Aerial Lidar survey has become an indispensible tool for environmental Geological History Analysis in recent years. It is non-invasive and can penetrate vegetation canopy and dense forests to map the surface beneath. lidar survey offers a quick, efficient and cost-effective way of surveying large areas of land, making it perfect for uncovering the past. In this blog post, we will discuss how lidar survey is used to uncover geological history and the benefits it offers researchers.
Lidar survey is a type of remote sensing that uses laser pulses to map the surface of the earth. Aerial lidar survey can be used to collect data on topography, vegetation, geology and other features. The data collected by lidar survey is then processed to create three-dimensional models and maps of the area surveyed.
Lidar survey has many advantages over traditional surveying methods. It is faster, more efficient and less expensive. Aerial lidar survey can cover large areas in a short period of time and can penetrate dense vegetation canopy and forests to map the surface beneath. This makes lidar survey ideal for uncovering hidden features and structures that may have been missed by traditional methods.
Lidar survey is also non-invasive, which means it does not disturb the environment or the features being surveyed. This is important for preserving delicate archaeological sites and sensitive ecosystems.
Lidar survey offers a quick, efficient and cost-effective way of surveying large areas of land, making it perfect for uncovering the past. In this blog post, we will discuss how lidar survey is used to uncover geological history and the benefits it offers researchers. Stay tuned for part two where we will discuss lidar survey in more detail!
Lidar survey can be used to collect data on topography, vegetation, geology and other features. The data collected by lidar survey is then processed to create three-dimensional models and maps of the area surveyed.
