Toxic Smog in Mongolia’s Capital Worsens Amid Harsh Winter

On most winter mornings, Setevdorj Myagmartsogt wakes up to a cloud of toxic smog blanketing his neighborhood in the Mongolian capital Ulaanbaatar, where the air quality is among the worst in the world.

The city’s air, which is at times far worse than Beijing’s infamous smog, has become more polluted because of smoke from thousands of chimneys burning coal, wood and even trash, as poor residents try to stay warm during brutal winters.

“Because of the air pollution, our health is getting worse,” Myagmartsogt told Reuters. “When my two youngest kids go to kindergarten, they get ill every week and they have to stay away. … It’s because of the air pollution.”

The capital’s total emissions of harmful breathable particles known as PM2.5 surged to as high of 855 micrograms per cubic meter late last month. In comparison, Beijing’s air on the same day measured 70 micrograms.

The acceptable standard, according to the World Health Organization, is 20 to 25 micrograms. The reading in Ulaanbaatar has been known to hit 1,000 micrograms.

About 80 percent of the city’s smog comes from poor “ger” districts, a sprawl of traditional tents that have sprung up on the edge of the city, said Tsogtbaatar Byamba, director of Mongolia’s Institute of Public Health.

Many residents are former herders who migrated to the city after their livestock was wiped out by recent extremely harsh winters, which have become more common, partly because of climate change.

As temperatures plunge to as low as minus 40 Celsius, ger residents with no access to the state heating grid burn whatever they can to keep warm.

To combat this, the government last month bolstered restrictions on migrants to the capital, allowing only those in need of long-term help and people who own homes until the end of the year.

But the pollution persists.

Hundreds of residents gathered recently in the city’s Chinggis Square to protest against the government’s inability to tackle the smog. Demonstration organizers collected more than 7,000 signatures.

“The air pollution has had real consequences in my life,” said protester Otgontuya Baldandorj. “I was pregnant three times, but I lost all of them. With my fourth child, I had to go to the countryside to get fresh air to give birth.”

Source: Toxic Smog in Mongolia’s Capital Worsens Amid Harsh Winter

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Data linking death with air pollution inconclusive, says Indian minister

Environment minister Anil Madhav Dave overlooks Greenpeace research stating 1.2m Indians die each year from airborne pollutants

India’s environment minister has been accused of playing down the health risks of the country’s extremely polluted air by claiming, contrary to research, that there is no conclusive data available linking “death exclusively with air pollution”.

The environmental group Greenpeace released a report in January citing Global Burden of Disease (GBD) research that estimated nearly 1.2 million Indians die each year due to high concentrations of airborne pollutants such as dust, mould spores, arsenic, lead, nickel and the carcinogen chromium.

It found that no cities in northern India, and only a handful of regions in the rest of the country, met international air quality standards, with pollution rates particularly high in the capital, Delhi, and the neighbouring state Uttar Pradesh.

Asked about the report in India’s upper house, the environment minister, Anil Madhav Dave, said on Tuesday: “There is no conclusive data available in the country to establish direct correlation-ship of death exclusively with air pollution.”

He said the health effects of air pollution were a “synergistic manifestation of factors which include food habits, occupational habits, socio-economic status, medical history, immunity, heredity etc of the individuals”.

“Air pollution could be one of the triggering factors for respiratory associated ailments and diseases,” he added.

Sunil Dahiya, a campaigner with Greenpeace India, said the remarks were contrary to the findings of the GBD survey, a comprehensive global research program that monitors the causes of illness and death in every country in the world.

The 2015 edition of the survey estimated that 3,283 Indians died each day due to outdoor air pollution, making for around nearly 1.2 million deaths annually. Dahiya said the air pollution estimate controlled for “all imaginable risk factors, from obesity, to smoking and insufficient consumption of fresh fruit … and many other risks”.

“The number of deaths attributed to air pollution in the study are only due to air pollution,” he said.

Researchers have argued that the frequent inhalation of tiny pollutantsin particular may increase the likelihood of blood clots, damage the body’s ability to oxygenate blood and inflame tissue in the nervous system.

India has been slower than its neighbour, China, to address the problem of toxic air, which in Delhi is attributed to a range of sources including road dust, vehicle exhaust fumes, open fires, industrial emissions and the burning of crop residues in neighbouring states.

