logo
Critically endangered vultures rewilded after landmark rehab effort in Maha

Critically endangered vultures rewilded after landmark rehab effort in Maha

In a step towards conservation, three White-Rumped Vultures – classified as critically endangered on the International Union for Conservation of Nature (IUCN) Red List — have been successfully reintroduced into the wild after over three years in captivity. The release - carried out on May 22 in Sawarna, Nashik – is the result of a joint initiative between the Maharashtra forest department and Pune-based RESQ Charitable Trust.
The three vultures were among four that had been transferred in October 2024 from Mumbai to the Wildlife Transit Treatment Centre (TTC), Pune, which specialises in recovery and release of injured or captive wildlife.
When the birds first arrived in Pune, they were in a critical condition — suffering from severe nutritional deficiencies, deteriorated plumage, and a lack of basic survival instincts. One bird, later diagnosed as immunocompromised, succumbed to a chronic infection despite intensive care. The remaining three underwent a rigorous, science-led rehabilitation process. 'We focused on every element that affects survival in the wild—from restoring muscle strength and flight to reconditioning ground feeding behaviours,' said Dr Sushrut Shirbhate, senior veterinarian at RESQ CT.
Over a period of seven months, the vultures showed remarkable improvement, transitioning from reluctant feeders to strong, self-reliant scavengers. Their progress was monitored through regular radiographs, blood tests, and morphometric evaluations. Behavioural conditioning was equally prioritised in that they were trained for sustained flight, thermoregulation, perching and social feeding with minimal human contact inside a dedicated aviary.
Ahead of the release, all three vultures were ringed for identification. The largest among them was also fitted with a solar-powered GPS tracker to enable long-term post-release monitoring. Early tracking reports show that these birds have integrated into a wild flock and are exhibiting normal behaviour.
Mahadev Mohite, deputy conservator of forests, Pune division, said, 'These birds weren't just from the same species—they were siblings. Releasing them into an existing wild population not only avoids inbreeding but helps rebuild natural social structures essential for the species' survival.'
Initial tracking following release was conducted jointly by the Nashik forest department and RESQ CT's field team. It showed that the vultures have adapted well to their new environment. Monitoring will continue over the coming weeks to ensure long-term success.
Once a common sight across India, White-Rumped Vultures have suffered a catastrophic population collapse of over 99% in recent decades, largely due to poisoning from the veterinary drug diclofenac, as well as habitat loss and food scarcity. Maharashtra is among the few states that still hosts remnant populations, particularly in ecologically rich zones like Nashik.
Neha Panchamiya, founder and president of RESQ CT, said, 'Rehabilitating and releasing vultures is not only ethical—it is strategic. These birds perform an essential ecological function as scavengers. Their return reduces the burden on rescue centres, restores balance to ecosystems, and gives us hope that critically endangered species can still make a comeback.'

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Want even tinier chips? Use a particle accelerator
Want even tinier chips? Use a particle accelerator

Mint

timean hour ago

  • Mint

Want even tinier chips? Use a particle accelerator

Semiconductor chips are among the smallest and most detailed objects humans can manufacture. Shrinking the scale and upping the complexity is a fight against the limits of physics, and optical lithography—etching nanometre-scale patterns onto silicon with short-wavelength light—is its most extreme frontier. ASML , a Dutch firm that builds such lithography tools, takes an almost sci-fi approach by blasting molten tin droplets with lasers in a vacuum to produce extreme ultraviolet (EUV) light with a wavelength of just 13.5nm. Now, some researchers hope to generate more powerful EUV beams with a particle accelerator that propels electrons to nearly the speed of light. The need for this radical proposal stems from a fundamental limitation of current EUV sources: they struggle to generate enough power to reliably etch circuits onto silicon. In a lithography tool such as ASML's, the EUV beam bounces off nearly a dozen mirrors before it hits the silicon. EUV light is so easily absorbed, though, that even in a vacuum-sealed chamber with ultra-specialised mirrors, each reflection saps 30% of the light's energy. By the time the photons reach the wafer, less than 2% of the original EUV energy remains. Without enough power, reliability and precision plummet. One way to boost energy is to bombard the wafer with multiple doses of EUV light, a trick that slows down the chip-manufacturing process. The other approach is to increase the power of the photons. ASML's latest rig uses a light source that operates at 500 watts, nearly twice the power of its previous machines. To speed up production or to shrink feature sizes even further, the light source must get stronger. ASML currently has a road map to develop a one kilowatt light source. A more radical solution is to use a free-electron laser (FEL), where electrons travelling near the speed of light are manipulated to emit EUV radiation. The FEL process begins with a powerful electron gun that injects a beam of the particles into a miniature racetrack. The electrons then pass through a linear accelerator, which propels them to nearly the speed of light. Once accelerated, they enter a roughly 200-metre-long structure called an undulator, where a series of magnets generate a field whose polarity flips periodically. This wiggles the electrons, causing them to emit a beam of EUV photons with a specific wavelength. Nicholas Kelez, the boss of xLight, a Silicon Valley startup developing FEL-based lithography, described the technology as a more powerful and tuneable 'new light bulb" that he believes can be swapped into existing optical lithography machines. xLight expects to deliver the first commercial system within four years. Another research group, at the High Energy Accelerator Research Organisation (KEK) in Japan, has already demonstrated the ability to generate light at 20 micrometres (millionths of a metre)—far longer than the 13.5nm wavelengths ASML is capable of but a step towards refining the process. Chinese researchers are also exploring FEL technology in their quest to develop an independent EUV machine. Generating light using a FEL has some advantages over using lasers. The first is power: a lithography machine based on a FEL-based light source can be around six times more energy-efficient than a laser-plasma tool. Dispensing with molten-tin droplets also reduces the risk of contamination. Tuning such a machine for smaller wavelengths is also, at least theoretically, much easier: all that needs doing is tweaking the settings on the electron gun and the undulator. It would also be cheaper. A single FEL system can be repurposed to provide light for multiple lithography machines, allowing its operator to distribute the fixed costs across multiple chip-etching tools. Nakamura Norio from KEK estimates that the construction cost is around half that of a laser-based EUV tool and the running costs are around a fifteenth. For now, all this is theoretical. Whereas ASML's EUV machines are proving themselves in high-volume manufacturing, FEL-based lithography is still in the experimental phase. But in the high-stakes world of chipmaking, any edge is worth chasing. Curious about the world? To enjoy our mind-expanding science coverage, sign up to Simply Science, our weekly subscriber-only newsletter.

