logo
Forest Department and IISc sign MoU to advance science-based conservation

Forest Department and IISc sign MoU to advance science-based conservation

The Hindu4 days ago
In order to advance science-based conservation of the Asian elephant (elephas maximus), the Karnataka Forest Department and the Indian Institute of Science (IISc) on Tuesday signed a MoU to implement a five-year collaborative project titled 'Landscape-Level Management of the Asian Elephant in the Mysore Elephant Reserve'.
The collaboration aims to generate a robust scientific foundation for mitigating human-elephant conflict and ensuring long-term conservation of the Asian elephants across Karnataka's ecologically sensitive and conflict-prone regions.
Integrated technology
The project will integrate technologies such as satellite telemetry, camera traps, acoustic sensors, and agent-based models to inform targeted interventions and improve coexistence outcomes.
The project will address six core objectives — strengthening habitat connectivity: mapping elephant corridors and evaluating barriers to movement using satellite telemetry, camera traps, and GIS models; monitoring demographic and physiological health: assessing population dynamics, body condition, and stress indicators through non-invasive sampling (e.g. dung hormone assays); understanding behaviour and conflict propensity: studying crop-raiding patterns, social learning, and identifying high-conflict individuals through social network analysis; elephant communication and acoustic monitoring: cataloguing elephant vocalisations, particularly in conflict contexts, to develop sound-based deterrents and warning systems; predictive modelling of conflict hotspots: integrating ecological and behavioural data to forecast future HEC zones under various land-use scenarios, and developing a 10-year Strategic management plan: creating a conflict mitigation toolbox (CMT) and strategic action plan (SAP) that informs policy and practice.
₹4.74 crore project
The project will be executed between 2025–2029 and the total financial outlay is ₹4.74 crore, which will be funded by the Forest Department. Besides there would be biannual review meetings, annual reports, and a real-time data dashboard and the field sites will be spread across over 15 forest divisions and protected areas in southern Karnataka.
'Modern technology will be used to protect elephant corridors and habitats in order to control the increasing elephant-human conflict in the State and protect the crops of farmers on the edge of the forest areas,' said Environment Minister Eshwar Khandre.
He further said that elephant-human conflict is common in Hassan and Kodagu, causing loss of life and crop damage, and the department is taking all possible steps to control it.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Nutrition isn't a side note anymore: IISc and Tufts team up to heal through food
Nutrition isn't a side note anymore: IISc and Tufts team up to heal through food

