The very uneasy & unbearable weather and the overall deteriorating environmental conditions in coastal areas all over the world have become the new trend of our planet’s environment. The economic & military rivalries among different countries around the world are to be blamed.
Such rivalries have been causing excessive industrialization and increasing trend of production & usage of military hardwares for conflicts & wars that are further causing environment of our planet to deteriorate drastically.
The global & regional economic rivalries are pushing the rival states to thrust for an unprecedented & unchecked militarization of different geopolitical hotspots of our globe and to propel for producing, acquiring & using destructive weapons. Such economic & military rivalries have been the reason behind worsening weather conditions in victim countries with flat & low-lying coastal areas.
Geo-economic rivalries & the resulting pollution
The “industrialized” countries had already done enormous damage to our planet’s environment in each of their attempt to supersede the other in industrial revolution and in terms of the size of economy. The same is happening in case of “young industrialized” economies and in case of the current “industrializing” economies. In the race of economic might, the victims have always been the environment and the human beings.
The effects of industrial competition among the economic powers are far reaching and liable to affect the eco-system for many years to come. One particularly damaging effect is the dumping of harmful used-water from industrial sites into open oceans, seas or rivers, damaging many of the water sources around the globe and, thus, causing health issues to the people who use such water for different purposes. For instance, the same water is used by the farmers for irrigation purpose which affects the quality of food that is produced, causing health issues to the people who consume those foods. Moreover, industrial competition among the economic powers have pushed them to increase their industrial capacities to an excessive level and, thus, causing immense air pollution which has taken toll on the environment and the health of the human being. The human and the environment are at risk from exposure to radiation from different sources, including radioactive materials, accelerators, electrical installations, mobile broadcasting centres etc. The most alarming effect of this economic competition among the economic powers is the global warming, which result from the smoke and greenhouse gases that are being released by industries into the air.
Environmental impacts of militarization
The heavy economic competitions among the global & regional economic powers are resulting in geopolitical rivalries among themselves. These countries, therefore, are resorting to heavily arming their arsenals with weapons, from light firearms to heavily destructive firearms, to barrel bombs and chemical weapons, to nuclear missiles. Some state-players are also resorting to wars & proxy wars.
The wars around the globe have been seriously impacting the natural environments of not only the war-torn countries, but also most of the countries around the globe. The weaponry & military vehicles used in the war zones have been producing many hundreds of thousands of tons of carbon dioxide, carbon monoxide, nitrogen oxides, hydrocarbons and sulphur dioxide – all of which are immensely injurious to our planet’s environment. Air pollutions from weaponry & military vehicles have, over the years, adversely affected human health. Increase in cancer, birth defects, and other adverse health conditions are associated with war-related environmental damage.
Rise in temperatures & sea-level
The urge for economic supremacy among the powerful economies around the globe has increased the human activities of burning fossil fuels such as coal, oil and natural gas. Such a trend is altering the relatively stable and liveable environmental conditions of our planet. Such burning of fossil fuels, which release carbons that have previously been locked up in coal, oil and natural gas for millions of years, cause gradual rise in average global temperatures. Such gradual rise in average global temperatures (global warming) poses a number of threats: (i) the threat to human health increases by many times, (ii) ecosystem is damaged due to higher temperatures, (iv) changing weather patterns cause irreversible damage to agriculture, (iv) coastal areas are vulnerable to the lethal combination of “rising sea level” and increasing number of severe ocean storms that are caused by the melting of mountain-ice and polar glaciers.
The effects of the continuation of the rise in sea-levels are deep. It would submerge under water many areas around the globe, especially the coastal ones; and perhaps it will not take decades for the coastlines to change. The rise in sea-levels has been causing more floods, especially during storms. Higher sea-levels have increased the size of the flow of water that the super-storms generally bring into inland from the ocean. Some short term impacts of rise in sea-level are regularly experienced these days by many victims around the globe. The Tsunami is an ideal example of what sort of disaster the rise in sea-level could lead us up to.
