In spring, the woodland in Blean, Kent, is rich in fresh greenery and soundtracked by trilling birdsong. Soon, this will also be a place where you could glimpse an animal that hasn’t been seen here for 6,000 years. In the distance, you might see a furry brown bison rubbing its vast form against a tree to scratch an itch, or taking a crashing dust bath.

European bison are regarded by conservationists as a ‘keystone’ species, missing from UK landscapes; animals whose natural behaviours are invaluable for woodland ecosystems. Bison help to kill off some trees by eating and rubbing up against their bark, which allows light and new vegetation to come through; and stir up soil by taking ‘baths’. All of this can boost an area’s biodiversity, having a significant positive impact all the way up the food chain. And destroying some trees and plants, bison can even help to kill off some invasive, non-native species. 

“Most English woodland is in a really bad ecological state,” says Evan Bowen-Jones, chief executive of Kent Wildlife Trust, which is behind the reintroduction of bison to Blean in spring 2022. “Everywhere in the UK, biodiversity has been plummeting, and one of our big risks nationally is that our ecosystems are so simplified that we are vulnerable to collapse under climate change,” he explains. “We need to create more ecologically resilient landscapes – and bison are animals that are ‘ecosystem engineers’, that will do the work for us.”

The UK’s leading conservation charity, Kent Wildlife Trust owns almost 2,500 acres of ancient woodland in Blean. Its ‘Wilder Blean’ rewilding initiative will see, initially, a small herd of bison released to roam in 1,000 acres of it, safely fenced off from public footpaths. The landmark £1.2m project will be carefully monitored and if successful, has the potential to be replicated more widely. 

Initially, a herd of just six bison will be released, with the hope that they will breed. The trust has not yet revealed where the animals will come from, but similar projects include one in Zuid Kennemerland National Park in The Netherlands [some members of which are pictured here]. UK animal licensing laws mean that the initial herd can’t exceed ten animals, but when they do, a second herd can be created in another part of the woodland, as well as in partnerships with charities that own more nearby woodland. The areas in which bison are present will be contrasted with those in which they are not, creating a new body of data to demonstrate the transformative impact of bison on English woodlands. This could be leveraged to help persuade lawmakers to lessen the costly legal and financial restrictions on managing bison, which are – arguably illogically – categorised as dangerous wild animals in UK law, and require more safety infrastructure and spending than in other countries. 

For this reason, the Wilder Blean bison project, including multiple layers of specialist fencing and tunnels, has cost more than £1.2m (sourced primarily from a lottery grant).

Kent Wildlife Trust’s plan was inspired by the success of bison reintroduction in The Netherlands, where there is two decades’ worth of evidence to support bison as a conservation tool. “In Europe they are further ahead with this,” says Bowen-Jones. “We need to re-prove everything in the UK context, and we accept that, but the learning from Holland is clear.”

Given that bison would naturally have roamed across a wide variety of landscapes, their reintroduction is an ecological tool that might, in theory, be widely replicated across the UK; Bowen-Jones mentions sand dunes in Cornwall and national parks in the north of the UK as examples. More data from what happens once the bison are ensconced in Blean will help prove what the reality of their presence means for today’s United Kingdom. 

“Their natural behaviours will have all sorts of effects, some of which we know about and some of which we don’t,” says Bowen-Jones. He has seen evidence from The Netherlands that bison themselves are a versatile conservation tool, but he emphasises that the financial and legal  constraints on bison reintroduction limit the application in other contexts.

That said, Bowen-Jones is heartened by the prospect of these great bovines grazing the garden of England. “Bison would have roamed over massive areas; they are a missing component from the vast majority of habitats in this county,” he says. Blean, he hopes, will be key to making the case for bison as a conservation icon for a new era of rewilding.

Author: Sophy Grimshaw, The India Story Agency for Sacred Groves
Images Credit: Banner image and 1. Ray Lewis, 2. Tom Cawdron, 3. Evan Bowen-Jones

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A Welsh folk poem dating back to the 14th century Derwen Ceubren yr Ellyll, or ‘The Hollow Oak, Haunt of Demons’ tells of an ancient oak that bears witness to the betrayal of Welsh revolutionary Owain Glyndŵr by his cousin and English royalist Hywel Sele, supporter of King Henry IV. The cousins embark on a deer-hunting trip, when Hywel turns his sword on Owain, who has suspected his motives and worn chainmail. In a fight to the death, Hywel is vanquished by Owain and:

“Pale lights on Cader’s rocks were seen,
And midnight voices heard to moan;
‘Twas even said the Blasted Oak,
Convulsive, heaved a hollow groan…”

Owain conceals Hywel’s body in the old oak’s great trunk and never tells of the murder, only bespoken by the oak, which grows gnarled and twisted in its dark knowledge until, many years later, Hywel Sele’s widow leads a band of men to split the oak’s great bole to find her husband’s body within, a rusting sword clutched in its skeletal hand.

