The political borders between states are unable to stop the effects of environmental deterioration from spreading from one country to another and from one region to another.
Hence, the environmental impacts of militarization in one part of the globe easily reach the far away victim countries in another part of the globe — making the natural conditions of the victim countries deteriorate severely.
Similarly, the wars around the globe have been seriously impacting the natural environments of not only the war-torn countries, but also of the other countries around the globe.
Conflicts adversely affect coastal landmass
The military rivalries in Arctic, greater Asia Pacific and Middle East are becoming more intense by the day — pushing rival states to thrust for extraordinary and unrestrained level of militarization of these regions.
Opposing warring countries have been using destructive weapons in a number of ongoing wars and proxy wars, while others have been boosting the production and/or purchase of destructive weapons in their preparation for future wars.
Manufacturing and using these destructive weapons require massive consumption of fossil fuels, including coal and oil.
These massive consumption or burning of fossil fuels, in turn, release into the air the millions of tons of harmful gases that were previously locked up for millions of years in coal, oil and other fossil materials.
The most alarming part about these ‘harmful gases’ is: when these gases are released into the air, the global temperatures rise gradually — making the planet’s atmosphere increasingly warmer.
This warming atmosphere melts the mountain-ice and polar-glaciers in Arctic, Antarctic, Himalayas and elsewhere. These melted ice and glaciers turn into water — which then spreads into the seas and oceans of the world, raising the average global sea-level.
Because of this rise in sea-level, the coastal areas across the world have been gradually submerging under water. The coastlines of the low-lying coastal landmass have been gradually disappearing.
The inhabitants living in these coastal areas have been, thus, losing their homes to the growing water level of the seas and oceans. If this trend of the submergence of coastal landmass continues, millions of coastal inhabitants will have to embrace the fate of becoming climate refugees.
Illustration: Connection between wars and sea level rise
The wars in Syria, Iraq and Yemen have been adversely affecting the climate of not only these war-torn countries, but also those countries which are geographically located beyond the Middle East, including India, Bangladesh, Myanmar, Pakistan and Thailand.
In the ongoing Syrian war, the ‘harmful gases’ are being released into the air due to the use of tanks, artilleries, missiles, lethal weapons, etc.
Furthermore, the warplanes of all warring sides have been dropping bombs, which too release ‘harmful gases’ into the air. What’s more, the use of barrel and chemical bombs on civilian targets too carries these ‘harmful gases’.
Like Syrian war, these ‘harmful gases’ are also being released into the air by similar military activities in the ongoing wars in Iraq and Yemen.
These ‘harmful gases’, as mentioned earlier, make the planet’s atmosphere increasingly warmer — something that melts ice and glaciers (in Arctic, Antarctic, Himalayas and elsewhere) into water, which then spreads into the seas and oceans of the world, raising the average global sea-level.
Illustration: How rising sea level threatening coastal landmass
The fact that India has coastlines on Arabian Sea and Bay of Bengal as well as deep into the Indian Ocean makes the country highly vulnerable to the rise in sea-level. It is projected that even with a 2 degrees Celsius increase, a substantial portion of the Indian coastal landmass with some 20 million coastal inhabitants would be affected adversely, as these inhabitants would lose their homes to the growing water level of the adjacent seas and oceans.
There’s prediction about Bangladesh too, that around 6-8% of ‘flood-prone’ Bangladesh may be submerged under water by 2030.
Pakistan is also highly vulnerable to the rise in sea-level. Already the coastal areas in Pakistani provinces of Sindh and Balochistan have been facing vulnerability to the rise in sea-level — with the possibilities of decline in drinking water quality and decrease in fish and shrimp productivity.
Moreover, the freshwater sources in the coastal areas of Pakistan, including rivers and aquifers, face deep intrusion of saline water from sea and ocean due to mounting sea-levels — a vulnerability that Bangladesh, India, Myanmar and Thailand too face during the dry season.
Furthermore, Thailand and Myanmar are also facing vulnerabilities due to the increasing rise in seal-level. Bangkok (Thailand) is at the risk of submerging into the sea within a matter of few decades, as the city has been sinking 10 centimetres every year. As for Myanmar, a substantial portion of the country’s coastal areas is predicted to be submerged under water by 2050.
If the climate continues to deteriorate in this manner, millions of inhabitants living in the coastal areas would be forced to become climate refugees.
The only way to put an end to this alarming phenomenon of losing coastal landmass due to the sea-level rise is to stop or reduce the incentives of global heating. As the incentives include – among others – wars and militarization, the countries vulnerable to the sea-level rise should make sure that:
- the ongoing wars are brought to an end,
- the potential wars in future are proactively prevented beforehand,
- the extent of militarization are considerably reduced in the existing militarized zones, and
- the future attempts of militarization of any region are barred under international law.
Although these measures are few in number (i.e. only four), the implementation of these measures could be far more challenging.
The world leaders – and the leaders from the environmentally affected countries – must understand that if these measures are not taken immediately, millions of inhabitants living in the coastal areas across the globe could face a survival threat.