It may seem funny to think about how much a tree weighs in tons or kilogram or lbs., as trees are the most diverse living thing on earth. One might get shocked to hear that there are more than sixty thousand species of trees worldwide.

Different trees have different weights, in a sense, you may think it’s not possible to measure the weight, but the truth is different. You can do it by following some tips that we will show you today. Also, we will talk about the best way to measure the tree perfectly.

**How much does a tree weigh?**

**A tree weighs between 1000 pounds to several million pounds. It depends on the age of the tree and the size as well. Additionally, the tree’s weight also varies depending on the type of tree. If you want to get the correct weight of the tree, you need to know the volume, density, and leaves weight.**

Table of Contents

Leaves weight plays a significant role in calculating the perfect tree weight. You need to add it along with the volume and diameter as per the formula. Depending on these factors, tree weight varies from tree to tree. Let’s see the actual and average weight of the below trees.

**Type:**

**Pine tree: **

The average weight of the pine tree will depend on various factors, including the diameter and length. A pine tree might weigh **around 20000 pounds** if it is 80 feet long and the diameter is 24 inches.

You will get another type of pine tree that might be 50 feet long, and the diameter is 12 inches. In that case, the weight would be around only 2000 pounds.

**Christmas tree: **

The weight of the Christmas tree will be **around 50 to 110 pounds** depending on the length. Typically, the 6 or 7 foot Christmas tree will be about 50 pounds. The longer the size is, the weightier it would be.

**Redwood tree:**

Although redwood is a softwood tree, it weighs more than any typical hardwood tree. The weight of the redwood tree in every cubic foot is 23 pounds.

And the average weight of the redwood will be **around 50000 pounds**. So the length here decides what the tree weighs.

**Palm tree: **

Since there are different palm trees available, the weight will be extra. The weight of the palm tree would be **around 30 to 1000 pounds per foot**.

A palmettos tree will weigh about 100 pounds per foot if you have a palmettos tree. At the same time, the Pindos will weigh around 500 pounds per foot.

**Sequoia tree: **

Typically, the sequoia is a giant tree. The average length is 83 meters long and 31 meters. If you multiply them following the formula, the weight of the sequoia tree will become **around 6167 tons**.

**Size:**

**15-gallon tree:**

A 15-gallon tree will weigh **around 60 to 90 pounds**. The average size would be 16 inches wide and 16 inches in depth.

**25-gallon tree: **

The 25-gallon tree will weigh **around 125 to 150 pounds**, including the soil. The original tree weight will be available if you deduct the soil weight. That would be about 120 pounds or so.

**30-gallon tree: **

Generally, the 30-gallon tree weighs **more than 150 pounds**. Both the width and depth are different here. Therefore, the weight is also higher than the others.

**How much does a tree weigh in tons, kg and lbs? How much does a tree weigh per foot?**

**The weight of a tree will keep in 780 to 820 kilograms, 0.9 tons or up to 1800 lbs.** This is an average estimation.

Though there are several species of pain trees, not too many grow over 100 feet. Consider it a 100-foot tall pine tree with a diameter of 35 inches. Not clearly, but safely they can be up to 18000 lbs or about 8.1 tons.

Similarly, a large ish-oak can weigh up to 30-50 tons. Now Let’s consider something huge; how about a redwood tree? They can reach 200-350 feet tall and weigh 6500 tons. That’s huge, right?

In this way, a thousand weight estimation can be shown of different species of trees. **The easiest formula to calculate the weight of a tree is (density*volume)+leaves.**

In conclusion, trees are mesmerizing organisms and complex things to study and analyze.

**How much does a normal tree weigh? How much does a 20 ft tall tree weigh?**

**According to the US Department of interior and national park information, a normal tree can weigh 55lbs per cubic foot.**

Yes, this is an approximate average weight per cubic foot of many trees around us. We can take more instances like basswood, birch, beech, chestnut, butternut, and a lot more carry average height that a regular tree can be considered.

These categories have an average weight of 45 – 55 lbs. per cubic foot based on 10-15-inch diameter.

So, how much weight does a 20 feet tall regular tree carry? Estimating (45*20) +leaves to (55*20) + leaves a range that is effortless.

If it converts into a number, **an average 20 feet tall tree with 12-15-inch diameter can reach up to 900lbs to 1300 lbs. or 0.45 to 0.5 tons in weight.**

**6 factors that determine the tree weight**

Some factors are there that determine the tree weight. Among them, the leaves, width, and depth are most significant. Let’s get all the elements that directly or indirectly determine the tree weight.

**Diameter:**

Diameter is the first factor that determines the tree weight. To get the perfect diameter of a particular tree, you need to find out the circumference of the tree. Then divide it by 3.14 or Pi. You get the diameter of the tree.

**Height:**

You need to multiply the height with volume to get the tree’s perfect weight. Here the height refers to the tallness of the tree. Your tree might be 20 to 50 feet tall. That’s the height of that tree.

**Leaves: **

You need to add the weight of the leaves with the multiplication of the height and volume. Therefore, the leaves also play a role in determining the tree weight. You can find one leaf’s weight and then multiply it with the total number of leaves.

**Hardwood or Softwood: **

Another factor that determines the average weight of the tree is hardwood or softwood. Hardwood trees will weigh around 30 to 60 pounds per cubic foot, whereas softwood trees will weigh about 20 to 30 pounds per cubic foot.

**Density:**

Here, the density means the area of the tree that it takes to grow and flourish. You can divide your entire tree’s area by 10000 meters sq to get the average density of the tree. It will directly help you determine the tree weight.

**Volume: **

The volume of the tree is a direct factor that determines the overall tree volume. The bigger the volume of a tree is, the more the weight would be.

**How to calculate the weight of a tree?**

To calculate the weight of a tree, you have to find out the density, volume, and leaves weight. Let’s see the best formula that you can apply to calculate the weight.

**Density:**

First, calculate the density. As we said, you need to find out the entire tree area. It would help to find out the trees per acre or trees per hectare.

Otherwise, you have to multiply the average distance in meters and multiply it by itself. Then, divide the result by 10000. That’s the density of your tree.

**Volume Measurement:**

There is no proven or 100% accurate formula to measure the volume of a tree. But it’s required to get the volume since it determines the tree weight. If the volume increases, the size of the tree will also increase.

**Leaves weight:**

You need to measure one leaf weight, then multiply it with the estimated total number of leaves. It will be the total leaves weight.

**Calculate the weight of a tree: **

You have density, volume, and leaves weight. The formula of the tree weight is (Volume*Density) +Leaves Weight.

**What is the heaviest tree in the world?**

**Giant Sequoia is the heaviest tree in the world.** The volume of this tree is around 1487 cubic meters. And the height is more than 300 feet. You will get this tree at the Giant Forest of Sequoia National Park in the State of California.

Apart from this, there are some other giant trees, namely the General Sherman Tree. It’s also one of the heaviest trees you will ever find in the world.

**Final Thoughts**

The tree’s weight depends on three factors; Volume, Density, and Leaves Weight. A tree might be around 10000 pounds to several million pounds depending on these factors. You can follow the formula by multiplying the volume with density and adding the leaf’s weight.