Seafloor Surface Sediment Distribution
Box cores are one of the most common tools used in geology and environmental science research to collect sediment samples from the seafloor or lake bed. It helps researchers understand…
Downstream Sediment Management by Dredging
Sediments, as one of the important elements in the geological dynamics of the earth, are materials that accumulate from the weathering of decomposed rocks and marine organisms. In a geological…
Moving with Gravity: Exploring the Depths with Gravity Core Instrumentation
In the midst of rapid technological advances, geological research is increasingly utilising sophisticated instruments to uncover the secrets hidden within the earth. One instrument that plays a central role in…
Piston Core: Understanding the Mechanism and Strenght & Weakness of Piston Core Sampling in Oceanographic Research
Ocean sediment retrieval is an important aspect of oceanographic and marine geological research. Seafloor sediments contain valuable information about environmental history, patterns of climate change and geologic evolution that can…
Exploring the Depths: The Advanced Instrumentation of Hydrosurveyors
Bathymetry survey is the process of drawing the contour lines of the depth of the seabed, which includes measurement, processing and visualization. Bathymetry maps have many benefits in the marine…
Bathymetric Survey: Echomap Introduction
Bathymetry survey activities are activities to collect data on the depth or topography of the bottom of a waterway, including the location and objects in it. The data obtained is…
Exploring Depths: Harnessing LiDAR Technology for Precise Ocean Mapping and Environmental Insights
The ocean, as one of the critical elements in the global ecosystem, holds deep and complex mysteries. To explore the ocean depths with a high degree of precision, LiDAR (Light…
Charting the Depths: Side Scan Sonar Techniques for Accurate Bathymetric and Topographic Mapping of Underwater Coral Environments
Slide Scan Sonar, also known as sidescan sonar, is a sonar technology that plays an integral role in seafloor mapping and subsurface observation. Using the principle of sound reflection, slide…
More Accurate Ocean Mapping: Multibeam Echosounder as the Key to Successful Undersea Surveys
Multibeam echosounder (Multibeam Echosounder (MBES)) is an important breakthrough in subsea mapping technology, significantly enhancing marine survey capabilities. As an evolution of the singlebeam echosounder, Multibeam Echosounder (MBES) introduces an…
Navigating the Depths: Exploring the Technology Behind Single Beam Echosounders
In the world of underwater research, the single beam echosounder is one of the most important and highly effective tools in seafloor mapping and depth measurement. This technology has made…
