Home Blog Page 15

Climate Change Justice Fellowship

IPS is offering an exceptional opportunity for two journalists to develop an understanding of climate change justice. The finish will run from March to July 2025 and will include six module capacity-building courses in understanding climate justice finance, using data and visuals for storytelling, using artificial intelligence for reporting and researching, and telling complex stories for a broad audience and so enhance understanding and develop trust in the media.

Candidates will be expected to produce six features during this fellowship that will use the lessons learned during capacity building. Fellows who complete the course and submit publishable features will have the opportunity to attend a major climate conference where they will be able to hone their skills and build their knowledge and contacts.

Each fellow will receive a stipend for the duration of the program.

Preference will be given to candidates who report on rural communities and in geographic areas seldom covered by the mainstream. We are also looking for candidates who haven’t had the opportunity to attend a major climate conference. Candidates should have at least two years’ experience and be proficient in English, although English doesn’t have to be their mother tongue.

Please send your resume, two samples of your work, and a motivation to ipsassignments1@gmail.com before March 20, 2025.

How climate change impacts Sri Lanka’s dengue disease burden

Three-year-old Nethmi Sehansa* from Dematagoda, a suburb of Colombo, succumbed to dengue in May 2023. Her parents and elder siblings remain devastated by her untimely demise. Even though they had big plans for their little daughter, the dengue endemic shattered their dreams. 

The Western Province of Sri Lanka had been identified as a high-risk Medical Officer of Health (MOH) area since 2010 with a high density of dengue infected patients. As of March 1, 2025, as many as 4119 cases have been reported from the Western Province, which is the highest recorded number of patients among nine other provinces in the country. The fact that many dengue cases have been reported during a usually low peak season has raised concerns among health officials. 


As of March 1, 2025, as many as 4119 cases had been reported from the Western Province

Western Province of Sri Lanka had been identified as a high-risk Medical Officer of Health (MOH) area since 2010

Increasing evidence also suggests that peak dengue seasons may stretch due to unseasonal rains and warmer temperatures


Surge in dengue cases

Dengue is a viral infection transmitted following the bite of infected Aedes species of mosquitoes. According to the National Dengue Control Unit, dengue has a seasonal transmission with two peaks occurring with monsoon rains between June-July and October-December respectively. 

Usual symptoms of dengue fever include high fever, pain behind eyes, severe headache, nausea, vomiting etc. Little Sehansa had had high fever and her parents took her to the hospital on the second day. The doctor had asserted that her platelet count was low and advised her parents to admit her to the hospital. Unfortunately, the doctors couldn’t save her life.

Since the beginning of 2023, the National Dengue Control Unit (NDCU) in Sri Lanka has reported 36,628 dengue cases. These figures are around three times higher than the cases reported during the same period in 2021 and 2022.

A 2024 research conducted to investigate reasons behind the outbreak of dengue in 2023 explains the fluctuating incidence of dengue fever that occurred in Sri Lanka since 1989. The largest outbreak due to dengue was reported in 2017 with 186,101 cases, associated with the cosmopolitan strain of the dengue virus (DENV) serotype 2. DENV-2 continued to be the predominant circulating serotype until October 2019.  In Sri Lanka, the number of cases began to gradually increase from June 2022 onwards with a total number of 89,799 cases reported in 2023, with 18,650 from Colombo equivalent to one fifth of the caseload. Usually, Sri Lanka has two seasons of intensified dengue activity coinciding with the monsoon seasons. One season typically spans November to early February and the second season runs from May to July. 

According to Dr. Preshila Samaraweera, Consultant Community Physician at the NDCU, the endemicity of the dengue virus has increased since 2000. “Therefore the number of cases cannot be brought down to zero even during a drought period. Due to the tropical climate the incidence of dengue is high and there is high transmissibility,” said Dr. Samaraweera. 

More rain also creates more stagnant water bodies and receptacles that mosquitoes may breed in – Daily Mirror

When asked why there had been a sudden spike of dengue cases during the pre-monsoon period in 2025, Dr. Samaraweera said it cannot be described as a surge in cases because a similar trend had been observed during the past few years during the same period. 

Dengue vector and climate change 

But increasing evidence also suggests that peak dengue seasons may stretch due to unseasonal rains and warmer temperatures. 

More rain also creates more stagnant water bodies and receptacles that mosquitoes may breed in. Three of the four stages of the mosquito life cycle take place in water – eggs are laid in pools of stagnant water, which hatch into larvae and pupae which develop within them.

A 2020 research on climate change induced vulnerability and adaptation for dengue incidence in Colombo and Kandy explores how numerous models have predicted that climate change would increase the geographic distribution and potential risk of dengue incidence. 

Relative humidity is a vital factor, which directly enhances the feeding frequency, inter sexual attractions and oviposition rates of Aedes mosquitoes. The adult longevity and survival success after being infected by DENV have also been found to increase under high humid conditions leading to a wide geographical dispersion of dengue. 

Colombo – A high risk MOH area 

As for the Colombo district, a combination of factors make it a highly vulnerable area for dengue fever. A study on the impact of environmental factors on the spread of dengue fever in Sri Lanka reveals that dengue fever incidence was caused by following factors: precipitation, wind, urbanization, land management, socio-demographic characteristics.

Consequently, western province possessed higher dengue cases (41% in 2017) than the eastern parts of the country (7% during the 2017 outbreak).

A 2024 research on dengue dynamics and environmental impact indicates that in Sri Lanka, the tropical climate, marked by seasonal weather primarily influenced by monsoons, fosters optimal conditions for the virus to spread efficiently. This heightened transmission results in increased per-capita vector density. Dr. Samaraweera further said that every year 45-50% of cases are always being reported from the Western Province of Sri Lanka. “Out of 57 MOH areas in the Western Province, a high number of cases are often being reported in areas such as Nugegoda. The reasons are manifold including high population density, flash flood situations after a heavy rain that would usually increase the number of stagnant water bodies and most importantly the lack of a proper solid waste management system,” said Dr. Samaraweera. 

She said that potential breeding sites for the dengue vector include discarded items such as yoghurt cups, coconut shells etc., mostly found in the backyards of houses and commercial buildings.

Speaking about changes in weather patterns over the years, Dr. Lareef Zubair, Principal Scientist at the Federation of Environment, Climate and Technology, observe some ‘unusual rain events’ in dry seasons thereby delaying wet seasons at times. It appears that the frequency of such extremes has changed. 

The endemicity of the dengue virus has increased since 2000. Therefore the number of cases cannot be brought down to zero even during a drought period. Due to the tropical climate the incidence of dengue is high and there is high transmissibility
– Dr. Preshila Samaraweera, Consultant Community 
Physician at the NDCU

“Certainly, the temperature highs, the air quality highs and evaporation has been exacerbated due to the already observed climate change. The argument that the warmer atmosphere has the capacity to hold much greater amounts of water vapour is sound and when large clouds burst it can lead to extreme rainfall,” said Dr. Zubair who had been observing weather patterns over the past 15 years.

He further said that people are experiencing a hydrological change. “Both maximum and minimum temperature is higher than in the last century. As a result, evaporation is much higher. Sri Lanka experiences lower air quality, which influences rain formation and the acidification of rain,” he stated. 

Dengue infection and non-economic losses 

So far, the dengue infection has claimed four lives during the first two months of 2025. In 2024, dengue claimed the lives of 24 individuals. Dr. Samaraweera further said that by reducing the number of cases, it would also save the expenses borne in treating patients with dengue. “When a patient is diagnosed with dengue, his or her economic productivity drops for three weeks. On the other hand the intensity of the infection varies from person to person. Therefore as the apex body to control dengue infections, we carry out targeted interventions such as fogging activities, source reductions and so on,” she added.

A 2014 study done on the economic cost of non-fatal paediatric dengue cases indicate that the average cost to hospital per case of dengue haemorrhagic fever (DHF) and dengue fever (DF) was SLR 24,856 (US$ 191) and SLR 10,348 (US$ 80) respectively. 

Sehansa’s case is a classic example which indicates that dengue infection affects individuals irrespective of age. Other non-economic losses associated with dengue fever includes potential long-term health complications and psychological impact on caregivers.

However, the NDCU has been taking various measures to bring down the frequency of deaths by dengue. Dr. Samaraweera said that compared to 72 deaths in 2023 the number of deaths were brought down to 24 by 2024,” she added. 

According to WHO, improper water storage practices and high population density are risk factors for dengue. But even though the authorities are taking steps to bring down the cases of dengue, V. Chithra, Sehansa’s mother, claims that even though fogging activities are being conducted by authorities on a regular basis, none of those interventions could save her daughter. “Fogging alone isn’t enough. If you check around these flats, the drainage systems are blocked and there are many stagnant water bodies. People aren’t interested in cleaning their sewage lines or cleaning the surroundings because poverty is a bigger burden they have to face on a daily basis,” she added. 

