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Cherry Blossoms Are Blooming Across Japan: It’s October

Photo-illustration: Pixabay

Each year, Japan’s iconic cherry blossoms herald the arrival of spring. But after a bout of extreme weather, blooms are being reported several months early.

Photo-illustration: Pixabay

The Japanese weather site Weathernews said it had received more than 350 reports of blossoms throughout the country. The flowers usually appear in March or April.

It’s not unusual for sakura to arrive ahead of schedule, however experts said it’s rare for the flowering to be so widespread.

“We get reports every year of cherry blossom blooming early, but those are confined to specific areas,” Toru Koyama, a senior official with the Flower Association of Japan, told Reuters. “This time we are hearing about it from all over the country.”

Koyama explained that the leaves of cherry blossom trees contain a chemical that suppresses the pink and white flowers from blooming. But two powerful typhoons this September—including devastating Typhoon Jebi—stripped the trees of their leaves or exposed them to salt water. Without the presence of the growth-inhibitors, the trees flowered early.

What’s more, temperature swings brought by the storms may have tricked the bulbs into thinking it was spring.

The early blooms should not spoil the 2019 hanami, or the traditional flower-viewing season. The number of flowers blooming early is still small, so viewers are unlikely to notice much difference, Koyama added.

Regardless of this year’s major storms, cherry blossoms in Japan are emerging increasingly early, and scientists say that climate change is likely the culprit.

Source: Eco Watch

Circular Clothing Hits the Catwalk at Dutch Design Week

Photo-illustration: Pixabay

Circular clothing firm takes recycled fashion to Dutch Design Week.

Trash-2-Cash has created a climate change-neutral shirt, a recycled raincoat and even an environmentally-conscious car interior, which it plans to showcase at the event in the Netherlands next week.

Photo-illustration: Pixabay

It also plans to reveal six new prototype materials comprised of new, recycled and recyclable products for use in the clothing and automotive sectors.

The EU Horizon 2020 funded-group, which represents a consortium of researchers, designers, scientists and industry partners, proposes.

It proposes a recycling model where textile waste is regenerated chemically, resulting in new plastics and textiles that are the same quality as original materials, while being infinitely recyclable.

Rebecca Earley, Professor of Sustainable Fashion Textile Design and Co-Director at the Centre for Circular Design, said: “Trash-2-Cash fibres are not only made from waste but created to be used appropriately and fully before going into future recycling processes.

“We’re using less harmful processes for people and the environment and we’re designing-in performance so that these fibres offer a full package for consumers and the environment.”

UK Plastics Recycling Industry Under Investigation for Fraud and Corruption

Photo: Pixabay

Exclusive: Watchdog examining claims plastic waste is not being recycled but left to leak into rivers and oceans.

These Iconic Mediterranean Landmarks are Currently at Risk from Sea Level Rise

Photo-illustration: Pixabay

Climate change is clearly a threat to both our present and our future, but did you know that it was also a threat to our shared past?

Photo-illustration: Pixabay

A study published Tuesday in Nature Communications looked at 49 United Nations Educational, Scientific and Cultural Organisation (UNESCO) World Heritage Sites in the coastal Mediterranean and found that 37 are already at risk from a 100-year flooding event and 42 are at risk from coastal erosion.

Some of the most at-risk sites include Venice in Italy and Tyre in Lebanon.

“Heritage sites face many challenges to adapt to the effects of sea level rise, as it changes the value and ‘spirit of place’ for each site,” study co-author and University of Southampton senior researcher Sally Brown told AFP.

The researchers looked at the sites’ risk level from flood and erosion through 2100 following four different emissions scenarios, from limiting warming to two degrees Celsius above pre-industrial levels to a business-as-usual scenario with warming of three to four degrees Celsius by 2100. Under the worst-case scenario, the number of sites at risk for flood increased to 40 of 49, and the number at risk for erosion increased to 46. Overall, they found that flood risk across the region could increase by 50 percent by 2100 and erosion risk by 13 percent.

