logo
Unexpected heroes join the fight against insect scourge that threatens 18 states: 'We are able to find them as quickly as possible'

Unexpected heroes join the fight against insect scourge that threatens 18 states: 'We are able to find them as quickly as possible'

Yahoo23-03-2025

The spotted lanternfly may be small, but its impact is anything but. Since it was first detected in Pennsylvania in 2014, this invasive insect has expanded into at least 18 states, threatening over 70 plant species — including grapes, hops, and fruit trees. Left unchecked, it could devastate industries and ecosystems alike.
But now, an unexpected group of heroes is joining the fight: highly trained detection dogs.
Much like bomb-sniffing or search-and-rescue dogs, these canine conservationists are trained to track down spotted lanternflies by scent, helping conservationists stop infestations before they spread. "They've been trained to smell out something we want them to find," said Kansas State University wildlife expert Drew Ricketts, according to the K-State Research and Extension.
Their noses are proving far more effective than human eyes, especially in dense forests and hard-to-reach areas where traditional monitoring falls short. Once an infestation is found, crews can remove eggs, apply targeted insecticides, or even introduce natural predators to keep the bug population in check.
"As invasive species start to expand, we are able to find them as quickly as possible and can remove them to keep a new population from starting," Ricketts explained.
This innovative use of detection dogs is part of a growing movement in conservation. Canines have already been trained to locate coyote scat for wildlife research and to track down endangered bird nests for monitoring. Now, their keen sense of smell is being harnessed to fight one of the country's most destructive invasive species.
Ricketts highlighted that the urgency is only growing. He said spotted lanternflies have already been detected as far west as Iowa, and experts fear they could soon take hold in Kansas. That's especially concerning for the state's growing vineyard industry. "Within one growing season of the infestation starting, you could see 80% to 100% vine loss," Ricketts warned.
While early detection is crucial, so is community action. The best way to stop the spread is to spot and report them through platforms, such as iNaturalist, and eliminate spotted lanternflies at any stage of their lifecycle, especially by destroying their eggs before they hatch. While it may not feel good to eliminate life, taking action against invasive species is essential to preserving native ecosystems — including the one in your own backyard.
By combining innovative solutions like detection dogs with community action, we have a real chance to curb the spread of spotted lanternflies before they cause irreversible damage. Protecting native ecosystems starts with vigilance — and sometimes, that means letting a well-trained nose lead the way.
Should we be actively working to kill invasive species?
Absolutely
It depends on the species
I don't know
No — leave nature alone
Click your choice to see results and speak your mind.
Join our free newsletter for good news and useful tips, and don't miss this cool list of easy ways to help yourself while helping the planet.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Sharpest View of the Sun Reveals Magnetic Stripes the Size of Manhattan
Sharpest View of the Sun Reveals Magnetic Stripes the Size of Manhattan