Developing countries with flat & low-lying coastal areas
The global & regional economic & military rivalries have been causing environmental deterioration around the globe and developing countries having flat & low-lying coastal areas are among the victims of such deteriorating environmental conditions. Besides the major problems of poverty and illiteracy, these countries’ vulnerability to environmental deterioration is very alarming. The overall economic developments of these countries have been troubled to a considerable extent by the adverse effects of deteriorating global environmental conditions.
With flat and low-lying landscape, the coastal areas of these countries are highly vulnerable to floods and storms. Among the major impacts of the environmental deterioration – particularly of the global warming – the increasing rise in sea-level every year has been the most alarming one so far, with the possibility of submerging a substantial percentage of the total coastal landmass of these countries under water.
A prediction made in 2007 by the UK Department for International Development suggests that there is the possibility that 6-8% of ‘flood-prone’ Bangladesh may be submerged under water by 2030. From the 4th assessment report published by the International Panel on Climate Change or IPCC, it appears that a substantial portion of coastal areas of Myanmar is predicted to be submerged under water by 2050.
In long run, the coastline and coastal cities of many developing countries having flat & low-lying landscape will be lost because of rise in sea-level. But in the short term, sea-level rise will cause more damage through floods and powerful storms that might bring water into inland with them, causing devastation like that of the Tsunami. Substantial portion of the total population of these countries live in the coastal areas, where majority of the population are affected, directly or indirectly, by coastal floods or tidal flows, salinity, tropical cyclones, erosion of river-bank etc. With the rise of sea-level “even by a metre”, these countries could lose a substantial percentage of their total landmass under water, turning millions of inhabitants living in the coastal areas into climate refugees.
German scholars from Potsdam Institute for Climate Impact Research (PICIR) warned that if incentives of the global warming are not reduced immediately worldwide, a series of unstoppable events will be triggered, causing dramatic rise in sea-levels and the total annihilation of coastal cities inhabited by millions of people. Therefore, in line with the suggestion from PICIR, the incentives of global warming, which, among others, includes the worldwide economic & military competition, must be reduced. Otherwise, millions of coastal inhabitants around the globe would face a survival threat.
Developing countries with flat & low-lying coastal areas are likely to experience more ‘immediate’ adverse impacts of environmental deterioration. Agriculture, industry, school, hospitals, roads, bridges, livelihoods, marine resources, forestry, biodiversity, human health and other utility services will suffer severely.
All in all, it is high time for “affected” & “to be affected” countries to start working together on real solutions with utmost urgency in the global & regional level.
Thanksgiving Also Means Giving Thanks for Our Planet
It is Thanksgiving holiday in the US. The Europeans do not celebrate Thanksgiving and the European Parliament has held an election. It has chosen former German Defense Minister Ursula von der Leyen as the new President of the European Commission. Hailing from a political family of conservatives — her father narrowly lost a party leadership election to Franz Josef Strauss — she is the first woman to hold the EU’s top executive job.
Conservative or not, there is unanimity in the EU about climate change, and how the EU has to lead the transition to a healthier planet by planning the necessary upgrading of its social market economy.
If the Europeans are increasingly aware of the environmental challenges ahead, the UN Environment Programme has just issued its flagship Emissions Gap Report. As one might surmise, the ‘gap’ refers to the difference between what the world is doing to tackle climate change and what it needs to do to limit temperature increase to 1.5C. Our present ambitions of structural change from a fossil fuel economy is forecast in the report to lead to a catastrophic 3.2C rise.
Present California fires and coastal flooding of the eastern seaboard from the Carolinas down to Florida are just the top of the iceberg as are the European floods in Spain, Italy and France — and the temperature rise so far is a single degree Celsius.
The window to act is closing rapidly. As the UN report clarifies in stark terms, emissions will have to peak by 2020 to limit global warming to 1.5C without affecting economic growth. It turns out that of the 43 developed and emerging economies, all with the sole exception of Turkey will have peaked their emissions by 2020. Be 2030, 57 countries will have peaked. That is the good news.
By far the greatest emitters are China, the US, and then India and the EU. Together they account for 56 percent of greenhouse gasses emitted over the last decade. These therefore bear a heavy responsibility.