‘Agroterrorism weapon': How China-linked outbreaks disrupted life worldwide
‘Agroterrorism weapon': How China-linked outbreaks disrupted life worldwide

Mint

timean hour ago

  • Mint

‘Agroterrorism weapon': How China-linked outbreaks disrupted life worldwide

Two Chinese nationals were reportedly accused of smuggling a "dangerous biological pathogen" into the United States for research at a University of Michigan Laboratory. The pathogen was said to have the potential to be used as an agricultural terrorism weapon. The US Department of Justice on Tuesday identified the pathogen as Fusarium graminearum. The US department said Fusarium graminearum is a fungus that was classified in scientific literature as a potential "agroterrorism weapon". In a statement, it said that the fungus causes "head blight" in some crops and is responsible for billions of dollars in economic losses globally each year. 'Head blight' is a disease of wheat, barley, maize, and rice. "Fusarium graminearum's toxins cause vomiting, liver damage, and reproductive defects in humans and livestock," the US Department of Justice said. The two accused Chinese nationals were identified as Yunqing Jian, 33, and Zunyong Liu, 34. According to an FBI criminal complaint, Zunyong Liu, 34, a researcher currently in China, brought the fungus into the US while visiting his girlfriend, Yunqing Jian, 33, in July 2024. They were charged in a criminal complaint "with conspiracy, smuggling goods into the United States, false statements, and visa fraud," said US Attorney Jerome F. Gorgon, Jr. Notably, a complaint is only a charge and is not evidence of guilt. China has been under the scanner for allegedly being responsible for the outbreak of several diseases and pandemics. The coronavirus pandemic is the latest example. Here are times when China was held responsible for a virus outbreak, epidemics and pandemics: The origin of bubonic plague has led to a heated debate among historians. According to Germany-based Max Planck Society, the plague first entered the Mediterranean in 1347 via trade ships transporting goods from the territories of the Golden Horde in the Black Sea. The rats on the ship brought with them the Black Death, the bubonic plague. The Black Death is considered one of the deadliest epidemics in human history. It sprea across Western Asia, Northern Africa, Middle East and Europe in 1346-53. Accoridng to the report, this first wave extended into a 500-year-long pandemic, the so-called Second Plague Pandemic, which lasted until the early 19th century. Even as the origins of the Second Plague Pandemic have long been debated, one of the most popular theories has supported its source in East Asia, specifically in China, the report added. Meanwhile, according to a New York Times report published in 2022, researchers found that the Black Death arrived in 1338 or 1339 near Issyk-Kul, a lake in a mountainous area just west of China in what is now Kyrgyzstan. "The plague first infected people in a small, nearby settlement of traders eight years before it devastated Eurasia, killing 60 percent of the population," the report added. It's alleged that the pandemic of 1957-1959, dubbed the Asian flu, emerged in East Asia. The Lancet Journal said the virus emerged in China in the winter of 1957 and spread rapidly worldwide via ships, aeroplanes, and trains. However, there are differing accounts of where the 1957 'Asian flu' pandemic, which was caused by the new influenza A (H2N2) virus, originated. According to Reuters, the US Centers for Disease Control and Prevention (CDC) states that the virus was first reported in Singapore in February 1957, before spreading to Hong Kong in April and the US in the summer. The pandemic killed 2 million people worldwide in a two-year period. The SARS coronavirus (SARS-CoV) was first identified in November 2002 in the Guangdong province of southern China, Reuters reported. The epidemic affected 26 countries and resulted in more than 8,000 cases in 2003. The World Health Organization (WHO) says that SARS cases were detected as early as November 2002 as part of an outbreak that emerged in China. It added that the pathogen causing the disease was identified as a coronavirus at the end of February 2003. The COVID-19 pandemic was also caused by SARS-CoV virus. However, the site of origin of the outbreak is still debated. On December 31, 2019, the Wuhan Municipal Health Commission in China had reported a cluster of cases of pneumonia in Wuhan, Hubei Province. A novel coronavirus was eventually identified. Since then, several theories have been tabled to understand the origin of COVID-19 pandemic. The current argument revolves around two theories: one is the scenario of laboratory leak where the pathogen escaped from a laboratory, the other is human contact with zoonotic diseases. China has been disputing the claims that the virus leaked from a Wuhan lab or that it originated in China. The country recently suggested that the COVID-19 virus may have originated in the US. "Substantial evidence suggested the COVID-19 might have emerged in the United States earlier than its officially-claimed timeline, and earlier than the outbreak in China," stated the white paper released by the official Xinhua news agency earlier this year.