Researchers hoped their results would help policy makers craft adaptations to protect these iconic sites.

Read more: Eco Watch

90% of Table Salt Is Contaminated with Mircroplastics

Photo: Pixabay

A year after researchers at a New York university discovered microplastics present in sea salt thanks to widespread plastic pollution, researchers in South Korea set out to find out how pervasive the problem is—and found that 90 percent of salt brands commonly used in homes around the world contain the tiny pieces of plastic.

Photo: Pixabay

The new research, published in the journal Environmental Science & Technology, suggests that the average adult ingests about 2,000 microplastics per year due to the presence of plastics in the world’s oceans and lakes.

Examining 39 brands sold in 21 countries, researchers at Incheon National University and Greenpeace East Asia found microplastics in 36 of them. The three table salts that did not contain the substance were sold in France, Taiwan and China—but Asia overall was the site of some of the worst plastic pollution.

The study “shows us that microplastics are ubiquitous,” Sherri Mason, who conducted last year’s salt study at the State University of New York at Fredonia, told National Geographic. “It’s not a matter of if you are buying sea salt in England, you are safe.”

Greenpeace East Asia found a strong link between the level of plastic pollution in a given part of the world and the amount of microplastics people in those regions are inadvertently ingesting each year.

“The findings suggest that human ingestion of microplastics via marine products is strongly related to emissions in a given region,” Seung-Kyu Kim, a co-author of the study, told National Geographic.

Indonesia, it was found in an unrelated 2015 study, has the world’s second-highest level of plastic pollution. The researchers in South Korea discovered that the country’s table salt brands also contain the most microplastics.

“That fact that they found higher counts in Asia is interesting. While not surprising, you still have to have the data,” Mason said. “The earlier studies found traces of microplastics in salt products sold in those countries, but we haven’t known how much.”

Erik Solheim, the executive director of the United Nations Environmental Program, called the study “more evidence of the frightening proliferation of plastic pollution”—and expressed hope that studies like this one would encourage more governments and companies around the world to sharply reduce their use of plastics.

Source: Eco Watch

 

2018 Likely to Rank as Fourth-Hottest Year on Record

Photo: NOAA Organization

After a summer of record-breaking heatwaves and devastating wildfires, 2018 is shaping up to be one of the planet’s hottest years in recorded history.

From January through September, the average global temperature was 1.39°F above the 20th century average of 57.5°F, making it the fourth warmest year-to-date on record, and only 0.43°F lower than the record-high set in 2016 for the same period, the National Oceanic and Atmospheric Administration ( NOAA) announced Wednesday. NOAA’s global temperature dataset record dates back to 1880.

NASA climate modeler Gavin Schmidt tweeted this week that 2018 was “almost guaranteed to be the 4th warmest year in the record.” The only years hotter? 2016, 2015, 2017, respectively.

Photo: NOAA Organization

This past September was also the fourth-hottest on record. “In fact, the 10 warmest September global land and ocean surface temperatures have occurred since 2003 with the last five Septembers (2014, 2015, 2016, 2017 and 2018) ranking as the five warmest on record,” the report noted.

Parts of the Atlantic and Indian Oceans, North America, South America, Europe, Africa and Asia observed record-warm temperatures during the month, NOAA found.

“Temperatures were at least 3.6 degrees F above average across southern South America, Alaska, the southwestern and eastern U.S., much of Europe, the Middle East and parts of Russia,” the report said.

Average sea-surface temperatures were also the fourth-highest on record in September and fourth-highest for the year to date.

Furthermore, sea ice coverage remained smaller than usual at the poles. NOAA said that the average Arctic sea ice coverage (extent) last month was 26.5 percent below the 1981-2010 average, the seventh-smallest extent for September on record.

At the same time, Antarctic sea ice extent was 3.3 percent below average, the second smallest for September ever recorded.