But India has taken steps in the past two years to grow its network of air-quality monitors, push cleaner fuels, upgrade vehicle emissions standards and has mandated – but not yet fully rolled out – new technology to limit emissions from coal-fired power stations.

While acknowledging the problem, Indian government bodies have been sensitive about accepting international findings on the issue, rejecting a 2014 World Health Organisation study that declared Delhi the world’s most polluted city.

It has also repeatedly had run-ins with Greenpeace, temporarily freezing the NGO’s funding and accusing it of being one of several groups conspiring to stymie India’s economic growth.

Polash Mukherjee, a researcher with the Delhi-based Centre for Science and Environment, said different groups came up with different estimates of the number of deaths caused by air pollution because of varying methodologies or interpretations. “But what is undeniable is that there is an effect on the health of people,” he said.

The burden of harm from air pollution falls mainly on the poor, the elderly and children. A report from Unicef in October estimated that poor air quality contributed to the deaths of 600,000 children around the world each year.

Source: Data linking death with air pollution inconclusive, says Indian minister | Environment | The Guardian

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Air pollution linked to heightened risk of type 2 diabetes in obese Latino children

High levels of pollution may make insulin-creating cells become less efficient, increasing the risk for type 2 diabetes, researchers say

Latino children who live in areas with higher levels of air pollution have a heightened risk of developing Type 2 diabetes, according to a new USC-led study.

Scientists tracked children’s health and respective levels of residential air pollution for about 3.5 years before associating chronic unhealthy air exposure to a breakdown in beta cells, special pancreatic cells that secrete insulin and maintain the appropriate sugar level in the bloodstream.

By the time the children turned 18, their insulin-creating pancreatic cells were 13 percent less efficient than normal, making these individuals more prone to eventually developing Type 2 diabetes, researchers said.

“Exposure to heightened air pollution during childhood increases the risk for Hispanic children to become obese and, independent of that, to also develop Type 2 diabetes,” said Michael Goran, co-director of the Diabetes and Obesity Research Institute at the Keck School of Medicine of USC and corresponding author of the study. “Poor air quality appears to be a catalyst for obesity and diabetes in children, but the conditions probably are forged via different pathways.”

Published in the journal Diabetes on Jan. 30, the study, researchers said, is the first to follow children for years to find a connection between air pollution and diabetes risk in children.

These children lived in neighborhoods that, according to the U.S. Environmental Protection Agency, had excess nitrogen dioxide and tiny air pollution particles that are generated by automobiles and power plants, formally called particulate matter 2.5 (PM2.5).

Researchers found that the beta cells that were still functional were overworking to compensate for the damaged cells, leading to burn out. As the cells failed to secrete insulin efficiently, regulation of sugar in the bloodstream overwhelmed the system, heightening the risk of Type 2 diabetes.

Diabetes has quadrupled in the past four decades, according to the Centers for Disease Control and Prevention. If the trend continues, 1 in 3 Americans will have diabetes by 2050. Serious complications include blindness, kidney failure, limb amputation or early death.

“Diabetes is occurring in epidemic proportion in the U.S. and the developed world,” said Frank Gilliland, senior author and a professor of preventive medicine at the Keck School of Medicine. “It has been the conventional wisdom that this increase in diabetes is the result of an uptick in obesity due to sedentary lifespans and calorie-dense diets. Our study shows air pollution also contributes to Type 2 diabetes risk.”

Latino children living in polluted areas are at higher risk

Researchers examined the data of 314 overweight and obese Latino children who were between 8 and 15 years old when they enrolled in the National Institutes of Health-funded Study of Latino Adolescents at Risk of Type 2 Diabetes (SOLAR) study, a 12-year undertaking.

Scientists tracked the Los Angeles County children for an average of 3.5 years. None of them had Type 2 diabetes when they enrolled, but some may have been on the road to the disease toward the study’s end.

Each year the participants fasted and then came to the Childhood Obesity Research Center at USC for a physical exam and to have their glucose and insulin levels measured over a span of two hours.

When they turned 18, the participants had nearly 27 percent higher blood insulin after having fasted for 12 hours. During their two-hour glucose test, they had about 36 percent more insulin than normal, indicating that the body was becoming less responsive to insulin. This observation illustrated that increased exposure to air pollution was associated with increased risk factors for Type 2 diabetes.