Gizmodo

time3 days ago

  • Gizmodo

Sharpest View of the Sun Reveals Magnetic Stripes the Size of Manhattan

Scientists used the world's largest solar telescope to capture incredibly detailed images of the Sun's surface, revealing ultra-fine magnetic stripes rippling across the star and magnetic fields that resemble fluttering curtains, which modify light. The Daniel K. Inouye Solar Telescope stands tall at 13 feet (4 meters) atop a volcano in Maui, Hawaii, staring at our host star with great intensity. Using the telescope's unique capabilities, a team led by scientists from the National Science Foundation (NSF) observed ultra-narrow bright and dark stripes on the solar photosphere at an unprecedented level of detail. The recent observations, published in The Astrophysical Journal Letters, offer new insight into how the Sun's magnetic fields shape the dynamics at its surface and affects space weather. The stripes, called striations, ripple across the walls of solar granules—convection cells in the Sun's photosphere where hot gas rises from inside the star to reach the surface. They're around 12 miles wide (20 kilometers), roughly the length of Manhattan, which is tiny compared to the monstrous size of the Sun. The striations are the result of curtain-like sheets of magnetic fields that ripple and shift across the surface of the Sun. As light from the granule walls passes through these fields, it appears to flutter and alternate between brightness and darkness. This variation is an indication of the underlying magnetic field, which appears dark when it's weaker and bright when it's relatively stronger. 'These striations are the fingerprints of fine-scale magnetic field variations,' David Kuridze, a scientist at the National Solar Observatory and the study's lead author, said in a statement. The team behind the study used the Inouye telescope's Visible Broadband Imager instrument, which operates in a specific range of visible light, called the G-band, that highlights areas with strong magnetic activity. Scientists then compared the telescope's images with simulations that recreate the physics of the Sun's surface, finding them to be in agreement. 'Magnetism is a fundamental phenomenon in the universe, and similar magnetically induced stripes have also been observed in more distant astrophysical objects, such as molecular clouds,' Han Uitenbroek, NSO scientist and co-author of the study, said in a statement. 'Inouye's high resolution, in combination with simulations, allows us to better characterize the behavior of magnetic fields in a broad astrophysical context.' Located approximately 93 million miles (149 million kilometers) from Earth, the Sun has been holding our solar system together with its gravity for nearly five billion years, and yet there is still so much we don't know about our host star. By studying the magnetic architecture of the solar surface, scientists are hoping to understand the physics behind solar eruptions, flares, and coronal mass ejections so that they can better predict space weather. The Sun is currently at solar maximum, a period of heightened activity in its 11-year cycle which is marked by intense flareups that can sometimes be directed toward Earth. On May 10, 2024, a G5 magnetic storm—classified as extreme—hit Earth as a result of large expulsions of plasma from the Sun's corona. The G5 storm, the largest in more than 20 years, caused some deleterious effects on Earth's power grid and some spectacular auroras seen across much of the globe. The storm also increased atmospheric density in low Earth orbit by up to an order of magnitude, which in turn caused atmospheric drag that affected satellites.

Illuminating ctDNA-MRD: Gene Solutions' K-CONNECT APAC 2025 Sparks Regional Collaboration in Precision Oncology
Illuminating ctDNA-MRD: Gene Solutions' K-CONNECT APAC 2025 Sparks Regional Collaboration in Precision Oncology

Yahoo

time31-05-2025

  • Yahoo

Illuminating ctDNA-MRD: Gene Solutions' K-CONNECT APAC 2025 Sparks Regional Collaboration in Precision Oncology

DA NANG, Vietnam, May 31, 2025 /PRNewswire/ -- May 9-11, 2025, Gene Solutions, a pioneer in AI-driven precision oncology hosted K-CONNECT APAC 2025, a pivotal summit uniting over 100 distinguished oncologists and molecular biologists from nine Asia-Pacific countries. — This landmark event marked a significant milestone in advancing precision oncology, fostering collaboration, and driving innovation in the fields of circulating tumor DNA (ctDNA), Molecular Residual Disease (MRD), and Comprehensive Genomic Profiling (CGP). Under the theme "Empowering the Potential of ctDNA-MRD," 16 distinguished speakers and panelists shared clinical insights, breakthrough research, and innovative strategies for integrating ctDNA-MRD into cancer practice. "While ctDNA and MRD are invisible to the eye, K-CONNECT APAC 2025 shed transformative light on their potential through regional collaboration and clinical innovation," said Ida Deleskog Lindstrom, Global Medical Affairs Director at Gene Solutions. "Illuminating ctDNA-MRD means revealing actionable insights that spark hope, clarity, and progress through molecular insights to transform precision oncology." "K-CONNECT APAC 2025 was a transformative moment for precision oncology in the Asia-Pacific, bringing together diverse expertise to translate ctDNA-MRD advancements into real-world clinical impact'' said Professor Nick Pavlakis, Co-Chair of the summit and a leading medical oncologist from Australia. "This summit has set a new benchmark for collaborative innovation, paving the way for personalized cancer care across the region'' A First-of-Its-Kind Gathering in Asia-Pacific Gene Solutions, a regional pioneer in ctDNA-MRD testing, has supported over 6,000 cancer patients via its next generation comprehensive AI-powered K-TRACK® and K-4CARE® platforms. K-CONNECT APAC 2025 showcased its role in fostering cross-border expertise to accelerate adoption of precision diagnostics. The summit featured three key sessions shared by 16 esteemed experts K-CONNECT ACADEMIC Session: The Importance of ctDNA-MRD and CGP in Precision Oncology Unique Combination of Genomic & Transcriptomic Profiling with ctDNA-MRD Monitoring Key findings from Asia's First Real-World Study of ctDNA-MRD Monitoring in Solid Tumors. K-CONNECT CASE SHARING Session ctDNA-MRD Applications & Real-World Case Sharing in Colorectal, Lung and Breast cancers. K-CONNECT NEXT LANDMARK Session Genetic Testing Guided Personalized Immunotherapy in Refractory Solid Tumors. Triad of Impact– A Multi-omic Solution to Advance Precision Oncology Innovation. Beyond an Event — Establishing a Platform for Ongoing Impact K-CONNECT is evolving into a regional hub for knowledge exchange, clinical collaborations, and precision oncology innovation acceleration. Upcoming initiatives include: K-CONNECT Webinar Series – Ongoing expert-led case discussions Clinical Trials Collaboration – Cross-border partnerships with biopharma and research institutions Experience ctDNA-MRD Program – Hands-on implementation support for clinicians Knowledge Hub – A digital platform for APAC oncology insights Shaping the Future of Cancer Care K-CONNECT APAC 2025 solidified Gene Solutions' leadership in genetic testing and its commitment to advancing equitable access to innovative solutions to improve patient outcomes. By fostering collaboration and showcasing real-world impact, the summit laid the foundation for a more connected, data-driven, and patient-centered future in cancer care across the Asia-Pacific. About Gene Solutions Gene Solutions is a leading multinational biotechnology company headquartered in Asia, pioneering the integration of advanced AI and circulating tumor DNA (ctDNA) technologies to deliver innovative solutions across the cancer care continuum. Recognized for its proprietary research and CAP-accredited laboratories, the company combines multi-dimensional genomics with AI-driven analytics to transform oncology—from early detection to real-time treatment monitoring. With a strong regional presence and a commitment to empowering access to precision medicine, Gene Solutions is shaping the future of cancer diagnostics and personalized care across the Asia-Pacific. Explore more information at: MEDIA CONTACT: pr@ View original content to download multimedia: SOURCE Gene Solutions Genomics Pte Ltd Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data