Source: Eco Watch

 

U.S. Companies Set a New Record on Renewables

Photo-illustration: Pixabay (seagul)

Source: Suistanability Times

I’m the Walrus … Suffering from Melting Ice

Photo: Pixabay

 One of the most iconic images depicting the environmental impacts of climate change shows a forlorn polar bear being stranded, or so it appears, on a floating chunk of ice among melting sheets.

Source: Suistanability Times

An Energy-Efficient Modern Church References Utah’s Mining History

Foto: Sparano + Mooney Architecture
Photo: Sparano + Mooney Architecture

Salt Lake City-based design practice Sparano + Mooney Architecture designed a church for West Valley City, Utah that’s strikingly modern yet sensitive to the existing site context. Located near Bingham Canyon Copper Mine, the world’s deepest open pit mine and a major employer in the area, the church pays homage to the working class community’s mining and construction past with its material palette. The award-winning, LEED Silver-targeted church — named Saint Joseph the Worker Church after the patron saint of laborers — was completed on a budget of $4.5 million and spans 23,000 square feet.

Photo: Sparano + Mooney Architecture

In order to comfortably seat 800 people within a reasonably close distance to the altar, Sparano + Mooney Architecture designed Saint Joseph the Worker Church in a circular form with rounded and thick board-formed concrete walls. In addition to the new 800-seat church, the 10-acre site also includes an administrative building with offices and meeting rooms, indoor and outdoor community gathering and fellowship spaces, a large walled courtyard centered on a water feature and ample landscaping. After the architects salvaged parts of the original, now-demolished church that was built in 1965, they added new elements of steel, copper and handcrafted timber to reference the area’s mining and construction past.

“Drawing from this lineage, a palette of materials was selected that express the transformation of the raw material by the worker, revealing the craft and method of construction,” the architects explained.

Photo: Sparano + Mooney Architecture

“These materials include textural walls of board-formed concrete, constructed in the traditional method of stacking rough sawn lumber; a rainscreen of clear milled cedar; vertical grain fir boards and timbers used to create the altar reredos and interior of the Day Chapel; flat seam copper panels form the cladding for the Day Chapel and skylight structure over the altar; and glazing components requiring a highly crafted assembly of laminated glazing with color inter-layers, acid etched glazing, and clear glass insulated units with mullion-less corners,” the firm said. “The design harkens back to the mining history of the early parish, and details ordinary materials to become extraordinary.”

Source: Inhabitat

Emissions Dip When Freight Ships Use Chips

Photo-illustration: Pixabay

Chip fat and other vegetable oils could be used to replace polluting fuels used to power freight vessels.

Chip fat and other vegetable oils could soon be used to replace the polluting fuels used to power cargo ships.

Photo-illustration: Pixabay

That’s according to low carbon sea freight programme GoodShipping, which has supplied a small container ship called the Samskip Endeavor with 22,000 litres of biodiesel made from old cooking oils.

When burned, this hydro-treated vegetable oil produces much less carbon dioxide, sulphur dioxide and particulates than traditional heavy fuels – the single voyage saved more than 40 tonnes of carbon dioxide emissions and significantly reduced the amount of sulfur and particulate matter released into the atmosphere.

The group claims the chip fat-based fuel can be used to help companies that rely on freight ships to slash their supply chains’ carbon footprints.

The global shipping industry is as big a contributor to greenhouse gas emissions as the aviation sector – new regulations mean it will soon have to reduce its toxic sulphur dioxide emissions.

The sector is currently responsible for creating around 3% of global emissions, producing more than 900 million tonnes of harmful carbon dioxide fumes each year.

Source:Energy Live News

Study: Orangutans Are Facing a Form of Eco-Genocide

Photo-illustration: Pixabay
Photo-illustration: Pixabay

If people had been doing this to other people, we’d call it genocide. Yet that’s what people have been doing to Borneo’s orangutans: perpetrating a form of eco-genocide against them. In this new century alone as many as 100,000 of the critically endangered primates have died off on the Southeast Asian island as a result of human activities, according to researchers who have published their findings in the journal Current Biology.

