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According to officials, Sri Lanka has started shipping 242 containers of hazardous waste, including body parts from mortuaries, back to the UK after a two-year court battle by an environmental watchdog.

The first 20 containers of medical waste, including body parts, were loaded last week and another 65 will be sent this week, according to Sri Lankan customs. A week prior, Sri Lanka’s court of appeals ordered the repatriation of the bio-waste and plastic waste imported in violation of local and international shipping regulations, as well as the BASEL Convention. The imports arrived between September 2017 and January 2018 and the Centre for Environmental Justice (CEJ) had petitioned courts to get it rejected. 

The petition included such issues as severe damage to the environment and biodiversity and threats to the health of the general public. The application also said that the waste was imported without adhering to the terms of the BASEL Convention, according to which Sri Lanka has restricted the import of hazardous waste. 

What’s Happening Now?

The Basel Convention is an international treaty, signed in 1989, designed to prevent the movement of hazardous waste from developed to developing countries.

In September, more than 280 tons of waste in another 21 countries were sent back after the UK agreed to take it back. 

Besides Sri Lanka, several other Asian countries have in recent years started pushing back against a tide of waste coming from wealthier countries and have started turning away shipments of garbage. The region, including Sri Lanka, has been flooded with plastic waste from more developed economies such as the US and UK since 2018, after China ordered a halt to most imports.

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In January, Malaysia sent back 150 shipping containers of plastic waste to mostly wealthier nations saying that it would not be the world’s “garbage dump.” In May 2019, the Philippines shipped 69 containers back to Canada following a long-running dispute. 

The 1950’s were known as the Great Acceleration which was marked by profound human transformation of the planet. Forests have declined rapidly since the Great Acceleration due to industrialisation, urbanisation and land degradation, particularly in South Asia. There are almost 16 different forest types in the region which vary from tropical rainforest to coastal mangroves. With the population of South Asia set to grow to 2 billion in 2050 from 1.8 billion today, how can South Asia ensure the survival of its forests?

The graph below shows forest area as a share of land in South Asia from 2000 to 2015, which excludes agricultural production systems. Sri Lanka and Bangladesh are seeing a gradual decrease in forest cover while India has seen a gradual increase in forest cover. Only Bhutan has seen a small increase in overall forest cover.

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south asia forests
A graph showing various countries in South Asia and their forests as share of land area (Source: Our World in Data).


India is the 6th largest country in the world and has 4 types of forests: tropical forests, subtropical, temperate and alpine. Since the early 1950’s the country has been increasing its afforestation and reforestation efforts and consequently, the country has increased forest cover by 70.5% between 1950 and 2006; there are now more mangrove forests and forests in hill districts.

In 1952, the country set a target to have 33% of its land under forest cover, however this is currently at 21.54%. Ajay Narayan Jha, the secretary of the ministry of environment forest and climate change, wants to convert open, moderate and degraded forests into dense forests to improve the quality of existing forests. 

The overall increase in forestry in India is attributed to both conservation efforts and better satellite data, however a research paper states that the figures ‘ignore’ the ground realities of India’s situation – by including commercial plantations which are largely monoculture and should not be counted as an increase in India’s forest cover. This could mean that India’s actual forestry numbers are far less than the official counts. Additionally, within the country, there are massive differences in forestry among states with Andhra Pradesh and Kerala recording increases in forest cover while the North-Eastern states of India are recording India’s largest rates of forest cover decline. This is attributed to cultivation and development activities.


Bangladesh is one of the most densely populated countries on Earth, with 163 million people living on a delta plain bordering the Bay of Bengal. As a consequence of this, only 6% of Bangladesh is forested, paling in comparison to the rest of South Asia. Over 50% of Bangladesh’s forests have been deforested in only the last 20 years, which can be mainly attributed to the massive increase in urbanisation and agriculture. Further, illegal sand mining is prevalent in the country, which is an extremely destructive process that has been linked to floods in Kerala. For Bangladesh this illegal practice has led to a sharp decline in river bodies and forests; when sand and minerals are illegally extracted, river banks become unstable and collapse during times of heavy rain or monsoons season, affecting water quality. The Sundarbans is a 10 000 sq km mangrove forest which is also a UNESCO World Heritage Site that has been badly affected by sand mining and deforestation. 

This mangrove forest environment is crucial to protecting Bangladesh’s coastline from tropical storms. Additionally, conflict in Myanmar has led to the large-scale movement of refugees entering Bangladesh through Cox’s Bazaar. This mass migration has forced Bangladesh to build security outposts in the region, however, these have been built on protected forestry land. The government has also drained and filled wetlands to create settlements to relieve the overpopulation crisis which has hampered the country’s forest preservation efforts. Bangladesh is in a difficult position as the country will need to find a balance between relieving its overcrowding crisis in urban areas while conserving forests.

The rise of aquaculture in Bangladesh has also contributed to the decline in forests; in 2013, there was an estimated 8.3% loss in forest cover, partly because land was cleared to make way for shrimp farms.

