In the recent times more and more developing countries are moving towards the nuclear energy so-called clean fuel of the 21st century. India, Iran and later Pakistan is stressing upon this nuclear resource (we are not talking about nuclear warheads here). When the first combustion engine was mounted in a vehicle, it had a charm of horseless ride. The world was so excited to see that happen. Industries, motor vehicle, printing press, etc. progressed human growth, at that time no one had ever thought that we will be facing such a big problem of global warming later. No doubt nuclear energy promises a solution to the current energy crisis and reduction in global carbon level in the future, but we refuse to see the ill effects of nuclear energy and leaked radiations which can be even more disastrous to the life.
A study by J. P. Descy and C. Mouvet titled “Impact of the Tihange nuclear power plant on the periphyton and the phytoplankton of the Meuse River (Belgium)” said that Phytoplankton and periphyton were affected during low water flow. In the reach downstream of the plant, the maximum observed temperature increase is 4.2 °C and the maximum decrease in dissolved oxygen is 15%. Phytoplankton are responsible for half of the photosynthesis activity on the earth. Hence, phytoplankton are responsible for much of the oxygen present in the Earth’s atmosphere. And so most of the nuclear reactors which are situated on the coasts are contributing to the depletion of oxygen. We cannot afford to lose oxygen in a bid to reduce carbon emission.
After three mile Island and Chernobyl incident, it is hard to believe that the people of developing countries are so confident and keep faith in this resource. As Helen Caldicott, co founder of Physicians for Social Responsibilty said in her article ‘Nuclear is not the answer‘: Nuclear reactor routinely emit noble or inert gases which are fat soluble and can get inhaled by anyone living near a nuclear reactor. Not only this, but nuclear radiation have capacity to give our tissues an irreparable damage. The radiation effect is not only near the reactors, but can also be seen in then uranium mines. Once the nuclear energy is harnessed, the safe disposal of its waste is another serious problem, no country has been able to come out with a perfect solution until now. Wherever you dispose it, there remains a risk of contamination of the soil, water, vegetation, etc.
Developed countries who have played enough with this technology are now trying to stay away after watching some disastrous incidences. the UK, US, Japan and France have shut down their breeders and now selling their spent fuel waste to the developing country like India for its reprocessing, which is a very risky task for both the environment and life of the people, it also involves a risk of terrorists stealing the fuel for destruction purposes. These countries bring their ships fully loaded with toxins and leave it on the Indian shore for the local authorities to dismantle and dispose, in this case even if any accident occur, the damage will be done only to the Indian waters and coast.
Nuclear reactors are also favourite target of terrorists as they just have to do a little mischief and rest is taken care of by the uncontrolled radiations. Which gives slow and painful deaths. Iran, Pakistan and India all are infested with terrorism.
Dr. Mae-Wan Ho, in his presentation at Institute of Science in Society, London: http://www.i-sis.org.uk/PTTP100PCR.php: talked about the potency of renewable resources in the future. If followed and spent money on that instead of in nuclear technology, we can build much greener and safer world.
Day Zero: A Desperate Warning from Cape Town to the World
The unpreparedness of the human race has slowly but steadily come to the surface over the previous decade when it comes to ensuring our own survival and more importantly, that of the following generations. Before we even attempt to realize the impacts of climate change that are thrown into the faces of some community who then serve as the unfortunate examples of what’s going to happen, another repercussion pops up into the frame at the cost of another unsuspecting community, a country, or even a city. The city of Cape Town in South Africa serves as the most recent of those examples, and the crisis in the city bodes an ultimatum like never before to other thriving cities on the planet: mend your ways or follow suit.
“Day Zero”: as dire as it sounds
The event currently underway in Cape Town could be aptly described as probably its worst drought in nearly a century, one that has seen its people and authorities struggle to obtain water in the wake of depleting natural sources in order to sustain even their daily hygiene rituals. The city is quickly closing in on what has been dubbed as “Day Zero“: the day when the city will run out of its water. When that happens, it would be the first occurrence of such an event for a major global city. “Day Zero”, originally estimated to occur on April 22, was more recently moved up to April 12 with Cape Town’s 4 million strong population finding it difficult to adjust to the demands of reduced consumption.
