A new coring device is presented which allows the recovery of loose watery surface sediments and the water/sediment interface by in situ freezing, resulting in well preserved samples. The instrument consists of a tripod with adjustable legs, a hydraulic system, an insulated thermos (with two electrical pumps), and a wedge-shaped freeze box. Alcohol chilled with dry ice is the freezing agent. The corer can be deployed from a boat or a raft and permits recovery of undisturbed surface sediment sections up to 100 cm long in deep waters. The corer is particularly useful for sampling varved sediments
The quantification of greenhouse gas emissions from aquatic ecosystems requires knowledge about the ...
This chapter introduces the principles of coring, including the objectives for taking a good core an...
A new hand-held corer for meiofaunal sampling and vertical profile investigation was developed. Its ...
A new coring device is presented which allows the recovery of loose watery surface sediments and th...
Contaminants passing through the unsaturated zone can undergo changes in narrow reaction zones upon ...
The presence of coarse-grained sediment can potentially reduce the effectiveness of conventional sam...
A wide variety of scientific disciplines require representative samples of benthic sediment. As a r...
The upper 2-5 mm of the intertidal zone can be sampled using a dry ice acetone freezing technique. T...
A simple, cheaply-constructed corer is described for operation by SCUBA divers on marine sediments a...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Artificial ground freezing (AFG) is a well established technique first practised in South Wales in 1...
This study presents some remarks about coring and sectioning cores of recent lake sediments. Effecti...
A light weight and handy sampler is designed for taking undisturbed sediment cores
The presence of coarse grained sediment can potentially reduce the effectiveness of conventional sam...
Marine sediment cores are preserved in the cold core repository. Cores are split, described, X-Ray r...
The quantification of greenhouse gas emissions from aquatic ecosystems requires knowledge about the ...
This chapter introduces the principles of coring, including the objectives for taking a good core an...
A new hand-held corer for meiofaunal sampling and vertical profile investigation was developed. Its ...
A new coring device is presented which allows the recovery of loose watery surface sediments and th...
Contaminants passing through the unsaturated zone can undergo changes in narrow reaction zones upon ...
The presence of coarse-grained sediment can potentially reduce the effectiveness of conventional sam...
A wide variety of scientific disciplines require representative samples of benthic sediment. As a r...
The upper 2-5 mm of the intertidal zone can be sampled using a dry ice acetone freezing technique. T...
A simple, cheaply-constructed corer is described for operation by SCUBA divers on marine sediments a...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Artificial ground freezing (AFG) is a well established technique first practised in South Wales in 1...
This study presents some remarks about coring and sectioning cores of recent lake sediments. Effecti...
A light weight and handy sampler is designed for taking undisturbed sediment cores
The presence of coarse grained sediment can potentially reduce the effectiveness of conventional sam...
Marine sediment cores are preserved in the cold core repository. Cores are split, described, X-Ray r...
The quantification of greenhouse gas emissions from aquatic ecosystems requires knowledge about the ...
This chapter introduces the principles of coring, including the objectives for taking a good core an...
A new hand-held corer for meiofaunal sampling and vertical profile investigation was developed. Its ...