San francisco success ladder

Curbside Recycling and Composting in San Francisco

There’s a scandal driving curbside recycling and composting initiatives. Did you know the average American citizen produces about 5 pounds of waste each day? That doesn’t sound like much, but when you consider a city the size of San Francisco, with a population of over 814,000 people, the city likely has the capacity to produce over 4,075,000 pounds of trash every day. That would be like throwing away over 1,000 passenger cars every single day. It’s truly a scandalous amount of waste.

But the real scandal is that the average U.S. city only recycles 34% of the waste it produces. Shockingly, some U.S. cities recover far less than the average, with one city sadly cited as recovering as little as 3% of its waste through its recycling efforts. Clearly, this qualifies as a scandal when there are cities proving that successful large scale waste recovery can be done. Let’s examine San Francisco.

San Francisco’s Curbside Recycling & Composting Program

By having the most aggressive curbside recycling and composting ordinances so far in the U.S., San Francisco is now successfully diverting 80% of the city’s waste from its landfills. And by the year 2020, their goal is to reach a 100% diversion rate.

But just how has San Francisco, with its large size, challenging topography, and complicated socio-economic demographics, managed to achieve a level of success so far above and beyond the national average? And how-on-earth do they have the audacity to even aim for zero waste status in less than 7 years from now? Let’s look at how the program operates today.

A Resident’s Perspective

The San Francisco Department of the Environment (SF Environment) and the San Francisco Department of Public Works has partnered with a company called Recology to handle the city’s waste disposal needs. Any person living in San Francisco would be quite familiar with the three different types of trash bins supplied by Recology; a blue bin for recyclable materials such as paper, plastics, cardboard and glass; a green bin for compostable organic materials such as food scraps and yard waste; and a black bin for non-recyclable and non-compostable waste. Every week, residents of San Francisco are required to sort their trash between these three separate bins. Fines from $100 to $1000 can be issued to those who do not comply.

So far there have been no penalty fees issued. Early in the morning, before the fleet of CNG-fueled, or hybrid diesel-fueled collection trucks come to pick up the trash, the city’s team of “garbage auditors” is deployed on foot; inspecting the bins, and taking note of which residents are not in compliance. Later that evening, another team visits those residents to inform them of their non-compliance and helps answer any questions they may have about the sorting process.

What About Businesses?

For businesses such as offices and restaurants, the basic concept is the same. Blue bins are for recycling, green bins are for composting and the black bins are for landfill waste. Recology also performs a garbage audit and offers consultation services to help determine a waste management strategy that will best suit each business’ needs.

Altering Behaviors & Challenging Culturally Accepted Norms

It’s no secret that America is one big throw-away society and that most Americans are trained from a very early age to believe that newer is better. The products Americans buy are often intentionally designed for limited use, designed to fail or simply become less desirable over time. This pressures the customer to want to buy again, practically guaranteeing that the company making those products will be able to generate a steady stream of revenue for itself. It’s called planned obsolescence.

Living in a materialistic nation, most Americans don’t pay much attention to the wasteful nature of the products they purchase or throw away. They’re used to the convenience of simply tossing everything into one bin to be hauled away out of sight and out of mind. But participants in recycling and composting programs are required to make a small lifestyle adjustment; that have to think. They have to take a moment to determine the best and most eco-friendly way to dispose or repurpose their no-longer used items. But as we’ve already seen, San Francisco makes it as easy as possible. And for this convenience here, as well as in other cities, there may be some increases, however small, to the rates people pay for their waste management services.

Pay As You Throw

To help address cost concerns, San Francisco has structured its waste management fees to act like an incentive program where increased recycling and composting are rewarded with discounts and cost savings. Essentially, residents and businesses pay only for what they throw away.

In the beginning, people and businesses did not have to pay for the recycling or composting bins, only the waste bins going to the landfills. However, as the city upped its goal to zero waste, it necessitated a slight rate hike to cover increased infrastructure costs. Even so, San Franciscans aren’t paying significantly more or less for their waste disposal needs than neighboring communities that are doing less recycling and composting.