The researchers adjusted for body fat and socioeconomic status. In some instances, at age 18, the effect of long-term exposure to higher air pollution was larger than the effect of gaining 5 percent body weight, meaning air pollution is definitely a risk factor for diabetes, said Tanya Alderete, lead author of the study and a postdoctoral research scholar at the Keck School of Medicine.

Steps people can take to reduce their risk

The findings suggest that the negative effects of elevated and chronic exposure to nitrogen dioxide and tiny dirty air particles begin in early life. If other risk factors such as having an unhealthy diet persist, then risk for Type 2 diabetes is compounded, researchers said.

“Air pollution is ubiquitous, especially in Los Angeles,” Alderete said. “It’s important to consider the factors that you can control — for example, being aware that morning and evening commute times might not be the best time to go for a run. Change up your schedule so that you’re not engaging in strenuous activity near sources of pollutants or during peak hours.”

None of the children developed Type 2 diabetes during the study, but many showed signs that they may eventually develop it and were characterized as pre-diabetes.

Some 8.1 million people in the United States have diabetes but haven’t been diagnosed, according to the CDC. That means some 28 percent of people with diabetes do not even know they have diabetes. Undiagnosed diabetes raises the risk of afflictions such as stroke, kidney damage and Alzheimer’s disease.

Future studies will also include participants who are not overweight or obese and should collect data on diet and physical activity, researchers said.

Findings from this study may be generalized only to overweight and obese Latino children, mostly of a lower socioeconomic status, according to the study.

Source: Air pollution linked to heightened risk of type 2 diabetes in obese Latino children: High levels of pollution may make insulin-creating cells become less efficient, increasing the risk for type 2 diabetes, researchers say — ScienceDaily

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Macedonian capital offers free transport to fight pollution 

Municipal authorities in Macedonia’s heavily polluted capital are offering residents free use of public transport to reduce the use of cars.

Concentrations of toxic airborne particles in Skopje have been about 20 times above safe levels for the past 10 days.

Macedonian health authorities say that the city of around 750,000 is now Europe’s most polluted capital, with poor air quality blamed for the premature death of 1,300 people each year.

The problem is mainly attributed to heavy use of wood-burning stoves and road traffic. The measure announced Tuesday will apply until pollution levels drop.

Officials say pollution contributed to 30-35 percent of deaths during the winter period over the past three years in Skopje, with the figure in other capitals rarely exceeding 20 percent.

Source: Macedonian capital offers free transport to fight pollution – Business Insider

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Residential heating tops sources of PM2.5 in Danube region’s urban areas

The European Commission’s science and knowledge service, the Joint Research Centre (JRC) has evaluated sources of air pollutants in the Danube macro-region, a necessary step for the design of action plans to improve air quality. The related study showed residential heating contributed up to 35 percent of PM2.5 pollution in the main cities in the Danube macro-region, followed by agriculture (up to 32 percent), energy production and industry (up to 30 percent) and transport (up to 25 percent).

The authors focused on PM2.5 as it is considered to be closely related with the health impact of atmospheric pollution. Fine particulate matter (PM2.5) is an air pollutant consisting of tiny particles of up to 2.5 μm in diameter that reduce air visibility and poses health risk due to its ability to penetrate deep into the lungs and blood streams

The Danube macro-region encompasses one of Europe’s air pollution ‘hot spots.’ The geographical distribution differs among pollutants. PM₁₀ and PM2.5 present hot spots in the south-east of the Danube region and a hot spot located in southern Poland affects the areas next to the northern border of the Danube region. SO₂ is present in higher levels in the eastern area of the Danube region while NO₂ occurs in urban areas throughout the Danube basin.

The analysis was carried out to quantify the contribution made by sources to PM2.5 and the geographic areas where the pollution originates. For that purpose, the SHERPA (Screening for High Emission Reduction Potential on Air) tool developed by the JRC was used to model PM2.5 concentrations in the main cities in the Danube macro-region: Bratislava, Budapest, Bucharest, Munich, Prague, Sofia, Vienna and Zagreb. The information was then integrated with the outcome of a previous source apportionment study.

