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Coal mining in Odisha may turn out catastrophic for elephants, WII study says

Coal mining in Odisha may turn out catastrophic for elephants, WII study says

The Hindua day ago

Odisha would lose about 390 sq km of area used by migrating elephants as foraging ground and corridor in one district on account of massive coal mining alone in Angul district, says a study of Wildlife Institute of India.
Beside, human-elephant conflict, which is already in a critical State, is likely to become acute following disturbance in elephant habitats.
A study 'Status and Management of Elephants in Coal Mine Landscape of Odisha' conducted by Karthy S and Gopi G. V, scholars of WII, says, 'using geospatial analysis, habitat suitability modelling, and conflict data from forest department it is predicted that the Angul division would lose about 390 sq km of forest if the proposed coal blocks come into operation.'
'This loss of forest habitat, combined with the growing number of human deaths due to elephants in the Angul forest division would result in increase in conflict situation and devastating for the elephant population in Odisha,' they predicted.
The study appeared WII's quarterly magazine 'Trumpet' says Odisha holds the highest number of Asian elephants (1,976 individuals) in the east-central region of India. This is 63% of the entire east-central population (3,128) and 6.5% of the total elephant population in India as per 2017 estimation.
The State has elephant presence in 43 out of 50 forest divisions with a growth rate of 1.2% between 2015 and 2017. Some of the districts have recorded disproportionately high conflict.
The study was conducted on the background that Angul forest division is important to elephants while it is also recognized for its coal wealth which accounts for 20% of India's coal reserve.
'As per Site Specific Elephant Management Plan for Angul Forest Division, 2022, this has led to rapid developmental activities like thermal power plant, steel plant, road and railway networks, transmission lines and pipelines in Angul division. Most part of the division is expected to be leased to coalmine industries in the near future, which may turn out catastrophic for the elephants as well as the existing conflict scenario in the entire state of Odisha,' the study finds.
The WII scholars had adopted the MaxEnt approach, a geospatial data analysis, to determine the suitable habitat for the elephants in the Angul division.
'The MaxEnt output shows that most of the habitat utilised by the elephants fall over the proposed coal block region. There are already operational coal mines in the Angul division which again hinder the movement of the elephant,' the study points out.
The WII scholars recommended reconsidering declaring the entire coal belt of Angul district for mining use. They also came up with a suggestion of establishing habitat connectivity between Satkosia Tiger Reserve and Sambalpur, Deogarh divisions by forest restoration along the west border of Angul division. (EOM)

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Arunachal Pradesh: Threatened by dam, Siang Valley is home to staggeringly diverse number of species
Arunachal Pradesh: Threatened by dam, Siang Valley is home to staggeringly diverse number of species

Scroll.in

time9 hours ago

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Arunachal Pradesh: Threatened by dam, Siang Valley is home to staggeringly diverse number of species

