Air pollution and health hazards in Dhaka city in particular and the whole country in general are persistent and perennial. The dwellers of the city, nearly 21 million living in an area of approximately 310 sq. km, had to endure very high health hazards and strangely there were no serious attempts by the government to reduce them. This deplorable situation is known not only to city dwellers but also to Bangladeshis living abroad such that they are seriously deterred from visiting the motherland, particularly in the winter months, when there is no rain and the pollution levels are at highest levels.
Air quality is normally estimated by the concentration of particulate matter (PM) and gaseous substances per unit volume that are present in the air that we breathe. Particulate matter, as the name suggests, is solid matter as well as some water droplets that floats in the air. Obviously large and heavy particulates cannot float in the air. Particulates with 50% having the maximum diameter of 2.5μm (1μm is millionth of a metre) are identified as PM2.5 and are most extensively used as the indicator to measure air pollution. Other indicators such as PM10 as well as gaseous substances such as carbon monoxide (CO), sulphur dioxide (SO2), ozone (O3) and NOx and many more are also used. It has to be stated that PM2.5 is used because it can pass through the human respiratory system relatively easily and settle at various human organs, whereas bigger sizes like PM10 are normally filtered away by human’s filtration system. Once the materials are lodged inside the body, they either stay there intact and build up or get absorbed in the blood stream within the body.
The PM2.5 is taken as main source of cardiovascular and respiratory diseases as they reach terminal bronchioles and alveolar structures; whereas gaseous substances pass through the respiratory system harming the body and eventually get out of the body. The World Health Organisation (WHO) advises that the average annual limit of PM2.5 concentration (μm/m3) should not exceed the target of 35 micrograms per cubic meter. The higher this concentration is, the higher is the health risk. In Bangladesh as a whole, as reported by the World Air Quality Report 2020, the concentration was 77.1μm/m3, which was more than twice the WHO target. It was not only that particular year that Bangladesh exceeded the target, Bangladesh consistently exceeds the target very badly and is almost always nearer the top of the offenders’ list in the world!
The quality of air in day to day speak is specified by Environmental Agencies in terms of Air Quality Index (AQI). All the above-mentioned items such as PM2.5, PM10 and obnoxious gases are taken into account and their relative harm to human health is considered to come to the final quantity called the AQI. Thus, AQI is an indicator of how hazardous the air is for humans. The AQI of below 100 is considered satisfactory and admissible. People can carry out indoor and outdoor activities without any concern from air pollution. An AQI of 101 to 200 is considered to be ‘unhealthy’ for sensitive groups; AQI of 201 to 300 is considered as ‘poor’, whereas AQI of 301 to 400 is considered to be ‘hazardous’ meaning serious health risks to residents.
Brick kiln polluting the air
Road dust, chemical and cement factories, brick kilns, construction works with no dust-dampening measures, are the polluting offenders. Of course, vehicles using petrochemicals are polluting air all the time. The badly maintained vehicles emitting fumes and obnoxious gases are serious offenders in city roads. Breathing polluted air increases a person’s risk of developing heart diseases, lung infection, chronic respiratory diseases and cancer. No wonder that large fraction of human population living in Dhaka suffers from these ailments.
In Dhaka AQI of 184 was recorded yesterday (22 May 2022) making it the most polluted city in the world now, followed by Riyadh in Saudi Arabia (180) and Wuhan in China (173) as the second and third polluting cities. An AQI of 215 was recorded in Dhaka on 21 Dec 2019. Dhaka is the 3rd least liveable city in the world, immediately after Damascus and Lagos.
It is estimated that air pollution takes away on the average 3.05 years of life expectancy in Bangladesh, according to the report by US Health Effects Institute, and Institute for Health Metrics and Evaluation. The life expectancy in Bangladesh is 72.6 years and thus air pollution takes away 4% of human life. This figure in Bangladesh is higher than the neighbouring countries such as India, Bhutan, Pakistan and Afghanistan. Only Nepal exceeds this with 3.05 years of life expectancy loss. The economic burden of air pollution in Dhaka city alone is estimated as US $192 million per annum.
The government must take urgent steps to tackle this menace of air pollution in Dhaka in particular and Bangladesh as a whole in general. It must be stressed that for the sake of health and prosperity of the population of the country and for the world climate, the government must take immediate steps.