Though energy production/industry, agriculture, residential heating and transport are the main sources contributing PM2.5 pollution, the extent to which local emissions influence the concentration of pollutants varies. According to the present study, long-range transportation of pollution (coming from adjacent geographic areas) influences local concentrations in Sofia and Zagreb while in Munich and Vienna the city emissions have a considerable impact on local concentrations. Intermediate situations are observed in the other cities.

About one-quarter of the PM2.5 fraction in Sofia and Zagreb originates from beyond the EU-28 boundaries or is of natural origin. Thus, action across a broader area is required to abate concentrations in these cities. On the contrary, reductions in local emissions could lead to sizeable improvements in Munich and Vienna, with the main effort focused on transport, energy/industry and residential heating.

The outcome of this study suggests a better integration of sectorial policies covering energy, transportation, competitiveness and institutional capacity would be beneficial to the effectiveness of measures in this macro-region.

EU Strategy for the Danube Region

The EU Strategy for the Danube Region (EUSDR), launched in 2010, encompasses nine EU Member States: Germany, Austria, the Slovak Republic, the Czech Republic, Hungary, Slovenia, Croatia, Romania and Bulgaria, and five non-EU countries: Serbia, Bosnia and Herzegovina, Montenegro, the Republic of Moldova and Ukraine.

The EUSDR aims to promote the sustainable development of a macro-region that counts 115 million inhabitants by tackling key topics that require working across borders and national interests. The key issues identified are mobility, energy, water, biodiversity, socio-economic development, education, culture and safety.

The strategy is structured in four pillars: ‘Connecting the region,’ ‘Protecting the environment,’ ‘Building prosperity’ and ‘Strengthening the region,’ subdivided into 11 priority areas (PA). Environmental protection of natural resources such as biodiversity, and soil is allocated under the sixth thematic PA.

JRC’s support to the Danube strategy

The JRC provides scientific support to the EUSDR by supporting decision-makers and other stakeholders in identifying the policy needs and actions for the implementation of the strategy and by promoting cooperation across the scientific communities of the Danube region. The Scientific Support to the Danube Strategy initiative is subdivided into different flagship clusters and activities.

The Danube Air Nexus (DAN) is one of the EUSDR flagship projects coordinated by the JRC which aims to protect human health, ecosystems and climate from the impacts of .

Read more at: https://phys.org/news/2017-02-residential-tops-sources-pm25-danube.html#jCp

Source: Residential heating tops sources of PM2.5 in Danube region’s urban areas

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Kolkata set to beat Delhi in noxious city air 

This winter, Kolkata seems to be aiming hard for the crown for the most polluted Indian metro city, a dubious pole position currently held by New Delhi. Kolkata’s air pollution at the end of December was in the same category as that of Delhi at “very poor”, which the Central Pollution Control Board of India says may trigger “respiratory illness on prolonged exposure”. Environmentalists claim that Kolkata’s air pollution is actually worse than that being reflected in official data.

Even official data admits that people in Kolkata had to breathe highly toxic air during December 23 to 31. Air Quality Index (AQI), an indicator used globally to assess pollution status, of Kolkata was 346 during the period, while it was a shade higher (374) in Delhi. This is against a good air benchmark of 50 and a safety benchmark of 100.

The Kolkata pollution figures were from the automatic measurement station located within the Rabindra Bharati University complex in the central part of the city. The metropolis does have another station, but that is within the Victoria Memorial complex, right in the city’s green lung – so it is not considered representative. In contrast, Delhi has 10 air quality measurement stations.

During the period, air pollution spiked on December 25 and 31 in Kolkata, reaching a severe condition, considered the worst status possible; it can adversely affect healthy people and seriously impact those with existing diseases.

Actual pollution is higher

“Kolkata’s actual air pollution level is higher than what is reflected in government data, which can be vindicated if one compares official air quality index to that being released by the US consulate in the city every day,” environmentalist Subhas Datta, who has filed a number of public interest litigations against the city’s toxic air, told indiaclimatedialogue.net.

At 10 a.m. on January 28, the US consulate index was reading 224. Barely two kilometres away but in the middle of green lawns, the station at Victoria Memorial was reading 91 at the same time, while the station at Rabindra Bharati University gave a reading of 140.

