What will I learn about: Explore the hidden, neglected kingdom of fungi to understand its vital role in sustaining life on Earth, from providing medical cures to shaping entire ecosystems?

Explore the hidden, neglected kingdom of fungi to understand its vital role in sustaining life on Earth, from providing medical cures to shaping entire ecosystems.

What will I learn about: how brainless slime molds can solve complex spatial problems like mapping the Tokyo rail system, challenging our traditional definitions of intelligence?

Discover how brainless slime molds can solve complex spatial problems like mapping the Tokyo rail system, challenging our traditional definitions of intelligence.

What will I learn about: why decentralized mycelial networks blur the line between individual and collective, prompting a fascinating reevaluation of human autonomy and our own microbiomes?

Understand why decentralized mycelial networks blur the line between individual and collective, prompting a fascinating reevaluation of human autonomy and our own microbiomes.

What will I learn about: Learn how underground truffles use intoxicating scents and chemical pheromones to communicate with plants and seduce animals into helping them reproduce?

Learn how underground truffles use intoxicating scents and chemical pheromones to communicate with plants and seduce animals into helping them reproduce.

What will I learn about: how lichens, a resilient combination of algae and fungi, can survive the extreme environment of space and how they revolutionized the biological concept of symbiosis?

Find out how lichens, a resilient combination of algae and fungi, can survive the extreme environment of space and how they revolutionized the biological concept of symbiosis.

Entangled Life

How Fungi Make Our Worlds, Change our Minds and Shape Our Futures

Merlin Sheldrake

★ 4.7 / 5(165 ratings)

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Categories:

Nature & the Environment

If You're Curious About These Questions...

You should listen to this audiobook

💡Have you ever wondered how a hidden, underground network of fungi allows entire forests to communicate and share resources?
💡Did you know that these mysterious organisms can solve complex problems, survive in outer space, and might even hold the key to our future survival?
💡What if you could see the world through a 'fungal point of view' and discover how these life forms manipulate everything from animal behavior to human consciousness?

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Key Takeaways from Entangled Life

✓Explore the hidden, neglected kingdom of fungi to understand its vital role in sustaining life on Earth, from providing medical cures to shaping entire ecosystems.
✓Discover how brainless slime molds can solve complex spatial problems like mapping the Tokyo rail system, challenging our traditional definitions of intelligence.
✓Understand why decentralized mycelial networks blur the line between individual and collective, prompting a fascinating reevaluation of human autonomy and our own microbiomes.
✓Learn how underground truffles use intoxicating scents and chemical pheromones to communicate with plants and seduce animals into helping them reproduce.
✓Find out how lichens, a resilient combination of algae and fungi, can survive the extreme environment of space and how they revolutionized the biological concept of symbiosis.

Learning Tools

Reinforce what you learned from Entangled Life

Mind Map

Entangled Life

Intelligence & Individuality+

Communication via Scent+

Symbiosis & Lichens+

Mind-Altering Chemicals+

Mycorrhizal Relationships+

Human Perception+

Environmental Solutions+

Quiz — Test Your Understanding

Question 1 of 9

How did Japanese researchers demonstrate the problem-solving abilities of the slime mold Physarum polycephalum?

A. It successfully navigated a maze of oat flakes to find the quickest route, which identically resembled Tokyo's rail system.
B. It communicated with other fungi to collectively avoid harmful bright lights placed in a petri dish.
C. It altered the brain chemistry of nearby insects to carry oat flakes across a map of the Greater Tokyo area.
D. It reorganized its genetic structure to survive direct exposure to toxic environments.

Question 2 of 9

Why do mycelial networks challenge human conceptions of individuality?

A. They are completely dependent on host organisms for survival and cannot exist independently.
B. They can only reproduce when permanently fused with the roots of a specific plant species.
C. They operate as a single entity, yet a single severed tube can regenerate the entire network on its own.
D. They possess a central nervous system that controls billions of independent hyphal tips.

Question 3 of 9

Why do truffles rely heavily on producing an intoxicating, irresistible scent?

A. To ward off parasitic insects that threaten their underground mycelial networks.
B. To signal neighboring plants to share their excess carbon and phosphorus.
C. To neutralize toxic compounds found in the soil around their host trees.
D. To attract animals that will unearth them and disperse their spores above ground.

