How did landforms affect the Brooklyn bridges building?

The building of the Brooklyn Bridge was significantly impacted by the landforms of its location. The East River, which the bridge spans, is a tidal strait with strong currents and depths of up to 135 feet. The shoreline on both sides of the river is also quite steep, making it a challenge to construct supports for the bridge.

To overcome these challenges, the bridge was designed with a unique combination of suspension and cable-stayed technology. The main span of the bridge is a suspension bridge, which means that it is supported by two massive towers that are anchored to the bedrock beneath the river. The side spans of the bridge are cable-stayed, which means that they are supported by a series of cables that are attached to the towers.

The construction of the Brooklyn Bridge was also made more difficult by the fact that it was built in the late 19th century, when technology and engineering techniques were much less advanced than they are today. The bridge was completed in 1883, and it remains an iconic symbol of American engineering and architecture.