Hallowed by the Celts, great oaks traditionally served as meeting spots and boundary-markers to Welsh wayfarers in an era when upland oak woodland – dominated by sessile oak (Quercus petraea) and local pedunculate oak (Quercus robur) and typically supporting 500-plus plant and animal species as well as other trees such as alder, ash, birch, hazel, holly, and rowan – covered much of Wales’ landmass.

These days woodland only covers 14 percent of the current land surface in Wales (in comparison to a European average of 37 percent), and as of 1998, only 38 percent of Welsh woodland was composed of native species such as oak (Welsh Assembly Government, 2013). This process of gradual deforestation is thought to be down to many factors, including destruction of woodlands during English King Edward I’s seizing of Welsh territories and the hunting-to-extinction of apex predators such as the Eurasian lynx (Lynx lynx), European brown bear (Ursus arctos) and the grey wolf (Canis lupis) from the early to late middle ages (700s to 1500s) resulting in an irruption of herbivores that devoured emergent tree saplings.

The final crisis point for many of Wales’ upland oak woodlands were the World Wars, when a rapacious appetite for timber led to upland oak woodlands being force purchased by the British government’s Forestry Commission, felled and in many cases replanted with non-native fast-growing conifers.

One woodland’s tale: Gigrin Prysg

I’m standing in a stretch of upland oak woodlands in a region of mid-Wales whose fate charts the turbulent fate of Wales’ upland oak woodlands. From its slanting escarpments are visible the brooding blues of the Cambrian Mountains and the sheening dams and reservoirs of the Elan and Claerwen Valleys; brushing my ankles as I walk along the woodland’s steep-inclined pathways are mauve heather, fronded ferns and bushes of bilberries, a tiny dark berry that makes a fine late summer pie.

“Those are good indicator species that this is ancient woodland,” says Marc Liebrecht, a Sustainable Forest Management specialist who maintains Gigrin Prysg for Sacred Groves. “As are the lichens that you see on the oaks over there, such as wood bristle-moss and old man’s beard lichen.”

An 11.8 acre stretch of mature oak woodland, Gigrin Prysg translates as ‘Gigrin’s grove’, for an 18th century local farm owner. Its ancient trees were felled, Liebrecht believes, for World War Two timber and have since grown back and reseeded naturally from dropped acorns, in higgledy piggledy patches and clusters of oaks.

The oaks also support the growth of rowan and birch trees in the gaps in the canopy left by this natural dispersal of saplings. Deadwood left to rot on the site provides a home for species including blue ground beetle (Carabus intricatus) and crane fly (Lipsothrix errans).

The lack of ruminant grazing on the site will allow further trees to grow from the tender saplings at our feet, Liebrecht says, as Sacred Groves plan to leave the woodland to rewild and reseed naturally, with the help of supporters.

Regenerating Wales’ lost woodlands is, Liebrecht admits, a long game. Easily felled, oaks grow slowly (at around 50cm a year), and it’s hard to predict if pests or erratic weather conditions borne of climate change will threaten the viability of this native species, as has been seen with Ash dieback (Hymenoscyphus fraxineus), a fungus that arrived on British soil in 2012 and which is predicted to kill 80 percent of native ash trees (including a patch on the western edge of the Gigrin Prysg site).

“For dynamic resilience you need mixed wooded ecosystems with different species and ages of tree, and you need time,” says Liebrecht, gesturing at Gigrin Prysg’s boughs. Gigrin Prysg’s venerable Welsh oaks will live, he predicts, to witness other tall tales.

Author: Sally Howard, The India Story Agency for Sacred Groves
Images Credit: Sally Howard and Hollow Oak illustrations out of copyright

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Think of the Cotswolds countryside and what springs to mind? Green, sheep-dotted fields? Honey-stone cottages? Neatly tended gardens with flower beds in full summer bloom? What about lawns and verges that sprawl unmown as they sprout daisies, clover and that most reviled of gardeners’ weeds, the shock-haired common dandelion?