The idea of incentivizing behaviors can also be witnessed in the way the city has ‘banned’ plastic shopping bags. It’s not so much a ban as it is a way to encourage customers to use their own reusable bags. Customers are charged 10 cents for each new checkout bag used during a retail purchase. So, if you need 10 plastic bags full of groceries, it’ll tack on an additional $1 to your grocery bill. They can avoid the charge by bringing their own bag, or not using a bag at all for small purchases. The business keeps the entire checkout bag charge to help offset the costs of replacing plastic bags with compliant checkout bags such as compostable plastic, paper with 40% post-consumer recycled content, and washable, reusable bags designed for at least 125 uses.

And ultimately, San Francisco and other composting cities have found that it is cheaper to compost than dump garbage, because it extends the life of landfills by saving space. Diverting food waste from landfills also reduces carbon emissions and the risk of potential groundwater pollution. Plus, the end product of composting can be reused and resold as fertilizer.

Learn As You Go

Remember how there weren’t any penalty fees issued to residents found to be in non-compliance? That’s because, instead of slapping wrists and imposing fees, San Francisco is taking the necessary time to ease its citizens into the program, in as friendly and convenient a manner as possible. Home visits, brochures and handouts, signs, billboards, print and TV advertisements all play a crucial role in spreading the word to everyone.

“When we first started outreach for the program,” says Guillermo Rodriguez, spokesperson for SF Environment, “we created multi-lingual composting, recycling, and landfill signs to help people understand which items go where. The initial signs used more words than images. As the program has progressed, we have learned that using images of material that is commonly composted, recycled, and sent to the landfill (rather than words) is more effective.”

As you can see, a great amount of time and resources is being invested in educating San Francisco’s residents and businesses.

In addition, the websites for both Recology and the San Francisco Department of the Environment (SF Environment) provide extensive information in user-friendly formats, making them easy to navigate and enjoyable to learn.

In essence, SF Environment wants citizens to take a closer look at their own garbage and become truly aware of the value of the recoverable materials contained within.

Building on Success: Approaching Zero Waste

With an 80% waste recovery rate, San Francisco has proven that its citizens and businesses are buying in to the curbside recycling and composting program. Just a few years ago, a large portion of the rest of the nation laughed when the city proclaimed that it would achieve a 75% waste recovery rate by the year 2020, but no one is laughing now. And having surpassed its waste recovery goals ten years ahead of schedule, San Francisco is further motivated to pursue its zero waste goals by 2020.

The higher the peak, the tougher the climb…and the final stretch will pose a lot of challenges. But, if San Francisco’s successes, thus far, are any indication of how well they’ll improve into 2020, we wouldn’t want to bet against them.

source:http://ausenergy.com

segregate your waste

Manage Your Waste

Option	Example
Avoid creating waste	Ask suppliers not to package the goods they provide, where appropriate. Also buy used stuff when you can.
Re-use waste	If goods have to be packaged, ask the supplier to take back the packaging
Recycle waste	Use packaging and other waste for making new products/materials.
Recover energy from waste	Burn waste in a legal incinerator to generate energy, this is expensive and not always efficient or safe.
Dispose of waste safely	Bury waste in a pit or in a landfill

The environmental impacts of cigarette butts

The environmental impacts of cigarette butts are nothing to sneeze at. The toxic butts can be ingested by children and animals, especially birds and marine animals. Tossed cigarette butts are also a major fire risk. (Credit: Len Matthews via Flickr)

By David Suzuki with contributions from Ian Hanington, Communications Manager

Not long ago, dining out, going for a drink, working in an office, riding an airplane or intercity bus and going to a movie meant being subjected to second-hand smoke. Cigarette smoking was a fact of life, and smokers were everywhere — indoors and out.

In many countries, including Canada, that's changed. But it wasn't without a fight. Restaurant and bar owners fretted loudly that regulations to limit smoking would destroy their businesses, and tobacco companies lobbied and launched massive PR campaigns to convince people that smoking wasn't harmful, that new laws were an infringement on smokers' rights and that reducing smoking would devastate the economy.

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Through a combination of public education and government regulation, including taxation, profound societal change took place over a relatively short time. In 1965, half of Canadians smoked. By 2011, that had dropped to about 17.3 per cent, or 4.9-million people, with only about 13.8 per cent daily smokers. Unfortunately the downward trend has levelled off in recent years, and tobacco remains the leading cause of preventable death in Canada, according to researchers at the University of Waterloo. "More than 37,000 Canadians will die prematurely this year due to tobacco use. Each day, 100 Canadians die of a smoking-related illness," the 2013 report, 'Tobacco Use in Canada: Patterns and Trends', says.