Senior officials from the West Bengal Pollution Control Board, the agency that runs the two stations, accepted the difference but stated that the US consulate does not measure the air pollutants properly, a claim that has been rubbished by the US consulate. “We measure air pollution from US consulate office in many global cities including Indian cities using the same methodology and it’s a full-proof method,” a consulate official said, speaking on condition of anonymity.

Cause of difference

Experts state that the real cause of difference lies elsewhere. “Air pollution index is measured on the basis of dominant pollutant of the area. In Kolkata, the official calculation is based on PM10 measurement (fine particulate) as there is yet no system to measure PM2.5 (ultrafine particulate that causes most health damage by entering into the deepest crevices of lungs) in the state pollution control board-run automatic stations. However, driven by diesel combustion, Kolkata’s PM2.5 level is significantly high. It seems that US consulate data, calculated on basis of PM2.5 level, reflects that scenario,” explained Anumita Roy Choudhury, an air pollution expert of Centre for Science and Environment, a New Delhi-based non-profit.

Sometime ago, Samuel Kotis, deputy minister counsellor in the US embassy looking after environment and climate change, also highlighted Kolkata’s PM2.5 threat in a meeting. “Delhi, being the national capital, gets more international attention, but Kolkata is not far behind. The US embassy in Delhi and all four of our consulates, including the one in Kolkata, have air quality monitors where we regularly measure PM 2.5,” he said. “We found that the level of PM 2.5 in Kolkata was greater than that of Delhi on some days during last winter.”

Although the state pollution control board tends to underplay the PM2.5 factor, another global report also highlights its significantly high concentration in the city’s air. The report, Global Urban Ambient Air Pollution Database (update 2016), released by World Health Organization (WHO), clearly shows that among Indian metros, air toxicity is increasing most rapidly in Kolkata, including that of PM2.5. In Kolkata the annual average PM2.5 level increased to 61 micrograms per cubic metre in 2016 from 43 in 2014; it was worse across the Hooghly river in Howrah – 100 micrograms per cubic metre in 2016 from 47 in 2014. The national permissible limit is 40.

“To avoid the confusion, the state board should soon start to measure PM2.5 in its automatic monitoring stations. All the other major metros have the arrangement to measure PM2.5 pollution in their automatic stations,” stated Debdatta Basu, a scientist formerly with the Central Pollution Control Board (CPCB).

“We have already decided to set up a few automatic monitoring stations with the arrangement of PM2.5 monitoring,” Kalyan Rudra, chairman of the state pollution control board, told indiaclimatedialogue.net.

Night pollution is scary

If overall average pollution during end December had become very poor, the nights were turned into no less than a gas chamber. An analysis of the data released by CPCB found that during midnight to early morning in third and fourth weeks of December, the city’s air was hardly breathable with AQI level often reaching 500 — the farthest point in the scale — against the benchmark of 100. The average pollution index value from midnight to 4 a.m. during the period was 414, an almost 20% rise over the respective 24-hour value.

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According to experts, the pollution in winter nights escalates because the pollutants remain trapped close to surface — and human lungs — as the temperature falls. Green activists complain that almost unmonitored movement of thousand of trucks and other commercial vehicles within the city — mostly polluting and having a free run in absence of any pollution monitoring system — add to the rise in pollution at nights.

Even morning walkers are not safe — and advised not to venture out early morning — as the fine particulate level has remained around 4.5 times over highest permissible limit from 4 to 5 a.m. “People walk or run in early morning to burn calories while inhaling fresh air; however doing heightened physical activities in such poor air can actually backfire on health,” opined A. G. Ghoshal, a senior pulmonologist.

Cities across the world impose several restrictions on traffic and take other emergency measures when the pollution crosses threshold value. Recently London and in early December Paris imposed several emergency restrictions on traffic and outdoor activities when the pollution crossed threshold values. There was an attempt to do the same in Delhi in early November when the AQI consistently remained in the severe category.

Inaction in Kolkata

But there was no action in Kolkata regarding skyrocketing air pollution. “It’s a fact that the city, especially during winter, turns into a gas chamber during night and even state government and the pollution control board admitted the trend of pollution shoot-up during night hours at the hearing on city’s air pollution in National Green Tribunal. However, the data you are mentioning are extremely revealing and I will soon highlight the same in the tribunal,” Datta told indiaclimatedialogue.net.

