A sweet-smelling fungus that mimics blooming flowers might soon help humans outsmart one of the world’s deadliest insects — the mosquito. According to new research published in Nature Microbiology, scientists have engineered a fungus that produces an irresistible scent to mosquitoes, luring them in before killing them. The secret ingredient? A floral compound called longifolene.

“Mosquitoes are responsible for around 600,000 deaths every year, mostly among children in sub-Saharan Africa,” explained Raymond St. Leger, a University of Maryland entomologist and study co-author. “Insecticides are failing, so we needed a safer, smarter alternative. This fungus may be the answer.”

Why Traditional Insecticides Are Losing Power

For decades, chemical insecticides have been the main line of defense against mosquitoes. But over time, many mosquito species have developed resistance, leaving communities vulnerable to diseases like malaria, dengue, and Zika.

That’s where the Metarhizium fungus comes in. Naturally found in soil, it’s already known for infecting mosquitoes. Researchers decided to give this natural pathogen a clever genetic upgrade—teaching it to mimic the scent of flowers that mosquitoes love.

Turning Fungi into Flower Impostors

“We discovered that some fungi produce floral odors to attract insects,” said St. Leger. “So we engineered our mosquito-targeting fungus to make those same sweet scents.”

Mosquitoes, it turns out, don’t survive on blood alone. “Only females take blood meals to lay eggs,” explained Michael Bidochka, a microbiologist at Brock University. “Most of the time, mosquitoes feed on nectar from flowers. That behavior is what makes this idea so powerful.”

By inserting the gene responsible for producing longifolene into Metarhizium, scientists created a fungus that smells like nectar-rich blossoms—enticing mosquitoes straight into their trap.

A Trap Too Tempting to Resist

Unlike traditional sprays that must find mosquitoes, this innovation flips the script. “We bring the mosquitoes to the fungus,” said St. Leger.

Researchers place the engineered fungus inside simple traps. The sweet floral odor draws in the insects, and once they land, the fungus infects and kills them. It’s a low-tech yet high-impact solution. “We can grow it on rice or leftover plant matter,” St. Leger added. “It’s affordable, sustainable, and easy for communities to use.”

Designed for Local Mosquito Control

St. Leger emphasizes that this fungus isn’t meant to wipe mosquitoes off the planet but to manage them locally. “It’s designed for household or village-level impact,” he said. “The goal is to reduce mosquito numbers where people live, not eliminate the species entirely.”

Because it’s localized, the fungus poses minimal risk to the broader ecosystem while still offering relief to communities suffering from mosquito-borne diseases.

Next Step: Field Trials

The lab results are promising, but researchers know real-world conditions are more complex. “Field trials are next,” the study authors wrote. These tests will measure how well the fungus performs in natural mosquito habitats and help fine-tune its deployment.

Already, the project has sparked interest in regions hardest hit by malaria. “Entrepreneurs in West Africa are exploring ways to grow and distribute the fungus locally,” said St. Leger. “It’s exciting to see science inspiring homegrown innovation.”

A Natural Solution with Global Potential

By blending biotechnology with ecology, this sweet-smelling fungus could transform mosquito control worldwide. It’s affordable, environmentally friendly, and—most importantly—effective.

In the fight against mosquito-borne disease, a little flower power might just save millions of lives.

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Researchers found that these digital spaces are especially difficult to police, making them prime ground for radical movements to thrive. Their findings come at a time when governments and experts are increasingly concerned about how gaming culture is being used to reach vulnerable audiences.

From Gaming to Radicalization: How It Starts

The study, published Thursday, dives deep into the political content circulating on video game streaming sites and third-party messaging apps. Through interviews with 13 moderators, tech experts, and anti-extremism activists, the researchers uncovered a disturbing trend: far-right messaging is by far the most common.

These messages often promote neo-Nazism, misogyny, conspiracy theories like QAnon, and hatred directed at racialized and LGBTQ2S+ groups.

“These gaming-adjacent platforms offer extremists direct access to large, often young and impressionable audiences,” said co-author William Allchorn. “They have become a key tool for extremist recruitment.”

Canada Responds with Research and Warnings

In March 2024, the Canadian government responded by investing in research to understand how gaming communities can enable political indoctrination. Later that year, the Extremism and Gaming Research Network, one of the recipients of that funding, confirmed the presence of extremist actors in gaming spaces.

Canada’s RCMP even issued a national advisory in August, urging parents and guardians to monitor youth activity online. “Your report could be the missing piece to preventing more harm,” the advisory stated, highlighting the growing threat these platforms pose to children.

Why These Platforms Are So Vulnerable

According to IPPPRI, recruitment often begins inside the games. Features like multiplayer matchmaking provide a steady stream of new users. Shared interests help establish trust quickly. Games with hyper-masculine themes, especially first-person shooters, make it easier to steer conversations toward radical ideologies.

Though most platforms have filters to block inappropriate content, extremists often shift conversations to third-party messaging apps where they can operate with fewer restrictions. This process—known as content funnelling—remains difficult to detect, particularly when enforcement depends on user reports.

Gaps in Moderation and AI Limitations

Interviewees described a concerning lack of effective moderation. While AI is being trained to spot violent or extremist language, these systems often misinterpret context. Words used in violent games might not carry real-world threats, and inside jokes, memes, and coded language easily slip past automatic detection.

Even human moderators struggle to keep up with the ever-changing vocabulary and symbols used to evade bans. This combination of fast-moving content and limited moderation tools makes it easier for harmful ideologies to spread unchecked.

“Strengthening moderation systems, both AI and human, is essential,” Allchorn emphasized. “Updating platform policies to address harmful but technically lawful content is just as important.”

A Call for Action from Platforms and Policymakers

The study’s findings point to a serious and growing threat that requires immediate and coordinated action. Platforms must invest in better tools, improve user education, and tighten their policies. Governments, too, must stay proactive by funding research and raising public awareness.

As young gamers continue to log on, they shouldn’t unknowingly enter spaces where radicalization lurks behind the controller.

The battle for online safety starts with awareness.
Stay tuned to Maple Wire for the latest on digital safety and extremism research.

The post Far-Right Extremism Spreads via Online Gaming Platforms first appeared on Maple News Wire.