Dataset description: PeatThickness_SiteInfo

Location information and peat thickness values
Keywordsrocks and deposits, unconsolidated deposits, cartography, augering, stratigraphic thickness, core analysis, datasets, field inventory and monitoring, field sampling, geology
Data typesGeology
Formatcomma-delimited text;
Amount22 KB

Contacts

Activities and equipment

ActivityEquipment
13BIM01Push Corer
A push corer is a simple yet effective sediment sampling device used to collect short cores from the seabed or shallow water environments. Unlike gravity or piston corers, which rely on weight and free-fall, a push corer is manually or remotely pushed into the sediment to retrieve an undisturbed sample. It is commonly used in shallow waters, wetlands, and targeted deep-sea locations via ROVs (Remotely Operated Vehicles).
2014-323-FAPeat Corer
2016-358-FAPush Corer
A push corer is a simple yet effective sediment sampling device used to collect short cores from the seabed or shallow water environments. Unlike gravity or piston corers, which rely on weight and free-fall, a push corer is manually or remotely pushed into the sediment to retrieve an undisturbed sample. It is commonly used in shallow waters, wetlands, and targeted deep-sea locations via ROVs (Remotely Operated Vehicles).
2016-331-FAPeat Corer
2018-332-FAPush Corer
A push corer is a simple yet effective sediment sampling device used to collect short cores from the seabed or shallow water environments. Unlike gravity or piston corers, which rely on weight and free-fall, a push corer is manually or remotely pushed into the sediment to retrieve an undisturbed sample. It is commonly used in shallow waters, wetlands, and targeted deep-sea locations via ROVs (Remotely Operated Vehicles).
2017-315-FAPush Corer
A push corer is a simple yet effective sediment sampling device used to collect short cores from the seabed or shallow water environments. Unlike gravity or piston corers, which rely on weight and free-fall, a push corer is manually or remotely pushed into the sediment to retrieve an undisturbed sample. It is commonly used in shallow waters, wetlands, and targeted deep-sea locations via ROVs (Remotely Operated Vehicles).