On July 16, 1912, the British Army published a notification announcing the success of its expedition into the heart of present-day Arunachal Pradesh. The upper reaches of the region had been a fortress for colonial forces until then, and the completion of the exercise was announced with much celebration. 'Although it proved impossible to explore the valley of the Dihang (present-day Siang Valley), where it breaks through the main mountain range on the confines of Thibet… in spite of great physical difficulties the main objects of the expedition have been accomplished,' the notification reads. The expedition was a punitive mission prompted by the murder of a British officer, Noel Williamson, by the tribes living in the Siang valley, referred to as the 'Abors' (translating to 'unruly'). Williamson arrived in the village of Komsing expecting a night's stay but was killed for humiliating the village head on another occasion. To avenge Williamson's death, British forces decided to invade the valley with two objectives in mind: to gather as much information about the region as possible, and to 'punish' those culpable in his murder. An almost-forgotten legacy of this brutal mission was an unusual catalogue of animals, plants, insects, and birds found in the valley. Little was known about the catalogue, which surfaced decades later while filmmaker Sandesh Kadur was researching for his book, Himalaya: Mountains of Life. 'I found that many species were named and discovered around 1911 and 1913, and I thought, what was going on a hundred years ago?' he told Mongabay India. 'I started to dig deeper and then I found this huge 1,000-page report, and I thought to myself 'wow, this is fascinating'.' The report was a scientific gold mine. Led by marine biologist Stanley Kemp, the scientific component of the expedition discovered 14 new genera in the Siang valley. The findings described 244 amphibians, birds, insects and one of the world's oldest living fossils – a velvet worm called the onychophora. The Wildlife Institute of India called this expedition 'one of the most comprehensive one-time biological, geographical and anthropological documentations ever conducted for any particular region in India.' Even more remarkable is that, over a century later, several species from Kemp's survey can still be found in the state, according to Kadur. Beginning in 2022, researchers from the Ashoka Trust for Research in Ecology and the Environment, ATREE, collaborated with National Geographic and Kadur's film production company, Felis Creations, and retraced the route of the 1912 expedition, venturing deeper into the valley and making an even wider record of species than before. A century after the British left the Siang valley, it remains a sanctuary. On the horizon, however, a large dam project and other changes in land use threaten to alter the landscape forever. Play The Siang Valley The Siang river, upstream from Assam where it becomes the Brahmaputra, served as the compass for both expeditions. It is the biggest of Arunachal Pradesh 's seven major rivers and flows freely through its entire 293.9-kilometre stretch. The river was a significant migratory route for the Adi tribe (called the Abors by the British), who descended from Tibet generations ago and settled along the river valley. 'Unlike other places in northeast India, the British were relatively absent in Arunachal Pradesh. Apart from the Abor expedition, there's been virtually no sustained biodiversity assessments at all in this region,' said Sanjay Sondhi, a naturalist and founder of conservation nonprofit Titli Trust. He contributed to the new expedition's findings on moths and butterflies. The 2022 expedition into the Siang was not only an opportunity to reclaim colonial history, but also to make up for all the lost time in which systematic biodiversity research remained absent. The Siang river system is particularly interesting. The river traverses elevations ranging from 100 metres to 5,800 metres and the river basin hosts 12 different types of forests, including tropical semi-evergreen forests, alpine scrub forests, wet temperate forests and alpine pastures. It's because of this diversity of habitats that the Siang valley fosters rich biodiversity. Over several trips made between 2022 and 2024, the latest expedition recorded a staggering number of species – more than 1,500 – over an expanse covering the Upper Siang, Siang, and East Siang districts. These species included mammals, reptiles, birds, plants, insects, molluscs, and fish that were recorded by a team of 25 researchers, camera people, and field assistants. Much of the research from the expedition is yet to be published, but studies that have emerged so far reveal new facts about species behaviour, habitats, and ecosystem services provided by the Siang river. Take, for example, the Paraparatrechina neela – a tiny, two-millimetre long ant found in a tree trunk hole, whose exoskeleton shines a brilliant electric blue. Metallic blue ants are a rarity anywhere in the world, and this unique physical appearance is likely an evolutionary trait to ward off prey. The expedition also yielded discoveries of species new to science, such as four new species of the Darwin wasp subfamily (Microleptinae). But among the more remarkable findings is the rediscovery of the velvet worm, the onychophora. 'This ancient species goes back 170 million years, and it's not known from anywhere else in India except in this tiny corner,' said Kadur, adding, 'It connects India to the rest of the world, biologically and biogeographically, since it was part of the ancient Pangaea. And what's amazing is it hasn't really evolved much since that time.' The team also found evidence of the Siang river as a migratory corridor for birds like the common crane, never seen before to be travelling across the river in large hoards of 300 individuals. 'We mostly recorded the return journeys of the common crane, which happens when they are going back to the northern Arctic Circle. These birds were never reported from the Siang valley before, and it establishes the Siang valley as an important migratory corridor,' said Rajkamal Goswami, Fellow in Residence at ATREE's Centre for Biodiversity and Conservation. Goswami was part of the expedition team that focussed on how human interactions shaped biodiversity in the Valley. At a time when insect populations have plummeted by 45% globally over the past 40 years, and most bird populations in India are on the decline, the Siang expedition's findings are important. 