With increasing regulation, high cigarette prices driven by "sin taxes" and the current stigma attached to smoking, it's bewildering that people take up the pointless habit in the first place. Smoking prevalence is still highest among young adults, especially those aged 25 to 34, although education is a factor, with smoking rates for university graduates less than half those for people with less education.

I sometimes wonder if it's lack of education that causes many smokers to litter their butts without giving it a second thought. It's astounding how many people who would likely not otherwise drop garbage on the ground see nothing wrong with flicking butts without regard for where they land. It may seem trivial, but it's not.

According to the Surfrider Foundation's Hold on to Your Butt campaign, cigarette butts are the most littered item in the world, with 4.95-trillion tossed onto the ground or water every year. The U.S. spends about $11-billion a year on litter clean-up, and 32 per cent of that is butts. They're washed from the streets into storm drains and rivers and eventually to oceans and are the most prevalent type of debris collected in beach clean-ups around the world.

The environmental impacts are nothing to sneeze at, either. Surfrider notes that cigarette butts are made of "cellulose acetate, a non-biodegradable plastic, which can take up to 25 years to decompose." The toxic butts can be ingested by children and animals, especially birds and marine animals. Tossed cigarette butts are also a major fire risk.

Obviously, the best way to reduce cigarette butt pollution is to step up efforts to prevent people from starting smoking and help those who have to quit. But we aren't going to stop everyone from smoking overnight, so we have to find ways to address the litter problem. Again, a combination of public education and regulation will go a long way.

In San Diego, Surfrider installed outdoor ashcans and gave smokers pocket ashtrays. Many places, including Vancouver, have banned smoking on beaches and in parks. Stepping up enforcement of litter laws also helps. Some people even recommend banning filtered cigarettes or at least requiring filters to be biodegradable, arguing they're more of a marketing ploy than a safety feature. In Vancouver and other cities, some people have been pushing for a deposit-and-return system similar to those for bottles and cans.

Besides reducing litter and environmental damage, methods that also increase the price of cigarettes have proven to be effective in reducing smoking rates.

Some consider tobacco a sacred herb. It's used by many indigenous peoples for ceremonial purposes. With widespread use spurred by marketing, it became a costly and unhealthy addiction and a toxic blight on the environment. Smoking trends in countries like Canada show that societal change is possible and — with education and regulation — people will do what's best for themselves and for the world around them.

First aid for snake bite

Source:http://www.indiansnakes.org/snake%20bites/snake%20bites%20first%20aid%20treatments.html

First Aid
It is important to remember that snakes do not bite out of whim. They are usually forced to bite. The good news is that venom has evolved as a mechanism to subdue prey and Snakes need to conserve their venom for that purpose. Most snake-bites occur when the snake is accidentally provoked. In some cases (getting more frequent these days), the victim has simply asked for it. If you find yourself in a snake‐bite situation, simple protocol and presence of mind could end up saving the victim’s limb or even life.

First Things NOT to Do:
•Never try to suck out the venom.
•Never make an incision.
•Never go to traditional healers or try home remedies.
•Tie tourniquets or use ice.
•Never clean out or tamper with the site of the bite.
•Never try and catch the snake or kill it.

All the above actions do not work and often cause more damage than good.

Here are things you SHOULD do:

• Make sure the victim and others are a safe distance away from the snake and Try to memorize its appearance .
• STAY CALM and in control.
• Take charge of the situation and reassure the victim.
•Remove Watches, rings, bangles and anything else that will become constrictive if the limb was to swell up.
•Try to immobilize the victim. Never let him/her run and only allow to walk if unavoidable.
•In case of neurological bites (All elapid's and hydrophilic: Cobras, King Cobras, Kraits, Coral snakes and Sea Snakes), pressure immobilization (Sutherland method - with Long crepe or other stretchy bandage (5 - 10 cm wide, several rolls) and splint to be applied immediately to the bitten limb, starting at the digits and working up to the groin or arm pit.

Do NOT waste time with trying to get any elaborate first aid.
•Get to hospital as soon as is safely possible.
•Note the time of the bite and the progression of any visible symptoms.
•Give the doctor a brief and detailed description of the bite and symptoms.
Anti snake venom serum is the only proven cure for venomous snakebites.