The researchers, led by Maria Voigt of the Max Planck Institute for Evolutionary Anthropology in Germany, conducted a 16-year survey, for the years between 1999 and 2015. They have reached what they call a “mind-boggling” conclusion about the extent of death and environmental mayhem meted out to orangutans in Borneo.

“[B]etween 1999 and 2015, half of the (island’s) orangutan population was affected by logging, deforestation, or industrialized plantations,” they write. “Although land clearance caused the most dramatic rates of decline, it accounted for only a small proportion of the total loss. A much larger number of orangutans were lost in selectively logged and primary forests, where rates of decline were less precipitous, but where far more orangutans are found.”

But it isn’t just habitat loss that has been driving orangutans en masse closer to extinction on the island. Often they are killed by farmers for eating their crops. “When these animals come into conflict with people on the edge of a plantation, they are always on the losing end,” an expert notes. “People will kill them.”

Orangutans, especially babies, are also routinely seized from forests by wildlife traffickers for the exotic pet trade. The apes are likewise targeted by hunters and even killed for sport by some people, at times with sadistic savagery. Yet the primary cause of orangutan deaths is still deforestation, which could wipe out another 45,000 members of the species over the next 35 years, the researchers say. Borneo has one of the highest rates of deforestation in the world. On average 350,000 hectares of forests were cleared each year between 2001 and 2016.

Orangutans are under severe threats in their natural habitats. With only between 70,000 to 100,000 of them left in the wilds of Borneo, the prospects for the species increasingly look bleak unless deforestation and poaching are stopped once and for all.

Source: Sustainability Times

Taxing Carbon May Sound Like a Good Idea But Does It Work?

Photo-illlustration: Pixabay
Photo-illlustration: Pixabay

Exxon Mobil is backing a proposal to tax oil, gas and coal companies for the carbon they emit and redistribute the money raised that way to all Americans. It’s also giving a group urging Washington to enact a tax on carbon US$1 million to advocate for this policy.

The carbon dividends plan, named after the former U.S. officials who conceived it—James Baker and George Shultz—reflects the research of Yale economist William Nordhaus, one of the two winners of the 2018 Nobel Memorial Prize in Economic Sciences.

Based on my research regarding how stock prices and greenhouse gas emissions are connected, I find it very encouraging to see an economist become a Nobel laureate for his climate change work. Even so, I am skeptical of the Baker-Shultz proposal.

In particular, I question whether it would prompt Exxon Mobil and other big energy corporations to either change their business priorities enough or to force them to pay for their contribution to the steep costs of dealing with climate change.

Carbon Taxation

On the one hand, economists argue that in theory taxing the companies that produce fossil fuels or the consumers who buy their products, or perhaps both, should curb the supply of and demand for oil, gas and coal. Presto. The carbon tax reduces emissions.

Depending on the model, the government either uses this revenue for a specific purpose, such as investing in renewable energy technologies, or distributes that money to the public to offset any hardship the tax may cause consumers.

However, economists have two hands. They also need to look at the details of any proposal and the accumulated evidence thus far so as not to repeat the mistakes of the past. Unfortunately, the findings and outlook for carbon taxes alone as a way to reduce emissions are not promising.

Carbon taxes are most prevalent in Europe, especially Scandinavia. Finland became the first country to adopt one in 1990, followed within a few years by Sweden, Norway, the Netherlands and Denmark and later by other European nations. More recently, governments in the Americas and Asia have followed suit, including some local ones in California and Colorado.

Carbon taxes are most prevalent in Europe, especially Scandinavia. Finland became the first country to adopt one in 1990, followed within a few years by Sweden, Norway, the Netherlands and Denmark and later by other European nations. More recently, governments in the Americas and Asia have followed suit, including some local ones in California and Colorado.

Studies, however, indicate that greenhouse gas emission reductions from carbon taxes have been mostly underwhelming.

