Topographic

The architect designed the building to complement the topographic features of the site.

The architects considered the topographic layout of the land when designing the building.

The geological topographic map of the area indicated the presence of minerals.

The topographic diversity of the island made it a popular tourist destination.

The topographic profile of the land influenced the location of the dam.

The topographic map displayed the contour lines of the mountain range.

The topographic map highlighted the location of the historical landmark on the hill.

The topographic information helped to plan the layout of the ski resort.

The aerial photograph showed the topographic details of the landscape.

The topographic map showed the location of the river and its tributaries.

The topographic conditions of the ocean floor can affect the movement of ocean currents.

The hiker studied the topographic features of the trail before starting the trek.

The army used topographic maps to navigate through the rugged terrain.

The topographic map indicated the location of the fault line.

The topographic data showed the variation in vegetation cover across the region.

The farmer analyzed the topographic information to determine the best location for the irrigation system.

The topographic survey revealed the presence of underground caves in the area.

The geologist examined the topographic characteristics of the rock formation.

The topographic survey identified the watershed boundaries in the region.

The topographic survey revealed the uneven terrain of the construction site.

The topographic features of the landscape influenced the climate of the area.

The topographic map shows the mountains and valleys of the area.

The marine cartographer used topographic data to create nautical charts for safe navigation of the ocean floor.

The underwater archaeologist conducted topographic surveys to locate and document ancient shipwrecks on the seafloor.

The topographic survey of the ocean floor helped identify potential areas for deep-sea mining exploration.

The hydrographer utilized topographic measurements to map the bathymetry of the ocean floor.

The research vessel conducted extensive topographic mapping of the seafloor using advanced sonar technology.

The research vessel conducted a topographic survey of the ocean floor to create detailed maps of the underwater landscape.

The oceanographer used topographic maps to study the underwater features of the seafloor.

The bathymetric map provided a detailed topographic representation of the seafloor's elevation and features.

The interdisciplinary research project combined topographic data with satellite imagery to study the impact of underwater topography on climate and ocean currents.

The marine geologist conducted topographic studies of the ocean floor to understand its geologic history.

The bathymetric map provided a comprehensive topographic representation of the seafloor, including its ridges, trenches, and plateaus.

The oceanographic expedition utilized state-of-the-art topographic equipment to create 3D maps of the underwater terrain.

The oceanographic research team used topographic mapping techniques to study the impact of underwater topography on ocean currents and climate.

The naval engineer incorporated topographic information into the design of underwater structures and pipelines.

The underwater surveyor employed topographic measurements to identify and map underwater features such as trenches and seamounts.

The hydrographic survey revealed the topographic characteristics of the seafloor, including its slopes and valleys.

The oceanographic expedition utilized topographic mapping techniques to explore and document the underwater terrain.

The topographic analysis of the seafloor revealed intricate details of underwater geological processes, such as subduction and seafloor spreading.

The underwater archeologist conducted topographic surveys to locate and map shipwrecks on the ocean floor.

The marine biologist studied the topographic characteristics of the seafloor to understand its impact on marine life.

The oceanographic research team used topographic data to investigate the formation of underwater mountains and valleys.

The oceanographic expedition utilized cutting-edge topographic techniques to study the effects of underwater topography on marine biodiversity.

The topographic survey revealed previously unknown features on the ocean floor, providing valuable insights into its geologic history.

The geologist used topographic data to identify underwater ridges and trenches in the ocean floor.

The bathymetric data provided valuable topographic information for studying marine habitats and ecosystems.

The oceanographic team used advanced topographic techniques to create high-resolution maps of the seafloor.

The team of marine scientists used topographic data to create detailed models of underwater ecosystems and their habitats.

The topographic details of a leaf can help identify its species.