India Today

time14 hours ago

  • India Today

Nutrition isn't a side note anymore: IISc and Tufts team up to heal through food

For decades, medical training -- in India and beyond -- has treated nutrition as an optional extra. Doctors graduated with barely a handful of lectures on food, and disease treatment mostly leaned on pills and surgeries. But that script is changing a landmark collaboration, Bengaluru's Indian Institute of Science (IISc) and the US-based Tufts University have signed an agreement to bring nutrition back to the heart of medicine. And not just as an add-on -- as the starting point for is of fundamental importance to the health of people worldwide and is increasingly recognised as a field that has not received as much attention as it deserves,' says Tufts President Sunil Kumar. "It is widely recognized that food choices and nutrition play a critical role in preventing, managing, and treating diseases, and continuous research and discovery optimises care," says Christina Economos, Dean of Tufts' Gerald J and Dorothy R Friedman School of Nutrition Science and Policy.'We envision a multifaceted and flexible approach to training that equips all emerging physician-scientists and health researchers with a strong foundation in nutrition science,' she CENTRE THAT COULD CHANGE IT ALLAt the core of this partnership is the proposed Interdisciplinary Centre for Nutrition Science and Medicine (ICNSM), which will be housed at the upcoming Tata IISc Medical School. It will combine the strengths of both institutions -- Tufts' leadership in global nutrition policy and IISc's scientific rigour and tech expertise.'This partnership can provide a platform for discovering disruptive scientific, public health, and systems-level solutions that can catalyse innovative nutritional intervention strategies and policy changes,' says Govindan Rangarajan, Director of IISc. The centre will focus on nutrition research across disciplines -- from cancer and cardiovascular disease to immunity, gut health, ageing, and AI-powered dietary tech. It will also look at cultural factors shaping diets, including India's diverse food AS MEDICINE, NOT AFTERTHOUGHTWhat's making this alliance especially urgent is the global health reality: most diseases today aren't from viruses or bacteria, but from how we live and hypertension, diabetes, and fatty liver disease are rising sharply in India. But paradoxically, child malnutrition and micronutrient deficiencies remain to Dr Rangarajan, 'Every third child is stunted, and more than 50% of children under 5 years of age are anaemic.' At the same time, India is the global capital of diabetes with over 100 million diabetics and 136 million dual burden -- undernutrition and overnutrition -- demands a more sophisticated, localised approach to food as medicine. The IISc–Tufts centre will tackle just anticipate research that will impact our understanding of the role of nutrition in areas like ageing, cancer, obesity, and infectious diseases,' adds Sunil WHAT MEDICAL EDUCATION MISSEDOne key goal of the centre is curriculum change. Nutrition competencies will be woven into the training of physicians and researchers at IISc, creating a new generation of health professionals who treat food not as an afterthought, but a first-line tool. 'Physicians may graduate without the tools or confidence to advocate for or partner with dieticians,' says Economos. 'Medical training often emphasises drugs and surgery, rather than preventing and managing illness through diet. We see this as an area of opportunity.'The centre also plans joint PhD programmes, visiting scholars, and nutrition courses co-developed by Tufts' Friedman School and FEELINGS AND OLD WISDOMInterestingly, the project doesn't dismiss traditional health systems. In fact, it plans to harmonise cutting-edge gut microbiome research with Ayurvedic concepts like 'food as medicine'.advertisement'We hope to co-develop nutritional aspects unique to Indian culture,' says Dr Rangarajan. 'Traditional knowledge systems will be incorporated where applicable.'This approach respects the unique challenges of food habits and health in India -- a country where rice, roti, fermented foods, fasting, and feast all play a role in how people SENSORS AND PERSONALISED CAREBeyond diets and doctors, this centre also aims to bring technology into nutrition. Sensors, AI, and tele-nutrition will play a big role -- especially in low-resource settings where access to specialists is limited.'Researchers are discovering new ways to monitor a person's health and provide actionable, individualised data in real time,' says Sunil Kumar. 'This is a promising area of investigation.'There's also a plan to develop a tele-nutrition system that delivers real-time nutrition insights to primary care workers -- a game-changer for rural and underserved communities. BEYOND THE CLINIC: ACCESS, AFFORDABILITY, AND FOOD JUSTICEOf course, no amount of tech or research will matter if healthy food isn't accessible. That's why the partnership isn't just about calories or vitamins -- it's about areas with high levels of poverty and poor access to healthy food, obesity, diabetes and other chronic diseases are much higher than average,' says Economos. 'By tackling food access and differentiated health burdens, we can improve outcomes.'This lens is especially relevant in India, where urban poor populations often rely on ultra-processed, low-nutrition food due to cost or focusing on food affordability, cultural eating habits, and the economics of supply chains, the centre aims to reshape healthcare at a structural level -- not just the THINGS THIS PROJECT DOES:Builds a new centre at IISc focused on nutrition science and integrative medicineEquips future doctors with real-world nutrition trainingUses AI and tele-nutrition to expand access in low-resource areas At the heart of it, this collaboration is based on a simple truth: what we eat doesn't just affect how we feel -- it determines how we live. And now, finally, science and medicine are catching Economos puts it, 'Nutrition plays a critical role in the prevention, management, and treatment of both communicable and non-communicable diseases. Ongoing research and discovery are essential to optimising care.'This time, the prescription might just begin at your plate.- Ends

Scientists Crack Star-Birthing Mystery: Indian Team First To Measure Magnetism Near Infant Massive Star
Scientists Crack Star-Birthing Mystery: Indian Team First To Measure Magnetism Near Infant Massive Star