This Russian – Ukrainian war is on the tenth day today, the 5th March 2022 and there does not seem to be anything to bring it to a close very soon. The world is aghast with the outcome of this war – death and destruction of man and material throughout the country are unprecedented. The media throughout the whole world are having a field day condemning Russia for this wanton, aggressive attack, without any justification!
Before going to the rights and wrongs of this war, let us check what is happening in Ukraine right now. As of today, it is estimated that nearly 1.2 million Ukrainians have evacuated to neighbouring countries – nearly 700,000 to Poland on the north-west and the remaining 500,000 to Hungary and Slovakia on the west, Romania and Moldova to the south. The number of evacuees is going up not the day but by the hour. The whole world is watching with horror the unprecedented human suffering and migration not seen since the second World War.
The world is also watching the types of human evacuation that is taking place from Ukraine. Has anybody seen one single black or Asian or for that matter any non-white person descending from the evacuation buses to any neighbouring country mentioned above? No, none, zilch! The reason is that no non-white person is allowed to get on to the evacuation buses in Ukraine, although there are thousands or tens of thousands of non-white students, teachers, businessmen in Ukraine. The evacuation is only for whites, as if non-white lives in the war zones don’t matter. This is the blatant racist attitude which has come out in this atrocious situation. The Bulgarian Prime Minister blurted out that Asians and Blacks are not civilised or educated enough, like the Europeans, and that’s why this discrimination. How pathetic! (Didn’t Nazism follow the eugenics where Jews, gypsies, blacks and so forth were considered to be genetically inferior to white Aryans?)
Now the main question is, why did this war start in the first place? Ukraine was a republic in the erstwhile USSR, but it gained independence when USSR collapsed in 1991. Since then, many erstwhile USSR republics have joined the North Atlantic Treaty Organisation (NATO) designed to counter USSR and Warsaw pact countries during the cold war period until 1991. Although USSR and Warsaw pact have disappeared, but USA maintained and strengthened NATO as a way of perpetuating arms sales to the Member States.
Ukraine had been perpetually encouraged to join the NATO by USA and its allies. Hardly does this country realise that by joining the NATO it is committing itself to contributing full 2% of its GDP to NATO fund and that fund will supply them with American and British arms and ammunition. It becomes a captive market for the western arms industry. The right-wing Ukrainian government wanted to join the NATO, despite Russian repeated pleas and warning not to do so.
Ukraine is right on the Russian border. Any nuclear weapon installed in the country as part of NATO is unlikely to be acceptable to Russia. The mirror image of this situation could be seen when USSR wanted to install nuclear warhead in Cuba in 1963 and John F Kennedy threatened to blow off the USSR missile carrier in international waters and start the third World War. Cuba is not even on the borders of the USA!
Nonetheless, world is expressing unrestrained sympathy to the Ukrainians. The Ukrainian government is basking on this sympathy. But at the same time, the government is showing without any shame or remorse its blatant racism. The lives of Asians and blacks are dispensable, but the lives of the whites are worth saving! How much such attitude is worth sympathising for? World should make a humane judgement of such a regime, as it exists now in Ukraine.
In 1920, American poet Robert Frost mused: “Some say the world will end in fire, some say in ice.” Frost held “with those who favour fire.” His poetic view unsurprisingly coincides with mainstream scientific consensus about the real prospect of our own annihilation—arising from the incomprehensible scale of problems baked into our future by human-induced climate change. That is why probably a year before his death in 2018, the celebrated British astrophysicist Stephen Hawking issued a grave warning that we must leave the Earth and colonise “other planets in the next century in order to guarantee survival from a variety of threats.”
Now that the much-hyped COP26 has ended “not with a bang, but with a whimper,” it is time to seriously consider Hawking’s suggestion—colonise another planet before the Earth ends in fire.
From The War of the Worlds by HG Wells to The Martian Way by Isaac Asimov, science fiction writers have long been fascinated by the idea of settling on another planet, especially Mars. Science fiction aside, it is indeed the dream of a growing number of scientists and geo-engineers to make Mars inhabitable with some terraforming, a term used to describe transforming another planet into an Earth-like planet.