One Cotswolds village has challenged British gardeners to cast aside their famous prediction for neatly trimmed lawns and rigorous weeding of unwanted plants. Tysoe’s journey began in spring 2019, when a handful of its residents refrained from mowing their lawns during May, the month when emerging bumblebees and hoverflies are feeding on the rich nectar of wild plant species such as dandelion, bluebells and cowslips. The campaign, dubbed #NoMowMay, was first proposed by British wild plant conservation charity Plantlife in 2019, as a way to protect endangered species as well as the fast-disappearing natives that feed on wildflower nectar and whose populations are threatened by factors including global warming.

In Tysoe, locals took to it with gusto: sowing wild flower seeds, refraining from mowing and installing Brian May, a scarecrow who inadvertently resembled the legendary guitarist with British rock group Queen, to deter birds from pecking at wildflower seeds and shoots.

“The effort has been growing every year since,” Rosemary Collier, one of the project’s local coordinators and an entomologist at Warwick University. “The idea to make space for nature came from members of the church and we first rewilded parts of the churchyard. Then the parish council came on board and we re-wilded some of the parish’s verges. We also harvested seeds from local native wildflowers and sowed these alongside yellow rattle, which is semi-parasitic and suppresses grass, allowing other wildflowers to grow.”

Tysoe villagers are part of a broader citizen-led British green volunteering trend that’s been dubbed ‘ungardening’, which urges Britons to let 30 percent of their gardens and public spaces grow wild for the benefit of native wildlife. The trend can present a challenge to British tastes, admits Shirley Cherry, who coordinates a conservation campaign to turn Tysoe into a year-round wildlife-friendly village that’s sprung from the village’s rewilding efforts, Tysoe Wildlife.

“You won’t win everybody over because some people like primness in their gardens,” Cherry says. “Nature likes things messier: curving lines rather than straight lines, plants left to grow.”

On a mild day this May, Tysoe’s verges bloom with daisies, buttercups and wild violets as bees fly in busy arabesques and passersby quizzically stop to read the signs erected to explain the thinking behind the villages’ unkempt verges. Collier, who studies insect counts in her work at Warwick University, says that quantitative analysis of the impact on Tysoe’s insect life is tricky but that she had noticed more bees in the village this year, as well as a greater range of insect species.

Any good news is much needed. A 2019 study found that a third of British wild bees and their pollinating relatives, the hoverflies, are in decline, with habitat loss and climate change thought to be the principal causes of the insects’ demise.

Collier has enjoyed the flowers that have sprung up on her village’s unmown verges, including nectar-rich wildflowers such as oxeye daisy, field scabious and knapweed. She’s also pleased that dandelions, unsung kings of the pollinating world, are being rehabilitated, in Tysoe and beyond.

“People get annoyed with dandelions because they’re so good at dispersing their seeds but they’re amazing pollinators because they’re composite flowers with lots of little flowers in their head,” she says. Collier hopes such efforts will lead to a renewed appreciation of the environmental benefits of wildflower such as dandelions and nettles and the important role they play in supporting insects and animals higher up the food chain.

Author: Sally Howard, The India Story Agency for Sacred Groves
Images Credit: Unsplash, Rosemary Collier and Sylvia Davies

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In Gangavaram village in the south Indian state of Telangana, G Anjamma alternates layers of cow-dung ash and fresh neem leaves in a basket. In each layer, she places seeds for long-term preservation. Then she seals it with cow dung and clay. “Seeds can be stored for up to three years this way,” she says. As the community seed banker of her village, her house is stacked with big barrels of these seed baskets. This is precious cargo, for all these seeds are indigenous and better suited for rain-fed farming, crucial in a region prone to droughts. Farmers, mostly Dalit, lower caste women from surrounding villages, source seeds from Anjamma. “There is no guarantee how seeds from the market will grow. The market mostly sells commercial crops, and there is little variety,” she says, showing the several regional and national awards she had won for preserving biodiversity and sustainable use of natural resources.

Anjamma is part of a movement led by 5,000 women initiated by the Deccan Development Society (DDS) in 1983. Women farmers gather in ‘sanghams’, groups of varying sizes, to learn sustainable farming. They grow multiple heirloom crops instead of cash crops like peanuts and cotton which need expensive inputs of irrigation, fertilizers and pesticides. “This ensures we don’t have to buy anything from the market to keep our children and ourselves healthy,” says Anjamma. “Our survival also doesn’t depend on prices set by the market,” she adds. It has also ensured that she and other Dalit woman farmers are not at the mercy of government dole-outs, volatile market prices or vagaries wrought by climate change.

