Rezatec

Rezatec do not directly measure height using EO satellite data. The Tree Height data (from the Mensuration data product suite) is a modelled estimate of tre...

While satellites cannot directly see tree trunks due to the cover of the canopy, Rezatec is still able to infer the diameter of the trunks (DBH) through the...

Rezatec does not currently use spaceborne LiDAR in our standard Forestry Products. We have evaluated the use of spaceborne LiDAR as an additional data sourc...

Rezatec does not currently provide standardised data products at the tree-level scale. Rezatec’s method is dependent on open-access, scalable, and consisten...

Rezatec’s products are not designed to remove the need for foresters. Rezatec does not carry out any mitigation, nor does it actively resolve the problems t...

Currently, Rezatec utilises a time-series of multi-spectral data to detect changes in the canopy. While this allows continuous monitoring of the canopy, sno...

Forest Disturbance remotely identifies canopy depletion arising from disturbance events such as storm damage, determining affected stands and the extent of...

Forest inventory is a data product aimed at providing 10m resolution estimates of lumber mensuration and species, essential for understanding the true valu...

Fire Severity uses satellite data feeds to identify the extent and severity of fire damage to tree canopies and low-level vegetation. The resulting data la...

Rezatec's Coniferous Canopy Health monitors monitor stress within coniferous evergreen forest canopy over time, as a proxy for beetle damage. Stress is ...