In her comments, Dr. Anoja Dheerasinghe, Consultant Community Physician at NDCU said that there’s no stigma attached to the dengue infection unlike for diseases such as tuberculosis and HIV. When asked whether the urban poor is more vulnerable to the dengue infection Dr. Dheerasinghe said that people in highly populated areas are more vulnerable. “The population density in underserved settlements is high and the mosquitos’ flight range is between 100-200 metres. Therefore chances of an outbreak is highly likely in these areas and people therefore have to take all precautions,” she underscored.  

The temperature highs, the air quality highs and evaporation has been exacerbated due to the already observed climate change. The argument that the warmer atmosphere has the capacity to hold much greater amounts of water vapour is sound and when large clouds burst it can lead to extreme rainfall
– Dr. Lareef Zubair, Principal Scientist at the Federation of Environment, Climate and Technology

According to the newly drafted National Strategic Plan for Prevention and Control of Dengue – 2024-2030, Sri Lanka has made a commitment to reduce dengue deaths to zero by 2030. The authorities are determined to bring down the average infection rate by 40%. But whether increasing risk factors such as climate change and the adaptability of the dengue vector would pose significant challenges in reaching this target, remains a doubt. 

*Child’s name withheld on request from parents under conditions of anonymity

This story was produced under the CIR- CANSA Media Fellowship Programme. The It was originally published in Daily Mirror on 06 March 2025.

Eroding shorelines, vanishing memories: Families in Kalpitiya battle climate woes

By Aanya Wipulasena

Vinisious Obrey Fernando, 42, points at a map of Keerimundalam, a village located on Kalpitiya peninsula in north-western Sri Lanka. 

“This is where my father’s house used to be,” he said.

“Now our house and most of that land has gone to the sea.” 

His face wore a sad smile.

About 20 years ago, Mr Fernando’s village was a tranquil coastal haven with a thriving community of nearly 300 families living in cadjan houses. 

It had a school, a post office, and a church more than 210 years old. Now, with the land swallowed by the encroaching sea, Mr Fernando could only reminisce about what once was his family home and vibrant neighbourhood. 

In 2014, he and his family relocated to Kalpitiya town area, with a population of around 96,000, like most of his neighbours as their village became uninhabitable.

Vinisious Obrey Fernando stands in front of his father’s old post office.(ABC Asia: Aanya Wipulasena)

The map depicting the grave reality of the situation shows over 90 per cent of his land has been lost to sea erosion. He only managed to salvage parts of the roof and doors of the house as the water rose. 

By mid-2024, Mr Fernando could still see the last remaining wall jutting out of the water.

By the time of the publication of this article, Mr Fernando’s father’s house was completely washed away. 

During the low tide, he can stand where his father’s house once was.

“That was the house my two siblings and I grew up in. I used to play volleyball and elle, a popular bat and ball game in Sri Lanka, with my brother on the land in front,” he said.

“We used to catch fish in the sea. My father was the village sub-postmaster, and I even met my wife there.”

How the old post office used to look before being damaged by the encroaching sea.(Supplied: The Coast Conservation Department)

On the weekends, the coastal village (Keerimundalam) is eerily deserted.

“This village used to be filled with chatter and laughter. Our friends and relatives have all left now. I feel very lonely sometimes”, said local resident Mekala Santhanal Peiris.

“Will the rest of the village also go into the sea? This is all I think about. I am scared we will lose everything we have.”

Mekala Santhanal Peiris says all her relatives and friends have left the village.(ABC Asia: Aanya Wipulasena)

Ms Peiris moved to Keerimundalam about 20 years ago after her marriage. When the water kept rising, she said, the villagers did everything they could to save it.

With the help of the church and villagers, they built a monument for Sinthathiri Maatha (Lady of Good Voyage), whom the villagers believed would save the village from the sea. 

However, now, the sea engulfs the monument’s base when the tide is high.

Villagers fear that soon the sea will claim the Holy Cross Church. (ABC Asia: Aanya Wipulasena)

As the sea continued to claim the land, Mr Fernando and other villagers tried to stop by stacking sandbags, to no avail.

The president of the Uchchamunai, Velankanni Matha Rural Fisheries Organisation, Sebastian Dias, said the sandbags were placed two years ago.

“That plan was a failure. Now even the sandbags are in the sea,” he said.

For villagers like Ms Peiris, Mr Fernando and Mr Dias, this is not just about the loss of property; it’s the erosion of a way of life which was deeply rooted in the rhythms of sea, community, and spirituality. 

The profound loss of their homes and lifestyle carries a heavy weight. Most of their neighbours and loved ones have relocated to Kalpitiya town.

“During the church feast, the whole village celebrated, and when there was a funeral, the whole village mourned. That has all changed now. Now we don’t even know who died,” Mr Dias said. 

“The sea took away our identity from us”.

The Holy Cross Church of Keerimundalam is over 210 years old.(ABC Asia: Aanya Wipulasena)

Father Sampath, who has been serving in the Kalpitiya Peninsula for 15 years, said the village church, Holy Cross Church, was important to Keerimundalam and surrounding villages. 

With its long-standing history and spiritual presence, the Holy Cross Church brings villagers together.

“During the church feast, which we have in the second week of September every year, almost 3,000 people come to the celebrations. It is a big function,” Father Sampath said.

“Now the sea is near the church. So many houses in front of it are gone to the sea.”

A recent comparison by Geographic Information System (GIS) experts between a survey plan made in January 2005 and a high-resolution satellite photo reveals there is nearly no land left.

A satellite image of Mr Fernando’s land depicting shore erosion from 2005 (light blue line) to 2024 (dark red line).(Supplied: Construction Technological Services)

A 2023 study highlighted that wave climate data from the area shows significant morphological changes, meaning that there are alterations observed in the shape, structure, and features of the coastal line, while intensified wave climate, especially during the south-west monsoon, leads to slow erosion of the Kalpitiya peninsula.

Another study, also in 2023, found that the island’s western coast shows high vulnerability as a result of fewer coastal barrier ecosystems, meaning that most barrier-effective coastal ecosystems in the area have already been degraded and removed.

Inside the village school, now abandoned.(ABC Asia: Aanya Wipulasena)

Seinulabdeen Haleema, 59, strolls along the sand with her two grandchildren. A light rain forces the children to find refuge as Ms Haleema takes out her umbrella. 

Closer to the seawater, to her right, a once-thriving plantation of mangroves withers, and to her left, further inland, barren stumps of coconut trees punctuate the landscape. She remembers well what the coastline looked like in Kalpitiya decades ago.

“Can you imagine, we used to play on the sand there?” she said, looking into the sea.

Seinulabdeen Haleema stands on her father’s land, where she once played with her siblings. Now, the sea has claimed it.(ABC Asia: Aanya Wipulasena)

Her father bought land in Muhuttuwaram, Dutch Bay, about 40 years ago. They had a mud-thatched house, now claimed by the sea, where her grandparents used to live.

“We were seven siblings in the family. We came to this land on my father’s bullock cart. It was a joyous time,” she recalled.

The land she stood on now, she said, is unrecognisable. It was abandoned. Ms Haleema rarely makes the journey to visit it.

A satellite image of Ms Haleema’s land depicting shore erosion from 2005 (light blue line) to 2024 (dark red line).(Supplied: Construction Technological Services)

D.T. Rupasinghe, chief engineer at the Coast Conservation Department, has been studying erosion in the Kalpitiya peninsula. 

“This is Sri Lanka’s most sensitive area due to its geomorphology. It is very dynamic with big variations”, he said, adding that years of research have shown that the islands in Kalpitiya are eroding and shifting landward.

Mr Rupasinghe said that changes in wind patterns, wave patterns, and changes in current were causing the shift.

D.T. Rupasinghe studies a Google Earth map of the Kalpitiya Peninsula in his office.(ABC Asia: Aanya Wipulasena)

“We know that these changes are driven by climate change, but we need a database and run numerical models to make that connection. We don’t have the resources to do that,” he said.

He pointed out that human activities and natural changes in the environment also contributed to aggravating sea erosion in Kalpitiya.

The Coast Conservation Department is planning to use geo-bags to stop sea erosion in the Kalpitiya Peninsula following the villagers’ request. However, officials are concerned that it would worsen the situation rather than help.

The Intergovernmental Panel on Climate Change (IPCC), in its sixth assessment report, projects a likely global mean sea level rise of up to 1 metre by 2100, relative to the beginning of this century, under a very high emissions scenario. 

The report also presents a low likelihood, high-impact storyline where the global mean sea level rise (relative to 1995-2014) could be up to 1.6m by 2100, further increasing up to 4.8m by 2150.

Mekala Santhanal Peiris’s younger daughter holding a starfish. (ABC Asia: Aanya Wipulasena)

Roshanka Ranasinghe, Professor of Climate Change Impacts and Coastal Risk and member of the expert scoping team for IPCC, said it was essential that detailed studies were done in coastal hotspots to see what adaptation measures were necessary.

“I recommend authorities look at the results of global trends and identify areas that are vulnerable and have a big impact on the economy,” he said.