'During the Siang expedition and in subsequent visits, we've recorded around 400 different species of birds,' said Goswami, adding, 'For perspective, the state of Meghalaya has 600 birds. India's total bird population is something like 1,300. Around 30% of the country's bird population can be found in this single valley.' Threatened landscape Arunachal Pradesh is the least densely populated state in India, with just 17 people per square kilometre, according to the 2011 census. Despite its small population, changes in land use and large development projects could permanently alter the Siang landscape. Historically, these regions have practiced jhum (shifting) cultivation, particularly in higher elevations. Since the 1970s, the state government introduced schemes to discourage jhum in favour of settled cultivation. Schemes such as the Jhum Control Scheme and the centrally-sponsored Technology Mission on Agriculture and National Horticulture Missions also encouraged home gardens and the cultivation of fruits, aromatics, flowers, and vegetables. Settled cultivation tripled in area between the 1970s and 1990s, according to an agriculture survey. While paddy cultivation is common along the banks of the river, mixed cultivation and orchards with fruits like orange are increasingly common on the hillslopes. The biennial Indian State of Forest Report also shows considerable deforestation in the districts along the Siang river. In 2019, the districts of East, West, and Upper Siang saw a combined deforestation rate of 75% compared to 2017. Between 2021 and 2023, forest loss in East Siang, Lower Siang, and West Siang decreased by another 32%, while Upper Siang district saw a growth in forest cover by 2.45% over the same period. 'The biggest threat right now is the disappearance of habitat,' said Goswami. 'As long as habitat is there, animals can recover from other threats like hunting, because population density is relatively much lower in Arunachal Pradesh. If habitats are not converted to cash crop, agriculture or big infrastructure projects, animals and other species can still bounce back.' Another looming threat over the landscape is the 11,200-megawatt Upper Siang Multipurpose Project, a dam whose construction would sink the district headquarter of Yingkiong and alter the river's flow dynamics forever. An outdated cumulative impact assessment of 44 proposed dams along the Siang river said silt trapped in the reservoirs of dams would 'deprive the downstream Siang river ecosystem of maintenance materials and nutrients that help in maintaining the productivity of Siang and Siyom river ecosystems.' Populations of important migratory fish species like the golden mahseer – an endangered fish with a golden hue that can grow up to 2.74 metres in size – are at risk of depleting considerably, according to the cumulative impact assessment. The golden mahseer swims upstream along Siang river in April and May, and uses the river's tributaries for breeding, feeding and as refuge location. Emerging community In the face of the anthropogenic pressures facing the Siang valley, residents of Gobuk in Upper Siang district are trying to forge a path ahead. Since 2022, an NGO led by residents of the village, Epum Sirum Welfare Society, along with Titli Trust, are creating a model of community-based conservation to safeguard the area's wildlife. In the 1912 expedition, several rare species of butterflies were recorded, including one called the dark freak (Calinaga aborica) in 1915 – an endemic butterfly with brown and white patterned wings and a red body. For a century this species hadn't been seen anywhere, save for one chance sighting made by Sondhi of Titli Trust in 2015, in western Arunachal Pradesh. Unbeknownst to them, the residents of Gobuk had been living among hundreds of dark freak butterflies in their backyards. 'Before we learned about how rare these butterflies were, we never really paid attention,' said Anand Tekseng, a resident of Gobuk and member of the ESWS, where he works as a river guide. The residents were made aware of the value of these butterflies – and the other wildlife in the area – through workshops with Sondhi. 'In 2022, we were looking for opportunities to start a community conserved area project. When we reached Gobuk, we realised the Epum Sirum had been engaged with similar work and were looking for more support. They've been fantastic partners,' Sondhi said. The Adi are a hunting tribe, where rituals are considered incomplete without game. But over a span of two and a half years, residents say hunting has reduced considerably. 'We used to hunt widely, whether it was squirrels, bear, deer, or birds,' said Dengwan Miyo, another resident who isn't a member of the nonprofit. 'We only hunt for a few festivals now. Many people have given up. It's become a matter of pride for us that people come from so far away to see what our village has,' he said. The dark freak (Calinaga aborica) is now a flagship of the village, and residents are building opportunities for ecotourism around the sightings of this species and the dozens of others that are found there, like the red lacewing (Cethosia biblis), blue peacock (Papilio arcturus), and the great nawab (Polyura eudamippus). With support from Royal Enfield, Gobuk hosted its first Biodiversity Meet last year, earning around Rs 10 lakh from paying guests who travelled to the village and stayed in newly set up homestays to see the butterflies. Gobuk was praised by chief minister Pema Khandu for its approach to conservation. Pamphlets with photos of moths and butterflies – taken by residents and Titli Trust together – were distributed to visitors and installed in the village's library. Near Mouling National Park in Upper Siang, ATREE too is collaborating with villages to build community-led conservation areas. The Park is located deep in the Upper Siang district without an all-weather road, cutting the area off during the monsoons. 'What we're aiming to do is actually prevent future biodiversity loss once the area becomes better connected,' Rajkamal said. Researchers from ATREE are encouraging villages near the Park to work with the understaffed forest department and patrol the Park's borders and foster a sense of ownership over its natural resources. 'The jury is still out on whether community-conserved areas are effective, because there are so few in Arunachal Pradesh,' said Sondhi. 'But what are the alternatives? Handing land over to the government, whose forest departments are understaffed, isn't always effective. Large infrastructure projects end up hurting communities the most. We're still learning so much about the Siang landscape. What better way forward than to empower communities to participate in this learning too?'