Why Mars and not the Moon? The Moon, our nearest neighbour in the sky, is impoverished in resources. Furthermore, a day on the Moon is 29.5 Earth days long. Also, the Moon being far less massive than Earth has a weaker surface gravity—about 16 percent that of Earth. For example, a fully suited Apollo astronaut (equipment included) who weighed about 500 pounds on Earth, weighed only about 80 pounds on the Moon.
Why not other planets? The inner planets, Mercury and Venus, are too hot for humans to survive. The Jovian planets, Jupiter outward to Neptune, are gaseous, which means they do not have solid ground to put our feet on.
What makes Mars, which is on the outer boundary of our solar system’s habitable zone, a good candidate is its proximity from Earth’s closest approach every 15 to 17 years is about 54.6 million kilometres, its day-night cycle is almost the same as ours, with abundant sunshine, and it has a 687-day year with Earth-like four seasons that last twice as long. Although gravity on Mars is 40 percent that of Earth’s, it is sufficiently strong to retain an atmosphere and is believed by many to be adequate for the human body to adapt to. Additionally, hydrologic and volcanic processes on Mars are likely to have consolidated various elements into mineral ores that are of interest to an industrial society.
But current conditions on Mars—freezing cold and bereft of such amenities as a breathable atmosphere—are inhospitable for human beings. Nonetheless, in the ancient past, the Red Planet was remarkably habitable, featuring lakes, rivers and an ocean. Things, however, changed dramatically after the planet lost its magnetic field about four billion years ago when its molten iron core froze up. Without a magnetic field, charged particles in the solar wind stripped away Mars’ once-thick atmosphere, eventually reducing it to a thin sliver that could no longer retain sufficient heat. As a result, the planet underwent a reverse greenhouse effect.
Today, the greenhouse effect on Mars is extremely inefficient. Its atmosphere, about 100 times thinner than Earth’s, is not thick enough to act as a thermal blanket to keep the planet pleasantly warm. Average surface temperature on Mars is a frigid negative 55 degrees Celsius and varies between negative 125 degrees near the poles during winter to positive 20 degrees at the equator during summer. In addition, the atmospheric pressure is less than one percent that of Earth’s. Since the atmosphere is excessively thin and cold, Mars cannot support liquid water on its surface, but this does not mean the planet is devoid of it.
Thus, before we colonise Mars, we have to fix the Martian atmosphere and make it hospitable to human life. In particular, we have to raise the planet’s temperature to a comfortable level and make the atmosphere thicker. Several possible ways of accomplishing this task have been proposed. Among the many techniques that are on the drawing board, scientists are seriously considering adding temperature-raising gases in its atmosphere, to melting parts of the Martian polar ice caps using giant orbiting mirrors to reflect sunlight, to making the Martian surface non-reflective.
Introduction of fluorine-based compounds that produce a greenhouse effect thousands of times stronger than carbon dioxide is being considered as a long-term climate stabiliser. There is also the possibility of in-situ resource utilisation, thanks to NASA’s Curiosity Rover discovering subterranean methane, another potent greenhouse gas.
Another element that could play an important role in trapping heat on Mars is aerogel, one of the lightest materials known to humans. Composed of 99 percent air, it is also a good insulator, which is why it is being used in the Rover mission. Using modelling and experiments that mimicked the Martian surface, researchers from the Harvard University, NASA’s Jet Propulsion Lab and University of Edinburgh demonstrated that a thin layer of this material increased average temperatures of mid-latitudes on Mars to Earth-like temperatures. Aerogel could also be used to build domes for habitation or self-contained biospheres on the surface of Mars.
If large mirrors can successfully be put into orbit, they will reflect sunlight onto Martian poles, so that carbon dioxide and other greenhouse gases that are believed to be trapped inside the ice will melt and initiate the greenhouse effect. The orbital mirror plan has the advantage of continually introducing extra heat into the Martian climate long after the poles have sublimated.
The idea of coating the surface of Mars with dark materials in order to increase the amount of sunlight it absorbs was first proposed by author and scientist Carl Sagan. The materials could be dust from the Martian moons Phobos and Deimos—two of the darkest objects in the Solar System—or extremophile lichens and plants that are dark in colour.
As noted above, Mars does not have a magnetic field strong enough to shield it from the harmful electrically charged particles in solar wind. Scientists at NASA think that it is possible to deflect the solar wind by positioning powerful magnets at one of the five points in space between Mars and the Sun, known as Lagrange Points, where the gravitational forces and the orbital motion of the magnets would interact to create a stable location. Simulations showed that a shield of this sort would protect Mars from the solar wind.