HCLTech Grant Americas second edition awards $1 million to three NGOs to create scalable solutions to combat climate change
HCLTech Grant Americas second edition awards $1 million to three NGOs to create scalable solutions to combat climate change

The Wire

time5 hours ago

  • The Wire

HCLTech Grant Americas second edition awards $1 million to three NGOs to create scalable solutions to combat climate change

NEW YORK and NOIDA, India, June 5, 2025 /PRNewswire/ — HCLTech (NSE: (BSE: a leading global technology company, announced Osa Conservation as the winner and Daily Acts and Ocean Wise as the two runners-up of the second edition of the HCLTech Climate Action Grant in the Americas. The three non-government organizations (NGOs) will be awarded a total of $1 million to help build scalable, sustainable solutions to drive climate action across the Americas. HCLTech_Logo.jpg (400×72) In the second year, applications increased by more than 70%, and after several rounds of review and rigorous due diligence, HCLTech selected Osa Conservation to receive $500,000 and Daily Acts and Ocean Wise to receive $250,000 each. This year's registrations increased by 34% from the 10 eligible countries across the Americas, including Argentina, Brazil, Canada, Colombia, Costa Rica, Guatemala, Mexico, Panama, Peru and the U.S. Osa Conservation, based in Costa Rica, will focus its grant award on Climate Lifeboat corridors, which help species migrate and thrive amid climate change. By reconnecting fragmented tropical habitats, the project supports climate adaptation while safeguarding ecosystems across millions of acres. California-based Daily Acts will use its grant for its community-powered climate resilience initiative. The project blends government strategy with grassroots action to advance water management, stormwater mitigation and social infrastructure across neighborhoods in Petaluma, Calif. and beyond. Canada-based Ocean Wise will dedicate its grant to its kelp forest restoration project on the Pacific coast. By managing urchin overpopulation and combining advanced technology and ecological research, the project aims to strengthen marine biodiversity and support coastal communities. 'We are excited to support this year's recipients of the HCLTech Grant Americas as they expand their innovative projects to reconnect natural habitats, boost community resilience and rejuvenate marine ecosystems across the Americas,' said Dr. Nidhi Pundhir, Senior Vice President, Global CSR, HCLTech. 'This year, we saw a substantial increase in applications, highlighting the urgency of mitigating the adverse effects of climate change and the importance of supporting initiatives that pave the way for a sustainable future.' In its inaugural year in 2023, HCLTech Climate Action Grant in the Americas committed $5 million in grants over five years to support sustainable solutions to fight the climate crisis across the Americas. The Grant in the Americas builds on HCLTech and the HCLFoundation (HCLTech's CSR arm) focus on continuous global sustainability commitment with a total investment of over $175 million in CSR programs to date. HCLTech is consistently recognized for its commitment to making a positive difference in the environment. Through our technology and collective expertise, HCLTech was recognized as an Industry Mover by S&P Global Sustainability Yearbook 2023 for sustainable business practices and continues to partner with leading U.S.-based organizations, including Feeding America and Girl Up, to serve the broader community. For more information on HCLTech Climate Action Grant in the Americas, its mission and the application process, please visit About HCLTech HCLTech is a global technology company, home to more than 223,000 people across 60 countries, delivering industry-leading capabilities centered around digital, engineering, cloud and AI, powered by a broad portfolio of technology services and products. We work with clients across all major verticals, providing industry solutions for Financial Services, Manufacturing, Life Sciences and Healthcare, High Tech, Semiconductor, Telecom and Media, Retail and CPG and Public Services. Consolidated revenues as of 12 months ending March 2025 totaled $13.8 billion. To learn how we can supercharge progress for you, visit For further details, please contact: Meredith Bucaro, Americas meredith-bucaro@ Elka Ghudial, EMEA James Galvin, APAC Nitin Shukla, India nitin-shukla@ Logo – (Disclaimer: The above press release comes to you under an arrangement with PRNewswire and PTI takes no editorial responsibility for the same.). This is an auto-published feed from PTI with no editorial input from The Wire.

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