![]() This image marked the beginning of innovation (20th century) in aerial photogrammetry and satellite imaging of certain phenomena on planet Earth and in space. The development of drone geography was preceded by different ways of shooting a certain terrain from the air, and the first aerial image was made by Felix Tournachon (1858) in a closed balloon above the city of Paris. It’s not a part of cartography and topography, but it’s very connected with these sciences, and has great application in geography. Drone geography is a part of geospatial technologies and as such has a great connection with all geographical disciplines that deal with data collection and recording a certain part of the terrain or landscape from the air, with the aim of creating certain types of profiles in the field or as a visual map. Drones that are used exclusively in geography and other geosciences are called geodrons. ![]() The basis of drone geography research is: geographical location of countries in the world that have the largest use of drones in geography and other geosciences, types and methods of using drones and microdrones in practical (field), scientific and school geography, as well as the use of georeferencing, location (GPS) and maps geospatial visualizations of certain phenomena and processes that are recorded from the air. They are different from each other in their function, type, size, price, quality and ways of recording a certain terrain, but also in the use itself. ![]() Drones are unmanned aerial vehicles that can fly in the air using a pre-programmed flight plan or using complex autonomous dynamic systems. Drone geography (Geography of drones) is a geographical discipline that deals with the study of certain methods of recording a space (terrain), using drones and remote aerial photography. ![]()
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