A new study suggests that Mars could be provided with a magnetic field by creating an artificial ring of charged particles around the planet. This could be done by ionising matter on the surface of its moon, Phobos, which orbits the planet quite closely and makes a trip around it every eight hours. The ionised (electrically charged) particles, when accelerated, would generate an electric current that would give rise to a magnetic field strong enough to protect a terraformed Mars.
How soon can Mars be terraformed? Realistically speaking, once technologies are perfected, it would probably take several centuries for the Martian climate to resemble anything even remotely Earth-like. Will our planet remain habitable for such a long time? That is a moot question.
Finally, it is ironic that many of the approaches to terraform Mars represent the global environmental catastrophe currently causing such concern here on Earth. In view of this, opponents consider terraforming Mars to be the ultimate in “cosmic vandalism.” Proponents on the other hand see terraforming as the creation of a new Garden of Eden.
Quamrul Haider is a Professor of Physics at Fordham University, New York.
Human-induced climate change is ravaging our planet and every country, including Bangladesh, is struggling to deal with its impacts
As the world battles record-shattering heat waves, calamitous droughts, deadly floods and landscape-altering wildfires, a roughly 4,000-page report released on August 9, 2021 by the UN’s Intergovernmental Panel on Climate Change (IPCC) spells out, in unequivocal terms, how anthropogenic climate change is ravaging our planet. Prepared by IPCC’s Working Group I and described by its authors as a “code red for humanity,” the report warns that global temperatures will likely to rise by 1.5 degrees Celsius by 2040 if warming continues at the current rate. This is the threshold value agreed upon in 2015 at the 21st Conference of Parties (COP21) in Paris.
Key takeaways from the IPCC report
> Climate change is a reality and it is going to get worse
> Humans are responsible for the “widespread, rapid and intensifying” effects of climate change, and some of them are irreversible
> Extreme weather is on the rise and will keep getting worse
> Oceans have warmed, their acidification has increased, and there has been a drop in Arctic sea ice
> Glaciers are melting at an accelerated pace
> Sea-level rise will be worse than once thought
> We must cut greenhouse gas emissions now, before brutal weather becomes more prevalent and more destructive
> Tipping points, or cut-offs—which, when exceeded, will set off self-perpetuating irreversible loops in the natural world—have a “low likelihood,” but they cannot be completely ruled out
After the report was made public, UN Secretary-General António Guterres said, “The alarm bells are deafening, and the evidence is irrefutable: greenhouse gas emissions from fossil fuel burning and deforestation are choking our planet and putting billions of people at immediate risk.” Many media outlets did not mince words to describe the nightmarish scenario painted in the report about the future of our planet. The frontpage headline in The New York Times read, “A Hotter Future Is Certain, Climate Panel Warns. But How Hot Is Up to Us.” The Atlantic described the crisis with two words: “It’s Grim.” One of the authors of IPCC’s 2001 report told CNN, “Bottom line is that we have zero years left to avoid dangerous climate change, because it’s here.” On the other hand, in an opinion piece in the conservative The Wall Street Journal, a physicist expressed scepticism about coverage by the media. He wrote, “Despite constant warnings of catastrophe, things aren’t anywhere near as dire as the media say.”
Eight years in the making, the report essentially validates the seemingly bleak future that many of us foresaw with trepidation. It also confirms what scientists had predicted even before coal-fired power plants were built. In 1856, American scientist Eunice Foote was the first to describe the extraordinary power of carbon dioxide—the driving force of global warming—to absorb heat. The first quantitative estimate of climate change influenced by carbon dioxide was made in 1895 by Svante Arrhenius, a Swedish scientist and Nobel laureate.
For the general public, physicist James Hansen of NASA sounded the alarm about climate change after his testimony to the US Congress in June 1988 on the detrimental effects of human-induced greenhouse gas emissions. Yet in 1995, the IPCC is on record stating that the ability to connect climate change to human activities is “currently limited.” This time around, the IPCC admits that they can now link recent natural disasters with climate change in a way that they have not been able to before. What an about-turn!