Researchers generally use two approaches to draw this conclusion, by either building a “counterfactual” model of what the past experience would have looked like with no carbon taxes or by comparing emissions before and after the introduction of a tax with controls for reasons for emissions changes other than a carbon tax.

For example, a 2016 paper examining several studies of emission reductions in 16 countries and two Canadian provinces found an average reduction in carbon emission intensity and energy use of less than 1 percent per year. British Columbia, though, was at the upper end of the emission reduction scale, with emissions per capita falling by as much as 9 percent.

Perhaps the biggest challenge to make these plans work better is raising the per-ton tax to reflect new and higher forecasts for the future costs of climate change. These estimates will likely skyrocket within 25 years into hundreds of dollars per ton of carbon if the world is to keep the increase in global temperatures to less than 2 degrees centigrade compared to pre-industrial times, and an effective tax would need to be even higher for maximum warming of 1.5 degrees.

That is far higher than the current average of about $20 per ton.

I have sought in my own research to estimate the toll on stock prices taken for every ton of carbon. My findings suggest that in 2012 capital markets were pricing the cost of carbon at close to $80 per ton. This penalty imposed by the financial marketplace, a guide to what a carbon tax should be, would be higher today if adjusted for inflation.

Given that about half of Americans don’t see addressing climate change as an urgent priority, I believe U.S. voters would find taxes based on carbon costs that high unacceptable, making a potentially effective tax policy politically difficult to implement.

Climate Liability

To their credit, the proposal from Baker and Shultz does have some sensible safeguards. For example, it would tax imports from countries without carbon taxes, and it would raise the carbon tax it proposes from an initial $40 per ton commensurate with increases in the damage from higher temperatures and sea levels.

My most serious concern, though, with their plan is its apparent quid pro quo. It would shield energy companies from some existing regulations and from being held liable for damage to the environment at the federal or state level from decades of earlier fossil fuel production.

This is not a hypothetical concern. Several states and local governments are already suing Exxon Mobil and other oil and gas corporations over damage from climate change.

Looking closely at the carbon tax proposal, if it were to become law, the fossil fuel industries would likely pay a small carbon tax bill that they could easily pass on to consumers in the form of higher gasoline prices. At the same time, Exxon Mobil and its peers would be absolving themselves of what someday could amount to trillions of dollars in liability due to climate change lawsuits.

Exxon Mobil’s support for this carbon tax, in other words, does not signal any generous altruism on its part.

What’s more, even without the tangled web of a national carbon tax, renewable energy is getting cheaper through innovation, some of it subsidized by existing incentives, and economies of scale due to the swift growth of the solar and wind industries.

Climate Risk Disclosure

Also missing from the Baker-Shultz plan is the clear role that better information for investors and consumers on companies’ climate change impacts can play in guiding markets to accurately and promptly price and allocate carbon risk.

I find that market forces generally are better ways to obtain signals about and establish prices of future states of uncertainty, which is particularly important because climate impacts can evolve over long horizons. Often present in economists’ theoretical views of climate policy, however, is the assumption that high-quality information is available at no cost as a basis for sound decision-making. This may not be the case.

Specifically, economists like me want to know at least two things that are highly relevant for investors and creditors. First, the size of a company’s carbon footprint. Second, the policies that company would be following to avoid an increase of global temperatures, limits on global sea level rise, or both.

Climate scientists, however, are slowly generating better data to trace the links between carbon production and product use and their impacts on people and biodiversity.

In my view, more and better information from carbon emitters is critically needed to establish effective climate change policies. That’s why I am urging the SEC to make companies disclose their carbon risks and carbon footprints voluntarily.

Under my plan, the SEC would provide guidance and apply its enforcement powers to any laggards that might choose to under-disclose or not disclose at all.

I believe this voluntary approach has worked well under the Foreign Corrupt Practices Act, an anti-bribery measure enacted in 1977. I see no reason why it would not also work well as a way to reduce climate risk.

Source: Eco Watch

Scottish Island to Receive Electricity for 24 Hours for the First Time Ever!