The bad news is that while these and other emitters have pledged to follow the guidelines of the Paris Agreement — except for the US because Trump withdrew from it — it is not enough. According to the UN report, their efforts will still result in a 3.2C rise by century’s end to devastating effect.
It is logical then that efforts have to be intensified, and countries need to be more ambitious in their goals. A focus on innovation and domestic policies to encourage non-fossil fuel power generation would be clearly to their advantage. For example, energy produced from solar panels has soared from 50 Gigawatts in 2010 to 400 GW in 2015 with an expectation of 450+ GW by 2020.
The strong message of the report is for all sectors and their principals — national, state and local governments, mayors, corporations, their executives, civil society and civic leaders — to come together and act in concert if they are to avert a problem affecting our common home before it is too late. It is one way of giving thanks for what we have. The last five years have already been the warmest on record, the future can be expected to be worse if we do not act.
Venice Is Flooded: A Look at Our Coastal Future
Authors: Arshad M. Khan and Meena Miriam Yust
If humans have been lucky, basking in the comforting warmth of an inter-glacial period for the last 10,000 years, that luck may be about to turn. Rest assured we are not entering a glacial period. No, our quest for greater comfort has us pumping fossil fuel residues in the air—particularly CO2—warming the earth beyond its natural trajectory. One consequence is melting Arctic (especially Greenland) ice and coastal flooding.
Problematic as that might be, new research holds worse in store… much worse, for the Antarctic has not been a passive bystander. It melted when the north was taking a rest allowing no let up.
The previous glacial age lasted from 125,000 to 118,000 years ago. A paper published November 6, 2019 in Nature Communications (Vol. 10, Article # 5040) has found the Greenland ice sheet melt insufficient to explain the highs of the rise then. In fact, it was the Antarctic ice sheet, previously thought to be inconsequential, that was key. It turns out the Southern Ocean warmed first at the start of the inter-glacial, leading to a change in the circulation pattern of the oceans and to a warming of the northern polar areas to start the ice melt in Greenland.
Temperatures then were up to 1°C higher than now but the same has been estimated for us in the future. However, this time climate changes on earth have been accelerated by greenhouse gas emissions over the industrial period, resulting in more extreme climate changes than in the last inter-glacial.
The research has also revealed that ice melt caused a 10 meter sea level rise above the present level at a rate of 3 meters (about 10 feet) per century, a rate that is 10 times higher than the rise observed in the last 150 years. If 10 ft. per century has a remote feel, try a foot every 10 years!
This is far greater than current projections of sea level rise that anticipate an increase at the most to about 3 feet above 2000 levels by 2100. The predictions, however, do not account for an important natural outcome of ice sheet melt, that of ice cliff instability. The ice cliffs form as the warm water melts their ice under the water, eating away until the cliff shears off and collapses into the sea.
The collapse is a sudden and unpredictable addition to the gradual melt in the ocean. It also means that polar ice sheet melt can affect sea levels far more intensely than has been projected so far, and it could account at least in part for the much higher rise found by the researchers in the prior inter-glacial. Are we in for a surprise!
If incoming solar radiation was greater in the last inter-glacial because of the earth’s position relative to the sun, the CO2 levels were lower, at 280 parts per million as opposed to 410 plus today. Worse, in the former inter-glacial the two polar areas did not warm up simultaneously. Today’s intensive climate change is propelled by greenhouse gases, and the warming is bipolar with the ice melting in both polar regions at the same time.
Another paper also published in Nature Communications a week earlier (Vol. 10, Article # 4844 October 29, 2019) examines global vulnerability to coastal flooding from rising sea levels given new metrics for measuring land elevation. The model currently in use for this measurement, developed by NASA, has a 2 meter vertical bias. Using a new Coastal DEM (Digital Elevation Model) and a mean estimate of sea level rise this century, the authors estimate 190 million people live below projected high tide lines at present. This rises to 630 million by century’s end in the extreme case of high emissions. Increase the sea level rise to 3 meters (10 feet) projected in the other paper above and a billion people could be in jeopardy.
