The upper 2-5 mm of the intertidal zone can be sampled using a dry ice acetone freezing technique. The method consists of freezing a thin layer of sediment to the bottom of a steel can to recover a thin frozen disk that can be analyzed for sediment properties such as texture and composition
Aquatic sediment core subsampling is commonly performed at cm or half-cm resolution. Depending on th...
Study of marine sediment pore fluid pathways and porometry requires careful analysis of the fabric o...
The quantification of greenhouse gas emissions from aquatic ecosystems requires knowledge about the ...
The presence of coarse-grained sediment can potentially reduce the effectiveness of conventional sam...
A new coring device is presented which allows the recovery of loose watery surface sediments and th...
The substrate of gravel-bed rivers provides a potential sink for fine sediments which may be associa...
The reduced depth of the photic zone in most intertidal and shallow coastal sediments makes the char...
In this chapter a range of sediment sampling techniques specifically suited to estuarine conditions ...
The presence of coarse grained sediment can potentially reduce the effectiveness of conventional sam...
Artificial ground freezing (AFG) is a well established technique first practised in South Wales in 1...
Ecological experiments designed to examine the effects of macrofaunal biodiversity may require the d...
An adjustable shop wrench to which thin plexiglass squares were mounted as jaws was used to sample u...
The sediment and water inter-phase layer in aquaculture ponds is a dynamic zone that plays a crucial...
Settling particulate matter is collected using sediment traps deployed in the water column below the...
The insoluble particulate matter deposited on ice sheets provide key information to reconstruct past...
Aquatic sediment core subsampling is commonly performed at cm or half-cm resolution. Depending on th...
Study of marine sediment pore fluid pathways and porometry requires careful analysis of the fabric o...
The quantification of greenhouse gas emissions from aquatic ecosystems requires knowledge about the ...
The presence of coarse-grained sediment can potentially reduce the effectiveness of conventional sam...
A new coring device is presented which allows the recovery of loose watery surface sediments and th...
The substrate of gravel-bed rivers provides a potential sink for fine sediments which may be associa...
The reduced depth of the photic zone in most intertidal and shallow coastal sediments makes the char...
In this chapter a range of sediment sampling techniques specifically suited to estuarine conditions ...
The presence of coarse grained sediment can potentially reduce the effectiveness of conventional sam...
Artificial ground freezing (AFG) is a well established technique first practised in South Wales in 1...
Ecological experiments designed to examine the effects of macrofaunal biodiversity may require the d...
An adjustable shop wrench to which thin plexiglass squares were mounted as jaws was used to sample u...
The sediment and water inter-phase layer in aquaculture ponds is a dynamic zone that plays a crucial...
Settling particulate matter is collected using sediment traps deployed in the water column below the...
The insoluble particulate matter deposited on ice sheets provide key information to reconstruct past...
Aquatic sediment core subsampling is commonly performed at cm or half-cm resolution. Depending on th...
Study of marine sediment pore fluid pathways and porometry requires careful analysis of the fabric o...
The quantification of greenhouse gas emissions from aquatic ecosystems requires knowledge about the ...