Calculate the total biomass of your trees with our online Total Tree Biomass Calculator. Estimate your forest’s carbon sequestration potential and monitor changes over time. Try it now for accurate and easy-to-use results.

Trees are one of the most valuable resources we have on our planet. They provide us with oxygen, shelter, and even food. But have you ever wondered how much biomass a tree has? Biomass is the total weight of all living and non-living components of a tree. It includes the stem, branches, leaves, and roots. Determining the total tree biomass is essential for understanding the carbon cycle and estimating the carbon sequestration potential of forests. In this article, we will introduce you to the Total Tree Biomass Calculator, a powerful tool that can help you calculate the total biomass of a tree with ease.

What is the Total Tree Biomass Calculator?

The Total Tree Biomass Calculator is an online tool that helps you estimate the total biomass of a tree. The tool uses a mathematical model that takes into account the tree’s diameter, height, and species. The model is based on extensive research and can provide accurate estimates of the total biomass of a tree.

How to Use the Total Tree Biomass Calculator?

Using the Total Tree Biomass Calculator is simple. Follow the steps below:

Step 1: Measure the Diameter

The first step is to measure the diameter of the tree at breast height (DBH). The DBH is the diameter of the tree at a height of 4.5 feet (1.4 meters) above the ground. You can use a measuring tape or a caliper to measure the DBH.

Step 2: Measure the Height

The next step is to measure the height of the tree. You can use a clinometer or a laser rangefinder to measure the tree’s height. Make sure to measure the height from the ground to the top of the tree.

Step 3: Identify the Species

Identify the species of the tree. The Total Tree Biomass Calculator has a database of over 250 tree species, and you can choose the species from the dropdown list.

Step 4: Calculate the Biomass

Enter the values for the diameter, height, and species in the Total Tree Biomass Calculator. The tool will then calculate the total biomass of the tree in metric tons (MT).

Why Use the Total Tree Biomass Calculator?

The Total Tree Biomass Calculator is an essential tool for forestry professionals, researchers, and students. It can help you estimate the carbon sequestration potential of forests, which is crucial for mitigating climate change. The tool can also help you determine the amount of wood and other products that can be harvested sustainably from a forest. Additionally, the Total Tree Biomass Calculator can be used to assess the health of a forest and monitor changes over time.

Determine the formula: The standard formula for calculating total tree biomass is:

biomass (kg) = (π * D^2 * H * ρ)/4

whereas:

• D is the diameter at breast height (DBH) in cm
• H is the tree height in meters
• ρ is the wood density in g/cm^3
• π is the mathematical constant pi (3.14)

Here is a list of wood density (ρ) species of trees, in g/cm^3, that can be used for calculating total tree biomass:

• Alder wood density (ρ) – 0.44
• Ash  wood density (ρ)- 0.68
• Aspen wood density (ρ) – 0.34
• Beech  wood density (ρ)- 0.64
• Birch  wood density (ρ)- 0.66
• Cedar wood density (ρ) – 0.39
• Cherry  wood density (ρ)- 0.63
• Cottonwood density (ρ) – 0.32
• Cypress wood density (ρ) – 0.45
• Douglas fir wood density (ρ) – 0.49
• Elm wood density (ρ) – 0.56
• Eucalyptus wood density (ρ) – 0.57
• Fir wood density (ρ) – 0.45
• Hemlock wood density (ρ) – 0.44
• Hickory wood density (ρ) – 0.72
• Larch wood density (ρ) – 0.48
• Maple wood density (ρ) – 0.65
• Oak wood density (ρ) – 0.75
• Pine wood density (ρ) – 0.42
• Poplar wood density (ρ) – 0.38
• Redwood wood density (ρ) – 0.39
• Spruce wood density (ρ) – 0.42
• Sycamore wood density (ρ) – 0.53
• Teak wood density (ρ) – 0.63
• Walnut  wood density (ρ) – 0.64
• Willow wood density (ρ) – 0.33
• Yew wood density (ρ) – 0.52
• Balsa wood density (ρ) – 0.16
• Mahogany wood density (ρ) – 0.63
• Ebony  wood density (ρ) – 1.2
• American Beech – 0.64
• American Elm wood density (ρ) – 0.56
• Black Cherry wood density (ρ) – 0.63
• Black Walnut wood density (ρ) – 0.64
• Douglas Fir wood density (ρ) – 0.49
• Eastern Hemlock wood density (ρ) – 0.44
• Eastern White Pine wood density (ρ) – 0.42
• European Beech wood density (ρ) – 0.71
• European Oak wood density (ρ) – 0.75
• European Silver Fir wood density (ρ) – 0.46
• Giant Sequoia wood density (ρ) – 0.35
• Grand Fir wood density (ρ) – 0.35
• Jeffrey Pine wood density (ρ) – 0.42
• Lodgepole Pine wood density (ρ) – 0.43
• Norway Spruce wood density (ρ) – 0.42
• Pacific Silver Fir wood density (ρ) – 0.36
• Paper Birch wood density (ρ) – 0.66
• Ponderosa Pine wood density (ρ) – 0.47
• Quaking Aspen wood density (ρ) – 0.34
• Red Alder wood density (ρ) – 0.44
• Red Maple wood density (ρ) – 0.63
• Red Oak wood density (ρ) – 0.72
• Sugar Maple wood density (ρ) – 0.65
• Sweetgum wood density (ρ) – 0.53
• White Ash wood density (ρ) – 0.68
• White Fir wood density (ρ) – 0.42
• White Oak wood density (ρ) – 0.75
• White Pine wood density (ρ) – 0.37
• Yellow Birch wood density (ρ) – 0.66
• Yellow Poplar wood density (ρ) – 0.38

Conclusion

The Total Tree Biomass Calculator is a powerful tool that can help you estimate the total biomass of a tree. It is easy to use and provides accurate estimates based on a mathematical model. The tool is essential for understanding the carbon cycle and estimating the carbon sequestration potential of forests. It can also be used to determine the amount of wood and other products that can be harvested sustainably from a forest. We recommend using the Total Tree Biomass Calculator to anyone interested in forestry, ecology, or climate change mitigation.