Coal mining in Odisha may turn out catastrophic for elephants, WII study says
Coal mining in Odisha may turn out catastrophic for elephants, WII study says

The Hindu

timea day ago

  • The Hindu

Coal mining in Odisha may turn out catastrophic for elephants, WII study says

Odisha would lose about 390 sq km of area used by migrating elephants as foraging ground and corridor in one district on account of massive coal mining alone in Angul district, says a study of Wildlife Institute of India. Beside, human-elephant conflict, which is already in a critical State, is likely to become acute following disturbance in elephant habitats. A study 'Status and Management of Elephants in Coal Mine Landscape of Odisha' conducted by Karthy S and Gopi G. V, scholars of WII, says, 'using geospatial analysis, habitat suitability modelling, and conflict data from forest department it is predicted that the Angul division would lose about 390 sq km of forest if the proposed coal blocks come into operation.' 'This loss of forest habitat, combined with the growing number of human deaths due to elephants in the Angul forest division would result in increase in conflict situation and devastating for the elephant population in Odisha,' they predicted. The study appeared WII's quarterly magazine 'Trumpet' says Odisha holds the highest number of Asian elephants (1,976 individuals) in the east-central region of India. This is 63% of the entire east-central population (3,128) and 6.5% of the total elephant population in India as per 2017 estimation. The State has elephant presence in 43 out of 50 forest divisions with a growth rate of 1.2% between 2015 and 2017. Some of the districts have recorded disproportionately high conflict. The study was conducted on the background that Angul forest division is important to elephants while it is also recognized for its coal wealth which accounts for 20% of India's coal reserve. 'As per Site Specific Elephant Management Plan for Angul Forest Division, 2022, this has led to rapid developmental activities like thermal power plant, steel plant, road and railway networks, transmission lines and pipelines in Angul division. Most part of the division is expected to be leased to coalmine industries in the near future, which may turn out catastrophic for the elephants as well as the existing conflict scenario in the entire state of Odisha,' the study finds. The WII scholars had adopted the MaxEnt approach, a geospatial data analysis, to determine the suitable habitat for the elephants in the Angul division. 'The MaxEnt output shows that most of the habitat utilised by the elephants fall over the proposed coal block region. There are already operational coal mines in the Angul division which again hinder the movement of the elephant,' the study points out. The WII scholars recommended reconsidering declaring the entire coal belt of Angul district for mining use. They also came up with a suggestion of establishing habitat connectivity between Satkosia Tiger Reserve and Sambalpur, Deogarh divisions by forest restoration along the west border of Angul division. (EOM)

TATR tiger density rose 30% in decade, buffer occupancy tripled
TATR tiger density rose 30% in decade, buffer occupancy tripled

Time of India

time4 days ago

  • Time of India

TATR tiger density rose 30% in decade, buffer occupancy tripled

1 2 Nagpur: The tiger density (per 100 sq) in Tadoba Andhari Tiger Reserve (TATR) has increased by almost 30% in the last decade, while for leopards it grew by 60% in last five years since it was tracked. As per the report titled 'Status of Tigers, Co-Predators, and Prey in TATR (2024)', the number of tigers utilizing buffer zone exclusively has grown by a whopping 260% in 10 years due to overall development of the area by the forest department. From just 10 tigers using buffer zone (exclusively) in 2014, there were 36 tigers recorded there in 2024. Prabhu Nath Shukla, field director of TATR said, "The proper handover of buffer area was completed around 2014. Then the forest department started developing the landscape. As flora and fauna increased, herbivores increased. And with an increased prey base, the number of tigers in buffer also increased." He added that in the last three years, the number of tigers using buffer zone (exclusively) has now stabilized around the mid-30s number. The report also tracked density of tigers and co-predators in TATR, and for the big cat the density per 100 square km now stands at seven. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Activate your McAfee Antivirus Protection Learn More Undo In 2010, approximately five tigers were using 100 sq km area. You Can Also Check: Nagpur AQI | Weather in Nagpur | Bank Holidays in Nagpur | Public Holidays in Nagpur Leopard population has risen sharply as per the data provided for the period 2019 till 2014. From just 106 leopards back then, their numbers have touched 144. Their density (per 100 sq km) was just under seven in 2019 but now it has galloped to over 11. The report is published annually by the Wildlife Institute of India (WII) in collaboration with the state forest department. As a part of the research project titled 'Long-term monitoring of Tigers, Co-predators and prey in Tiger reserves and other Tiger bearing areas of Vidarbha, Maharashtra', the WII initiated this study in 2019. For gathering the data, camera traps were placed in 628 grids of 2.01 sq km area each in the core and buffer area of TATR in two blocks. INFO GFX Tiger Density (per 100 sq km) Year Tiger Population 2019 6.86 2020 8.39 2021 8.69 2022 9.74 2023 9.80 2024 11.02 Tigers utilizing buffer zone exclusively Year Tiger Population 2014 10 2015 14 2016 17 2017 19 2018 22 2019 23 2020 34 2021 36 2022 38 2023 35 2024 36

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