
The abundance of pine wood is due in large part to the number of pine species that exist. In this article, we will learn about the characteristics, properties and uses of yellow pine wood, a species native to the southwestern United States.
This species of pine receives the scientific name Pinus Taeda, although we can commonly find it under the name of southern yellow pine, melis pine or Rosemary pine for its distinctive fragrance. These trees are around 30-35 meters tall and normally grow in low humidity environments.
It is considered a fast-growing tree, which is why it is a species that has spread especially in reforestation, as in the case of Argentina.
One of the most striking features is the color of its wood. Yellow pine wood is characterized by its yellowish white sapwood and reddish-brown heartwood.
We can consider it as a stable, soft and semi-light wood. Yellow pine wood is classified as moderately durable against the action of fungi and insects.
When it comes to workability, no problem is found. Sawing, drying, brushing, nailing and finishing is easy, although it should be noted that it is a wood with a lot of resin which can make the finish a little more complicated.
We can find yellow pine wood in indoor furniture; in interior carpentry such as doors, windows, cladding, stairs, friezes; in the form of sheets for decorative coatings and plywood and in carpentry to assemble and in naval constructions as masts. This wood is also highly commercialized for the manufacture of paper pulp and Kraft paper.

IT MAY INTEREST YOU

Experts recommend protecting burned soil especially the first year

Mercedes was officially declared Tree City of the World, a distinction granted by the Food and Agriculture Organization of the United Nations (FAO), the Arbor Day Foundation of the United States and the Reforestamos México foundation. This is an international program that recognizes cities that meet global standards in urban tree management and forest planning.

Urban trees are not just an ornament: they are climate infrastructure. Some species cool more than others thanks to their shade and evapotranspiration. Researchers in Valencia identified which ones work best to reduce temperatures in urban environments and how their correct distribution can transform sweltering neighborhoods into liveable places.