Xanthophyllum chartaceum
Xanthophyllum chartaceum
Description
Growing requirements
Xanthophyllum chartaceum is a tree species belonging to the Polygalaceae family, native to the tropical forests of Southeast Asia. This species is valued for its specific wood characteristics and its role in local forest ecosystems.
The plant thrives in humid tropical environments, requiring consistently high temperatures and stable moisture levels throughout the growing season. It is typically found in shaded or semi-shaded forest environments.
Soil conditions are critical for its development; the species requires well-drained, nutrient-rich soils with a slightly acidic profile. Poor drainage is a major limiting factor that can lead to root degradation.
Agricultural management of this crop involves maintaining soil fertility through organic amendments and ensuring adequate irrigation during periods of reduced rainfall, as the species is sensitive to water stress.
Given its relatively slow growth rate, proper site selection and initial protection from invasive weed competition are essential for the long-term success of plantation establishment.
Harvesting
The primary economic use of Xanthophyllum chartaceum is in the forestry sector, where its high-density wood is harvested for construction and specialized carpentry purposes.
Research into the secondary metabolites of the plant indicates potential applications in phytochemistry, although large-scale industrial extraction remains a secondary activity compared to timber production.
Sustainable harvesting practices are employed to ensure that the natural population remains stable while meeting the demand for high-quality wood products in the regional market.
Quality control during harvest involves assessing the maturity of the wood, which is determined by the age of the tree and its diameter at breast height (DBH) to ensure optimal material strength.
Following harvest, land management protocols are applied to encourage natural regeneration or replanting efforts to maintain forest cover and prevent soil erosion in tropical regions.