He said about 50,000 trucks enter the city every night and there is virtually no system to check their pollution. “While Delhi has been showing indications of action, Kolkata is just sitting on the problem,” observed an environment expert conversant with the pollution dynamics of both cities. He declined to be named.

Situation will worsen

Environment experts say Kolkata’s air will become increasingly toxic unless the state government acts fast. “Kolkata is the diesel capital of the world. Though industrial and constructional pollution also contribute, the main reason behind the sharp increase of Kolkata’s key pollutants, both ultra-fine particulate and nitrogen oxides, is the burning of diesel in vehicles, particularly in close to 99% of commercial vehicles. State government should ensure that these vehicles should be converted to compressed natural gas (CNG) like other metro cities as soon as possible,” Roy Choudhury of CSE said.

But that may be still seven to eight years away. “Both central and state governments are responsible for the situation. Successive West Bengal governments have never pursued the matter with the Centre despite being aware that introduction of the CNG was the only way to curb diesel driven automobile pollution,” alleged Datta.

Incidentally the Jagadishpur-Haldia pipeline, which is supposed to bring CNG to the state and city, was among the five conduits GAIL India had planned to build in 2007 to supply CNG across the country. Apart from the Haldia line, all others have been completed. A GAIL official said the Union Cabinet had recently cleared the proposal for laying the pipe and work would start soon. “Once work starts, it is expected to take at least seven-eight years to complete the project,” the official said.

Source: Kolkata set to beat Delhi in noxious city air – India Climate Dialogue

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100,000 may have died but there is still no justice over Indonesian air pollution 

It started with a mild cough. Muhanum Anggriawati was just 12 years old when the cough began, transforming within weeks into a violent hacking that brought up a yellowish-black liquid.

At the end of last year, her father told an Indonesian court how she had been taken into hospital, and treated with oxygen therapy, then with a defibrillator. Nothing, however, had worked. After a week on a breathing machine, she died in the hospital, her lungs still full of the foul mucus.

Anggriawati is believed to have been one of many victims of the haze, or air pollution, that regularly spreads across Indonesia because of the huge deforestation fires linked to palm oil and other agribusiness.

The Global Fire Emissions Database reports that in 2015, fires in Indonesia generated about 600m tonnes of greenhouse gases, which is roughly equivalent to Germany’s entire annual output.

The smoke contains dangerous chemicals such as carbon monoxide, ammonia and cyanide. A study by Harvard and Columbia universities revealed that the haze may have caused the premature deaths of more than 100,000 people in south-east Asia in 2015. The authors estimated that there were 91,000 deaths in Indonesia; 6,500 in Malaysia and 2,200 in Singapore.

Anggriawati’s father is one of a number of grieving parents in Riau who have taken the brave step of bringing a lawsuit against the police for terminating investigations against 15 companies linked to haze-causing burning activities in 2015. His suit is just one of many uphill legal struggles to seek accountability. But relief is limited. The governments of these countries have rejected the results of the study, citing inaccurate data. Indonesia reports just 24 deaths.

We visited Indonesia late last year. Lawyers and advocates bringing cases on behalf of the families and communities told us about the difficulty they face in meeting strict evidentiary requirements to establish where the burning is occurring, who is responsible, and the causal link between the burning and health problems in affected communities.

In one case, satellite images were not accepted as evidence. Judges and even witnesses may hesitate to impute causality or link the health impacts to the haze, even when there is scientific basis to support it. Lawyers and advocates also intimated that the lack of access to evidence, especially company information including maps that show plantation boundaries, makes it difficult to build a case even when the evidence of burning is present.

Even more worrying are the threats to people, including government agents, who are trying to investigate and document the fires. In September 2016, Indonesia’s environment ministry reported that a team of environmental investigators were taken hostage by up to 100 men, believed to have been hired by a palm oil firm.

These violent threats greatly diminish victims’ interest in documentation and litigation, as well as their hope for effective and peaceful legal redress. Placed against a backdrop of corruption in judicial and law enforcement systems, all these factors make potential litigation unappealing and burdensome for victims.

Legal accountability and access to justice are vital to this fight. While strong executive acts and voluntary company measures such as certification and zero-burning policies are helpful, it is even more important that those responsible are held to account.

