Owing to financial and other constraints on natural resource management, comprehensive data on the physical processes that determine in-stream water quality are rare. Consequently, managers are looking to models as decision-making tools. One important application is to identify areas in greatest need of erosion management. There are many ways that suspended sediment loads can be assessed. The main constraints in the determination of loads are the data available and the scale at which this information can be applied. This study has used two models to estimate the suspended sediment load in a number of catchments in the mid-region of the Murrumbidgee River catchment. The loa
Abstract Water withdrawn from the North Santiam River is treated to provide drinking water to the re...
The Great Barrier Reef (GBR) lagoon is an internationally significant ecosystem, located off the Que...
The Great Barrier Reef (GBR) lagoon is an internationally significant ecosystem, located off the Que...
Owing to financial and other constraints on natural resource management, comprehensive data on the p...
A catchment-scale framework was developed to assess the contribution of sediment sources from farm m...
An important task in the assessment of suspended sediment load estimates is to qualify and (where ap...
Due to the lack of adequate observed suspended sediment concentration (SSC) data, researchers have u...
Rivers in northern Queensland are ephemeral and carry water mainly as a direct response to heavy rai...
In catchments adjacent to the Great Barrier Reef World Heritage Area, there is growing concern that ...
Due to the lack of adequate observed suspended sediment concentration (SSC) data, researchers have u...
Abstract: Suspended sediment at the watershed scale has played a critical role in sediment pollution...
Fine sediment acts as a critical transport vector for nutrients, trace metals and organic contaminan...
The Queensland Department of Environment and Resource Management is using the SedNet and E2 water qu...
A semi-distributed conceptual model, HBV-SED, for estimation of total suspended sediment concentrati...
Information on water quality, in particular on sediment, phosphorus and nitrogen exports from catchm...
Abstract Water withdrawn from the North Santiam River is treated to provide drinking water to the re...
The Great Barrier Reef (GBR) lagoon is an internationally significant ecosystem, located off the Que...
The Great Barrier Reef (GBR) lagoon is an internationally significant ecosystem, located off the Que...
Owing to financial and other constraints on natural resource management, comprehensive data on the p...
A catchment-scale framework was developed to assess the contribution of sediment sources from farm m...
An important task in the assessment of suspended sediment load estimates is to qualify and (where ap...
Due to the lack of adequate observed suspended sediment concentration (SSC) data, researchers have u...
Rivers in northern Queensland are ephemeral and carry water mainly as a direct response to heavy rai...
In catchments adjacent to the Great Barrier Reef World Heritage Area, there is growing concern that ...
Due to the lack of adequate observed suspended sediment concentration (SSC) data, researchers have u...
Abstract: Suspended sediment at the watershed scale has played a critical role in sediment pollution...
Fine sediment acts as a critical transport vector for nutrients, trace metals and organic contaminan...
The Queensland Department of Environment and Resource Management is using the SedNet and E2 water qu...
A semi-distributed conceptual model, HBV-SED, for estimation of total suspended sediment concentrati...
Information on water quality, in particular on sediment, phosphorus and nitrogen exports from catchm...
Abstract Water withdrawn from the North Santiam River is treated to provide drinking water to the re...
The Great Barrier Reef (GBR) lagoon is an internationally significant ecosystem, located off the Que...
The Great Barrier Reef (GBR) lagoon is an internationally significant ecosystem, located off the Que...