Their food and seed sovereignty has also given them resilience to survive the pandemic-induced economic crisis. The sustainable agricultural practices that women like Anjamma promote, allow farmers to practice multi-cropping.

“I grow 25 varieties of food crops in one acre. Even if ten fail, I still have enough to feed my family and sell the excess in the market,” says Mogullama, another Dalit farmer from the region.

The movement has now spread across 75 villages. Office bearers of DDS estimate that at least 5,000 acres in the district are free of chemical inputs. Every January since 2002, the society organizes a month-long biodiversity festival in which a parade of bullock carts showcases the variety of heirloom millets grown in the area.

The DDS model has been replicated in Senegal, Burkina Faso, Togo and elsewhere in Western Africa. “We started collaborating with women farmers in Africa as their geology and climate conditions are similar to those found in our region,” says CN Suresh from the society. DDS is also part of the All India Millet Sisters Network, launched in 2016, which promotes the use of millets amongst women farmers. In 2019, DDS won the Equator Prize for its holistic approach to climate change, food security, and empowering marginalised women and in 2020, the Society won the Prince Albert II of Monaco Foundation Award: “in recognition of the work of DDS women to rehabilitate degraded lands and promote biodiversity.”

Meanwhile, DDS’ annual festival this year has seen enthusiastic participation. “Even from men!” exclaims I Mollumma, a Dalit woman farmer and the official videographer for the festival. “Perhaps the pandemic has reminded them of the importance of preserving our indigenous biodiversity in farming…”

Author: Karthikeyan Hemalatha, The India Story Agency for Sacred Groves
Images Credit: Karthikeyan Hemalatha

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Combating climate change is the biggest challenge of our times. Three years ago, Bhutan became the world’s first carbon-neutral country, meaning its carbon dioxide emissions are balanced with what is absorbed by its forests. However, this doesn’t make the small Himalayan country immune to the effects of global warming and sadly it is witnessing erratic weather patterns, fast-receding glaciers and glacial lakes outburst floods (GLOFs).

But how do you make the risks of climate change relatable to the average person when the data is dry or comprised of confusingly complex computer simulations? The country that pioneered the ground-breaking concept of prioritising Gross National Happiness above GDP is trialling a potential solution.

In 2014, the Ugyen Wangchuck Institute of Conservation and Environment (UWICE) launched – with funding from the Karuna Foundation and Bhutan Foundation – the Himalayan Environmental Rhythms Observation and Evaluation System, or HEROES, project in partnership with 21 schools located at varying elevations and ecological zones across Bhutan.

To date, it has trained 34 teachers and more than one thousand students in weather-station management, data collection and plant phenology. Working with 23 weather stations (20 in schools and three in remote mountain locations) they record changes in temperature, snowfall and rainfall, as well as monitoring how key plants and animals are responding to changing climatic patterns within the vicinity of their school’s campus and then feed the data back to UWICE. Recently, a school used the data alongside centuries-old chronicles from Kyoto, Japan to predict the changing fruiting pattern of peach trees, which are now flowering multiple times a year.

By harnessing the power of ‘citizen science’ and incorporating it into the high-school curriculum, the project is building a countrywide network of data-collection sites at very little cost, while simultaneously giving the students agency in the climate, and nation, they will inherit. The hope that this will lead to targeted interventions to help ailing ecosystems as it highlights the issue of climate change amongst the general public, including the students’ parents.

The intention is to foster a Bhutanese generation raised on the importance of environmental conservation, says Dr. Chenga Tshering, Deputy Chief Forest Officer with the Ugyen Wangchuck Institute.

“Educating youth on climate change and its impact is one of the greatest benefits of this initiative, “ he says. “We hope our climate-literate youths will become influential climate change activists on the world stage.”

Author: Emma Thomson, The India Story Agency for Sacred Groves
Images Credit: Bhutan banner image – Harisai Abhi/ Wikimedia Commons
(Wikimedia License – https://creativecommons.org/licenses/by-sa/4.0/legalcode)

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A Visit to Tiger’s Nest

This map of Bhutan is unlike any other. Not only does it give the viewer a sense of the diversity in this tranquil mountain nation, it even references mythical creatures and totems that are of great cultural importance in Bhutan. Chakravarty sees this map as a representation of Bhutan’s biodiversity as well as representative of the Bhutanese lifestyle, including means of livelihood and its traditional architecture and the nation’s endangered fauna. It was commissioned by WWF Bhutan.