Photo: Wikipedia

An island in Scotland is to be powered by electricity for 24 hours for the first time ever.

Photo: Wikipedia

Fair Isle, located between Orkney and Shetland and currently home to 55 people, has only had access to power between 7.30am and 11.30pm every day.

It will now benefit from around-the-clock electricity supply following a £3.5 million project, which saw the installation of three wind turbines, a ground-mounted solar system and battery storage.

It will be switched on at midday today, which means the local community will now have access to electricity every day.

The project was led by Fair Isle Electricity Company (FIEC) and supported by the Scottish Government’s Low Carbon Infrastructure Transition Programme with £1.5 million and the Highlands and Islands Enterprise’s £250,000 investment.

Scottish Energy Minister Paul Wheelhouse said: “Those of us living on the mainland of Scotland can often take reliable supplies of electricity for granted. This has never been possible for the islanders on Fair Isle.

“The reality of having, for the first time in their history, 12-hour supplies of electricity presents exciting prospects for the Fair Isle community, who will not only benefit from access to a reliable electricity supply around the clock but also now have in place a new cleaner, greener energy system.”

Source: Energy Live News

A Shortage of Beer and Fries? Climate Change Hits Europe Where It Hurts

Photo-illustration: Pixabay

Climate change has fueled raging wildfires around the world, bleached coral reefs and intensified hurricanes—and now it’s coming for Europe’s fries.

Photo-illustration: Pixabay

A hot and dry summer has caused low potato yields in Belgium and across Europe, resulting in sad, stubby fries or “frites”—up to an entire inch shorter than the 3-inch norm. The news gets worse: If Europeans were planning to wash down those salty frites with a cold Belgian beer, then they need to think again. There might also be a shortage of the brew due to an expected decrease in barley yields.

The culprit behind these inconveniences: climate change. Europe has seen record high temperatures and droughts this summer because of climate change. Potato crop yields are down 25 percent from previous years, and barley (a primary ingredient in beer) yields are expected to fall up to 40 percent.

“The fact that climate change threatens the small things that make our daily life a happy one reminds us that we have a responsibility to tackle climate change and its impacts in the world,” said Herbert Lust, vice president of Conservation International Europe.

This problem is bigger than a hefty bar tab: Climate change is already reducing yields of wheat, rice, coffee and cocoa. Agriculture is dependent on weather patterns, and climate change is directly influencing them, resulting in droughts in already dry regions of the world and floods in regions that already receive enough rain.

Deforestation is one of the greatest contributors to climate change, and 80 percent of deforestation is due to agricultural expansion. In other words, the way food is produced and consumed contributes to a negative cycle that harms the environment and results in less food. Soy, palm oil, beef, coffee and cocoa products that are imported by major economies account for a large portion of this problem. Global demand for these products is booming, and this high demand threatens the very ecosystems that we need to protect to avoid the most catastrophic effects of climate change.

Conservation International is tackling these challenges by designing landscapes that are sustainable, which means they prevent deforestation and ecosystem degradation while also improving the livelihoods of local communities. Another important part of our work involves training farmers in more sustainable agricultural practices to improve productivity without further degrading the environment.

“Farming communities will be hit hardest by climate change, particularly in the poorest countries,” said Fanny Gauttier, manager of European Union Policy and Sustainable Production for Conservation International. “It is urgent that we recognize the significant impact our use of land has on the environment if we have any hope of adapting to and mitigating climate change.”

“The situation with frites and beer is just a taste of what’s to come.”

Source: Eco Watch

A Short Guide to Building a Sustainable Shelter in Nature

Fotografija: Pixabay
Photograph: Pixabay

Imagine you are on a desert island. You are trying to invoke the image of Bear Grylls in hope for some hint on survival technique, but with no success whatsoever. You have nobody else to rely on, only yourself and the ingenuity of your own, and as you are determined to survive, you are throwing yourself into making a shelter. Take a look around you first. There won’t be any concrete and steel on the island, neither mixers nor cranes. You have only natural materials at your hand, but if you use them carelessly, you may damage the ecological balance of the island. Sustainability represents a synergy of the environment, economy and society. The environment aspect is reflected through the responsible use of nature’s resources, pollution prevention, biodiversity and ecological health. Having that in mind, you are presented with a perfect chance to build a real sustainable shelter of your own!