(A) Apply a broad pressure bandage from below upwards and over the bite site as soon as possible. Do not remove trousers, as this will help the venom to enter into the bloodstream. Keep the bitten limb still. (You can splint the limb)

(B) The bandage should be as tight as you would apply to a sprained ankle. The patient should avoid any unnecessary movements.

(C) Extend the bandages as high as possible (ideally up to the groin or in the case of arm, up to the armpit).

(D) Apply a splint to leg, immobilizing joints on either side of the bite.

(E) Bind it firmly to as much of the leg as possible. Walking should be restricted.

(F) Bites on the hand and forearm : bind to the axilla, use a splint to the elbow and use a sling.

Pressure immobilization (Sutherland method) - courtesy David A. Warrell

Snakebite Prevention
• As always, prevention is better than cure.
• Take care when clearing vegetation, raking dry leaves in your garden.
• Supervise kids in the outdoors, especially in a green neighborhood.
• Use torch/flashlight at night and keep wearing those shoes.
• Check shoes before wearing them.
• Watch your step and see before you sit!
• Keep your backyard free of junk and make sure your solid waste is managed properly. 
• If you see a snake, do nothing. Let it go. 
• Do not try to pick it up or kill it. 
• If a snake has entered your premises, call professional snake rescuers.

Power in Hands

Rack it

guide to buying the perfect car bike rack

Pam Warhurst: How we can eat our landscapes

IS ECONOMIC GROWTH GOOD FOR US?

July 9, 2012 · by Natalie Mayer · in Book review, Economics for sustainable development. ·

In the world today, we are brought up on the idea that “growth is good”. We rejoice when we hear that the economy has grown, because it means we’re getting richer as a country and hopefully as individuals. But is this really the case?

The problem with the business-as-usual approach

This business-as-usual approach is based on a belief that economic growth must continue indefinitely in order to support a growing population and push people out of poverty. This seems logical at first glance. However, there is one crucial thing that supporters of the business-as-usual approach are ignoring: the natural environment on which the economy (and society) relies for survival.

Natural resources are being treated as if their supply is endless, and the environment is expected to cope with increasingly large amounts of pollution. But the truth is that many natural resources are limited in supply, such as crude oil and coal. Those that are renewable, such as forests or fish stocks, can only renew themselves at a particular pace. In addition, land, air and water resources can only absorb certain types of pollution, at a particular rate.

Globally, as well as in South Africa, we’re already suffering from resource overshoot. In their Living Planet Report 2010, the World Wide Fund for Nature (WWF) found that we are using the earth’s resources at a rate 50% faster than the earth can produce them, and releasing more carbon dioxide than ecosystems can absorb.

Thus, an economy based on finite resources, and which exceeds the capacity of the environment to renew and restore itself, cannot keep growing indefinitely.

Economic growth: What is it really measuring?

The other concern is that economic growth doesn’t necessarily translate into greater prosperity for a country’s citizens. Firstly, the economic growth figure itself is only a neutral measure of spending. Besides housing and food purchases, for example, it also includes money paid for “negative” services such as cancer treatments or the cleaning up of oil spills. A rising economic growth figure could in fact mean that human health in the country is deteriorating, or pollution is increasing. So, economic growth alone cannot be a measure of increasing prosperity or quality of life.

In addition, economic growth doesn’t necessarily mean that the increased wealth is shared fairly across the population. In fact, the UNDP’s Human Development Report in 2011 noted that income inequality is deteriorating at a country level across much of the world. So the supposed “trickle down” effect of economic growth to the poor is not taking place as predicted.

If not business-as-usual, then what?

Tim Jackson’s book, Prosperity Without Growth: Economics for a Finite Planet is a reality check for business-as-usual supporters. No fringe scientist or tie-dyed hippie, Jackson is Economics Commissioner on the Sustainable Development Commission, an independent advisory body to the UK government. He presents a well-argued, lucid case for a sustainable economy, and explains what that would look like and how we could get there. He also skilfully ties this in with the current economic crisis and the problem of debt.

Jackson begins by examining the goal behind the goal, which is not economic growth itself but the prosperity it is supposed to bring. This is something we frequently forget as we conduct business and put all our focus on the bottom line. He looks at the link between wealth and happiness (which is a lot weaker than you might have expected) and why rising incomes are accompanied by an increasing frequency of depression. The factors affecting our perception of the quality of our lives are varied, and surprisingly our financial situation has only a little direct influence when compared to partner and family relationships, for example.