Kansas ash trees under attack from returning pest
Kansas ash trees under attack from returning pest

Yahoo

time29-05-2025

  • Yahoo

Kansas ash trees under attack from returning pest

MANHATTAN, Kan. (KSNW) — A pest that last made a major appearance in Kansas nearly a decade ago is back — and it's feasting on ash trees across the state. Kansas State University entomologist Raymond Cloyd said the brownheaded ash sawfly is once again active, and residents are starting to take notice. 'We've had a number of inquiries regarding these caterpillar-looking insects,' said Cloyd, a professor in K-State's Department of Entomology. 'And they're not caterpillars — they're sawflies. It's important to make the distinction because certain insecticides will work on caterpillars but not sawflies.' The insect's larvae — yellow-green with white and green stripes and a brown head — feed on the leaves of green ash trees, leaving behind shot holes before consuming entire leaves, often sparing only the veins. 'They feed with chewing mouthparts,' Cloyd said, 'and can compromise the aesthetic quality of the plant.' This year marks the first widespread return of the brownheaded ash sawfly since 2016. The insect is specific to green ash trees and typically only produces one generation per year in Kansas. Skull of one-ton ground sloth found in Kansas Cloyd noted that while the sawfly is not as destructive as the emerald ash borer, it can still leave trees severely defoliated. 'If they continue to feed, your tree won't have any leaves on it, and that's the issue,' he said. Fortunately, there are a few simple ways to manage the problem. 'Heavy rainfall will wash them off,' Cloyd explained. 'You can use a high-pressure water spray to dislodge them, handpick them if feasible, or just let them go and know it will eventually stop.' If the insects have already moved to the base of the tree, Cloyd suggests collecting them in a bag for disposal. 'At this point, it's almost getting too late to apply some type of insecticide,' he said. 'It's either live with it, handpick, or remove the ones that have migrated to the base of the trees.' He also emphasized the importance of correct identification: 'Sawflies have prolegs—appendages on every section of the abdomen—while caterpillars typically don't. The feet of a caterpillar also have hairs or crochets, which sawflies lack.' In most cases, Cloyd recommends avoiding insecticides unless the damage is extensive. 'If populations are causing significant aesthetic damage, contact insecticides can be applied, but thorough coverage of the canopy, especially the leaf undersides, is important,' he said. For more details on identifying and managing the pest, K-State offers a free publication, Brownheaded Ash Sawfly. Residents can also reach out to their local Extension office with questions. Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store