Using single tree derivation, we analyse your forest comprehensively on the basis of high-resolution aerial photographs. Every tree is digitally recorded and assessed — providing a modern, efficient and dynamic data set.

Traditional inventory surveys often provide only a snapshot of the forest at a specific point in time. Single tree derivation goes one step further.
Using high-resolution aerial photographs, your forest is analysed comprehensively and converted into a digital map that can be continuously updated. Instead of a static value at a specific point in time, you thus receive an up-to-date, highly detailed picture of your forest at any time – with a level of detail that traditional methods can scarcely match.
In this way, a one-off inventory becomes a dynamic planning tool – serving as the basis for well-informed decisions and modern forest management.

Among other things, the single tree derivation enables:
Supplementary spot checks further ensure the reliability of the results.
Your forest is analysed and digitally mapped, tree by tree, from the air.
You will receive accurate data on tree heights, stand structures and tree species.
The data is kept up to date via the palos platform and becomes a dynamic planning tool.
Digital processes minimise the effort required in the field.
Up-to-date and comprehensive data opens up new opportunities for planning and strategic development.
The single tree derivation combines modern technologies with forestry practice and opens up new perspectives in forest management.
Single tree derivation is a modern method used in forest management. Using high-resolution aerial photographs, your forest is analysed in its entirety and every single tree is digitally recorded.
The single tree derivation provides a detailed and up-to-date overview of your forest. It enables comprehensive analyses, reduces the amount of work required in the field and provides a modern basis for planning and decision-making.
Depending on the stand, factors such as tree height, stand structure, tree species and standing deadwood, amongst others, can be automatically detected and analysed.
By linking to the palos platform, data can be updated on an ongoing basis. This transforms the forest management plan from a static report into a dynamic planning tool.
The single tree derivation is a modern approach to forest management and opens up new possibilities for data collection and planning. The most suitable method depends on the requirements of your operation.