Fungi to the rescue

Millions of years of evolution have created an astonishing variety of life. Many organisms have developed extraordinary ways to improve their chances of survival in nature, and when it comes to fungi, these ways can also help us create a more sustainable world. They are nature’s small problem-solvers and might even help us find solutions for some of today’s big problems.

ACTIVITY
PROBLEMS
INITIATIVES
TED TALKS

Today’s big problems


Cow
One cow produces between 70 and 120 kg methane each year
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Trees
The world’s forests are constantly shrinking
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Discharge into oceans
Pollution from industry and agriculture
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Garbage patch
Garbage is damaging for the environment
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Fish
The ocean is the world’s biggest protein source
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Fresh water
Water covers 70% of our planet, only 3% is fresh water
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Offshore oil-drilling platforms
Fossil fuels release CO2 into the atmosphere
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Towns and cities
Over half of the world’s population lives in towns and cities
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Transport
Substantial contribution to the emission of greenhouse gases comes from transport
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Bees
Honey bees pollinate about 80% of all flowering crops
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Air pollution
Poor air quality is a problem in big cities
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Mining
Mine operations are tough on the environment
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Humans
We humans are at the center of many of the environmental and climate problems
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Agriculture
Agriculture releases greenhouse gas emissions
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9 environmental initiatives with fungi

Furniture

Plywood panels, which are often used in furniture, are made from wood remnants bound together by a type of adhesive. This adhesive is often harmful to health and carcinogenic. The company Ecovative instead uses strong fungal mycelium to bind the biomaterial to a solid, hard material.

Leather

Operations such as Bolt Threads and MycoWorks make artificial leather from fungi. Fungal mycelium is grown in biomaterial and, if the growth conditions are right, the mycelium forms a strong net which is reminiscent of natural leather!

Insect control (biopesticides and flesh-eating fungi)

Some fungi produce toxic substances that act very specifically against certain types of insects. These secondary metabolites can be purified and used as biopesticides without harming the environment and the bees. There are also flesh-eating fungi that trap and eat ringworms, which present a pest control problem for agriculture!

Protein

In addition to the enormous amounts of fungi that are eaten throughout the world, fungi can also be used in alternative ways to meet our major need for protein. Some fungi grow extremely efficiently in the right growing conditions. Companies such as Quorn in the UK cultivate fungi in large vessels as a cheap and effective alternative to meat or plant protein.

Packaging

Fungi can be grown on bioresidue material to produce an alternative material to the white polystyrene (flamingo), which is made from petroleum and is very difficult to break down. When the mycelium has grown to a large size, the material can be dried and pressed, and it has the same properties as the polystyrene.

Biofuel

Fungi hold the key to second-generation biofuel possibly competing with petrol and diesel in the future. Yeasts are used to ferment biomass into combustible alcohol. At the same time, fungi also contain enzymes which can break down cellulose very efficiently — for example, the biological residues which are the main components of stems.

Bioremediation

Each year fungi ensure that autumn leaves decompose, so that we do are not covered in them! But many of these natural enzymes that break down various materials can also be used in other contexts. For instance, to break down microplastics in the oceans, treat our wastewater or remove oil in oil spills.

Larger crop yields

Mycorrhizal fungi live symbiotically with tree roots, which benefits both organisms. Maybe the same concept can be used in soil, where genetically modified fungi can increase nutrient uptake by crops and make agriculture more efficient?

Washing at lower temperatures

Fungi are nature’s experts at decomposing everything from wood to grass. It is the enzymes that the fungi produce which enable this. This ability is also useful in washing detergents. Some enzymes are effective at temperatures as low as 20°C. Think how much energy we could save if the entire planet washed clothes at 20°C instead of 40°C!

TED talks

Dyk ned i svampenes verden med tre TED talks, som stiller skarpt på svampes enorme rolle på vores klode.  Designer Eben Bayer introducerer hans nye opfindelse; emballage lavet af svampemateriale. Mykolog Paul Stamets giver seks bud på, hvordan svampe kan redde verden. Kunstner Jae Rhim Lee spørger, om vi er klar til at overgive vores krop til naturen, selv efter døden?

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Opgave: Hvordan kan svampe redde verden?

Svampe er naturens små problemløsere og kan måske endda hjælpe os med at finde løsninger på nogle af de store problemer, verden står overfor.

FN har defineret 17 verdensmål, som skal nås inden 2030 – og vi mener, at svampe kan være med til at hjælpe. Klik på billedet til højre og tag et kig på de 17 verdensmål på FNs egen hjemmeside.

Nu er det din tur!
Diskuter jeres idéer til hvordan svampe kan løse problemerne, og slip kreativiteten løs – måske du finder den næste store bæredygtig løsning!

FN har defineret 17 verdensmål for bæredygtig udvikling, som verdens lande er gået sammen om at prøve at indfri – for en grønnere og bedre verden.