First and foremost, you need a construction material to structure your shelters. You can make the simplest refuge by sloping a long branch over a stone, log or tree. The branch will serve as a truss, and you will put smaller branches across it so that they make two slopes as if in a gable roof. Ideally, the truss should be longer than what your height is, so that you may completely stretch out when you are in laying position. Be careful not to overdo it with luxury – it will be harder for you to get and transport the material needed to build a larger place! Any tree can be used for the shelter’s construction, but since you are on the island, try to find some material that is in abundance. As the idea is to build a sustainable shelter, it is essential to use renewable resources that will have the lowest negative impact on the environment.

Photograph: Pixabay

Bamboo grows natively in tropical areas, but certain kinds can be cultivated in the subtropics. Ideally, it can grow about one meter a day, what makes it one of the fastest-growing plants on the planet. Without being industrially treated in any way, its stalks can be used within one to five years, depending on a kind. Bamboo is traditionally utilized as a building material, and it’s becoming ever more popular due to its sustainable potential. All bamboo species are light, yet they make a durable material with anti-bacterial properties. If you plan to extend your stay on the island and remodel your shelter into a real home, keep in mind that good quality floors can be made out of bamboo. Its water-resistance is the quality that can’t be attributed to another hardwood flooring. It shouldn’t be overlooked that this material is organic and undoubtedly water-responsive, so it’s not recommendable to put it in rooms where it would frequently be exposed to moisture. Do not forget that bamboo is softer than other floorings. Therefore it will be more comfortable on touch, while on the other hand, moving of heavy furniture could leave marks on it.

Now that you have made a bamboo construction and congratulated yourself on the job well done, it’s time for your shelter to get protection against sun, wind and rain. Long and wide palm leaves are just perfect for covering the shelter because it takes less of them to spread above the entire shelter and they will provide an adequate shield against the weather. If you only have small leaves at your hand, it may be much better to use tree bark for covering. The point is to use long and/or wide pieces of bark so that you could reduce the porousness of your “overlay”. It’s not enough to only pile up the roofing over construction, especially in windy areas. If that is a case, fasten it to the construction. The rope could be adequately replaced by flexible twigs or sinewy striped leaves. Since finding drinking water on the island could pose a problem, you can optimise your “roofing” so that it collects water for you. Precipitation will be pouring down your roof, right into the containers you will have placed on the floor in the direction of streaming water.

A shelter is a place presumably dry and warm, so it is highly essential to insulate the floor, too. If you haven’t yet decided on whether the bamboo flooring is the right choice for you, cover the floor with a layer of vegetation. The purpose of the insulation layer is to separate your feet from sandy or earthy bottom surface that your shelter rests on. Any kind of leaves, laid down in multiple layers, will serve well as a floor covering.

By using the mixture of water, soil and straw, which are the materials that nature abounds with, you can make a long-lasting solution for the entire thermal insulation, as well as the construction. There are various techniques for the use of soil in architecture. Filling wooden moulds (formwork) with earth by pouring one layer after another is a technique known as rammed earth wall. The soil must be moist when being rammed as it allows to be easily moulded. The surface soil isn’t suitable for moulding; therefore it is recommended to use layers at a minimum depth of one meter. Add some straw in the mixture of water and soil which will serve as a binder, crucial for the structure of the house. Unfired bricks, hand-formed and dried in the sun, are called mudbricks. The only limiting factor of the rammed earth wall is its height, while the advantages are numerous. The earth walls will absorb the outside temperature over the day, keeping the indoor space in the shade, whereas over the night they will emit accumulated heat and thus maintain the temperature optimum. They also stand out for good acoustics, so houses made of this material are beautiful to live in. They are resistant to fires but keep in mind that moist climate could affect the bricks quality in as much as their solidness is gained by drying the soil.