State authorities are both aware and concerned about the situation. The director of the country’s Climate Change Secretariat, Leel Randeni, agreed there was a need for real-time data. 

“There is some research on sea erosion, [but] there are many gaps that need to be revisited”, he said, adding that though Sri Lanka is not a major carbon emitter, it was among the most affected countries by climate change.

Meanwhile, Mr Dias is leading the call to protect the area. His organisation has also written the state officials regarding the villagers’ plight.

Fishermen returning home at sunset.(ABC Asia: Aanya Wipulasena)

A letter dated October 6, 2024 and addressed to President Anura Kumara Dissanayake, calls for urgent intervention to protect the coast.

“In Keerimundalam village, there is a 211-year-old church, 50 houses built by the state, a sub-post office, and an electricity transformer. While villagers have worked hard to protect these, their fishing activities have been affected,” the letter points out.

Keerimundalam today, at risk of complete erasure.(ABC Asia: Aanya Wipulasena)

In reply, senior assistant secretary to the president W.M. Bathiya Wijayaratne wrote an official letter asking the District Secretary to present the villagers’ appeal to the next coordination committee and provide a “quick” solution.

Mr Dias said there had been no reply to this letter. He said he was observing the sea claiming the village, and with it, his people’s lifestyle, identity, and culture.

Santhi, one of the oldest remaining villagers in Keerimundalam. (ABC Asia: Aanya Wipulasena)

The villagers are keen to have discussions with relevant authorities. They worry that their calls are not heard.

When discussions around climate change often take the form of economic impacts, it is crucial for authorities to listen to the profound human stories behind the numbers and to address their concerns, Mr Dias and Mr Fernando said.

Vinisious Obrey Fernando’s sister with his first-born in front of his father’s house, now washed away in the sea.(ABC Asia: Aanya Wipulasena)

When he finds time, Mr Fernando still goes to where his family’s house once was in Keerimundalam. Following in his father’s footsteps, he is the area postman. The post office has now shifted to the abandoned school building after the original building was damaged by the sea.

Often, he wishes he could return to his village. Many houses are submerged, out of sight.

Now, the sea levels have reached the churchyard. 

“If the church goes to the sea, there will no more be a village there, and that is my biggest worry.”

This story was produced under the CIR- CANSA Media Fellowship Programme. It was originally published in ABC on 06 March 2025.

Webinar – Uncounted: How to Cover Hard-to Quantity Climate Change Impacts Along the Bay of Bengal Coast

Earth Journalism Network is holding a webinar on those impacts of climate change that are not counted and rarely included in policy responses. Such impacts include those on physical and mental health, loss of biodiversity and ecosystem services, forced migration, forced closure of schools and colleges turned into cyclone or flood shelters etc.

We’re going to look at these impacts along the Bay of Bengal coast at a webinar from 11 am to 1 pm India time / 11.30 am to 1.30 pm Bangladesh time on Wednesday March 5.

Please register through this link

https://us02web.zoom.us/…/reg…/WN_5G7_mXQaQTWLnjP2mJmLZg

Rathugala adivasis struggle to preserve ‘bee honey harvesting’ amidst climate change

By Kamanthi Wickramasinghe

For Danigala Mahabandalage Suda Wannila Aththo, the incumbent leader of the Rathugala adivasi community, bee-honey harvesting is part of their traditional lifestyle. Rathugala is a scenic village in the Eastern Province of Sri Lanka, located bordering the Gal Oya region in Ampara District. Following a prayer dedicated to Kalu Bandara deiyo, a local deity whom they believe is a guardian of the thick jungles they live in, Suda Wannila Aththo and his group would carefully advance into the jungles, in search of bee hives, usually located atop steep cliffs. Unlike in the past, the chances of returning with a bounty of bee honey is rare as this forest-dwelling tribe faces multiple challenges to collect bee honey. Amongst them are a long list of government regulations that prohibit them from entering jungles and a decline in honeycombs due to loss of pollinator habitats largely due to climate change impact. 

Image – A display at the Rathugala Vedda Heritage 
centre underscores the risks associated with 
wild bee honey harvesting
Image Credits – Kithsiri De Mel/ Daily Mirror

A fading tradition 
Traditional bee honey harvesting is a risky occupation. According to Charles Gabriel Seligmann’s book titled ‘The Veddas’, published in 1911, bee honey harvesting was once referred to as a ‘game’ where young boys in a tribe are taught to extract honeycombs without getting stung. They would initially set fire to some leaves beneath them as they believe that the smoke would chase away the honeybees (Apis cerana). The boys would then suspend themselves with a ladder made of creepers to slowly carve out the honeycomb off the rock using a tool known as the masliya, a stout stick about two and a half metres long with four prongs at one end, which the adivasi carries hanging by a loop from his forearm and which he uses to detach the comb and convey it into the maludema, the vessel that is used for collecting honeycombs. The thrill of bee honey collecting on an onlooker hasn’t changed (much) from how Seligmann, a lecturer in ethnology at the University of London described it from a first-hand experience. But today, this traditional practice is coupled with multiple challenges that have restricted the Rathugala adivasi community to a limited area within their home ground. 

One of the earliest references to the adivasi community (previously known as Veddas) was by Robert Knox. In his accounts in 1681 believed to be the first accurate description of the Veddas, Knox describes a peculiar way in which they store venison. “They cut a hollow in a tree, put honey, fill it with flesh and stop it with clay,” it reads.

The Rathugala adivasi community is considered among the last remaining forest-dwelling people of Sri Lanka, carrying with them a rich cultural heritage. According to a 2023 research by the Centre for Policy Alternatives (CPA), the adivasi community lost some of their best hunting grounds and caves which were inundated by the Senanayaka Samudraya built as part of the Gal Oya Irrigation Scheme between 1949 and 1952. Since then, their traditional lands were destroyed and some of these lands were declared as catchment areas of the reservoirs, banning their hunter-gatherer practices. 

Image – Various rituals are being done to seek  permission from local deities, Image Credit – Daily Mirror

“Back in the day we used to walk freely in these jungles and collect bee honey for our daily requirements,” Suda Wannila Aeththo told the Daily Mirror during our visit to the Rathugala Vedda Heritage Centre situated along B562 (Bibile-Ampara road). “Today, we observe serious changes in these environments. The jungles of yesteryear were so rich in diversity. There were various native plants which we used for medicine and food. We didn’t have to worry about food, and it wasn’t costly like today,” said Suda Wannila Aeththo. 

Image – Rathugala adivasi tribe is now restricted to a limited space and are unable to go hunting or collect bee honey due to government regulations and climate change, Image Credit – Daily Mirror

Bee honey harvesting was more of a cultural practice, he said. “If a girl is of marriageable age, the potential partner would carry honey, dried venison and other cultural gifts to express his interest in marrying her. But today, it has become difficult to collect bee honey. One reason is the existing government regulations: many of these jungles are now designated as forest reserves. Another reason: there are less suitable trees for pollinator insects like bees to thrive on. We find more invasive plant species such as lantana spreading rapidly, dominating the space required for native species. Many native plant species such as Bin Kohomba (Munronia pinnata) have become so rare that we doubt whether such plant species have already become extinct,” he added. According to the 2020 National Red List Bin Kohomba falls under the Endangered list of medicinal plants. 

Rapid forest degradation 

Pollinator insects such as bees and butterflies play a crucial role in ensuring food security, globally. Sri Lanka is home to nearly 150 species of bees—and four of them produce their own honey. Amongst them, the Asian honeybee (Apis cerana) is the most common species. However, bee researchers observe changes in bee populations due to rapidly diminishing forest cover.

“With rapid human population and the progressive denudation of forests in the past few centuries, bee honey production from natural forest reserves has been rapidly declining,” writes Dr. S. P. R Weerasinghe, Director of Agriculture in Dr. R. W. K Punchihewa’s book ‘Beekeeping for Honey Production’ published in 1994.

Sri Lanka is a signatory to the United Nations Framework Convention on Climate Change (UNFCC), ratified in November 1993 and was put into effect in March 1994. The 2017 Forest Level submission indicates that Sri Lanka has a forest cover of 29.1% thereby making a commitment to increase it to 32% by 2030 including forests as well as plantations. 