Question 4 of 9

Why was Simon Schwendener's 1869 hypothesis about lichens initially rejected by the scientific community?

A. It contradicted Darwin's theory of evolution by suggesting organisms evolved by converging rather than diverging.
B. It falsely claimed that lichens were capable of surviving the vacuum of outer space.
C. It proposed that lichens were a completely new kingdom of life, separate from plants and animals.
D. It suggested that lichens were parasites that ultimately destroyed their host environments.

Question 5 of 9

How does the 'zombie fungus' Ophiocordyceps unilateralis control the behavior of carpenter ants?

A. By infecting and rewriting the neural pathways directly inside the ant's brain.
B. By secreting chemicals that act on the ant's muscle fibers and central nervous system.
C. By releasing pheromones that trick the ant into believing the fungus is its queen.
D. By depriving the ant of oxygen until it instinctively climbs to a higher altitude.

Question 6 of 9

What crucial role did fungi play in the evolution of life on Earth approximately 600 million years ago?

A. They produced the first atmospheric oxygen, allowing aquatic animals to breathe.
B. They consumed massive amounts of atmospheric carbon, single-handedly triggering global cooling.
C. They helped the first green algae migrate onto barren land by scavenging water and minerals for them.
D. They protected early terrestrial animals from harmful solar radiation before the ozone layer formed.

Question 7 of 9

What does the survival of the 'ghost pipe' (Monotropa uniflora) demonstrate about mycorrhizal networks?

A. That some plants can photosynthesize underground without any sunlight.
B. That fungi actively hunt and consume parasitic plants to protect the forest ecosystem.
C. That certain plants have evolved to completely reject fungal partnerships in order to survive.
D. That nutrients and carbon can be transferred between different plants via a shared fungal highway.

Question 8 of 9

What does researcher Toby Kiers' study on the exchange of carbon and phosphorus between plants and fungi suggest?

A. Fungi always distribute nutrients equally among all plants, acting as a purely socialist system.
B. Plants and fungi engage in complex trade-offs that can be compared to shifting market prices in a capitalist economy.
C. Fungi consistently exploit plants, taking more carbon than they need and giving almost no phosphorus in return.
D. Plants control the entire exchange process, dictating exactly how much phosphorus the fungi are allowed to gather.

Question 9 of 9

According to the text, what is 'mycoremediation'?

A. The use of fungi to break down pollutants and toxic waste, such as used diapers.
B. The process of growing building materials and leather alternatives from mycelium.
C. The agricultural practice of using fungi to increase the sugar content of fruit crops.
D. The medical application of fungal compounds to cure human psychological disorders.

Entangled Life — Full Chapter Overview

1Recommendation
21 — Fungi challenge how we think about intelligence and individuality.
32 — Fungi communicate with humans, animals, and plants through smell.
43 — Lichens show what is biologically possible on Earth.
54 — Fungal chemicals can alter the minds of humans and animals.
65 — Mycorrhizal relationships form the foundation of life on Earth.
76 — Fungi, plants, bacteria, and trees are linked through “wood wide webs.”
87 — How we view fungi says a lot about us.
98 — Fungi may help solve environmental problems.
109 — Final summary

Entangled Life Summary & Overview

Entangled Life (2020) ushers us into the vast, hidden world of fungi. In it, we follow molds, yeasts, lichens, and many other fungi as they creep through the soil, intoxicate us with their scent, and induce mesmerizing visions. With a change in perspective, we can begin to see the world from a more fungal point of view –⁠ and understand how these organisms might be the key to our future survival.

Who Should Listen to Entangled Life?

Plant lovers and amateur naturalists
Fans of nature shows and documentaries
People who enjoy looking at the world from different perspectives

About the Author: Merlin Sheldrake

Merlin Sheldrake is a fungal biologist with a PhD in tropical ecology from Cambridge University. His research focuses primarily on fungal biology and the history of Amazonian ethnobotany. He is also a musician, brewer, and fermenter.

Entangled Life

If You're Curious About These Questions...

Listen to Entangled Life — Free Audiobook

Key Takeaways from Entangled Life

Learning Tools

Mind Map

Quiz — Test Your Understanding

Entangled Life — Full Chapter Overview

Entangled Life Summary & Overview

Who Should Listen to Entangled Life?

About the Author: Merlin Sheldrake

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