The Weight of a Cord of Green Apple Wood

What is a Cord of Green Apple Wood Weight?

A cord of green apple wood weight is the weight measurement of a stacked pile of green apple wood that is 8 feet long, 4 feet high, and 4 feet wide. A cord is equal to 128 cubic feet and the weight of a cord of green apple wood ranges from 2.5 to 3.5 short tons (4,000 to 7,000 pounds). The weight of a cord of green apple wood depends on the type of wood, its water content, and the stacking technique.

Whether you’re using a cord of green apple wood for your own home or your business, you need to know how much weight you can expect to carry. This is especially important if you plan to install a fence or other structure. The importance of a cord of green apple wood can make a difference in the amount of money you can spend on your project.

Bur oak vs. red oak vs. pin oak

Often confused with the black oak, the Bur Oak, also known as the Mossycup Oak, is part of the white oak group. Unlike black oak, the Bur Oak has a light to medium brown color, coarse grain, and medium to large pores. These characteristics make the Bur Oak a good shade tree.

It grows in the Midwest, across the Great Plains, and up into Canada along the Great Lakes. Bur oaks grow naturally in various habitats, including gullies, ravines, and prairie grasslands.

The Bur Oak’s leaves have five to nine rounded lobes in the wild. These lobes appear as large teeth. The leaf base is also pointed.

The Bur Oak’s trunk bark is light gray. It also has dark ridges. The trunk can reach a diameter of 3 feet. It is also a fire-resistant tree. It is a long-lived tree. It can grow to heights of 75 feet or more.

The Bur Oak has acorns the size of limes. The Bur Oak acorns are also covered with fuzzy caps. The Bur Oak has a large canopy. It also has a moderate growth rate once it is established. The Bur Oak is often associated with calcareous soils. The Bur Oak is also associated with a variety of other oak species.

The Bur Oak tree is a large oak that grows throughout North America. The tree can grow up to 150 feet tall. It is a species widely planted in the Great Plain’s shelterbelts. It also grows naturally on ridges and hilltops. It is a native species that extends across the Midwest and into Canada.

It is a durable tree and is widely used in domestic lumber production. It is also moderately priced. It is also used in cabinetry.

Pine is a conifer species.

The pine is the most recognizable and commonly known among the different conifer species. It belongs to the genus Pinus L. This tree is characterized by needles, which are green and spiny. The bark of the tree becomes flaky and reddish-brown with age.

The pine trees also produce cones, which are the means of reproduction. Cones are made up of scales attached to a center stalk. They contain seeds and are commonly used to make lumber. There are 40 species in the Pinus genus, which provide year-round color to the landscape.

Pinus densiflora is the most common pine tree in Japan. This species is also known as Japanese red pine. It is known to have undergone speciation from Pinus sylvestris L. It is also a common conifer in Korea and is widely distributed throughout its native range.

Pinus densiflora has a broad habitat range from mountainous areas to human habitats. This habitat range is influenced by genetic diversity, evolutionary history, habitat fragmentation, and climate change. It is one of the most widely distributed conifers in the world.

The bark of the tree is smooth on young trees. However, it becomes furrowed with age. This bark can help distinguish different pine tree species.

The needles are generally arranged in clusters of two, three, or five. The number of needles per bundle will help you to identify a pine tree species. The Italian stone pine, or gray pine, is a classic umbrella-shaped pine from the Mediterranean. The cones of this species are attractive and curved. It is sometimes planted commercially as a food crop.

The juniper trees are medium-sized trees with scale-like leaves. They are often blue, but they can also be red.

Moisture content

A good handle on the moisture content of green apple wood is critical. It is a factor in several fundamental strength properties of wood and impacts its size and dimensions.

There are several ways to measure the moisture content of green apple wood. The most accurate measure is a new split. The moisture content of the wood is a relative term that changes according to climatic conditions. A good rule of thumb is to divide the weight of the wood by the weight of the water it holds. In other words, if you weigh a 120-gram piece of wood and its associated water weight is 60 grams, then its moisture content would be 150%.

Another measure of wood moisture is its fundamental specific gravity. Generally, it’s expressed as a ratio of mass to volume at the point when the wood is green. There are three main ways to measure the fundamental specific gravity. The IWCS “Useful Woods of the World” is a good source for the data. The Wood Database is another source.

The Forest Products Laboratory, which the U.S. Department of Agriculture operates in Madison, Wis., has a lab collecting moisture content data for wood. The lab has several tables illustrating the moisture content range for the principal woods.

Among other things, this formula measures the amount of moisture held in the cell walls of the wood. This is the water that is chemically bound to the wood.

It also shows the cell size of earlywood cells, which are larger and have thinner cell walls. As the wood dries, the cell walls shrink. The resulting empty cell cavities, or lumina, are filled with “free” water.


Whether you are purchasing green apple wood to use as turning stock, a handle on a tool, or for fine furniture, you need to know the weight of the wood. This is important because moving the wood can be time-consuming. It is also helpful to know the specific gravity of the wood. You can find this information in the Wood Handbook. The Forest Products Society publishes it.

In the Wood Handbook, you can see the specific gravity of several selected North American wood species. You can also find the moisture content of the wood in green and sapwood. The specific gravity for lignum vitae, or “heavy wood,” is 1.05 when green. It weighs about 85 pounds per green cubic foot. This makes lignum vitae the “heaviest wood” that can be harvested. Most references give the specific gravity at 12% moisture content.

The weight of green apple wood will vary according to species. Species with diffuse-porous lumber tend to have a higher weight difference from green to dry. This is because the cells in the earlywood are more extensive and thinner, allowing a higher flow volume. On the other hand, species with a narrower band of earlywood will have smaller cell lumina and thicker cell walls, resulting in a lower flow volume.