Precision Forestry

Precision forestry, also known as site-specific forestry or digital forestry, is the use of remote sensing and geographic information systems (GIS) technology to manage forests. It allows for more targeted management practices that take into account the characteristics and dynamics of individual sites. For example, this could involve using GPS-guided equipment to accurately and quickly identify trees that need to be removed or thinned out. It could also involve the use of sensors and drones to measure forest characteristics such as trees densities, growth rates, canopy cover, and potential pest and disease outbreaks. The aim is to enable forest managers to make informed decisions to meet conservation and environmental goals, while also improving the efficiency of harvesting and replanting. Ultimately, precision forestry can help ensure that forests remain healthy and productive for years to come.