Jackson notes that while growth is unsustainable, de-growth is no more sustainable as it leads to a spiral of recession. A steady state economy needs to be achieved, but how? The author explores the solution of decoupling, which in essence is the decreasing of reliance on natural resources – a strategy of efficiency. While necessary, decoupling may only ever reduce the rate of growth, not eliminate it. Searching for other solutions, Jackson investigates the impact of consumerism, Keynesian economics and the Green New Deal, and ecological macro-economics. Finally he offers a plan to allow society to flourish within ecological limits, and suggests strategies for governance to bring this about. He concludes with chapters on the transition to a sustainable economy, and a vision of lasting prosperity for the world.

Jackson writes clearly and accessibly, without “dumbing down” the content. It is a great and pertinent read in these times, and well worth the space on your Kindle.

Beekeeping :In your backyard?

This full moon is the closest and largest full moon of the year 2013.

Full moon falls on June 23, 2013 at 11:32 UTC (6:32 a.m. CDT in the U.S.). Thus, for many, the moon appears about as full in the June 22 evening sky as it does on the evening of June 23. This full moon is not only the closest and largest full moon of the year. It also presents the moon’s closest encounter with Earth for all of 2013. The moon will not be so close again until August, 2014. In other words, it’s not just a super moon. It’s the closest super moon of 2013.

The word “super moon” was first used 30 years ago by astrologer Richard Nolle, but has only come into popular usage since 2011

Astronomers call this sort of close full moon a perigee full moon. The word perigeedescribes the moon’s closest point to Earth for a given month.

Perigee moons are about 14 percent bigger and 30 percent brighter than moons on the far end of the body's orbit from Earth, according to NASA. And the full moon will enhance our perception of its size.

The moon is the easiest celestial object to find in the night sky — when it's there. Moon phases and the moon's orbit are a mystery to many. Because it takes 27.3 days both to rotate on its axis and to orbit Earth, the Moon always shows us the same face. We see the Moon because of reflected sunlight. How much of it we see depends on its position in relation to Earth and the Sun.

Though a satellite of Earth, the Moon is bigger than Pluto. Some scientists think of it as a planet (four other moons in our solar system are even bigger), though that viewpoint has never caught on officially. There are various theories about how the Moon was created, but recent evidence indicates it formed when a huge collision tore a chunk of the Earth away.

Orbital characteristics of Earth's moon

• Average Distance from Earth: 238,855 miles (384,400 km)
• Perigee (closest approach to Earth): 225,700 miles (363,300 km)
• Apogee (farthest distance from Earth): 252,000 miles (405,500 km)

Interesting Fact:

The moon's gravitational pull might have been key to making Earth a livable planet by moderating the degree of wobble in Earth's axial tilt, which led to a relatively stable climate over billions of years where life could flourish.

Observe holes like structures on the Moon through telescope?

We call those holes "craters.They are the places where many years ago meteors hit the surface of the moon and put dents into it. There are thousands of big craters, but even more little ones. There are probably millions of little craters on the moon! Craters on the Moon range in size from as small as one inch to over 100 miles across.

The Moon is very hot during the day but very cold at night. The average surface temperature of the Moon is 107 degrees Celsius during the day and -153 degrees Celsius at night.

Why are some parts of the moon darker than others?

The reason that some parts of the moon are darker is as follows: The dark parts of the moon are called "Maria". These parts of the moon during the heavy bombardment period (in the early solar system when meteors were MUCH more common) were hit by large enough meteors to penetrate the crust and were close enough to the mantle for molten metal to flow through the crater. The crater would fill with this molten metal which is rich with iron, giving off a darker look.

How did the moon get its name?

Old English word for the moon was mona. In Latin it was mensis. In Greek it was mene (mee-nee). The words moon and month come from the same roots. That is probably because a month was originally measured by the phases of the moon.