Survival experts emphasise that a man is a social being and that survival task would be much easier if completed in a company. Apart from fulfilling one’s need to socialise, other people can contribute with their strength, knowledge, and even by a mere presence which can incite motivation.

Photograph: Pixabay

Drinking water can be collected using solar energy. Dig a hole in the sand, in a sunny place. Place a container for water in the middle of the hole and put some freshly cut leaves around it. Cover the hole with a piece of plastic or some other non-porous material which will capture the air within. Put more massive stones along the edges of the plastic lid to secure it, and a lighter rock in the middle so that it makes a dip. The heat will dry out moisture from the leaves which, having been trapped beneath that non-porous material, will start to gather as drops. These droplets will flow down the slope made by the lighter stone and fall into the bowl in the hole. The most important thing is to keep that cover out of contact with the edges of the bowl so that it doesn’t diminish the effectiveness of this gadget.

When cladding your shelter, be sure to leave some space for air circulation. Cold air is heavier and flows closer to the ground so that it will go through your shelter, too. Cold air that comes in will become warmer and lighter. Do not trap it in, but make openings at the top of the shelter, allowing air flow. Persian traditional architecture attained natural ventilation by means of windcatchers – chimneylike towers that are open from one side for “catching the wind”. Their purpose is to direct the wind to the living space, and from that place, it would, after being warmed, go out through the other hole. Air circulation doesn’t affect the temperature directly in the object, but the airflow achieves the cooling effect.

More advanced versions of Persian windcatchers canalise the wind through channels to the water pool before directing it to the living space. That way the air gets cooled down in the water reservoir, and as such, it decreases the temperature when it flows into the building.

You’ve reached the very end. Having used nearby materials and logic, you made a shelter in a delicate ecological system such as desert island without harming the environment. Challenges were overcome without applying the principles of modern house-construction which don’t provide adequate solutions for climatic conditions, and without using materials whose production harm our environment.

Guided by the principles of sustainable design, we can consider plots for house-construction as desert islands, which are being surrounded by unsustainable design. When we have a choice to build a house from scratch, on an empty plot of land or desert island, why wouldn’t we make one simple, accessible, responsible and sustainable system? Think about the energy effectiveness of the materials, the price and the impact of the production, the installation and use on the environment. Think of other people in your environment and about the next generations. Your contribution is essential, so let’s make an archipelago of sustainable islands before we get swallowed by the unsustainable sea.

This article was published in the eleventh issue of the Energy Portal Magazine SUSTAINABLE ARCHITECTURE, in July 2018.

Prepared by: Petar Veselinovic

Israel to Ban Petrol and Diesel Car Sales After 2030

Photo-illustration: Pixabay

Israel has announced a plan to ban petrol and diesel car sales after 2030.

Photo-illustration: Pixabay

The government aims to replace them with electric cars and gas-powered trucks, funding more than 2,000 new charging stations around the country to help build a ‘critical mass’ of low carbon cars and move local industries away from fossil fuel-based engines,

The government plans to reduce taxation on electric cars to almost zero, with the aim of making them much cheaper.

In recent years Israel has discovered significant deposits of natural gas, a cleaner-burning fossil fuel – it is now converting its power stations accordingly. moving away from heavy oils, diesel and coal.

It expects to see around 177,000 electric cars on its roads by 2025, jumping to nearly 1.5 million by 2030.

Energy Minister Yuval Steinitz said: “From 2030 we won’t allow anymore the import of diesel or gasoline cars to Israel. All new cars will be electric. Buses and trucks will be either electric or run on compressed natural gas.

“We are forcing companies to bring electric cars to Israel and for oil and gasoline companies to shift to charging stations in their gasoline or petrol stations.”

Source: Energy Live News