Fungi Finding: Mushroom Hunters Seek New Species and Recognition

Mushroom enthusiast Jake Burt examines a mushroom growing in moss on a dead tree during a mushroom biodiversity survey near Port Angeles, Washington, on October 17, 2024. (AFP)
Mushroom enthusiast Jake Burt examines a mushroom growing in moss on a dead tree during a mushroom biodiversity survey near Port Angeles, Washington, on October 17, 2024. (AFP)
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Fungi Finding: Mushroom Hunters Seek New Species and Recognition

Mushroom enthusiast Jake Burt examines a mushroom growing in moss on a dead tree during a mushroom biodiversity survey near Port Angeles, Washington, on October 17, 2024. (AFP)
Mushroom enthusiast Jake Burt examines a mushroom growing in moss on a dead tree during a mushroom biodiversity survey near Port Angeles, Washington, on October 17, 2024. (AFP)

You can't walk very far through a forest in this part of the United States without stumbling upon a mushroom, an eruption from a vast fungal kingdom that all life depends on, but about which we know very little.

Some are tall and thin with a helmet top, others are great flourishes of brain-like folds; some seem like they should be sheltering fairies in a storybook.

Many look like they could be delicious in the hands of a skilled chef; others... decidedly not.

But the dozens of species that enthusiasts and experts collected on a recent morning represent just a tiny fraction of life that is neither flora nor fauna.

"Mushrooms are not plants," said Amy Honan, who teaches mycology and fungal ecology at Oregon University.

"Fungi are more closely related to animals than they are to plants."

Plants make their own food through photosynthesis, but mushrooms have to eat something else.

"They spit out different enzymes, so they break down their food outside of their body, and they slurp it up like a smoothie," Honan said.

- 'Essential' -

Of the at least 2.5 million species of fungus thought to exist on Earth, scientists have described around 150,000 -- six percent -- Honan told AFP during a field trip near Port Angeles in Washington state.

Compared with what we know about plants and animals, that's practically nothing.

"We know about 98 percent of the vertebrates that are on the planet," she said. "We know about 85 percent of plants that exist on the planet. We know about 20 percent of invertebrates."

This paucity of fungal knowledge is troubling because of the vital -- and largely unseen -- role that they play.

Fungi evolved before plants and created the conditions to allow vegetation to move from the sea to the land.

"Fungi are essential for all terrestrial ecosystems. They confer all kinds of benefits to plants, from salt tolerance, heavy metal tolerance, disease resistance," Honan said.

"Basically, without fungi... plants would not exist. We need plants for oxygen, so the world would not exist in its current state."

It would also be chock-full of dead things.

"Fungi break down all dead organic material, so they recycle all that carbon and other nutrients," facilitating the life cycle of plants and animals.

- COP16 focus -

There is a burgeoning awareness of the importance of fungi, whose role is set to come up for discussion at the UN Convention on Biological Diversity COP16 meeting in Colombia, which kicks off on Monday.

The Guardian newspaper reported last week that a joint proposal by Chile and the United Kingdom could see fungi recognized as "an independent kingdom of life in legislation, policies and agreements, in order to advance their conservation and to adopt concrete measures that allow for maintaining their benefits to ecosystems and people."

Greater protections would be good news, said mycologist Graham Steinruck, who, along with Honan, is leading a study into fungal biodiversity at a site that was underwater until the removal of a dam a few years ago.

As part of the Olympic Peninsula Fungi Festival, he and Honan have taken participants out into the field to show them how to find species of mushroom, and how to record what they are seeing.

"I think the more fungi that we go out and discover and document not only tells us about our biodiversity, but also can tell us about ways we can steward the land better," Steinruck said.

Knowing more about these mysterious organisms could also bring benefits to lots of areas of human life.

Mushrooms can help us "heal ourselves, and maybe even potentially (help) other things like industries," he said.

For participants on the mushroom hunt, the opportunity to find new fungal life was eye-opening.

Naomi Ruelle had traveled from New York with her mushroom-enthusiast partner, and was taking part in her first organized hunt.

"I've learned so much," she beamed, showing off a collection that included a huge, fleshy shelf-like specimen, yellow parasol-style mushrooms and spindly stalked fungi that had found root in a dead pine cone.

"It was so interesting to see the different species. They're obviously going to take them to the lab and I'm kind of curious to understand a bit more about them."



Colombian Scientists Develop Supplement to Protect Bees from Pesticides

Bees from the apiary of the Universidad del Rosario raised for the research of the formula to protect the brain of bees and other pollinators affected by exposure to insecticides, which was patented in Britain under the leadership of researchers from the Faculty of Natural Sciences of the Universidad del Rosario, in alliance with the Department of Neuroscience of the University of Arizona - Reuters
Bees from the apiary of the Universidad del Rosario raised for the research of the formula to protect the brain of bees and other pollinators affected by exposure to insecticides, which was patented in Britain under the leadership of researchers from the Faculty of Natural Sciences of the Universidad del Rosario, in alliance with the Department of Neuroscience of the University of Arizona - Reuters
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Colombian Scientists Develop Supplement to Protect Bees from Pesticides

Bees from the apiary of the Universidad del Rosario raised for the research of the formula to protect the brain of bees and other pollinators affected by exposure to insecticides, which was patented in Britain under the leadership of researchers from the Faculty of Natural Sciences of the Universidad del Rosario, in alliance with the Department of Neuroscience of the University of Arizona - Reuters
Bees from the apiary of the Universidad del Rosario raised for the research of the formula to protect the brain of bees and other pollinators affected by exposure to insecticides, which was patented in Britain under the leadership of researchers from the Faculty of Natural Sciences of the Universidad del Rosario, in alliance with the Department of Neuroscience of the University of Arizona - Reuters

Scientists in Colombia say they have developed a novel food supplement that protects bees' brains from pesticides, keeping the insects safe from neurological damage caused by agricultural chemicals.

Bees, as pollinators, are considered essential for the preservation of natural ecosystems and food production.

The plant-based supplement developed at Colombia's private Rosario University in Bogota, in partnership with the Department of Neuroscience at the University of Arizona and Colombian Universidad Javeriana, allows bees to cope with neurotoxins commonly used in agriculture and avoid having their motor system and memory harmed by the chemicals, Reuters reported.

"This is a nutritional solution to the problem bees face when exposed to pesticides," said Andre Riveros, associate professor at Rosario University. "The food induces them to develop a protection (against pesticides)".

The formula is created with flavonoids, plant-derived secondary metabolites known for their health benefits.

Sedated and then confined to small laboratory tubes, bees were fed one-by-one by scientists during initial development of the supplement.

Testing has now moved to real-world scenarios in a university apiary, explained Juan Jose Ovalle, a natural science student at the university.

"We already know that there are molecules that improve the bees' health, we already know that there are molecules that prevent neuronal damage caused by pesticides", Ovalle explained, adding it was important to continue the work to boost the effectiveness of these methods in supporting bees.