This invention proposes an interactive tree height development
trend prediction method and
system at the single-tree scale, relating to the fields of
remote sensing information processing and
forest resource monitoring. Addressing the problems of existing technologies, such as time-consuming and labor-intensive forest surveys, difficulties in large-scale implementation in areas with significant
topographic relief, limited transportation, or scattered tree distribution, and challenges in meeting the needs for refined and
continuous monitoring, this invention provides a technical solution at the single-tree scale. It integrates
tree species information, age inversion results, and growth models, allowing users to predict the tree height development trend of target trees through
spatial interaction. This enables refined analysis and
dynamic management of the tree growth process. It effectively avoids the averaging problem associated with traditional plot-scale models and significantly improves the scientific rigor and accuracy of single-tree
resource management and
forestry management decisions.