Do Magic Mushrooms Have Roots?

You probably wondered and asked, “Do magic mushrooms have roots?”. If you begin to figure out about the world of magic mushroom cultivation, you will probably hear the word mycelium. Other growers may know that the mycelium is a part of the magic mushroom’s substrate. The magic mushroom has a network of roots filaments also called Mycelium. 

Do Magic Mushrooms Have Roots: Get to Know Mycelium

Mycelium is the vegetative part of the mushroom that sometimes produces species of fungi that never produces a magic mushroom. In plants, the mycelium is the root system of the magic mushrooms. If the spore lands in a suitable substrate in an appropriate condition, the spore becomes easily germinate. The germination period begins from the mycelium into one meristematic cell.

The mycelium contains the growing stem cells of the fungus. Similar to humans, the fungi act as heterotrophs to attain energy from their environment. Mycelium can grow by losing the enzymes from the tips of the mycelium. This may help the mycelium absorb the nutrients and adapt to the given surroundings. In an appropriate condition, the cell will continue to branch until it grows a vast of mycelial network. 

Do magic mushrooms have roots? The magic mushrooms don’t have roots, but they have a similar system that acts like what roots do. 

Network Roots of Magic Mushroom

Mycelium, which is the vegetative part of the fungus, has a mass branching thread similar to hyphae. Mycelium is essential in ecosystems as they help to decompose the plant material. As they grow, they release carbon dioxide back into the atmosphere. They also provide an organic fraction of soil. 

How the Mycelium Develops

The mycelium helps to understand the growth patterns of how the fungus develops. Most of the magic mushroom assembled at the top of the soil and in other kinds of substrates. The hyphae develop into fungal food sources then it digests the other kind of organisms to get the energy it needs. It also looks for foods such as insects and dead trees to construct into filamentlike networks. The overall system is called mycelium.

Mycelium makes the branches out from the normal fungal spore. This growing formation provides dominance to many food sources. However, when the nutrients finalize the decomposition period in the center part, the middle part becomes reworked. While the magic mushroom grows like a ring structure, it will end up pulling out the center bare. The fairy rings structure is supposed to act as the passage of unearthly magical kingdom.

How Does the Mycelium Works?

The process that mycelium absorbs the nutrients from the surroundings comes with two different processes. The first works with the enzyme into the food source. While the foods cut into smaller parts, it is time it absorbed into the mycelium. In every part of the process, fungus acts as an essential part that helps to regenerate the soil by the process of decomposition of organic material.

The ability of mycelium filtration process is just powerful enough to blow out the contaminants in the environment. This is the reason why the fungus is utilized for many eco repair projects. This is favorable to the soil as it breaks down the biomass such as decaying the wood then turns into compost that gives nutrients that can be used by other plants. Another environmental usage of the mycelium are helped to improve the crop yields, helps in reforestation, cleans the oil spills, absorbs radiation, and acts as the source of antibiotics.

Is Mycelium Safe to Eat?

Once you remove the mycelium from its bleak growing surrounding, the very sensitive in temperature mushroom are still alive after harvested. The mycelium is safe to eat and certainly edible. The mycelium also contains psilocybin that can give you a trip after consuming it. However, need to consume more than usual to feel the trippy effects.

Why Mycelium is Important to Life

The plants and ecosystem will do not exist without the help of fungi. The nutrients that hardly found in a soluble will be enough to form the plant roots to grow up. For example, Nitrogen, the nutrient required in a most certain number of plants, is commonly close in within the proteins that cannot simply approach. This where the fungi may take place to metabolize the proteins and to transform them into many soluble nitrates. The group of compounded fungi exists to develop symbiotic relationships into other kinds of plants. The fungi become easier to transfer the nutrients from the soil to other roots of the plants, and in return, the plant will receive the carbon.

These collective relationships started when the mycelium fungus occupied the plant’s root zone then expands compactly in the medium, creating an enormous web that helps to grow the area of the roots, even the dimensions of absorption. The mycelium can increase the root mass for up to 300 to 8000 times compared to the usual size. 

About the Mycelium and Mushrooms

Mycelium can grow for as much as larger structures known as mushrooms. We usually eat the small mushroom that has a visible part of the fungi organism. Similar to flowers, the mushroom also blooms during definite times in the entire year, especially when the conditions are just enough. This is the fruit the reproduces the fungi. The mushroom spores will probably germinate then produce a slimmer kind of mushroom. The environment conditions play an important role to grow the mushroom. This is the reason why other species are rare but highly appreciated.

Growers can cultivate a certain type of mushroom that develop in an environment that has optimal weather conditions. In laboratory studies, the mycelium can convince to develop a certain form through the dominance of uncertain temperatures, airflow, humidity, and C02. The mycelium fibers grow to show a visible mark within a few hours. After one week, it develops into an 18” x 12” sheet and 2” thick that weighing respective pounds.


To answer the question, “Do magic mushrooms have roots?”, the answer is no, however, they have mycelium which acts like roots. Mycelium comes with a very small size that can easily squeeze and push the way in between the rocks or in other obstructions. This will make the collecting nutrients of the plants easier.

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