The latest IPCC report is a stark reminder of what we are experiencing today—scorching summers roasting millions of people worldwide, out-of-control wildfires, protracted droughts, widespread famine, killer storms, torrential rainfall followed by cataclysmic floods, and more. These are among the most visible and damaging signs that the Earth’s climate is changing for the worse as a result of burning fossil fuels. And all these weather-related events are happening because the world warmed by a “mere” 1.1 degrees Celsius since the Industrial Revolution. Clearly, with each passing day, these events will become more intense, turbocharged, amplified, and worse.
Thanks to the report, many Republicans in the US Congress, who for decades disputed the existence of climate change, no longer deny that the Earth is heating up because of greenhouse gas emissions. Or perhaps the statement from the US National Oceanic and Atmospheric Administration—that July was the world’s hottest month ever recorded—forced them to acknowledge climate change. However, they are still unwilling to abandon fossil fuels.
Since the 1980s, emissions, particularly of carbon dioxide, have ballooned to unprecedented levels despite repeated, and at times frantic, warnings from scientists about “civilisation-shaking” catastrophes. Scientists at the International Energy Agency say that emissions of carbon dioxide “are on course to surge by 1.5 billion tonnes in 2021, the second-largest increase in history, reversing most of last year’s decline caused by the Covid-19 pandemic.”
Climate is controlled by how much of the Sun’s heat arrives at and remains trapped near the Earth’s surface. Because the Sun is expected to shine at the minimum for another five billion years, we can envisage no major changes in the incoming heat for many thousands of years to come. Thus, the changes we will see in climate from now until 2050, a cut-off year determined at COP21 to reduce greenhouse gas emissions to zero, will mostly depend on how much of the arriving heat is retained by the Earth’s surface.
Having said that, even if the goals of COP21 are met, the Earth will still be warmer in the future than it is today and the warming trend will continue because it takes a long time for the Earth’s climate to adjust to the changes in its energy budget, resulting from increased greenhouse gas concentrations. Besides, if emissions of carbon dioxide dropped to zero tomorrow, climate change will continue to play out for centuries because the greenhouse gases already in the atmosphere have lifetimes of hundreds and thousands of years. Given this circumstance, we can still keep warming below catastrophic levels by going carbon negative together with zero emission. Carbon negative means removing more carbon dioxide from the atmosphere than adding to it.
Climate change and Bangladesh
As for Bangladesh, it is among the countries most vulnerable to the effects of climate change. Although the global share of carbon dioxide emissions by Bangladesh is a meagre 0.21 percent, climate change has already been inflicting untold miseries on its people. The government has identified floods, cyclones, droughts, tidal surges, tornadoes, river erosion, water logging, rising sea level and soil salinity as major hazards that are behind a shift in migration and increasing poverty.
Bangladesh has a hot climate, with summer temperatures that can hit 45 degrees Celsius. In a world that is hotter by 1.5 to two degrees Celsius, heat waves will break new records, with more than half of summers being abnormally hot. Northern Bangladesh will enter a new climatic regime, with temperatures above levels not seen in the past 100 years. In light of this fact, the government is rightfully demanding that industrialised nations, who are also the biggest emitters of greenhouse gases, reduce their planet-warming pollution without further delay, compensate poor countries for the damages caused, and fund them so that they can be better prepared for a perilous future.
In the past few years, the Bangladesh government made significant advances in disaster risk reduction. It has constructed a series of multi-purpose buildings that are used as storm shelters during cyclones, significantly reducing mortality. Notwithstanding, the damage and loss of income due to climate change is on the rise. Nevertheless, if Bangladesh wants to become a middle-income country, the government should focus on mitigation along with adaptation, and move away from coal-fired power plants.
On a different note, the amount of methane emitted by Bangladesh is so high that the country is now becoming a significant contributor to environmental degradation. Methane is a greenhouse gas that can cause 28 times as much warming as an equivalent amount of carbon dioxide over a period of 100 years. According to IPCC, the concentration of methane in the atmosphere is higher now than at any time in the last 800,000 years.
Melting of glaciers and ice sheets
A few words about the effects of global warming on one of the primary sources of fresh water are in order here. Out of the 71 percent of water that make up the Earth’s surface, the vast majority, over 96 percent, is non-drinkable saline water in seas and oceans. Just 3.5 percent is fresh water, but a minuscule amount—approximately one percent—are in freshwater lakes, streams and in the atmosphere. The bulk of the fresh water, almost 70 percent, is trapped in ice and glaciers. While most of the ice is in the Arctic, Antarctic and Greenland, some are scattered as glaciers in the mountains around the world.