People who engage in domestic bee honey production have started selling bee honey at nominal rates. So, we can’t charge a premium price. It’s a premium product because we provide authentic bee honey. Many of us are indebted. Some of us have even obtained bank loans. Back in the day we weren’t indebted to anyone when collecting bee honey. But things have changed
– Suda Wannila Aththo, Leader of Rathugala Adivasi Community 


There are around 20,000 species of bees around the world and Sri Lanka has around 150 species. We are particularly interested in the Asian honeybee (Apis cerana)
– Dr. Anura Indrajith, Entomologist at Rajarata University


It is important to protect honeybees and wild bees because they are key pollinators in any ecosystem. Providing legal protection for honeybees will also put a halt on wild harvesting of bee honey which has a negative impact on their survival
– Dr. Jagath Gunawardena, Senior Environmental Lawyer


Bee honey is used as a supportive material when preparing Ayurveda pharmaceuticals. It is used as a natural sweetener and a preservative as well. But there are two types of bee honey, the new and old and each one of these types has their own medicinal properties
– Dr. Nirasha Gunaratne, 
Head, Department of Dravyaguna Vignana at Gampaha Wickramarachchi University of Indigenous Medicine


A 2001 study on forest policy trends in Sri Lanka indicates that the island’s natural forest cover decreased from 85-70 percent during 1881 to 1900, a time period which belonged to British rule of Ceylon. The central hills were cleared for export crop plantations, while the dry zone forests were logged for valuable timber. After the country gained independence in 1948, 2.9 million hectares (44 percent of the total land area) were still under forest cover (Dissanayake et al., 1983). By 1981 forest cover had been reduced to 1.63 million hectares (85 percent of total land area), representing a decrease at the rate of 50,000 hectares per year (Bandarathilleke, 1991). 

Pollination crisis 

A 2023 study on forest cover and natural vegetation loss shows that in 2000, 61.38 percent of the country had above 25% canopy density.  But by 2020, the forest cover of these areas decreased by 52.78 percent. Data gathered during this study shows that the forest cover density in Anuradhapura, Kurunegala and Monaragala districts remain at 12.06%, 9.82% and 8.49% respectively. 


A decline in forest cover also means a decline in potential pollinator habitats. The Intergovernmental Panel on Climate Change (IPCC) in its special report on Global Warming shows that climate change directly contributes to the loss of insects’ habitats. 

According to Dr. Anura Indrajith, Entomologist at Rajarata University, one of the persisting issues is the lack of data on the number of natural honeybee colonies in the country. “There are around 20,000 species of bees around the world and Sri Lanka has around 150 species. We are particularly interested in the Asian honeybee (Apis cerana). Ten years ago, if we wanted to find a honeybee colony, we would go to a forest area. But nowadays it’s very difficult to find natural honeybee colonies. The European honeybee (Apis mellifera) can be found in the West,” said Dr. Indrajith. 

Dr. Indrajith also noted a declining trend of giant honeybee (Apis dorsata) populations. However, bee researchers are challenged with lack of data to give an accurate estimation of the decline. He said that in Germany for instance, honeybee colonies have declined by 57% over the last 15 years. In UK it is 61% and India has experienced a 30% decline in past 25 years. 

Climate change impacts on Asian honeybee 

So far the Asian honeybee has been managed in its native ranges within South and East Asia. The reasons for the decline in natural honeybee colonies are manifold. “Bees and plants have a close relationship. If the flowers are not available due to heavy rain or drought there will be a scarcity of food for the honeybees and the population will experience a decline. During the drought (around August), there aren’t many flowers even on ornamental plants. Bees also need water. If there’s no water source around, they experience a lot of stress. On the other hand, during deforestation, they may not find enough nesting sites. As a result, they will go deeper into the jungles or away from the area,” Dr. Indrajith explained. 

Honeybees are also prone to pests and diseases in the face of climate change. Studies indicate that warmer falls allow the varroa mites season to last longer. “In addition, honeybees are also threatened by wax moths that increase with changing climatic conditions. Even though the Asian honeybee is resistant to most pests and diseases, it’s smaller in size when compared to the European honeybee and is less adaptable to climate change,” Dr. Indrajith added. 

As told by Suda Wannila Aththo earlier, climate change is one factor that fosters the growth of invasive species such as lantana, Guinea grass (Megathyrsus maximus) which further compromise pollination patterns of pollinator insects. When invasive plants overrun native plants and establish a monoculture, the area may be more susceptible to wildfires or pests. This phenomenon may intensify the effects of climate change on humans and the environment.


A 2023 study on beekeeping under climate change indicates that the brood-free period for colonies will likely be shorter or even completely absent due to raising temperatures. This will cause a negative feedback loop, which will increase the impact of pests depending on the brood for their reproduction.

Demand for pure bee honey 

Pure bee honey also includes various health benefits in traditional schools of Sinhala medicine including Hela Vedakama and Deshiya Chikitsa in addition to Ayurveda and Unani schools of medicine. “According to Ayurveda textbooks, there are various types of bee honey depending on the color, the type of bee that produces the honey and various other factors,” said Dr. Nirasha Gunaratne, Senior lecturer in Ayurveda Pharmaceutics and Head, Department of Dravyaguna Vignana at Gampaha Wickramarachchi University of Indigenous Medicine. “According to Charaka Samhita, a Sanskrit text in Ayurveda medicine there are four types of bee honey whereas the Sushruta Samhita mentions eight varieties. Bee honey is used as a supportive material when preparing Ayurveda pharmaceuticals. It is used as a natural sweetener and a preservative as well. But there are two types of bee honey, the new and old and each one of these types has their own medicinal properties,” explained Dr. Gunaratane.

Dr. Gunaratne explained that ‘new bee honey’ includes Vrumhana Guna (properties that nourish the body), properties to increase energy and strength while enhancing nutritional support for three bio energies in the body (Vatha, Pitha, and Kapha) in addition to laxative effects. “Old bee honey on the other hand supports anti-diarrheal actions, controls obesity and has more medicinal properties than new bee honey,” she explained while adding that it also includes anti-diabetic properties. 

But she warned that pure bee honey is slowly becoming a rarity in the market. With adulterated bee honey, it has become a challenge to obtain pure bee honey that’s prescribed for patients. But there are several parameters to check if a bee honey sample has been adulterated. “There are simple tests such as adding a teaspoon of bee honey into a cup of water. If the honey settles at the bottom, it is pure. Adulterated bee honey would mix with water without a trace. Then there’s a flame test. You can simply soak a wick in bee honey and burn it. If its pure bee honey, the flame would spread. Adulterated bee honey has a certain percentage of moisture, and the flame would go out. A blot test is where you add a drop of bee honey on a tissue paper and firmly squeeze it. There would be some moisture if the sample has been adulterated. Another way to check for adulterated bee honey is to add a drop of bee honey onto your thumb. If it moves, then the sample is adulterated,” Dr. Gunaratne said, adding that patients should always look for pure bee honey in the market. 

Sustainable beekeeping – The way forward?

Bee researchers such as Dr. Indrajith argue that traditional bee honey collecting methods would hinder the sustainability of honeybee populations as collectors would crush honeycombs to extract all honey. This would pose a threat to larvae and young stages of growth inside the honeycomb that could ideally develop into the next colony of honeybees. 

From a state level, the primary measure for the conservation of honeybees is the Pollinator Conservation Action Plan (PCAP) which was put forward by the Ministry of the Environment in 2012. However, this conservation policy is not specific to bees and takes into consideration all insects which are categorised as pollinators. But, there is no legal protection for the honeybee.

“All Lepidoptera including butterflies and moths are protected under the Flora and Fauna Protection Ordinance, but not honeybees or wild bees,” said Senior Environmental Lawyer Dr. Jagath Gunawardena. “But it is important to protect honeybees and wild bees because they are key pollinators in any ecosystem. Providing legal protection for honeybees will also put a halt on wild harvesting of bee honey which has a negative impact on their survival.” He further said that the Pollinator Conservation Action Plan never saw light of day.

In this backdrop, bee researchers are pushing for improved beekeeping education while encouraging domestic bee honey production. The breeding of resistant bee strains that are more adaptable for climate change has been discussed. 

Dr. Indrajith further noted that without depending on wild colonies, methods to multiply by artificially rearing the queen bee could be developed. “Some bees are productive and some are lethargic. After finding a good strain of bees we can multiply them in the lab,” he said while adding that shelters could be provided for solitary bees that don’t join colonies. 

Initiatives to introduce apitourism – an extension of ecotourism, are being discussed to make sustainable beekeeping popular among Sri Lanka’s ecotourism niche. 

Today, adivasi tribes must bear a heavy cost when entering the jungles to collect bee honey unlike in the past. It would cost anything between Rs. 10,000-15,000 for a group of 5-6 individuals to go into the thick jungles in search of bee hives and honeycombs. Unlike in the past, adivasi tribes are unable to hunt and a huge expense is borne on food. They stay in the jungles for 5-6 days or sometimes even longer to obtain a good yield. “On most days we come back empty-handed. During the season we can collect around 50-60 bottles. But we are unable to even cover the production cost. The market price fluctuates because people who engage in domestic bee honey production have started selling bee honey at nominal rates. So, we can’t charge a premium price. It’s a premium product because we sacrifice our blood and sweat to provide authentic bee honey to people. Many of us are indebted. Some of us have even obtained bank loans. Back in the day we weren’t indebted to anyone when collecting bee honey because it’s part of our tradition. But things have changed,” Suda Wannila Aththo said,  adding that perhaps in time to come their community too would have to adjust to modern methods of bee honey production as it has now become a costly process. 

This story was produced under the CIR- CANSA Media Fellowship Programme. The It was originally published in Daily Mirror on 19 February 2025.