Sri Lanka

Between 1990 and 2005, Sri Lanka had the world’s highest rate of deforestation. Deforestation is attributed mainly to the rise of the plantation sector, particularly for coconut production.  However, since the end of the country’s civil war in 2009, Sri Lanka has made significant progress in protecting and preserving its forests, with 22 national parks and a newly-added UNESCO World Heritage Site. In 2015, the country declared all mangrove forests to be protected by law. The country also plans to quadruple the size of the Sinharaja Rainforest to 36 000 hectares, which is the country’s only UNESCO Heritage Site- listed rainforest with over 50% of the country’s endemic species and 60% of endemic trees  found in this rainforest. The country hopes to utilise the forest’s bufferzone and incorporate nearby defragmented forests into the rainforest

However, this progress was marred when the state built a second international airport inside a bird sanctuary in 2013 in the south of the country. This project, along with two expressways which run through many sensitive environmental areas, was seen as a major setback in the government’s promise towards environmental protection. Although the state has been paramount in setting out legislation, it has been the work of grassroot community action which has spearheaded Sri Lanka’s protection of forests. There are women-led initiatives that cultivate mangrove ecosystems which allow for the careful fishing of prawns which reside in mangrove ecosystems. Other citizen-led groups, such as Reforest Sri Lanka, have been planting trees in neglected areas such as abandoned tea estates. Despite the failings of the government to protect its forests, citizen-led groups have been educating, preserving and protecting Sri Lanka’s natural environments. 


Bhutan is the world’s only carbon negative country, which means it absorbs more carbon dioxide than it produces. This small mountainous country is 80.9% forested– the highest rate of forest cover in South Asia. Almost 51.4% of the country’s area is designated as natural parks and sanctuaries. The country enforces strict environmental policies such as ensuring that 60% of the country remains forested; this is also contained in the country’s constitution. Such policies fall under the country’s four pillars of Gross National Happiness (GNH), which has helped the country concentrate on conservation and forestry. GNH is the measure of economic and moral progress of Bhutan, which differs from the typical practice of focusing on economic indicators. However the country’s rigid environmental policy has been criticised as rural communities continue to lose livestock due to the protection of snow leopards (however, the government compensates farmers for killed livestock by). 

Bhutan’s efforts should be commended both in South Asia and globally. The country’s stern environmental laws have allowed it to protect and maintain its forests, setting a precedent for the rest of the world.

South Asia is fast developing economically and is experiencing rapid population growth. If countries in South Asia are to combat global warming, they will have to work together to protect forests which transcend national boundaries such as the Sundurbans and forests on the Himalayas. Although environmental progress has been slow, concern for the environment is becoming an important macroeconomic objective of South Asian governments and with the rise of citizen-led groups and the involvement of communities, the fight for South Asia’s forests remains far from over. 

A group of researchers from the Centre for Conservation and Research in Sri Lanka, have suggested the construction of electric fences around human villages to save the lives of humans and elephants in the country.

Analysing the first country-wide survey on the habitats of elephants and their conflicts with humans, they say this new conservation approach model of erecting electric fences would work better than confining the animals in a specific area.

Human-elephant conflicts kill more than 250 elephants and 70 humans in Sri Lanka annually. Adult male elephants entering human habitat to feed on farm crops sets up the stage for the deadly battle between two species.

The increasing fatality from these clashes sounds the death knell of the Asian elephants that are already categorised as endangered in the International Union for Conservation of Nature (IUCN) Red List.

Since the 1950s the approach to human-elephant conflict mitigation in the country has been based around confinement of elephants in protected areas. The animals are chased away into these areas using light flares, thunder crackers and sometimes even shotguns.

These attempts rarely succeed. The scarcity of resources in the protected areas due overpopulation of Elephants compels them to venture into human villages to seek food.  

The research

The researchers headed by Dr. Prithiviraj Fernando divided the country into 2,742 grid cells, each covering an area of 25 sq km. Three residents living within each grid cell were asked to report on the presence of elephants and the severity of human-elephant conflicts.

They opted for a questionnaire-based approach rather than methods based on direct sightings. Elephants, despite their large size, are difficult to be tracked in the wild. Asian elephants tend to reside in low visibility habitats like scrub and secondary forests. They only venture out to the open during the night. They also occupy a large home range of hundreds of sq km frequently crisscrossing long distances at a stretch.

The result of the collected data was later visualised into an elephant distribution map with highlights of key areas for intervention.

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(a) Elephant presence, by herds and males; cells without resident people are coloured green. (b) Elephant presence and absence overlaid with the GPS locations of 54 elephants tracked during 2004–2018. (c) Spatio-temporal patterns of cell use by elephant herds and males (Fig. 2). (d) Severity of human–elephant conflict.

The result showed that Asian elephants inhabit 60% of Sri Lanka’s land, and more than half of their habitat coincides with human habitats. The majority, over 56% of residents, who reported the presence of elephants, had experienced major human-elephant conflicts. 23% of people faced moderate conflicts. Only 7% of residents reported having not experienced any conflicts. The study also revealed that the elephants have lost 16% of their range since 1960.

The researchers recommend a human-elephant coexistence model that promotes stakeholder awareness and mitigates conflict by protecting villages with barriers like electric fences. They say the distribution map they prepared can serve as a template for identifying areas where conflict mitigation needs to be integrated.

“If this approach is incorporated into the National Policy for Elephant Conservation and Management in Sri Lanka, it would facilitate human-elephant co-existence.” says the lead researcher Dr. Fernando. “It would also result in the reduction of human-elephant conflict.”


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