Bird eye surveys refer to a method of data collection commonly used in various fields such as surveying, geography, and urban planning, among others. It involves the use of aerial or satellite imagery to gather information and analyze a specific area from a bird's-eye view. This approach provides a comprehensive and detailed overview of landscapes, urban areas, or natural environments that would be difficult to obtain solely on the ground.
By capturing images or videos from a height, bird eye surveys offer a unique perspective, allowing for a comprehensive analysis of the surveyed area. This technique enables professionals to examine large geographic regions, assess land use patterns, monitor environmental changes, or identify geographical features with greater accuracy and efficiency.
Bird eye surveys are conducted using various tools such as drones, airplanes, helicopters, or satellites. Drones, in particular, have gained popularity due to their affordability, versatility, and ease of use. These remotely piloted aircraft can capture high-resolution imagery, record videos, or acquire other sensor data, providing valuable information for research, planning, or decision-making purposes.
The data collected through bird eye surveys can be processed using specialized software or GIS (Geographical Information System) tools, allowing for further analysis, interpretation, and visualization. This data can help identify trends, patterns, changes, or correlations that might not be observable from the ground level. Additionally, bird eye surveys have proven particularly useful in documenting archaeological sites, monitoring natural disasters, assessing environmental impacts, or planning infrastructure development.
In summary, bird eye surveys encompass collecting and analyzing information from an elevated perspective to gain a comprehensive understanding of a specific area's features, resources, or changes.
