Tree: Difference between revisions

Revision as of 15:00, 6 October 2026

Trees are used and represented in the Tygron Platform the in the following ways:

Trees are generally represented by Buildings, with a Tree Function.
The MultiPolygon stored in a Section of an individual Tree is the tree trunk, not the tree foliage.
The MultiPolygon stored in a Section of a part of a forest is the region where potentially tree trunks are located.
The height of trees is calculated using the difference between the DTM and the DSM during the New Project Wizard phase.
The height of trees is stored in the FLOOR_HEIGHT_M attribute, in amounts of meters.

Name	ID	Categories	Description
Birch	953	NATURE	The birch tree (genus:Betula) is a deciduous tree. A common birch is the Silver Birch
Christmas tree	879	LEISURE	Space designated for the placement of a seasonal decorative Christmas tree
Default deciduous trees	440	NATURE	Deciduous trees used to increase the amount of greenery within an area
Default pine trees	888	NATURE	Pine trees increase the amount of greenery
Fruit Trees	934	AGRICULTURE	Area dedicated to the cultivation of fruit-bearing trees
Italian Poplar	954	NATURE	The Italian Poplar (species:Populus Nigra 'Italica') is a deciduous tree
Larch	951	NATURE	The larch (genus:Larix) is a deciduous tree. The European Larch is a common larch tree
Mangrove forest	753	NATURE	Coastal ecosystem characterized by salt-tolerant mangrove trees providing shoreline protection and biodiversity habitats
Oak	950	NATURE	Oak trees (genus:Quercus) are deciduous trees. The European oak is a common oak tree species
Orchard	472	AGRICULTURE	Area designated for the cultivation of fruit trees
Palm trees	937	NATURE	Palm trees increase the amount of greenery
Willow	952	NATURE	The willow (genus:Salix) is a deciduous tree. A common willow tree is the white willow
Wooded bank	963	NATURE	A linear planting of trees and shrubs serving as a natural boundary or windbreak

Tree (building)s and their properties are used in various overlays:

The Heat Stress Overlay (and Shadow Overlay) use Foliage of trees as input, either as:

Foliage can be detected using an Inference Overlay using the Foliage (Neural Network).

@@ Line 98: / Line 98: @@
 *[[Water Overlay]]
+**[[Root depth m (Water Overlay)]]
 **[[Evapotranspiration model (Water Overlay)]]
 **[[Ground transpiration formula (Water Overlay)]]