Aerial photographs are prospective projection while maps are orthographic projection
Aerial maps are visual representations of the Earth's surface created from aerial photographs taken from aircraft or drones. These maps provide detailed information about land use, topography, and vegetation, often used in urban planning, environmental studies, and agriculture. They can be presented in various formats, including 2D images and 3D models, and are valuable for both analysis and navigation.
In terms of cartography: Sketch (maps): Roughly drawn maps which may be inaccurate but can be quickly created. Maps: Should be accurate. Can be any scale. Features are drawn in their true position (within limitations of scale). Can be topographic; thematic; political etc. Diagrams: a cross-section etc. (aerial) Photograph: can look accurate but will be at different scales in various parts of the map because of distance from camera and pitch & yaw of aircraft. Plans: very Large Scale maps showing lots of detail. maybe of a single site.
Cadastral maps are maps that show mainly administrative boundaries. In practice topographical detail is added to these maps to make them more useful, and they are then known as topocadasrtal maps. ( Liebenberg and Vlok, 2006, The interpretation of maps, aerial photographs and satellite images.)
Clip art
Large scale maps are enlarged maps to show cities and sometimes small towns. Small scale maps are maps shrunken down only to show countries and continents. -The person-
Maps are two-dimensional representations of the Earth's surface, while aerial photographs are actual images taken from above. Maps can include various types of information such as roads, boundaries, and landmarks, while aerial photographs provide a visual representation of the landscape. Aerial photographs capture details such as vegetation, buildings, and terrain features more realistically than maps. Aerial photographs are usually taken from airplanes or satellites, while maps are created manually or digitally. Maps can be created with different projections and scales, while aerial photographs provide a more accurate depiction of the Earth's surface.
They both present the view of any part of the earth as seen from directly above i.e. what is referred to as the 'birds eye' view of the earth. It is therefore easier to determine scale and relationship between features on aerial photographs just like it is with maps. In fact, map-makers use aerial photographs when drawing maps.
When photographers take a aerial photo, mapmakers can take the information they see and turn it into a topographic map.
The Features that stand out are the crops or factories and all the places on those maps
Aerial maps are visual representations of the Earth's surface created from aerial photographs taken from aircraft or drones. These maps provide detailed information about land use, topography, and vegetation, often used in urban planning, environmental studies, and agriculture. They can be presented in various formats, including 2D images and 3D models, and are valuable for both analysis and navigation.
Wing planning
Aerial photographs would be of use to a cartographer as they provide detailed visual information about the landscape, allowing for accurate mapping and analysis of geographical features. Axles, wheels, and handles are not relevant tools for cartography and do not contribute to the creation or enhancement of maps.
Richard Cleave has written: 'The Holy Land' -- subject(s): Aerial photographs, Bible, Geography, Remote-sensing maps 'A Certain Terror'
1- satellite 2- maps 3- aerial photograph
Maps differ from photographs in many significant ways, including the use of imaginary lines or boundaries.
In terms of cartography: Sketch (maps): Roughly drawn maps which may be inaccurate but can be quickly created. Maps: Should be accurate. Can be any scale. Features are drawn in their true position (within limitations of scale). Can be topographic; thematic; political etc. Diagrams: a cross-section etc. (aerial) Photograph: can look accurate but will be at different scales in various parts of the map because of distance from camera and pitch & yaw of aircraft. Plans: very Large Scale maps showing lots of detail. maybe of a single site.
A mapmaker would most likely use geographic information systems (GIS) data, satellite imagery, topographic maps, aerial photographs, and surveyed data from the field to create accurate and detailed maps.