Hope and Fear in the Pearl River Delta

One of the most polluted and highly trafficked sea routes in the world is also a stronghold for species such as the Chinese white dolphin, the Romer’s tree frog, the Hong Kong newt, and many invertebrates. Chakravarty drew this map for WWF Hong Kong as a means to generate awareness about the declining wildlife in the Pearl River Delta and the urgent need for the conservation of country parks in Hong Kong. The map emphasises the need for cultural preservation in Hong Kong and the interconnectedness of tradition and ecology, for example in the Tai O Fishing Village and in the forests around the Tian Tan Budhha in Lantau Island.

The Sacred Landscape of Kailash

Stretching across India, Nepal and Tibet, this important pilgrimage destination is home to five religions: Hinduism, Buddhism, Bon, Sikhism and Jainism; has a geographically complex terrain: high altitude scrub, montane forest, montane grassland, alpine and evergreen forests etc; and a huge range of flora and fauna. To underscore its importance as a trekking destination, Chakravarty has included famous mountain peaks of the region including Mt. Kailash, Mt. Api and Om Parvat as well as important religious routes and sites in the map. It was commissioned by the International Centre for Integrated Mountain Development (ICIMOD).

Wildlife in the Maximum City

Wildlife in the Maximum City

Flamingos in wetlands, mangroves sheltering the coastline, weird scorpions in the shrubbery and intertidal spaces rich in marine life – Chakravarty’s map of Mumbai, commissioned by international climate network Purpose Climate Lab, showcases its wild side. Look at the map and you’ll realise that even the most crowded hotspots in the city are home to a host of creatures, including Indian Ocean humpback dolphins, porpoises, olive ridley sea turtles and more. “Usually when one thinks of Mumbai, the image of a concrete jungle comes to mind,” says Chakravarty. “Ever since we’ve shared this map on the social media, so many people have reacted with such wonder when they have realised that this busy, bustling metropolis still has such a fabulous array of wildlife!”

Author: Geetanjali Krishna, The India Story Agency for Sacred Groves

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Apart from coastal bathers who’ve gingerly waded through its tickling stems or sailors who snared their anchors in its undergrowth, few of us are aware of the 60-plus species of marine flowering plants that constitute seagrass. Fewer of us still appreciate that, like their submarine cousin coral, seagrass orchards are under threat. “The problem with seagrass is that it’s not a charismatic habitat like your coral reef or tropical mangrove,” says Project Seagrass’ Leanne Cullen-Unsworth of the family marine plants that grow in shallow and sheltered coastal waters across the globe.

Seagrass provides a range of services to terrestrial ecosystems: food and habitat for marine organisms, maintaining water quality and stabilising the seabed. Most importantly, seagrass meadows are the hidden stars of carbon sequestration; absorbing atmospheric carbon at quicker and higher rates than ecosystems such as tropical forests, one hectare of seagrass can store around 400 kg of carbon dioxide per year, up to 40 times more than a hectare of dry-land forest. (Making it second only to arctic tundra in its capacity as a carbon sink.)

Partly this is down to seagrass’ marine habitat, where oxygen-free sediment traps the carbon in plant material which then remains buried for hundreds of years after the plant dies (unlike the carbon in forests, which can readily be released by burning for fuel).

So seagrass’ loss is a problem for all of us. And sadly, in most global contexts these hard-working marine flora are receding. It is estimated that 92 percent of seagrass in British coasts has been lost in the last century, much of this erosion having occurred by the mid 20th century, when poor water quality borne of rapid industrialisation led to a wasting disease that scientists believe decimated seagrass meadows. Sediments and turbidity have also played their part in seagrass’ demise, as has physical damage from anchors and fishing nets, commercial seaweed production and the tourist industry, where aesthetics of pristine sands and transparent seas reign supreme.

“In tourist spots in the Indo-Pacific it’s common for seagrass to be torn up so a beach looks like the picture postcards,” Cullen-Unsworth says, who is however at pains to point out that seagrass conservation is not simply pitted against human activity – it provides a nursery habitat for commercial fish stocks such as tiger prawn, conch, Atlantic cod and white-spotted spinefoot. Cullen-Unsworth is one of the founders of Project Seagrass, a nonprofit that’s working to raise awareness of this underrated habitat and is undertaking pilot projects to explore how to best regrow eroded seagrass orchards.

Project Seagrass’ first large-scale project, Seagrass Ocean Rescue, is a partnership between Project Seagrass, Cardiff and Swansea universities and Pembrokeshire Coastal forum that aims to reestablish 20,000 square metre seagrass meadow in Dale, West Wales to demonstrate its environmental and biodiversity benefits, and serve as a model that could be replicated anywhere in the world where seagrass meadows are under threat. Costing GB£40,000 [US$52,000], the project is funded by charitable donations and the first of three ocean sites in Wales and England where Project Seagrass plan to restore native seagrasses in coming years.