Civil society organizations urge president’s leadership to protect press freedom in Sri Lanka

0

In a joint letter to the president, 25 media rights-based organizations, media collectives and civil society organizations in Sri Lanka request for accountable and responsible involvement of the government to uphold the press freedom and the right to freedom in expression in the country. As a signatory of the joint letter, the Center for Investigative Reporting (CIR) looks forward for timely actions by the government on the claims made by the request. The joint letter is given below.

ගංවතුරේ පාවෙන ජා-ඇල ජීවිත

2024 වසරේ මාස හයක් තුළ ගංවතුර අවස්ථා තුනක්…

ඔක්තෝබර් ගංවතුරෙන් පවුල් 2,977ක පුද්ගලයන් 11,639ක් පීඩාවට…

ජුනි ගංවතුරෙන් පීඩාවට ලක්වූ පිරිසත් 11,635ක්…

අයෝධ්‍යා කිරිඇල්ල විසිනි.

ජා ඇල නගරයේ ගංවතුර – 2024 ඔක්තෝබර් 13 – වීඩියෝ අයිතිය ගෙදර TV

“ඉස්සර ගංවතුර ආවෙ අවුරුද්දකට සැරයක් වගේ… පහුගිය අවුරුදු තුනක ඉඳන් පොඩි වැස්සටත් ගංවතුර… අපි කරන්නෙ ඇන්තූරියම් බිස්නස්. අපේ එකම ආදායම ඒක…  මේ පාර ගංවතුර දැම්මම ඇන්තූරියම් ලොරියක පටවගෙන අම්බලන්ගොඩ අරන් ගියා… කරන්න පුලුවන් හැමදේම කළා… දැනුම් දෙන්න ඕන හැමතැනටම දැනුම් දුන්නා… දැන් අපි වෙන දිහාවක පදිංචියට යන්නයි හිතාගෙන ඉන්නෙ…”

තම නිවස අතහැර වෙනත් ප්‍රදේශයක පදිංචියට යාමට තරම්, ඒකල පන්සල පාරේ ශානකට ගංවතුර ඇති විශාල ගැටලුවක් බවට පත් වී ඇත.

ආපදා කළමනාකරණ මධ්‍යස්ථානයේ 2008 සිට 2022 දක්වා වන වාර්ෂික වාර්තා අනුව රටේ වැඩි වශයෙන්ම සිදුවන ස්වභාවික ව්‍යසනය ගංවතුරයි.

2024 වසරේ මැයි සිට ඔක්තෝබර් දක්වා මාස හයක් තුළ ජා-ඇල වෙසෙන 25,000කට ආසන්න පිරිසක් පීඩාවට පත්කරමින් මැයි, ජුනි හා ඔක්තෝබර් මාස වලදී ඇති වූ විනාශකාරී ගංවතුර අවස්ථා ත්‍රිත්වයකි. එහි සංඛ්‍යා විස්මය දනවන මුත් ඒවා පසුපස ඇති කතා හෙළි කරන්නේ වඩා ගැඹුරු අර්බුදයකි. මෙම ගැටළු අතර, සැලසුම් නොකරන ලද නාගරීකරණය, තෙත්බිම් විනාශය, සහ රජය මිනිසුන් ආරක්ෂා කිරීමට සූදානම් නොමැතිවීම ප්‍රධාන වේ. ජා-ඇල ගංවතුර, ස්වභාවික විපතක් පමණක් නොව, නොසැලකිලිමත්බව හා පද්ධති මට්ටමේ අසාර්ථකත්වයෙන් මතුවූ අපදාවකි.

ආපදා කළමනාකරණ මධ්‍යස්ථානයේ තොරතුරු වලට අනුව ප්‍රදේශයේ පළමු ගංවතුර තත්වය 1978දී වාර්තා වී ඇති අතර 2008 දක්වා ගංවතුර අවස්ථා 16ක් වාර්තා වී ඇත (https://www.desinventar.net/DesInventar/main.jsp).

ජලයෙන් යටවූ යක්කඩුව – මා-එළිය මාර්ගය, 2024 ඔක්තෝබර් 13 –  ඡායාරූප අයිතිය – අරුණ නිමේෂ් පෙරේරා

ශ්‍රී ලංකාවේ බස්නාහිර පළාතේ ගම්පහ දිස්ත්‍රික්කයේ පිහිටි ජා-ඇල ප්‍රදේශය, උතුරින් අත්තනගලු ඔයටත්, බටහිරින් කොළඹ-කටුනායක අධිවේගී මාර්ගයටත්, දකුණින් මහරටත්, නැගෙනහිරින් ගම්පහටත් මායිම් වන 61.42km2 ක ප්‍රදේශයකි. ප්‍රදේශයේ ජනගහණය 213,559 ක් බව 2021 වසරේ දිස්ත්‍රික් සහ ප්‍රාදේශීය ලේකම් කොට්ටාස අනුව ඇස්තමේන්තුගත ජනගහන වාර්තාව ප්‍රකාශ කරයි.                                                   

වසර පුරා සැලකිය යුතු වර්ෂාපතනයක් අත්විඳින ජා-ඇල සාමාන්‍ය වාර්ෂික වර්ෂාපතනය ආසන්න වශයෙන් 2,505mm වේ. වැසි අධිකම මාසය ඔක්තෝබර් වන අතර සාමාන්‍යයෙන් 352mm පමණ වර්ෂාපතනයක් ඇති වේ. වියළිම මාසය ජනවාරි වන අතර  සාමාන්‍ය වර්ෂාපතනය 60mm පමණ වේ (https://weather-and-climate.com/).

2017 වසරේ ජනවාරි කලාපයේ ජාත්‍යන්තර විද්‍යාත්මක සහ ඉංජිනේරු පර්යේෂණ සඟරාවේ මා විසින් පල කරන ලද ‘A Geo-spatial Model for Flood Hazard Mitigation (With Reference to Ja-Ela Divisional Secretariat Division – Sri Lanka)’ නම් පර්යේෂණ පත්‍රිකාවට අනුව සාමාන්‍ය ගංවතුර අවස්ථාවකදී ප්‍රදේශයේ භූමි ප්‍රමාණයෙන් 21%ක ප්‍රමාණයක් ගංවතුරට යටවන අතර 2017 න් පසුව යටවෙන භූමි ප්‍රමාණය ගැන කිසිදු ගණනයක් සිදු කර නොමැත.

ජා ඇල ප්‍රාදේශීය ලේකම් කොට්ඨාසයේ සිතියම – සැකසුම අයෝධ්‍යා කිරිඇල්ල
ජා ඇල ප්‍රාදේශීය ලේකම් කොට්ඨාසයේ භූමි භාවිතය පිළිබඳ සිතියම – සැකසුම අයෝධ්‍යා කිරිඇල්ල

“ප්‍රදේශයේ ජලාපවාහනයට මූලිකවම දායක වෙන්නෙ අත්තනගලු ඔය…”

-ජා-ඇල ආපදා කළමනාකරණ නිලධාරී සමන් කුමාර –

කෑගල්ල දිස්ත්‍රික්කයේ ගලපිටමඩ ප්‍රදේශයෙන් ආරම්භ වන අත්තනගලු ඔයට අතු ගංගාවල් කිහිපයක් වන අතර ප්‍රදේශයට ඍජුවම සම්බන්ධ වන්නේ ඌරුවල් ඔය, දඬුගම් ඔය හා ජා-ඇලයි. අවසානයේ අත්තනගලු ඔය මීගමු කලපුවෙන් මුහුදට වැටෙන්නේ දඬුගම් ඔය ලෙසයි.

ගංවතුර ඉතිහාසය

2008 සිට මේ දක්වා ගංවතුර අවස්ථා 17ක් වාර්තා වී ඇති අතර, ඒ අතරින් විශාල මට්ටමේ ගංවතුර හතක් සිදුවූ බව ආපදා කළමනාකරණ මධ්‍යස්ථානයේ වාර්තා පෙන්වා දෙයි.

වගුව – 2008 සිට මේ දක්වා ගංවතුර ඉතිහාසය,  දත්ත – ආපදා කළමනාකරණ දත්ත – ජා-ඇල ප්‍රාදේශීය ලේකම් කොට්ඨාසය
පීඩා විඳින ජීවිත

” ලුණු පොල්කට්ටෙ ඉඳන් ඇඳන් ඉන්න වස්ත්‍රය වෙනකන් අහිමි වෙනවා… මේක ගොඩක් බලපාන්නේ අඩු ආදායම්ලාභීන්ට… ගෙදරක මළ ගෙයක් වුණාම මිනිය තියාගන්න බැරි වෙන තරම් ඒ මිනිස්සු අසරණයි…”

-සමාජ ක්‍රියාකාරී මහින්දසිරි කළුදේව-

2008 සිට 2024 දක්වා වූ මහා ගංවතුර අවස්ථාවන්හි දත්ත අනුව සම්පාදනය කරගත් සිතියම් (2010 වසර සඳහා කොට්ඨාස මට්ටමෙන් දත්ත ලබා ගැනීමට නොහැකි විය.) දෙස බැලූ කල පෙනීයන්නේ ප්‍රදේශයේ උතුරු හා බටහිර පෙදෙස් වැඩි වශයෙන් ගංවතුරට නිරාවරණය වන බවයි. ඒ අතර ඒකල, තුඩැල්ල, ගාල්ලවත්ත, ඇලෙක්සැන්ඩ්‍රාවත්ත, විශාඛාවත්ත ආදී ප්‍රදේශ විශේෂ වේ.