Year	Date	Distance
2011	March 19	356,575 km
2012	May 6	356,955 km
2013	June 23	356,991 km
2014	August 10	356,896 km
2015	September 28	356,877 km
2016	November 14	356,509 km

How often is moon both full and closest to Earth? Closest full moons recur in cycles of 14 lunar (synodic) months, because 14 lunar months almost exactly equal 15 returns to perigee (moon’s closest point to Earth). A lunar month refers to the time period between successive full moons, a mean period of 29.53059 days. An anomalistic month refers to successive returns to perigee, a period of 27.55455 days. Hence:

14 x 29.53059 days = 413.428 days
15 x 27.55455 days = 413.318 days

This time period is equal to about 1 year, 1 month, and 18 days. The full moon and perigee will realign again on August 10, 2014, because the 14th full moon after the 2013 June 23 full moon will fall on that date.

Looking further into the future, the perigee full moon will come closer than 356,500 kilometers for the first time in the 21st century on November 25, 2034 (356,446 km). The closest full moon of the 21st century will fall on December 6, 2052 (356,425 km).

For the moon to come closer than 356,400 kilometers (221,457 miles) is quite a feat. In fact, this won’t happen at all in the 21st century (2001-2100) or the 22nd century (2101-2200). The last time the full moon perigee swung this close to Earth was on January 14, 1930 (356,397 km), and the next time won’t be till January 1, 2257 (356,371 km).

From tree to Paper:curious

Central air conditioning is bad for your health

Central air conditioning is used in homes and businesses worldwide, but many of central air's negative effects get little recognition. Central air conditioning is essential in hot climates and makes summertime more comfortable. However, central air conditioning can aggravate certain health issues and contaminate the air with organic particles. It has even been liked to the spread of disease, according to the National Institutes of Health.

Aggravates Respiratory Conditions

Central air conditioners create condensation on the cooling coils and in drain pans that can grow microorganisms and mold, according to the August 2004 "International Journal of Epidemiology." These are spread throughout the home by the central air conditioning ventilation system. People who suffer from asthma, bronchitis or other respiratory illnesses can get serious lung infections, shortness of breath, wheezing or other severe reactions, according to the Centers for Disease Control and Prevention (CDC).

The CDC also noted that mold from central air conditioners can affect healthy individuals, causing wheezing, coughing and upper respiratory tract symptoms.

Indoor Air Contamination

The Environmental Protection Agency (EPA) warns that indoor air pollutants might be greater than contaminated air outside. Because people spend a majority of their time indoors, this increases risk factors for people with respiratory problems and cardiovascular disease. Central air conditioning units, according to the EPA, can spread indoor pollutants such as bacteria, molds, mildew, viruses, pollen and animal dander. Outdoor air is necessary to reduce the amount of air pollutants in the home. Central air units do not bring fresh air into the home, and therefore they do not help reduce the concentrations of indoor pollutants.

Spread Disease

Central air conditioning has been linked to the spread of Legionnaires’ disease at a Memphis, Tenn., hospital, according to the February 1980 issue of the "New England Journal of Medicine." An air conditioning cooling tower was found to have L. pneumophila in the water. Air intakes near the auxiliary cooling tower spread the disease, which caused 44 people to fall ill with Legionnaires’ disease.

Can Cause Workplace Illness

In a study published in the Aug. 19, 2004, "International Journal of Epidemiology," people working in office buildings with central air conditioning had more symptoms of illness than those who did not work in buildings with central air. The symptoms included headache, fatigue, mucous membrane irritation, breathing difficulties and skin irritations. The study noted that a likely explanation is central air conditioning ventilation systems spread contaminants in the air.

The EPA notes that “Sick Building Syndrome” refers to symptoms associated with large numbers of people getting sick in a building, but when they leave the building, their symptoms disappear. The sicknesses might be caused by poor air conditioning ventilation systems.

References

• "International Journal of Epidemiology": Air Conditioning as a Risk for Increased Use of Health Services
• Center for Disease Control: Facts About Mold and Dampness
• National Institutes of Health: An Outbreak of Legionnaires' Disease Associated with a Contaminated Air-Conditioning Cooling Tower
• Environmental Protection Agency: A Guide to Indoor Air Quality
• "New England Journal of Medicine": An Outbreak of Legionnaires' Disease Associated with a Contaminated Air-Conditioning Cooling Tower

Read more: http://www.livestrong.com/article/160205-negative-health-effects-of-central-air-conditioning/#ixzz2TobJMKZy

PLAYING IN MUD IS GOOD

“Stop! You’re getting grass stains all over your pants!”