A point of no return, is it?
The authorities, including city mayor Patricia de Lille have urged citizens to restrict their usage to 50 litres per person a day with effect from February 1 to accommodate the shortage and help prevent the situation take a turn for the worse. However, most citizens have been ignorant of these warnings in the past month and have irresponsibly consumed more than 87 litres per day, the restricted amount in place till the end of January. “It is quite unbelievable that a majority of people do not seem to care and are sending all of us headlong towards Day Zero” she said, adding, “We have reached a point of no return.”
Despite the comments of the mayor, it can be safely mentioned that many people of the city are realizing the weight of the crisis, and have begun to get creative with the different ways in which they can collect and reuse water in order to restrict their consumption to the stipulated limit and escape hefty fines. Long queues to purchase bottled water for household consumption in supermarkets has also become a common sight over the weeks.
Former mayor Helen Zille, who will also direct the disaster management response on the arrival of Day Zero has sounded hopeful, going so far as to say that Day Zero can be avoided should everyone realize the implications and make a concerted effort towards conserving water. “That is not difficult if we all put our minds to it in our homes and in our workplaces,” she said of the situation. Ms. Zille, along with other officials have provided tips to the people for saving water and getting the maximum use out of the water that they use: turning off the taps of toilet cisterns and using the grey water from washing in the toilets instead and showering less often. “No one should be showering more than twice a week at this stage. You need to save water as if your life depends on it because it does” were her words.
Not a crisis out of thin air
The crisis that the people in Cape Town are facing is not sudden by any standards. In fact, first warnings against the occurring were given out in the 1990s which were largely ignored. One main factor identified behind the crisis and its scale is the city’s population of about 4 million individuals, which has seen a high rate of growth over the years and is still growing strongly. Coupled with the drought that the population is currently facing, the strain on the resources for water has increased. South Africa hasn’t received sufficient rainfall for three years now. The drought in turn arises from climate change and the El Nino effect. There are six dams that supply water to the city and are currently 25.8 per cent full. The figure stood at 85% in 2014 and 38.4% a year ago.
What the dawn of Day Zero would mean for the people of Cape Town
On the dawn of Day Zero, Capetonians would be allowed just 25 litres of water per person a day, or roughly 7 gallons. To put that into perspective, you can take the average amount of water that Americans use: 80 to 100 gallons. A single flush of a toilet amounts to 2 gallons, and a 90 second shower could use up 4 gallons. To keep the restrictions in check, most taps in the city would be switched off and residents will have to get their daily share of water from any one of 200 allocated points in the city. Plans are also being made to store emergency water in military installations. The sooner the city head towards Day Zero, the sooner Capetonians will need to prepare for a new lifestyle, one that is significantly astray from that of entitlement that we all are living in right now. The crisis in Cape Town is a crystal clear warning to us, and one that will likely be not be given the consideration it is due.
All Steam Ahead as Europe Goes Green
Red, amber, green: and Europe is off on its big green venture. Yep, it’s true, Europe is finally on the right track in regards to future-proofing against climate change. To see just how it is doing this and what it is doing in regards to this, make sure to read on.
The abolition of fossil fuels by 2050
Some of Europe’s biggest countries are seeking to go fossil fuel free by 2050, and it’s brilliant. Denmark, a country widely regarded as being a leader in the struggle for a green future, is one such country seeking to do this. Yes, it might be ambitious. And yes, Danish officials openly admit that it is an ambitious venture. But, this old Nordic country is going full steam ahead with its ‘Energy Strategy 2050’ enterprise anyway in the hopes that within 32 years the whole country will be completely dependant on things that do not hurt our world. In fact, Denmark is even seeking to go one step further and go completely cashless. Well done, Denmark!
