Geodetic

Geodetic data was used to create a model of the earth's magnetic field.

The geodetic coordinates of the site were carefully recorded to ensure precise navigation.

Geodetic calculations are used in the design of communication networks.

Geodetic methods are used to measure the height of mountains.

Geodetic satellites are used for a variety of applications, such as weather forecasting and communications.

Geodetic data can be used to calculate the size and shape of the Earth to a high degree of accuracy.

Geodetic tools are used to measure the distance between two points on Earth.

The geodetic measurements showed that the earth is not perfectly spherical.

The geodetic survey was conducted to determine the exact location of the archaeological site.

The geodetic techniques were used to measure the deformation of the Earth's crust.

The geodetic measurements were used to map the boundaries of the national park.

The geodetic survey revealed the precise shape of the mountain range.

Geodetic observations were made to determine the precise location of the North Pole.

The geodetic techniques were used to measure the deformation of the Earth's crust due to seismic activity.

The geodetic measurements were used to precisely position the satellite in orbit.

Geodetic instruments are used to monitor changes in the Earth's surface caused by subsidence or uplift.

Geodetic measurements can be used to study the deformation of the Earth's crust due to tectonic activity.

Geodetic surveys can help us understand the distribution of stresses and strains in the Earth's crust.

The geodetic measurements were used to create an accurate map of the coastline.

The geodetic data was used to study the earth's gravitational field.

Geodetic calculations were used to determine the shape of the earth.

Geodetic measurements helped archaeologists locate ancient ruins.

The geodetic survey was necessary for building the highway through the mountains.

The geodetic analysis of the site's topography revealed potential challenges that needed to be addressed in the design process.

The geodetic calculations used in the design of the building allowed for maximum efficiency in space utilization.

The geodetic instruments used in the project allowed for highly accurate measurements of distance and elevation.

Geodetic surveys were used to determine the precise location for the construction of the new bridge.

The geodetic survey provided the necessary data for the engineers to design the new water treatment plant.

The geodetic engineering team worked closely with the architects to ensure the project was both functional and visually appealing.

The geodetic mapping of the site revealed a need for additional reinforcement in certain areas of the structure.

The geodetic equipment allowed the engineers to calculate the exact height of the building.

The geodetic design of the tower allowed it to withstand strong winds and seismic activity.

The geodetic surveying team used advanced technology to measure the precise location and orientation of the bridge.

Geodetic techniques were used to determine the orientation of the tower.

Geodetic observations were made to monitor the deformation of the earth's surface due to tectonic activity.

The geodetic measurements were used to estimate the mass of the earth.

The geodetic surveying system helped to map the earth's crustal movements.

Geodetic data can be used to monitor changes in sea level.

The geodetic surveying technique was used to create detailed topographic maps of a region.

Geodetic instruments were used to measure the distance between two points on the earth's surface.

Geodetic techniques were used to measure the thickness of the ice sheet in Antarctica.

The geodetic survey accurately measured the altitude of the mountain peak.

The geodetic surveys are useful in construction projects.