“Dear, please get that mud off your hands!”

“What are you doing?! No, you can’t eat mud pies!”

How many children have heard these words? From an early age, we are trained to be clean, learning to destroy dirt and microbes with an arsenal of various chemical soaps, wipes, and anti-bacterial sanitizers to make our living conditions as sterile as possible. We try to banish signs of dirt at all costs in westernized culture, making that dirt caked underneath your fingernails after gardening taboo. Have we really become that detached from the ground beneath our feet; the life-giving earth that sustains our very existence? Theoretically, by keeping clean, a person was once able to give the appearance of a being of a higher social standing (think lords vs. peasants during medieval times). Ironically, in our modern age of science, we have realized that dirt harbors many benefits, soour normally pristine well-off pay hundreds of dollars to lay on a sterile, white table and have their body smothered in only the finest exotic mud. Yep, plain ol’ microbial mud. Luckily, you don’t have to pay hundreds to smear mud all over your body.

Are you curious as to why anyone would smother themselves in mud? Here are some of mud’s not-so-dirty secrets…

Strengthen the immune system. Playing in dirt and being exposed to the millions of tiny microbes that thrive in it can actually boost the immune system – especially a child’s. Humans that live in a sterile environment are less able to combat harmful bacteria when they come across it, due to seclusion from any bacteria. Why? Well, our gut is filled with pounds of microbes that carry intrinsic value in helping our bodies function smoothly. If you are unfamiliar with the workings of your little gut hitchhikers, this article provides good context in relation to weight loss. Your health relies on the presence of microbes more than you would think. Immune-wise, being exposed to these microbes actually allows the body to build up anti-bodies to the harmful ones, while reaping countless benefits from the good ones. Children, and even adults, who are too clean are actually at a greater risk for developing allergies, asthma, and other auto-immune diseases.

Exercise can also strengthen immunity and boost happiness. Try biking!

Try unplugging from technology for a bit…

Boost happiness. Mycobacterium vaccae, a soil-dwelling bacteria, was shown to increase the brain’s production of serotonin, as much as exercise and anti-depressants, according to a study by Bristol University. Plus, it’s just plain fun to play in the dirt, young or old!

Detox the body. Certain clays, when ingested, can actually pull toxins out from the body. Many animals practice geophagy after eating highly toxic plants, which is the act of eating clay or soil as self-medication. These healing clays, being negatively-charged, magnetically draw in the toxins, which are almost always positively-charged. The clay is then excreted, with all of the toxins bound up in its swelled, sponge-like interior. Need a real-world example? Here are some of the benefits of clay. Also, check out this study involving Peruvian parrots, their toxic diets, and geophagy. Clay is also great for the skin, minimizing the size of and drawing impurities from pores. Try a mask of equal parts calcium bentonite clay and apple cider vinegar for 15-20 minutes to cleanse and soothe the skin

Read more: http://www.care2.com/greenliving/the-not-so-dirty-truth-about-dirt.html#ixzz2SbP41TcR

Village in India plants 111 trees every time a girl is born

© Landesa

All too often, it seems that an increase in human population must come at a cost to the environment, like in straining resources and encroachment on once wild habitats. But one quaint village in India has adopted a wonderfully eco-conscious tradition that is actually helping to ensure a greener future with each new generation.

While in some parts of India, many expectant parents still say they'd prefer bearing sons, members of the Piplantri village, in the western state of Rajasthan, are breaking this trend by celebrating the birth of each baby girl in way that benefits everyone. For every female child that's born, the community gathers to plant 111 fruit trees in her honor in the village common.

This unique tradition was first suggested by the village's former leader, Shyam Sundar Paliwal, in honor of his daughter who had passed away at a young age.

But planting trees is only one way that the community is ensuring a brighter future for their daughters. According to a report in The Hindu, villagers also pool together around $380 dollars for every new baby girl and deposited in an account for her. The girl's parents are required to contribute $180, and to make a pledge to be considerate guardians.

“We make these parents sign an affidavit promising that they would not marry her off before the legal age, send her to school regularly and take care of the trees planted in her name,” says Paliwal.

Over the last six years alone, as population there has increased, villagers in Piplantri have planted nearly a quarter million trees -- a welcoming forest for the community's youngest members, offering a bit of shade for their brighter future.