In Lambert's conformal projection, how are lines of latitude represented?

In Lambert's conformal projection, lines of latitude are represented as curved lines radiating from the poles. This modeling allows for the preservation of angles, making it particularly useful for aeronautical charts and navigation where accurate angular relationships are critical. The projection is designed such that while it maintains the conformality (angles preserved) of the scale locally, the curvature of latitude lines reflects the curvature of the Earth.

The choice of having latitude lines as curved aligns with the properties of the conformal projection, which require these lines to appropriately adjust based on the surface they are representing. This characteristic distinguishes it from certain other projections where latitude lines are portrayed differently, such as straight or circular forms. Therefore, when visualizing Lambert’s projection, one should understand that this design choice directly supports its intended purpose of facilitating accurate navigation derived from a map that conforms to the Earth's shape.