Aiming to enhance the efficiency and precision of multi-objective optimization in
southwestern secondary growth of Pinus yunnanensis forests, this study integrated spatial …

Accurate, efficient, impersonal harvesting models play a very important role in optimizing
stand spatial structural and guiding forest harvest practices. However, existing studies …

The enhancement of the ecological functions of forests through stand structure optimization
is a key issue for high-quality forestry and its sustainable development on the Loess Plateau …

Over the past fifty years, societies have placed increasing demands on forests, and their use
has shifted gradually from wood production to the diversified benefits and functions of …

There is increasing interest in optimizing stand structure through forest management. The
forest structure influences growth and maintains the structure, promoting sustainability …

This study presents auxiliary support techniques for tree selection strategies based on the
spatial structure indices and three competition indices in secondary forests, and discusses …

The selection of trees to be harvested is a core tenet of uneven-aged forest management;
however, few studies have focused on the process of tree selection. A set of stand structural …

For afforestation, it is necessary to consider habitat conditions and their impact on specific
tree species, in order to enable the selection of appropriate species to improve forest …

Aim of study: To improve the quality of monoculture plantations in China. Area of study:
Structure-based forest management was conducted in Rocky Mountain Area of Northern …

Stand spatial structure is a significant factor in forest processes that regulates growth and
promotes sustainability. Close-to-nature forest management (CNFM), structure-based forest …