• Email Us: [email protected]
  • Contact Us: +1 718 874 1545
  • Skip to main content
  • Skip to primary sidebar

Medical Market Report

  • Home
  • All Reports
  • About Us
  • Contact Us

Dazzling “Mushroom Tornado” Captures The Complexity Of Raindrop Spore Dispersal

July 4, 2023 by Deborah Bloomfield

The devastation of tornadoes has been well documented through history, but did you know that every day there are miniature versions of these rotating columns of air happening all around us? However, though they be small, they are still deadly, capable of spreading spores in a way that can devastate surrounding plant species.

One such miniature vortex recently featured in the BigPicture Natural World Photography Competition (pictured above). Aptly named “Mushroom Tornado”, it was captured by photographer Liu Yang from YongChuan, Chongqing, China, during a visit to New Zealand.

Advertisement

It sounds ridiculous, but it all comes down to a quirk in the way that spores can spread when conditions are wet compared to when they are dry, something researchers looked into back in 2019 in their paper Vortex-induced dispersal of a plant pathogen by raindrop impact. The phenomenon isn’t specific to plants, as it can happen it other spore-producing organisms like the mushroom in the above photo, and the mini-tornadoes it produces are mesmerizing, if not a little devastating.

Scientists were eager to better understand how spores can disperse in wet conditions, as it can help us to better control the spread of pathogens among plant and fungi communities. Using a high-speed video camera and fluid mechanics, they were able to visualize the rust spores being released from an infected wheat leaf, and the results were unexpected.

“We observed thousands of spores being transported in air vortices following raindrop impact,” said Sunghwan Jung, professor in the Department of Biological and Environmental Engineering at Cornell University, in a statement. “That was quite surprising.”

The videos showed a previously unknown method of air-vortex dispersal that generated a swirling mechanism of spread that looked similar to a tiny tornado. Evolving to spread under wet conditions with the aid of raindrop impact appears to be just one of the many ways these spore-dispersing species have evolved to spread far and wide, and the Mushroom Tornado captured by Yang is no different.

Advertisement

Yang’s image was selected as a finalist in the BigPicture Natural World Photography Competition 2023 Landscapes, Waterscapes, and Flora category. Taken near Lake Matheson, which backs onto New Zealand’s Fox Glacier in Westland National Park, it makes the spreading of infectious spores look like nothing short of art.

“A mesmerizing, yet deadly, spore scene,” reads the photo’s caption. “This beautiful, mushroom-forming fungus (Armillaria novae-zelandiae) is a member of the Physalacriaceae family – one of three Armillaria species native to New Zealand. This highly invasive species is often found on decaying wood and capable of causing root rot in plants with which it comes into contact.”

If you’re going to spread deadly spores, you might as well do it with style.

These images originally appeared on bioGraphic, an online magazine about nature and regeneration and the official media sponsor for the California Academy of Sciences’ BigPicture Natural World Photography Competition.

Deborah Bloomfield
Deborah Bloomfield

Related posts:

  1. Tennis-Scrappy Sakkari survives gruelling three-setter to beat Andreescu
  2. Cricket-NZ players reach Dubai after ‘specific, credible threat’ derailed Pakistan tour
  3. Accel, Tiger and Stripe’s COO back Mexico City-based Higo as it raises $23M for its B2B payments platform
  4. The Cat Flap Is Surprisingly Ancient, And Not The Work Of Isaac Newton

Source Link: Dazzling "Mushroom Tornado" Captures The Complexity Of Raindrop Spore Dispersal

Filed Under: News

Primary Sidebar

  • Humans Have A “Seventh Sense” That Lets You Touch Things From A Distance
  • The Longest Place Name Has 111 Letters – And It’s Visited By Millions Of People Each Year
  • We Now Know Why Neanderthal Faces Looked So Different To Our Own
  • Why Does Africa Have So Many Of The World’s Largest Land Animals?
  • This “Ant-Mimicking” Spider Produces Its Own Kind Of Milk And Nurses Its Babies
  • 1972 Was The Longest Year In Modern History – Here’s Why
  • Why Did “Magic Mushrooms” Evolve To Be Hallucinogenic – What’s In It For The Mushrooms?
  • Why Can’t You Domesticate All Wild Animals? The Process Relies On 6 Characteristics Few Mammals Possess
  • Meet Some Of Earth’s Mightiest Predators
  • Canada Officially Loses Its Measles Elimination Status After Nearly 30 Years. The US Is Not Far Behind
  • Two “Anomalies” Detected In Egypt’s Menkaure Pyramid Using Electrical Resistance Tomography
  • Invasive “Tree Of Heaven” Unleashes Hell As “Double Invasion” Sweeps Across Virginia
  • Hamman’s Crunch: A Man Covered His Nose And Mouth Whilst Sneezing And Ended Up In Hospital
  • “One Of The Most Beautiful Experiments In Evolutionary Biology”: What The Peppered Moth Taught Us About Evolution
  • Why Do Microwaved Eggs Explode When You Bite Into Them?
  • First-Ever At-Home LSD Microdosing Trial For Depression Sees 60 Percent Improvement In Symptoms
  • People Are Just Learning What A Baby Turkey Is Called
  • Enceladus’s North Pole Is Leaking Heat, Indicating Its Ocean Is Ancient And Boosting Prospects For Life
  • Speaking Multiple Languages May Be A Secret Weapon Against The Ravages Of Old Age
  • The World’s Largest Monkey Roams The Forest In “Hordes” Of Over 800 Individuals
  • Business
  • Health
  • News
  • Science
  • Technology
  • +1 718 874 1545
  • +91 78878 22626
  • [email protected]
Office Address
Prudour Pvt. Ltd. 420 Lexington Avenue Suite 300 New York City, NY 10170.

Powered by Prudour Network

Copyrights © 2025 · Medical Market Report. All Rights Reserved.

Go to mobile version