India.com

time16 hours ago

  • India.com

Scientists Crack Star-Birthing Mystery: Indian Team First To Measure Magnetism Near Infant Massive Star

For the first time in the world, a groundbreaking study led by researchers at the Indian Institute of Space Science and Technology (IIST), Thiruvananthapuram, has directly detected and measured magnetic fields near an infant massive star, a discovery that could revolutionise our understanding of how stars and galaxies form. Massive stars, those more than 8 to 10 times the mass of our Sun, have long baffled astrophysicists. Their formation process remained largely theoretical, especially because measuring magnetism around such nascent giants was nearly impossible, until now. A Peek Into Star-Birthing Nurseries The study focused on a massive protostar named IRAS 18162-2048, situated 4,500 light years away. Using cutting-edge data from the Karl G Jansky Very Large Array (VLA) in the US, the team observed a rare phenomenon: circularly polarised radio emissions. This form of emission is a telltale marker of magnetic fields. Thanks to this detection, the researchers were able to measure the magnetic field in the star's immediate surroundings, finding it to be between 20-35 Gauss, which is about 100 times stronger than Earth's magnetic field. Why This Matters? This is a landmark achievement in astrophysics. Previously, such magnetic fields had only been inferred or observed in low-mass protostars, like those that form stars similar to our Sun. But this study shows that even massive stars may follow similar magnetic pathways during formation, suggesting a universal mechanism behind star births. Dr Sarita Vig, the lead scientist from IIST who conceptualised the study, emphasised its importance: 'These magnetic field values are now scientifically measured from near the protostar, unlike earlier studies that relied on theoretical models.' Proving a Universal Theory The findings also support a long-standing theory in astrophysics, that jets seen erupting from stars and black holes are all powered by the same magnetic engine. 'This is the first strong evidence that jet formation physics is universal, whether it's a young star or a distant black hole,' said Amal George Cheriyan, a PhD researcher at IIST and co-author of the paper. Global Collaboration The work was a joint effort between IIST and leading institutions including the Indian Institute of Science (IISc), Bengaluru, National Autonomous University of Mexico (UNAM), and Universidad Nacional de Córdoba (Argentina). Published in The Astrophysical Journal Letters, this pioneering research not only solves a decades-old cosmic puzzle but also opens new paths to explore how magnetic forces influence the birth and evolution of galaxies.

41st anniversary of The Times of India, Bengaluru: Troika of science, culture, experiment
41st anniversary of The Times of India, Bengaluru: Troika of science, culture, experiment

Time of India

time2 days ago

  • Time of India

41st anniversary of The Times of India, Bengaluru: Troika of science, culture, experiment