The project involved volunteer divers harvesting two million donor wild seagrass seeds from extant meadows around the coast of the United Kingdom. The seeds were then planted in biodegradable hessian bags, by volunteers including Welsh schoolchildren, and these bags were launched into the sea at ideal sites off the Pembrokeshire coast. The chief limitation of the project is that native seagrasses take years to reach maturity, making data-gathering on best methods for replanting a slow process. The final seed bags were deployed in December 2020, says Cullen-Unsworth and though it’s early days she’s hopeful.

“We’re already seeing signs of germination,” she says. “It might be five to 10 years before we can absolutely demonstrate evidence of benefits in terms of carbon sequestration and biodiversity support, but still it’s all very exciting.”

Seagrass Ocean Rescue is one of a handful of global projects seeking to reseed lost seagrass meadows, including a 20-year project to restore native eelgrass meadows at Chesapeake Bay in the US and a University of Gothenburg-led project to restore seagrass meadows along Sweden’s West Coast. Cullen-Unsworth believes that this underwater climate hero will soon get the attention it deserves.

“Britons used to be maritime people who were fully aware of marine habits like seagrass and their role in helping ecosystems to thrive. My hope is that seagrass will once again be as appreciated as grasslands and forests.”

Author: Sally Howard, The India Story Agency for Sacred Groves

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Under the azure waters of the Andaman Sea, sturgeon, parrot fish and stingrays swim past a strange new structure close to a coral reef formation. Above, a small solar panel bobs on the water’s surface. This is an artificial reef built by Indian environmental charity ReefWatch. The founders of this tiny non-profit outfit are passionate about the conservation of the magnificent coral atolls in India’s Andaman and Nicobar Islands, training local divers to collect naturally broken coral fragments and implant them on to an artificial metal reef. There is, they soon realised, one basic problem with building new coral reefs: “Coral reefs grow between 0.5-7 cm per year,” says Nayantara Jain, Executive Director of the programme. “At this rate, it will take artificial reefs decades to flourish.”

So ReefWatch implemented a simple, radical strategy to enable coral to grow faster. “We hook our artificial metal reefs to a small floating solar panel,” explains Jain. The mild electric current generated by the floating solar panel helps speed up coral growth by seven to twelve times by enabling faster accretion of calcium carbonate. And the electric current leaves the coral with more of an energy budget that it can use to survive warmer temperature spells and coral disease. Jain and her small team, which includes three local youth, predict these artificial reefs could have a far-reaching impact. Just before the lockdown, the team developed a new solar panel design to make coral accretion even more efficient. With the old accretion system, coral would start re-growing within three months. “Now, perhaps it will grow faster,” Jain says. The team also creates diverse natural habitats under each artificial reef using rocks, shells and aquatic plants. “Consequently, we see an immediate uptick in marine life as soon as the artificial reef is set up,” she says.

In the long term, ReefWatch plans to develop a replicable model for coral reef regeneration which involves local stakeholders. Some of their work involves education: through workshops in schools, colleges and elsewhere, they are spreading awareness about how coral reefs protect the fragile local ecology and bulwark these islands against tsunamis and high tides. “We’re also employing local divers to salvage broken coral and maintain our new reefs,” she says. “Hopefully, this will encourage them and others in their community to look after their habitat.” Jain plans to make the project volunteer tourism-driven and hopes to entice divers and beach enthusiasts to spend some time in these picturesque islands and help build artificial reefs. “If protecting their biodiversity could generate higher tourism revenues,” she says, “the programme could eventually be taken over by the local community entirely, leaving us free to replicate this project elsewhere.”  

ReefWatch has built nine reefs so far, all positioned near natural coral formations. In time, these will mature, merge and support diversity of marine life. Each reef costs around US$2,000 and requires regular maintenance in the first few years of its installation. On World Oceans Day in June 2020, ReefWatch launched the first edition of its Adopt A Reef programme, inviting people to sponsor part of an artificial reef for US$470 per year. Within six weeks, all their existing reefs found sponsors. “The government has now allowed us to work in other areas in the Andaman Islands,” says Jain. “We want to build more reefs now…”

Images Credit: ReefWatch Marine Conservation
Author: Geetanjali Krishna, The India Story Agency for Sacred Groves

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