To be fair, the governments concerned have taken some measures to increase legal accountability. The Transboundary Haze Pollution Act 2014 in Singapore creates both civil and criminal offences “for any entity to engage in conduct, or to condone conduct, causing or contributing to haze pollution in Singapore”.

Last year, Singapore’s National Environment Agency issued preventive measures notices to six Indonesian companies suspected of starting fires. And in June 2016, the Indonesian Ministry of Environment and Forestry said that it was planning to sue five companies over alleged forest fires the year before.

Communities and NGOs are also engaged in various efforts to promote increased accountability. Greenpeace has set up an interactive map showing company concessions and active fires to create more transparency on land tenure. Forest & Finance provides public data showing the role of finance in deforestation and aims to encourage the financial sector to adopt policies to prevent funding of this practice. NGOs are helping empower communities to document their experiences related to haze, including through the use of technology.

Groups are advocating for better laws in their respective jurisdictions. Communities and government officials are also working together to bring more lawsuits, and have been successful in a number of the cases that have already been brought. For example, the Indonesian supreme court in 2015 ordered palm oil company PT Kallista Alam to pay a record amount of $26m (£21m) in fines and reparations for its cut-and-burn practices in the Tripa peat swamp region.

But these efforts must be accompanied by heightened measures to remove barriers to legal accountability and ensure that in cases of abuse, communities are able turn to courts as powerful and effective instruments for remedy and justice. In all the countries concerned, there should be collective action to: increase the capacity of courts to handle environmental cases; address corruption in law enforcement and judicial systems; require greater transparency among companies; promote access to information; and ensure the personal security of investigators and seekers of justice.

Source: 100,000 may have died but there is still no justice over Indonesian air pollution | Global Development Professionals Network | The Guardian

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Utah lawmakers push for plan to improve poor air quality 

A bipartisan group of Utah lawmakers announced plans Thursday for a series of environmental proposals to fix the state’s poor air quality, which was so bad in the Salt Lake City area this week that some students were prevented from going outside for their school recesses.

The group of more than a dozen lawmakers told reporters that the state’s severe air pollution is hurting Utah residents and could damage the state’s economy amid warnings that businesses and people may try to avoid the state. The proposals include removing emission testing exemptions and boosting the use of solar thermal technology.

Rep. Patrice Arent, a Democrat, said the state has passed more clean air legislation during the last three sessions than ever, but that there is a lot more work to do.

The push is the latest in a multi-year effort to remedy the state’s bad air problem, which has put a strain on residents’ daily life and the state’s reputation as an outdoors mecca destination.

On Wednesday, University of Utah students bought all of a campus group’s collection of pollution masks, said Emerson Anderson, a coordinator for the Sustainable Campus Initiative Fund, a University of Utah grant program that distributed the masks.

Air quality issues are a major problem during the winter in Utah, which suffers from weather inversions that doctors warn can cause health problems, especially for pregnant women, people with asthma and the elderly.

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The winter inversions are a phenomenon in northern Utah’s urban corridor fueled by weather and geography. Cold, stagnant air settles in the bowl-shaped mountain basins, trapping tailpipe and other emissions that have no way of escaping. It creates a brown, murky haze of air pollution that engulfs the metro area of Salt Lake City.

Provo, Logan and Brigham City were among the top five cities with the worst air quality in the nation on Thursday, according to the Environmental Protection Agency’s Air Quality Index.

Most Utah school districts follow the guidance issued by state health and environmental quality officials about when to keep kids inside, while allowing principals to make the final decisions on a daily basis.

The state’s recess guidelines calls for all students to stay inside when the air quality index reaches red, the worst designation.

When it is in the next category down, orange, the state recommends that schools keep students with respiratory conditions such as asthma inside but let others go out. Some schools, however, keep all children inside on yellow air days, the third rung on the air quality index.

The air quality in the Salt Lake City area has been in the yellow category or higher all this week, spiking up to red Tuesday afternoon. The air quality index was in the orange category Thursday.

Hundreds of schools in Salt Lake City and surrounding suburbs were advised this to keep their students inside during recess.

Most principals are checking online or on an smartphone app to track the air throughout the day, said Jeff Haney, spokesman for the Canyons School District.

“When the air is gunky, they pay attention,” Haney said. “We don’t want to have our kids get sick if they go run around outside.”

Source: Utah lawmakers push for plan to improve poor air quality :: WRAL.com

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