Northern Australia is characterised by a tropical wet–dry climate that regulates the distinctive
character of river flow regimes across the region. There is marked hydrological seasonality …

In response to temporal changes in the quality and availability of food resources, consumers
should adjust their foraging behavior in a manner that maximizes energy and nutrient intake …

We reviewed concepts of patch dynamics and environmental heterogeneity and their
applications to the study of fluvial ecosystems, with emphasis on research published in J …

Publisher Summary This chapter explores the evidence for and against the proposition that
there are fundamental differences in the ecology of temperate and tropical streams. It …

Groundwater inflow can be a significant source of nutrients for riverine ecosystems, which
can affect eutrophication ie, the elevated primary production and the corresponding …

Daily water level forecasting is of significant importance for the comprehensive utilization of
water resources. An improved least squares support vector machine (LSSVM) model was …

Environmental flows are used to restore elements of the hydrological regime altered by
human use of water. One of the primary justifications and purposes for environmental flows …

Variable hydrology of rivers strongly affects biophysical factors that influence primary
production and population densities, thereby affecting the relative influence of bottom‐up …

Three enduring conceptual models make predictions regarding the basal production
sources supporting the upper food web of rivers: the River Continuum Concept, the Flood …

Highly seasonal rivers can experience extended low flow, and often dry, periods.
Macroinvertebrate and flow data were used to explore hypotheses on the effects of …