A set of temporary reference points measured by laser range-finder and marked by reference poles, can be established in the field. It allows the user to move freely within the study area without loosing the georeference of the actual measurement point.
It is possible to easily connect user defined modules and extended functions (e.g. volume tables)
A forest inventory is typically repeated after some period of time. In the second round the trees must be identified and remeasured. There is a number of functions related to the repeated measurements included in FMDC, e.g. identification of the trees by coordinates , on-line checking of the previously measured values, etc.
Transect (profile diagram) is a virtual line in the forest showing the profiles of trees and tree crowns. You can choose to color tree species, reduce the number of visualized trees by reducing distance from the transect line, etc. Picture of the transect can be exported for use in your reports.
There are 5 modes for tree height measurement and 2 modes for slanted tree measurement. You can choose the optimal one depending on the required accuracy, the desired measurement speed and the local measurement conditions.
Using a special optical scope combined with laser range-finder you can measure stem or branch diameters in upper parts of the tree.
You can choose size and shape of sample plots directly in the field or predefine it in the office
A number of measurement devices can communicate with the FMDC application. These devices can be connected via cable, Bluetooth or radio signal. Typical devices working with FMDC are laser rangefinder with electronic compass or electronic tachymeter, GPS or electronic caliper
FMDC supports division of the plot into several concentric circles. For each circle, you can define a threshold diameter to be measured.
Support for conversion between coordinate systems.
FMDC can display background maps containing vector and/or raster formats.
Other functions for working with maps include: create parallel line, create buffer, create grid, offset line, union polygons, etc.