වඩාත්ම අවධාරණයට ලක් කළ යුතු කරුණක් නම් ඇතැම් ප්‍රදේශයන් මහා ගංවතුර තත්වයන්හී මෙන්ම සුළු වර්ෂා තත්වයන්හීද ජලයෙන් යට වීමයි. ඇතැම් ප්‍රදේශයන් සුළු ගංවතුර අවස්ථා වලදී පමණක් යටවන බවද ප්‍රදේශවාසීන් දක්වන කරුණු අනුව පෙනී යයි. නිවන්දම උතුර වාසය කරන හර්ෂනී ප්‍රදීපාට මුහුණ දීමට සිදුව ඇත්තේ බහුතරය මුහුණදුන් මහා ගංවතුර අවස්ථාවන්ට නොවේ.

ආපදා කළමනාකරණ මධ්‍යස්ථානයේ දත්ත අනුව, 2018 සිට 2024 දක්වා කාල පරාසය තුළ මරණ තුනක්, එක් තුවාල ලැබීමක්, පූර්ණ නිවාස හානි දහයක් හා අර්ධ නිවාස හානි 222ක්ද වාර්තා වේ.

ශානකලාගේ කතාව

අත්තනගලු ඔයේ ජලය බසින මානයේ වෙල් යායක් ආසන්නයේ ඇති ශානකගේ නිවස සහ වගාවන් සුළු වර්ෂා තත්වයන්හීදීත් ජලයෙන් යට වේ. මෙය වගා කටයුතු සිදු කරන වෙල් යායක් වන අතර එහි අස්වැන්නද බොහෝ ප්‍රමාණයක් ගංවතුර සොරාගනියි.

ඡායාරූපය – ශානකගේ නිවස පසුපස ඇති වෙල්යාය – අයෝධ්‍යා කිරිඇල්ල

පිට පිටම පැමිණෙන ගංවතුරට මුහුණ දීමෙන් බිත්ති ඉරිතලා ඇති ශානකගේ නිවසේ නාන කාමරය කොටස වෙන්වී ගොස් තිබේ.

ඡායාරූප – නිවසේ තත්වය – අයෝධ්‍යා කිරිඇල්ල

මේ මෙතෙක් කිසිදු අවධානයක් යොමු නොවූ ශානකලාගේ කතාවයි…

ඡායාරූප – 2024 ඔක්තෝබර් ගංවතුරට යටවූ ශානකගේ නිවස සහ වටපිටාව –  ඡායාරූප – ශානක මාලිම්බඩ
මංගලිකාගේ අඳෝනාව

නිවන්දම පදිංචි මංගලිකා ජයලත් වසර 53ක් පුරාවට ගංවතුරෙන් බැට කමින් සිටී.

ක්‍රිස්ටීන් පැවිදි සොයුරියගේ ඇසින්

“දැන් හයිවේ එකෙන් උඩින් යනවා… යට ඉන්න මිනිස්සු ගංවතුරෙන් පීඩා විඳිනවා… ඒ ගැන බලන්න කවුරුවත් නෑ… අපිට සංවිධානයක් විදියට තියන ප්‍රශ්නෙ තමයි බලාපොරොත්තු නැතුව ජීවත් වෙන මිනිස්සුන්ට අලුත් බලාපොරොත්තු දෙන්නෙ කොහොමද කියලා”

නොයෙල් ක්‍රිස්ටීන් පැවිදි සොයුරිය – අධ්‍යක්ෂිකා, ශ්‍රමාභිමානී කේන්ද්‍රය

පරිසර පද්ධතියට සිදුවන හානිය

“ජනවාරි, අගොස්තු මාස වල ඇළ මාර්ග කිවුල් වෙන්න ඕන. එතකොට තමයි මත්ස්‍යන් අභිජනන ප්‍රශස්ථ PH අගයක් ලැබෙන්නේ. දැන් මේක සිද්ද වෙන්නේ නෑ, මේ කිවුල් හා මිරිදිය ජිවීන් විතරක් නෙමෙයි කරදියේ ජිවත් වෙන ජිවින්ගෙත් අභිජනන භුමියක්…“

– ජා-ඇල ක්ෂේත්‍ර නිලධාරී අරුණ නිමේෂ් පෙරේරා –

ඔහු පවසන පරිදි ගංවතුර, මත්ස්‍ය ගහනයට සැලකිය යුතු අහිතකර බලපෑම් ඇති කරන අතර, බොහෝ විට ජලජ පරිසර පද්ධතිවලට විශාල බාධා ඇති කරයි.

ජා-ඇල ප්‍රදේශයට අයත් නොවූවද ජා-ඇල ගංවතුරෙන් පීඩාවට පත්වන තවත් පරිසර පද්ධතියක් ලෙස මීගමු කලපුව හැඳින්විය හැක. ගංවතුරෙන් නිවාස වල අපද්‍රව්‍ය පොලිතින් ආදිය සියල්ලම ඇල මාර්ග ඔස්සේ ගසාගෙන යන්නේ කලපුවටයි. එහි ඇති කඩොලාන ප්‍රජාවටත්, ජීවීන්ටත් මෙම ගංවතුර සිදු කරන්නේ මහා සංහාරයකි.

“කලපුවෙ හැමතැනම ප්ලාස්ටික් පොලිතින් තියෙන්නෙ අඩි පහක් හයක් උසින්… කඩොලාන ගස්වල පොලිතින් කෑලි එල්ලි එල්ලි තියෙන්නෙ…”

-සමාජ ක්‍රියාකාරී මහින්දසිරි කළුදේව-

ගංවතුර ඇතිවන්නේ කෙසේද?

“ගම්පහ නගරය ජනාකීර්ණ වෙන නිසා ගංවතුර එනවා කියලා තමයි මිනිස්සු කියන්නෙ”

  • උතුරු නිවන්දම හර්ෂනී ප්‍රදීපා –

පරිසරය, දේශගුණය සහ තාක්ෂණ සම්මේලනයේ (FECT) ප්‍රධාන විද්‍යාඥ ආචාර්ය ලරීෆ් සුබේර් පවසන්නේ ගංවතුර ඇති වීමට ප්‍රධාන හේතුව වන්නේ ප්‍රදේශයේ ශාක ආවරණය අඩු වීම බවයි. නාගරිකරණය සමඟ ඉඩම් පරිහරණ රටා වෙනස් වී වැසි ජලය රඳවා ගැනීමට පොළොව මතුපිට ශාක කොටස් අඩුවීම නිසා ජලය රඳන ස්වභාවය අවම වී වැසි ජලය විශාල ප්‍රමාණයක් ගංගාවන්ට එකතු වෙමින් ගංවතුර වර්ධනය වන බව ඔහු පවසයි.

ආචාර්ය ලරීෆ් සුබේර්

ගරු සරත් ඉද්දමල්ගොඩ පියතුමාගේ අදහස අනුව සැලසුමක් නැති සංවර්ධන කටයුතු මේ ප්‍රදේශයේ ගංවතුර ඇතිවීමට බලපාන මූලිකම හේතුවයි. විශේෂයෙන්ම ජා-ඇල සීමාවට අයත් නොවූවත් ඊට බටහිරෙන් පිහිටි සොබාදහමේ විශේෂතම නිර්මාණයක් වන මුතුරාජවෙල වගුරුබිම, අධික වර්ෂාවන්ගෙන් පතිත වන ජලය උරාගැනීමෙන් ගංවතුර පාලනයට දායක වන බව පියතුමා තවදුරටත් පවසයි. මුතුරාජවෙල ශ්‍රී ලංකාවේ විශාලතම කරදිය වගුරු වනාන්තරය වන අතර 1996 ඔක්තෝබර් 31 රජයේ අති විශේෂ ගැසට් පත්‍රයක් මඟින් අභයභූමියක් ලෙසද නම් කර ඇත. එසේ වුවද මුතුරාජවෙල ගොඩකිරීම නිසා මේ වන විට ජලය උරාගැනීමේ හැකියාව අඩු වී ජලය රඳන බවත්, ගලා යාම ක්‍රමවත් වීම සඳහා ක්‍රමවත් වාරි මාර්ග සැලසුම් නොමැති බැවින් එය ජා-ඇල ගංවතුරට එක් හේතුවක් වන බවත් පියතුමා පවසයි.