Science Gallery Bengaluru is a two-way bridge between research and the public with an explicit mission to bring science back into culture through three commitments: Public engagement, mentorship of young adults (15-30 years of age), and a pioneering Public Lab Complex. Tired of too many ads? go ad free now The gallery is part of an international network of galleries in London, Melbourne, and Monterrey – and it's Asia's first, India's only, and the world's largest such gallery. It's the only freestanding gallery in the network not based on a university campus. Established with founding support from the Karnataka govt with close relationships with Indian Institute of Science and National Centre for Biological Sciences, the Gallery is built through public-private partnership. We do three things at the Gallery: public engagement, public labs, and civic spaces. The public engagement complex has exhibition halls, an open studio, and lecture rooms which we have in common with other galleries in the Science Gallery Network. Unique to Bengaluru is the Public Lab Complex with its five experimental spaces: a nature lab, a materials lab, a food lab, a new media lab and a theory lab. In addition, we have civic spaces like the reading room, a patio, a portico and an outdoor café, where young adults are invited pursue their own activities together. If people want to meet regularly to try out natural dyes or build electric guitars or hold hackathons or start a sci-fi reading group or screen films, there is space at the Gallery. Science Gallery Bengaluru is a public space for knowledge. Such spaces began with Cabinets of Curiosities in the 16th century with collections from explorations across the world, and belonged to wealthy individuals. These gave way to natural historical collections-based public museums which were followed by the Exploratorium-inspired science centre model. Tired of too many ads? go ad free now Early museums were full of artistic descriptions of their collection. Art described nature. Knowing something incredibly well was inseparable from visually representing it incredibly accurately – think of early botanical and anatomical drawings. Knowledge was enfolded into natural philosophy and moral philosophy and not yet siloed into disciplines as we take for granted today. One remarkable thing about these early museums was that the object of study, the people studying them, and the public were in the same space. That relationship between the public and the object or idea to know about, ways of knowing it, and why that matters is now lost. We believe in the value of reconstituting this relationship for today and we do that through our year-long research festivals. Science Gallery Bengaluru is a space for open research. The Public Lab Complex at the Gallery draws on an inspiring story in modern Indian history. Chandrashekhar Venkata Raman is India's only Nobel Laureate in the natural sciences and nearly a century later, remains the only one who studied, worked and died in the country. What is less known is that for the first 10 years of his professional life, he was an accountant with Indian Finance Service. Interestingly, in the early morning and in the evenings, he conducted experiments in acoustics and later optics at Indian Association for Cultivation of Science in Calcutta, for a small bench fee, and that research eventually brought him the Nobel Prize. We do not have that kind of space today. The nature of scientific research has changed: it has become highly specialised, expensive and is behind institutional walls. We believe in the value of a space to nurture research ideas and a life of experimentation outside academia and industry but in collaboration with both. Science Gallery Bengaluru disrupts learning silos. In India, we take disciplinary divergence to an extreme. Most of us do not have specialised conversations with people who are not professionally interfacing with us. It starts early. Engineers study with engineers, artists with artists, architects with architects, leading to an unfortunate narrowing of what students learn and consider is worth learning without being challenged on their assumptions. No historian at the tender formative stage of his or her career is challenged by an engineer and no designer at that age has been challenged by a biologist in an academic setting. This has consequences. The young have no opportunity to continuously defend their opinions and choices to someone who will be around for three to four years at the same dining table or at table tennis within the same institutional walls. This is changing in a few institutions but the thinking needs to take root more broadly. We believe there is value in trying to disrupt this and we do so through our mentorship initiative. Eighteen months after opening the doors to the Gallery, the three words that have become my Ursa Minor are 'Science, Culture and Experiment'. Science includes the human, the social and the natural sciences as equally important ways of knowing and of producing rigorous knowledge. Culture, because art – as understood by professionals – is just as distant from everyday life as scientific research is. An expanded imagination of culture that envelopes creative expression across the arts and sciences is, perhaps, more hospitable. Finally, Experiment. This institution is in itself an experiment. It is not a metaphor. The Public Lab Complex allows incubation of ideas and the conduct of collaborative experiments. On 19 January 2024, we opened to the doors to our purpose-built premises with the exhibition Carbon and, most recently, SCI560 – both online and offline. While the building was under construction, in October 2019, we started with public engagement programmes at other locations in the city, including at metro-stations with two physical exhibitions before the pandemic: Elements and Submerge. We were fully online during the pandemic and developed Phytopia, India's first fully online digital exhibition, followed by Contagion and Psyche. All exhibition-seasons have successfully carried the vibe of a research festival. Lectures, masterclasses, workshops, participatory programmes, a food festival and a film festival are integral to the exhibitions that change in August every year. We also develop online open courseware, activity handbooks and an exhibition-in-a-box every year that outlives and archives the exhibition for travel. Why create a new model for a public space for knowledge? Why mix up the human, social, and natural sciences with engineering, art and design? What the coming together of the artist and scholar may allow for – minimally – is reflexive self-knowledge about making art, and about making knowledge. On a good day, it extends and expands both scientific research and the work of art. In less than a month, we will launch a new exhibition, Calorie. Come over and hang out.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store