Project mycelium 

Mycelium is widely present in 92% of the discovered plant families (about 80% of plant species). Among them, arbuscular mycorrhiza is the most common and primitive symbiotic form in the plant kingdom. The structure of arbuscular mycorrhiza is highly similar to that found in the first recorded fossil, both of which have endomycorrhizal structures.

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Humans have known since at least the mid-19th century that fungi can connect with plant roots, but early discoverers only documented this phenomenon and did not further study the relationship between the two organisms. With the development of scientific technology and a deeper understanding of ecosystems, we now know that mycorrhizae are essential for plant growth and survival. They can provide plants with the necessary water and nutrients, while also helping plants resist pathogens and adversity.

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Mycorrhizal networks form extensive networks in forest soils and among dead branches and fallen leaves, creating a complex ecosystem. In this ecosystem, fungi and plants exchange nutrients and information, and this symbiotic relationship is crucial for maintaining the stability and health of the ecosystem.

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In addition to their role in natural ecosystems, mycorrhizae also play an important role in agriculture and horticulture. The roots of many crops are connected to mycorrhizae, increasing their nutrient absorption capacity and improving plant growth rates and yields. At the same time, mycorrhizae can reduce dependence on fertilizers and pesticides, thereby reducing environmental impact.

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In summary, mycorrhizae play important roles in both natural ecosystems and human life. Further research and understanding of mycorrhizae can help us better protect natural ecosystems, improve agricultural productivity, and promote sustainable development.

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What if it could connect to other things as well?

 

We'll link the mycelium to Project Kismet, prompting it to connect to the mycelial network.