ගරු සරත් ඉද්දමල්ගොඩ පියතුමා

අධිවේගී මාර්ග පද්ධතිය නිසා ජලය රැඳෙන තෙත්බිම අවහිර විම, අවිධිමත් පාලම් බොක්කු ඉදිකිරිම්, පහත් බිම් ගොඩකිරිම්, අප්‍රද්‍රව්‍ය හා කැලිකසළ නිසා ජල බැසීම අවහිර විම්, මෝයකට බාදකය, අත්තනගලු ඔය ජා-ඇල ඇලට හැරවීම (ගම්පහ නගරය ගංවතුරින් බේරා ගැනිමට) යන කරුණු ගංවතුර ඉහළ යැමට ප්‍රබල හේතු බව ජා-ඇල ක්ෂේත්‍ර නිලධාරී අරුණ නිමේෂ් පෙරේරා පවසයි. ප්‍රදේශවාසීන්ද ඒ පිළිබඳව මැසිවිලි නගන මුත්, ජා-ඇල ප්‍රදේශයේ ආපදා කළමනාකරණ නිලධාරී සමන් කුමාර ප්‍රකාශ කරන පරිදි කොළඹ කටුනායක අධිවේගී මාර්ගය, මෙම ප්‍රදේශයේ ගංවතුර ඇතිවීමට බලපෑමක් එල්ල නොකරයි. 2009 වසරේ ඉදිකිරීම් ආරම්භ කර 2013 වසරේදී විවෘත වූ කොළඹ කටුනායක අධිවේගී මාර්ගය ඉදිකිරීමේ මූලික බලපෑමෙන් ගංවතුර තත්වය වර්ධනය වී නොමැති බවට 2008 සිට ඇති වී ඇති ගංවතුර අවස්ථාද සාක්ෂි දරයි.

සමන් කුමාර පවසන පරිදි ගංවතුර සඳහා ස්වභාවික නොවන ප්‍රධානම හේතුව වන්නේ පහත් ඉඩම් සහ මුතුරාජවෙල වගුරුබිම් ප්‍රදේශය ගොඩ කිරීම සහ එවන් පරිසර සංවේදී කලාප තුළ මිනිසුන් පදිංචි වීමයි.

සමාජ ක්‍රියාකාරී මහින්දසිරි කළුදේව පවසන්නේ ජා-ඇල ප්‍රදේශයේ එක් එක් ප්‍රදේශ වලට ගංවතුර ඇතිවීමට බලපාන හේතූන් විවිධාකාර බවයි. ඉන් ප්‍රධානතම හේතුව ලෙස ඔහුද සඳහන් කරන්නේ වතුර බැසීමට ඇති ඇළවල් ආදිය නිසි ලෙස නඩත්තු නොකිරීමයි.

මීට අමතරව, වසර ගණනක් මුළුල්ලේ සිදුවන දේශගුණ විපර්යාස ක්‍රියාවලි අනුව වර්ෂාපතන සීඝ්‍රතාවය වර්ධනය වීම, හදිසි ගංවතුර තත්ව (flash floods) ඇතිවීමට බලපාන බැව් කාලගුණ විද්‍යාඥ නදීකා රණවීර පවසයි.

“උදාහරණයක් ගත්තොත් වෙනදා මාසික වර්ෂාපතනය 100mm නම් දවසට 20mm ගාණෙ වගෙ දවස් කීපයක් වහිනවා… දැන් 100mm ම එකම දවසෙ වැහැලා ඉවර වෙනවා එතකොට ගංවතුර ඇතිවෙන්න පුළුවන් “

-කාලගුණ විද්‍යාඥ නදීකා රණවීර –

නමුත්, ආචාර්ය ලරීෆ් සුබේර් පවසන්නේ, මෙම ප්‍රදේශයේ දේශගුණික රටාවේ වෙනස්වීම අනුව වර්ෂාපතන රටා වෙනස් වී ඇති නමුත් එය එතරම් ගංවතුරට සෘජුව දායක නොවන බවයි. 

අක්‍රමවත් වර්ෂාව, ප්‍රදේශය සතු සොරොව්, අමුණු ඇතුළු වාරි පද්ධතියට දරා ගැනීමට අපහසු වන බව ජා-ඇල ක්ෂේත්‍ර නිලධාරී අරුණ නිමේෂ් පෙරේරා පවසයි. කෙසේ වෙතත් ඉද්දමල්ගොඩ පියතුමා පවසන්නේ ඔහු කිසි විටෙක ප්‍රදේශයේ නිසි වාරි පද්ධතියක් පිළිබඳ අසා නොමැති බවයි.

පහතින් දක්වා ඇත්තේ ගංවතුර දින ආශ්‍රිතව ප්‍රදේශයට දෛනිකව ලැබී ඇති උපරිම වර්ෂාපතන ප්‍රමාණ සහ අත්තනගලු ඔයේ දූනමලේ මිනුම් ස්ථානයේ උපරිම ජල මට්ටම් දත්තයන්ය.  2015ට පෙර නිරවද්‍ය දත්ත සඳහන්ව නොමැති බැවින් 2015 සිට වර්ෂාපතන දත්ත භාවිත කර ඇත.

දත්ත – කාලගුණ විද්‍යා දෙපාර්තමේන්තුව, ආපදා කළමනාකරණ මධ්‍යස්ථානය සහ https://www.ventusky.com/ja-ela වෙබ් අඩවිය 

ප්‍රදේශයට ඇති වන ගංවතුර මැයි, ජුනි, සැප්තැම්බර්, ඔක්තෝබර් සහ නොවැම්බර් මාස වලට පමණක් සීමා වී ඇති බව ඉහත තොරතුරු දක්වයි. ඒ අනුව මැයි සිට සැප්තැම්බර් දක්වා පවතින නිරිතදිග මෝසමත් ඔක්තෝබර් නොවැම්බර් වලදී පැමිණෙන අන්තර් මෝසමත් ප්‍රදේශයේ ගංවතුරට බලපාන බව පෙනී යයි. එමෙන්ම වර්ෂාපතනයත් සමඟ අත්තනගලු ඔයේ ජල මට්ටමේ වැඩි වීමද බොහෝ දුරට ගංවතුරට හේතු වී ඇති බව පෙනේ.

දූනමලේ ජල මට්ටම – ශ්‍රී ලංකා නාවික හමුදාව

නමුත්, සුළු වර්ෂාපතනයන්හීදී පවා ගංවතුර ඇති වී ඇති බව වර්ෂාපතන දත්ත පෙන්නුම් කරන අතර, කළුදේව පවසන්නේ ඔහු ඇතුළු ශ්‍රමාභිමානී කණ්ඩායම 2008 වසරේ මුළු ගම්පහ දිස්ත්‍රික්කයම ආවරණය වන පරිදි වර්ෂාපතන දත්ත භාවිතයෙන් සිදු කළ සමීක්ෂණයකින් හෙළිවන්නේ ගංවතුර ඇති වීමට ප්‍රධානම හේතුව අධික වර්ෂාවම නොවන බවයි.

මහින්දසිරි කළුදේව

පහත දැක්වෙන්නේ ගංවතුර අවස්ථාවන්හී උපරිම වර්ෂාපතන දත්ත සමඟ එම මාසයන්හී වර්ෂාපතනය, වසර 30ක දත්ත වලින් සකසන ලද මාසික වර්ෂාපතන මධ්‍යනය සමඟ විචල්‍ය වන ආකාරයයි.

දත්ත -කාලගුණ විද්‍යා දෙපාර්තමේන්තුව, https://www.ventusky.com/ja-ela සහ https://en.tutiempo.net/climate වෙබ් අඩවි

“අපි ඇළ මාර්ග සුද්ද කරලා තියෙනවා… ඒ වගේම ඇළේ වම් ඉවුරෙ ගංවතුර බැම්මක් හදලා තියනවා…”

-ජා-ඇල ආපදා කළමනාකරණ නිලධාරී සමන් කුමාර –

ප්‍රදේශයේ ආපදා කළමනාකරණ නිලධාරී සමන් කුමාර පවසන පරිදි ප්‍රදේශයේ ගංවතුර පාලනය කිරීම සඳහා ගෙන ඇත්තේ ඉහත සඳහන් පියවරයන් පමණි. ගංවතුර අවස්ථාවන්හීදී පිසූ ආහාර සැපයීමත්, ඇතැම් නිවාස හානි ආදිය ඇතිවූ අවස්ථාවලදී වන්දි ගෙවීමත් රජයන්හී මැදිහත්වීමෙන් සිදුවී ඇත.

2016 සිට 2023 වසර දක්වා ගංවතුර වෙනුවෙන් රජය විසින් සිදුකරන ලද වැය වාර්තා පහත දැක්වේ.