Cities are building green infrastructures
It appears that many European cities have seen the light in regards to what they need to do to save our planet and are now building green infrastructures to hold themselves up in the future. Yep, many cities around this famous old continent are changing the habit of a lifetime and going against a grain that has been in place for thousands upon thousands of years by swapping out their old, harmful infrastructures and ushering in new, safer ones to replace them. Bratislava, Slovakia is one such example: it has had a complete overhaul of its transport system and only runs low-emission buses, tree planting has become a serious occupation, roofs around the city have been made green and rainwater retention facilities have popped up everywhere. Yep, the Slovakian capital really has built a green infrastructure, despite a tight budget, and many other European cities are following suit.
Many big cities are clambering for green funding
Speaking of tight budgets, there seemingly is one across the whole of Europe when it comes to going green because many cities within the continent are having to clamber for funding in regards to it. But, thankfully, having to do all of this isn’t stopping these cities from doing so and going as green as they can. Yep, cities across the European continent are using a combination of EEA grants, municipal funding, crowdfunding and green bonds in order to go green: Copenhagen has done so and used its funding to upgrade is floodwater management and lighting systems to make them more eco-friendly, Paris has done so and used its funding to plant in excess of 20,000 trees and Essen, Germany has done so and used its funding to be named European Green Capital for 2017.
So, as you can see, the historic old continent of Europe is more than willing to embrace the future and, more specifically, the future needs of our planet. Let’s just hope that the rest of the world and its leaders *cough* Trump *cough* follow suit before it’s all too late.
Will The World Ever Make The Renewable Energy Shift?
Contrary to global warming deniers, the world is getting warmer and humans are playing a big part. But, just as we exacerbated the problem, we can come up with the solution. In fact, there are numerous fixes such as solar, wind and geothermal energy to name but three. Yet, China still churns out fossil fuels at a frightening rate and Delhi is shrouded in poisonous smog. Even though the people in charge and the public understand the shift, there doesn’t seem to be any hurry. So, will the world ever get to the necessary levels to combat climate change? The answer is yes, and here are the reasons why.
Hardliners Turning Soft
In the past, the governments of China, India and Russia were against slowing down energy production. Although the USA and the rest of Europe were not angels, they were at least trying to come to a compromise. Now, as the situation escalates, the hardliners are beginning to see the need to change their turn. The Paris Agreement, even without the US, is a huge potential turning point as the most powerful nations look to set an example. Sure, America might not agree, but the fact that the majority of the powerful players are on board is a positive sign.
The Sleeper Stats
It’s easy to make a sweeping statement such as fossil fuels are and always will be the leading resource of energy. And, that is true to a degree as coal still leads the way. However, signs from 2015 onwards have been encouraging. In fact, that’s an understatement because they have been music to the ears. According to the IEA, more than 50% of the world’s energy in 2015 was developed by renewables. The better news is that the stats for the end of 2017 suggest the gap to coal is closing rapidly.
Often, global warming centres on governments and countries and what they can do to change. But, the truth is that everyone on the planet has a role to play to lower their carbon footprint. Whereas that was almost impossible to do in the past, it’s far easier today. Not only has renewable equipment reduced in cost, but companies like Wunder Capital now exist to provide funding. Then, there are the common tools, such as energy-efficient light bulbs, which chip away at CO2 one Watt at a time. Finally, there is the education factor and the fact that homeowners want to make a difference. And yes – it’s already happening.
When renewable energy sources first appeared, they were less than well equipped to deal with the level of output. As a result, people lambasted them as useless and not the way forward. However, patience has proven this to be false as they have increased dramatically over time. Now, solar panels and wind turbines are as efficient as they are helpful to the planet. Because the technology will only get better, it’s logical to assume the results will go the same way.
There’s no doubt it’s a long and tough battle for the planet, but the signs look positive. And, they are due to get better.
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