important indicator reflecting the healthy state of aquatic
ecosystems. The balance between oxygen supply and consuming in the water body is …

Climate warming is likely to cause both indirect and direct impacts on the biophysical
properties of stream ecosystems especially in regions that support societally important fish …

Hydropeaking in regulated rivers is likely to become more frequent with increasing demands
for renewable energy. Sudden fluctuations affect surface and subsurface flow regimes and …

Purpose Multimodal effective particle size distributions (EPSDs) develop as flocculation and
particle breakage occur dynamically in a fluid shear and such distributions have been …

The present study utilised a geometric mean model in which sea surface temperature,
oxygen, and sea surface salinity were used to predict the effects of climate change on the …

A warming climate poses a fundamental problem for embryos that develop within eggs
because their demand for oxygen (O2) increases much more rapidly with temperature than …

Many fish lay their eggs in nests, or redds, which they construct in sediment. The viability of
eggs depends on many factors, particularly their oxygenation. Because dissolved oxygen is …