The glaciers we see today are remnants of the past Ice Age, an alternating period of melting and freezing that lasted about a million years. Yielding only to the warmth of the Sun’s rays, these giant rivers of ice grind their way to the sea, crushing everything in their path, scouring the landscape, shaping mountain peaks and carving broad valleys.
Considered to be the “gold standard for measuring climate change,” glaciers are a natural data bank. In between their thick layers of compacted snow, glaciers hold records of volcanic eruptions, chemicals in the air and changes in the atmosphere. They reflect variations in the pattern of weather and climate over long periods of time.
Glaciers feed many of the world’s important river systems, including the Brahmaputra, Ganges and Indus, and directly or indirectly supply millions of people with food, energy, clean air and incomes. Communities living at the foothills of large mountains use glaciers as a source of water.
Across the high mountain region from the Hindu Kush to the Himalayas, which stretches from Afghanistan in the west to Myanmar in the east, air temperatures have risen by nearly two degrees since the start of the 20th century. In response, glaciers are melting and retreating, permafrost is thawing and weather patterns are becoming more erratic, disrupting previously reliable water sources for millions and triggering more natural disasters. Scientists are worried that the impacts will hit not just those living in the mountains, but also millions of people in Bangladesh, India and Pakistan living in the river valleys below.
Melting of glaciers has another effect. More melting means more water pools in lakes on top of the glaciers or at their lower snouts. Since the late 1970s, the number of glacial lakes across the Himalayas in Nepal has more than doubled. These lakes are often growing so fast and hold so much water that they have gushed through the rock piles holding them back, resulting in devastating floods. Additionally, steep slopes that were locked in place by frozen soil have thawed, causing rockfalls, collapsing terrains, avalanches and mud slides.
Because of global warming, ice sheets are melting at breakneck speed and will continue to melt. Indeed, a historic heat wave in July melted ice in Greenland large enough to flood the entire state of Florida with well-nigh two inches of water. At the same time, extreme flooding from higher sea level will continue to get more frequent, and the sea level itself will continue to rise well into the next century, mainly because of thermal expansion due to the amount of heat the oceans have absorbed so far.
Widespread loss of ice sheets will likely alter climate in other complex ways. For example, their white surfaces help to keep our climate relatively mild by reflecting the Sun’s rays. When they melt, darker exposed surfaces will absorb and retain more heat, thereby raising global temperatures.
It is now a truism that global warming begets more warming. Therefore, the effects of climate change will worsen with every fraction of a degree of warming. Even if we limit warming to 1.5 degrees, the kinds of extreme weather events we are experiencing this year, in winter and summer alike, will become more severe and more recurrent. Beyond 1.5 degrees, scientists say the climate system will be unrecognisable. In all likelihood, it will lead to the disappearance of small island nations and low-lying coastal countries, as well as unleash tens of millions of climate refugees upon an unprepared world.
What will be the response of our leaders and policymakers after they read the IPCC report? It will not be an exaggeration to say that world leaders, who are under tremendous pressure to deliver on promises made at COP21, cannot distinguish the divide between rhetoric and reality. Hence, at COP26, to be held in Glasgow, Scotland later this year, we should not expect any firm commitment from them to save the world. Instead, their speeches will be like the ones given at past climate-related summits—”full of sound and fury, signifying nothing.”
Finally, the well-researched and well-intentioned report on climate change and recommendations for mitigation and adaptation contained therein can, metaphorically speaking, be characterised as a “recovery mission” rather than a “rescue mission.”
Quamrul Haider is a Professor of Physics at Fordham University, New York.
More than fifty years ago, Bangladeshi people fought a bloody war against Pakistani brutal oppression. In suppressing the legitimate demands of the people of then East Pakistan, Pakistani military authority had the ready and willing support of armed gang of the 5th columnists – the so-called Islamist thugs trying to save the country for religion.
Bangladesh won the independence after shedding tremendous amount of bloodshed, sacrificing the dignity of tens of thousands of Bengali women, millions of people had to flee their homeland by crossing the borders in all directions to India. After nine months of war, the country achieved independence by beating the Pakistani force.