What can one expect? Well, the first signs of trouble will be when coastal flooding that used to happen once a decade becomes an annual event, or when unprecedented events occur. Venice is a current example. In a rare historic flood its iconic St. Mark’s Square is hip-deep in water. The church itself and its priceless frescoes could be in danger if the water rises further.
The increased coastal flooding will be gradual of course. Our children, their children, and so on down the line will be the real innocent victims of our legacy/profligacy.
Note: This article appeared originally on CommonDreams.org
Thirty years on, what is the Montreal Protocol doing to protect the ozone?
The Montreal Protocol to protect the Earth’s ozone layer is to date the only United Nations environmental agreement to be ratified by every country in the world. It is also one of the most successful. With the parties to the Protocol having phased out 98 per cent of their ozone-depleting substances, they saved an estimated two million people from skin cancer every year.
Following the thirty-first meeting of the parties in Rome during 4–8 November, Stephanie Haysmith, the communications officer for the Ozone Secretariat, explained why the Montreal Protocol has been so successful and what lies ahead for the treaty.
The 2019 ozone hole is the smallest on record since its discovery. How does the ozone repair and how long will it take?
The Montreal Protocol has been successful in reducing ozone-depleting substances and reactive chlorine and bromine in the stratosphere. As a result, the ozone layer is showing the first signs of recovery. It is expected that the ozone layer will return to pre-1980s levels by the middle of the century and the Antarctic ozone hole by around 2060s. This is because once released, ozone-depleting substances stay in the atmosphere for many years and continue to cause damage. The 2019 hole is indeed the smallest since recording of its size began in 1982 but the ozone is also influenced by temperature shifts and dynamics in the atmosphere through climate change. In 2019, the stratosphere was particularly warm during the Antarctic winter and spring.
The Kigali Amendment, which came into force January 2019, requires countries to limit hydrofluorocarbons in refrigerators and air-conditioners by more than 80 percent. Yet, there is a growing demand for cooling. How can the two needs be met?
While there is a growing global demand for cooling systems for personal well-being and in the commercial sector, improving energy efficiency with low or zero global-warming-potential will be needed to meet needs while minimizing adverse impacts on climate and environment. Research and development have kept pace: equipment design has changed and improved with the ozone-depleting substances phase-out.
At the Rome meeting, parties were made aware of an unexpected increase in global emissions of trichlorofluoromethane, or CFC-11. Why is that, and what is being planned to address it?
The issue of unexpected emissions of CFC-11 was brought to the attention of the parties in 2018. Global emissions of CFC-11 had increased in the period after 2012. This unexpected trend suggests that there is illegal production and consumption of CFC-11. The exact sources of these emissions have yet to be found. The parties take this very seriously and a decision was made at the MOP30 [30th Meeting of the Parties to the Montreal Protocol] to cooperate in further scientific research. In addition, the parties will assess the mechanisms of monitoring for the Montreal Protocol and the Multilateral Fund.
What is meant by “a sustainable cold chain” and how does it reduce food loss?
A cold chain is a connected set of temperature-controlled facilities (pack houses, cold stores, refrigerated transportation, etc.) that ensures perishable foods maintain their freshness and quality while in transit. Access to cold chain allows local producers to link with high-value markets locally, nationally and internationally. By enabling perishable food commodities to be stored and transported in a temperature-controlled environment not only ensures quality and safety, but reduces overall food loss, while improving economic gains and increasing sustainability.
From an environmental perspective, it is important that increasing demand for cold chain is sustainable with increased use of green fuels, energy efficiency and low or zero global warming potential technologies.
What do you hope the Montreal Protocol will inspire?
The Montreal Protocol is one of the world’s most successful environmental treaties and since its adoption, it has encouraged countries to commit to phasing out the production and consumption of ozone-depleting substances. The parties to the Protocol, on realizing that the alternatives, known as hydrofluorocarbons, are potent greenhouse gases contributing to global warming, agreed to address this. After protracted discussions, in 2016 the parties adopted the Kigali Amendment. The global partnership, stakeholder involvement and overall commitment of the countries lent to the success of the ozone protection regime. A successful hydrofluorocarbon phasedown is expected to avoid up to 0.4°C of global temperature rise by 2100, while continuing to protect the ozone layer.
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