වගුව – 2016 සිට 2023 වසර දක්වා ගංවතුර වෙනුවෙන් රජය විසින් සිදුකරන ලද වැය වාර්තා – ජා-ඇල ප්‍රාදේශීය ලේකම් කොට්ඨාසය

තවද, අත්තනගලු ඔය ආශ්‍රිතව ගංවතුර ඇතිවන ප්‍රදේශයන්හී සිතියමක් 2012දී නිර්මාණය කර ඇති අතර, වර්තමානයේ ඇතිවන එක් එක් ගංවතුර අවස්ථාවන්ට සිතියම් නිර්මාණය කරතත්, ප්‍රදේශයට සම්පූර්ණ ගංවතුර සිතියමක් තවමත් බිහිවී නොමැති බව ශෝකයට කරුණකි.

තදාසන්න නගරවල ඉහළ ජනගහන වර්ධනයත් සමඟ අවශ්‍ය භෞතික, සමාජීය සහ පාරිසරික යටිතල පහසුකම් සඳහා ඇති ඉල්ලුම සැපයුමට වඩා ඉහළ වේගයකින් අඛණ්ඩව වර්ධනය වූ පසුබිමක් තුළ 2016දී මෙගා පොලිස් හා බස්නාහිර සංවර්ධන අමාත්‍යාංශයේ මගපෙන්වීම සහ උපදෙස් මත නාගරික සංවර්ධන අධිකාරිය විසින් කෙටිකාලීන පදනමින් විසඳිය යුතු ගැටලුවලට මුහුණදීම සඳහා  තාවකාලික ඇස්තමේන්තුගත පිරිවැය දළ වශයෙන් රු. බිලියන 25ක් සමඟ “සුඛිත පුරවර” වැඩසටහන ආරම්භ කර ඇත්තේ නගර භාවිතා කරන්නන්ගේ සුවපහසුව වැඩි දියුණු කිරීම, ප්‍රජාවේ සියලුම කොටස්වලට ප්‍රතිලාභ ලැබෙන ආකාරයට නගර ආර්ථිකය වැඩිදියුණු කිරීම, නගරයේ ජීවන තත්ත්වය වැඩි දියුණු කිරීම ආදී අරමුණු මූලික කරගෙනයි.

මේ යටතේ සඳහන්ව තිබූ නගර අතරට ජා-ඇල, රාගම යන ජා-ඇල කොට්ඨාසයට අයත් ප්‍රධාන නගර දෙක සඳහන් වුවද ඒවා හුදෙක් පොරොන්දු වලට පමණක් සීමා වී ඇති බවට 2016 න් පසුව පෙරටත් වඩා ගංවතුරෙන් ප්‍රදේශවාසීන්ට පීඩා ගෙන දීම සාක්ෂි දරයි.

නාගරික සංවර්ධන අධිකාරියේ වෙබ් අඩවිය – https://www.uda.gov.lk/sukitha-purawara.html
වලක්වා ගන්නේ කෙසේද?

යාපනය සරසවියේ ඉංජිනේරු අංශයේ ප්‍රධානී ආචාර්ය එස්. එස්. සිවකුමාර් විසින් ගංවතුර බලපෑම අවම කිරීම සඳහා සකස් කර ඇති ප්‍රතිපත්ති මාර්ගෝපදේශයන් අතරින් ජා-ඇලට ඔබින මාර්ගෝපදේශ අතර ජල පෝෂක ප්‍රදේශ පිරිපහදු කිරීම, වනාන්තර සංරක්ෂණය සහ මුර වේලි ඉදිකිරීම තුළින් ජල පෝෂක කළමනාකරණය, ගංවතුර ඇතිවන කලාපවල ජනාවාස සහ ආර්ථික ක්‍රියාකාරකම් නියාමනය කිරීමත් සමඟ පුළුල් පුරෝකථන ජාලයක් ස්ථාපිත කිරීම සහ සිදුවන පාඩු අවම කිරීම සහ ගංවතුර සහන වියදම් අඩු කිරීම සඳහා ගංවතුර පුරෝකථනය සහ අනතුරු ඇඟවීම් සහ ගංවතුර  කලාපකරණය අඩංගු වේ.

“දැන් ගමේ මිනිස්සුන්ගෙ ගෙවල් යටවෙන්නෙ නෑ… දැන් අපිට සහනාධාර නෑ… බත් පැකට් ඕන නෑ… ඒත් ගොඩක් දුකයි තව සෑහෙන පිරිසක් ඉන්නවා ඒ ගැන අවබෝධයක් නැති…”

මහින්දසිරි කළුදේව පවසන්නේ ජනතාව දැනුවත් කිරීම තුළින් ගංවතුර වලක්වා ගත හැකි බවයි. එමඟින් තම ප්‍රදේශයේ ජල බැස්ම නිසි සේ පවත්වාගෙන යාමට ප්‍රජාවම එක්වී කටයුතු කිරීමෙන් ජා-ඇල චන්ද්‍ර පෙදෙස ගංවතුර උවදුරෙන් ගලවාගත් බව ඔහු පවසයි.

එමෙන්ම, සුදුවැල්ල, වසරකට මාස තුනක් පමණ ජලයෙන් යටවී තිබූ ප්‍රදේශයක් බවත්, සමාජ ක්‍රියාකාරීන්ගේ පීඩනය නිසාම එහි ඇල මාර්ග පවිත්‍ර කළ බවත් වර්තමානය වන විට වසරකට දින ගණනක් පමණක් ගංවතුරෙන් යටවන බවත් එම තත්වයද පාලනය කළ හැකි බවත් ඔහු පවසයි. දෑලතුර, වහටියාගම හා ඉඳිවිටිය යන ප්‍රදේශවල තත්වයද ඊට සමානය. පෙර වර්ෂයන්ට වඩා ගංවතුර තත්වයේ අඩුවීමක් ඇති බව දත්තද සනාථ කරයි.

ප්‍රදේශයේ ගංවතුර කළමනාකරණයට සහ පාලනයට කෙටි කාලීනව ගංවතුරෙන් විපතට පත් වූවන්ට එදිනෙදා ජීවිතයේදී මුහුණදීමට සිදුවන ඛේදාන්තය හැකි තරම් තුරන් කිරීමට ප්‍රතිපත්ති අනුගමනය කළ යුතු මෙන්ම දිගුකාලීන උපාය මාර්ගද අනුගමනය කළ යුතුය. එමෙන්ම, ගංවතුරේ පාවෙන ජා-ඇල ජීවිත ඉන් ගොඩ ගෙන වඩා උසස් ජීවන තත්වයක් උදා කර දීමට වේගවත්ව ක්‍රියාමාර්ග ගැනීම සැලකිලිමත් රජයක යුතුකමකි.

CIR and SCOPE host workshop for women journalists on GBV

The Centre for Investigative Reporting (CIR) and Strengthening Social Cohesion and Peace in Sri Lanka (SCOPE) recently hosted a workshop on gender-based violence and women’s political engagement for a group of women journalists.

The workshop titled Towards New and Inclusive Narratives was held on 3 December 2024 at the Mount Lavinia Hotel.

The workshop consisted of two panel discussions, a round table discussion, an experience-sharing session and a segment to develop recommendations to counter GBV and promote nondiscriminatory media.

The first panel titled ‘Lessons from 2024 elections: Defying GBV in politics’ looked at women representation in politics and new trends and featured Kanaka Abeygunawardana, Convener, Gender and Election Working Group (GEWG), Gagani Weerakoon, Associate Editor, Ceylon Today, and Nabeela Iqbal, Head of Operations/Founder, Sisterhood Initiative.

The second panel, titled ‘Media, Social Media, and GBV: A Critical Analysis’ looked at the role of media and social media in the context of increasing gender-based violence in the media, especially, technology-facilitated GBV. Hana Ibrahim, Editor of Daily/Weekend Express and Convenor of the Free Media Movement (FMM), and Radika Gunaratne, Founder/ Executive Director, Parivartan, lawyer and activist were the speakers.

Dilrukshi Handunnetti, CIR’s Director/ Co-Founder facilitated the day’s proceedings.

Over 25 mid-career and senior journalists attended the program and collectively developed recommendations to be proposed to identified stakeholder groups.

GBV and Women’s Political Participation – A Workshop for Women Journalists

‘Towards New and Inclusive Narratives,’ a workshop on GBV and women’s political participation organized by the Center for Investigative Reporting (CIR) in collaboration with Strengthening Social Cohesion and Peace in Sri Lanka (SCOPE) will be held on 03 December 2024 at the Mount Lavinia Hotel.

There are deep-rooted structural barriers that prevent women’s political participation. Multiple forms of gender- based discrimination, violence against women including online harassment/ violence form part of the roadblocks that perpetuate patriarchy in political structures and exclude women’s entry. Active participation and continuity. This also denies women both their right to political participation and representation, in return, causing the systems to lose women’s contribution towards governance and policy formulation.

Media plays an influential role in shaping public opinion. Media can contribute towards greater awareness on the need to counter all forms of discrimination and gender-based violence (GBV) through the promotion of inclusive and alternate media narratives, while increasing women’s voices in the media and promoting greater opportunity for women’s engagement in politics.

The workshop intends to increase the understanding of GBV, structural barriers to women’s political participation and explore the role journalists can play in introducing inclusive and alternate media narratives.