Morphodynamic regime change in a reconstructed lowland stream

Spatial planning for lowland stream basins using a bioeconomic model

Most lowland-stream drainage-basins have a high population density and the landuse is very intensive. The permeable subsoil acts as an integrating medium, thus providing a widespread dispersal of leached nutrients and transmission of watertable lowering. This leads to desiccation and eutrophication of stream ecosystems. For providing suggestions with respect to cost-effective and sustainable sp...

Stream Health Index for the Puget Sound Lowland

The NRCSE was established in 1996 at the University of Washington. Center activities include workshops and other research activities in areas of statistical methodology related to scientific problems in the environmental and ecological sciences. SUMMARY Stream health is often measured by the multimetric benthic index of biotic integrity (B-IBI). For Puget Sound Lowland (PSL) streams, the B-IBI ...

Managing Regime-change

Two aspects of regime-change management are transitory planning, which avoids assembly feed-stock shortages in the new processing regime, and the timing of the change, which enhances the meshing of adjacent plans. In this paper, the stock implications of regime changes which incorporate transitory planning, are optimised with respect to the timing of the change. To highlight the stock effect, p...

Explaining Regime Change : a Directed Acyclic Graph

Transfer of DOM at the soil-stream interface in a lowland headwater catchment

Introduction Conclusions References Tables Figures