Now the 5th columnists are attacking the very foundation of Bangladesh from within and to add insults to injury on the day of independence, on the day when Sheikh Mujibur Rahman inspired the Bengali people to rise up and fight for our national dignity, for our national identity. How dare these Hefazat-e-Islam thugs attack Bangladesh’s national emblem as well as national properties when the country was primed to celebrate the Golden Jubilee of its independence.
These Hefazati people are not only the enemy of the State, they are also the vicious people and criminals. They cannot tolerate the celebration of independence of Bangladesh, which broke away from their stark racist religious state of Pakistan. Even after 50 years, they are hankering after their fanatic country Pakistan and scheming to end the secular state of Bangladesh.
Now the question is, who are these Hefazati people and how did they get such a strong foothold in the country which they opposed so violently? To answer this question, one has to look back to the political history of Bangladesh. The killing of Sheikh Mujibur Rahman, the father of the nation, on 15th August 1975 was the turning point when the country had been wrenched out from secularism towards Islamisation. Ziaur Rahman who took control of the country after the turmoil of Sheikh Mujibur Rahman’s death started to change Bangladesh Constitution from secularity to Islamic Constitution, putting Bismillaher Rahmanir Rahim in the Preamble of the Constitution and stating Islam as the State religion. He then allowed Rajakars, al-Badr and other blatant religious groups who were violently involved in killing innocent people during the liberation war to come back to Bangladesh.
At the same time, Saudi money started pouring in to open madrasas – Qawmi type which is of the fundamentalist variety – throughout the whole country. In addition, mosques were established in almost every street corner of the capital city and all major cities of the country with Saudi money. Ziaur Rahman surreptitiously encouraged these religious activities and with the explicit and implicit support of these religious bigots, he started a political party called the Bangladesh Nationalist Party (BNP). After Ziaur Rahman, Mohammad Ershad continued in the same vane allowing and encouraging clandestine foreign supply of funds for political-religious purposes.
At the moment, there are at least 64,000 Qawmi madrasas in the country and the number of students is assumed to be nearly 10 million (as par Institute of Commonwealth Studies). The exact number of madrasas or madrasa students is not known as these madrasas are not registered and regulated by the Bangladesh Madrasa Education Board, as these madrasas are financed privately. That is where the problem lies and the dark side of madrasa education starts to emerge. It is an open secret that Saudi Arabia as the main sponsor of the Salafist / Wahhabi ideology is the financier of these Qawmi madrasas and mosques, not only in Bangladesh but also in many other Muslim countries. Saudi Arabia also financed the setting up of Ibn Sina banks, Ibn Sina hospitals, universities, primary schools and even bus services and hotels in Bangladesh. The tentacles of Islamic financial activities go far and wide and are deeply rooted. Obviously, with such financial muscle comes the political muscle and any democratic government of a relatively poor country would be hard pressed to confront them.
Hefazat-e-Islam as a political organisation emerged in 2010 when millions Qawmi madrassah people were readily available to populate this blatantly communal organisation. In fact, Hefazat has become the political forum for these Madrasa-trained people who have no vocation or skill to offer, other than simply reciting some verses from Quran without even understanding anything about it. These madrasas only produced millions of morons and enemies of the State. These people are total dead weight to the country.
Over the years, these madrasa-trained people had been piling up and they would now demand employment. That they are not suitable for any productive work is beyond their comprehension. However, the government should have warned them before they were allowed to go down the blind alley and now it falls on the government to train them and move them towards the constructive sector of the economy. These people, as they stand now, are now primed to be radicalised and can very easily be turned into Islamic terrorists.
Demonstrating against foreign leaders or foreign powers, vandalising private and public properties, attacking minorities and their properties etc would seem to be the pastimes for these people. The government must stop them firmly. The whole sector of madrasa education should be closed down without any delay. The problem that the military-people-turned-politician had created in the past to get a foothold in the political field has to be tackled now. The country has to bear the brunt of the thuggery of Hefazati people by deploying the Border Guards to protect foreign leaders and saving government and minority properties, but can this extra vigil continue indefinitely? The root cause, the source of the problem needs to be tackled head on; otherwise, the mayhem caused by these illiterate madrasa-trained people may continue.
Free-thinkers 