Understanding the Topography of the Gulf of Guinea Seabed Using GMT Scripting and GEBCO Gridded Data
Swafiyudeen Bawa, AbdulAzeez Aliyu Onotu, Ebenezer Ayobami Akomolafe, Usman Sa’i Ibrahim · 2024
The seabed topography of the Gulf of Guinea is still largely unexplored, despite being a vital and dynamic maritime region. By utilising GMT (Generic Mapping Tools) scripting in conjunction with GEBCO (General Bathymetric Chart of the Oceans) gridded data, this study revealed the complex topography of this region. A thorough analysis and visualisation of the bottom topography of the Gulf of Guinea are sought after through the combination of these potent instruments. The purpose of this study is to reveal the complex geological features, and comprehend changes in underwater topography. Through the use of GMT scripting, the study presents a strong approach for modifying and analysing GEBCO gridded data, offering a more thorough comprehension of the intricate and varied undersea environment in the Gulf of Guinea. The results have significant implications for a number of fields, such as resource management in this vital maritime region, environmental conservation, and marine exploration.