Tag Archives: reviews

Barbecue – History of Barbecue


 

Image result for Ellsworth B. A. Zwoyer of Pennsylvania patented a design for charcoal briquettes in 189 To barbecue means to slow-cook meat at a low temperature.

Zwoyer’s Design Patent #D27483 – charcoal briquette.

 

To barbecue means to slow-cook meat at a low temperature for a long time over wood or charcoal. In America, barbecue (or BBQ) originated in the late 1800’s during Western cattle drives. The cowboys were fed the less than perfect cuts of meat, often brisket, a tough and stringy piece of meat that required five to seven hours of cooking to tenderize. Other barbecue meats used were pork butt, pork ribs, beef ribs, venison and goat.

However, barbecue was not invented in America and no one knows who invented the barbecue. The word ‘Barbecue’ might come from the Taino Indian word ‘barbacoa’ meaning meat-smoking apparatus. ‘Barbecue’ could have also originated from the French word “Barbe a queue” which means “whiskers-to-tail.”

No one is sure of the correct origins of the word.

Who Invented the Charcoal Briquette?

Ellsworth B. A. Zwoyer of Pennsylvania patented a design for charcoal briquettes in 1897. (See the image to the right) After World War One, the Zwoyer Fuel Company built charcoal briquette manufacturing plants in the United States with plants in Buffalo, NY and Fall River, MA.

There are stories circulating that Henry Ford invented the very first briquette in 1920 with the help of Thomas Edison. However, the 1897 patent obviously predates this and Ford and Edison both knew Zwoyer.

Ford is the man who popularized the gas-powered car in America and invented the assembly line for automobile manufacturing. Ford created a briquette from the wood scraps and sawdust from his car factory.

E.G. Kingsford bought Ford’s briquette and placed it into commercial production.

Science.Howstuffworks.com – reminder 2010


A repost – it’s interesting and informative
10 Sustainable Buildings

10 Sustainable Buildings

Green building is no longer a thing of the future. Find out how architects and builders use solar panels, plastic bottles and straw bale insulation for ten environmentally friendly structures.

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10 Things You Can Do to Help Save the Earth

10 Things You Can Do to Help Save the Earth

It’s a lot easier than you think to “go green” — many of these suggestions require little effort, yet can make a big difference for the environmental. Watch a video and read more about saving the earth.

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5 Amazing Green Cities

5 Amazing Green Cities

Sure, the Emerald City looked green, but you won’t need green-tinted glasses to see how environmentally friendly the cities on this list are. What makes a city amazingly green?

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5 Green Cities of the Future

5 Green Cities of the Future

Sustainable urbanism is no longer a futuristic dream. Welcome to five cities around the world that will be turning a radical shade of green in the coming decades.

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5 Myths About Renewable Energy

5 Myths About Renewable Energy

We’re currently suspended between two ages: a time dependent on fossil fuels and a future dominated by renewable energy sources. Yet not everyone is sold on this vision, so a number of myths about renewable energy persist.

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5 Wacky Forms of Alternative Energy

5 Wacky Forms of Alternative Energy

For those who reduce, reuse and recycle to the beat of their own drum, here are some of the wackier ways to help better the environment and lessen your carbon footprint.

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5 Walkable Cities

5 Walkable Cities

What makes a city walkable? It’s not just sidewalks. You have to be able to access jobs, stores and places of entertainment while feeling comfortable and safe. What are five cities in the United States that have risen to the challenge?

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Are climate skeptics right?

Are climate skeptics right?

It’s evident the debate over climate change is a heated one. Are skeptics clouding the public judgment for money? Are climate-change believers merely alarmists who risk the present for the future?

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Are my bath habits destroying marine ecology?

Are my bath habits destroying marine ecology?

After sloughing off your dead skin, what happens to those plastic microbeads that wash down the drain? Some make it all the way to the ocean and linger until they become a very unhealthy supper.

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Are personal watercraft destroying the planet?

Are personal watercraft destroying the planet?

They may seem like a fun water sport or a noisy nuisance, but whatever your stance on personal watercraft, there’s no denying they pollute. So how bad are they?

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Can air pollution affect heart health?

Can air pollution affect heart health?

Everyone knows air pollution isn’t good for your lungs, but it turns out that it’s not doing your heart any favors either. Why do the particulates in the air we breathe interfere with our heart’s basic job: to keep things ticking?

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Can baking soda save the environment?

Can baking soda save the environment?

One company’s SkyMine technology aims to capture industrial carbon dioxide emissions and turn them into an endlessly useful product: Baking soda. But how do pollutants become a household staple?

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Can house music solve the energy crisis?

Can house music solve the energy crisis?

Electrifying dance moves might impress your friends, but they usually don’t help power the club you’re dancing in. What’s piezoelectricity, and how could it help twist the future of energy generation?

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Can humans start an earthquake?

Can humans start an earthquake?

Earthquakes are “natural” disasters, right? Yes, but that doesn’t mean the shifting plates that cause them can’t be aggravated by human industry.

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Can I travel without expanding my carbon footprint?

Can I travel without expanding my carbon footprint?

You’ve booked a safari with the environment in mind. There’s just one problem: Trans-Atlantic flights aren’t very green. Can green tags make your gas-guzzling trip carbon neutral?

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Can my body generate power after I die?

Can my body generate power after I die?

Haunted by ideas of your body polluting the Earth after you’re gone? Microbial fuel cell technology could allow you to harness the energy of your own decomposition to power batteries.

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Can we bury our CO2 problem in the ocean?

Can we bury our CO2 problem in the ocean?

Carbon dioxide released from burning fossil fuels is a prime suspect in global warming. Could we mitigate the problem by burying the CO2 deep within the ocean?

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Can we harness energy from outer space?

Can we harness energy from outer space?

As alternative energy sources sputter to take off on Earth, scientists are turning an eye toward space. What are the most promising celestial options, and when could they be in use?

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Can we plug the hole in the ozone layer?

Can we plug the hole in the ozone layer?

The ozone layer prevents much of the sun’s ultraviolet light from reaching the Earth. But there’s a problem: a gaping hole the size of Antarctica. What can we do about it?

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The Truth About Coconut Water


 By
WebMD Expert Column

Low in calories, naturally fat- and cholesterol free, more potassium than four bananas, and super hydrating – these are just a few of the many benefits ascribed to America’s latest health craze: coconut water.

Dubbed “Mother Nature’s sports drink” by marketers, the demand is skyrocketing, propelled by celebrity and athlete endorsements and promises to hydrate the body and help with a whole host of conditions, from hangovers to cancer and kidney stones.

But is coconut water capable of delivering on all the promises or is it hype?

What Is Coconut Water?

Naturally refreshing, coconut water has a sweet, nutty taste. It contains easily digested carbohydrate in the form of sugar and electrolytes. Not to be confused with high-fat coconut milk or oil, coconut water is a clear liquid in the fruit’s center that is tapped from young, green coconuts.

It has fewer calories, less sodium, and more potassium than a sports drink. Ounce per ounce, most unflavored coconut water contains 5.45 calories, 1.3 grams sugar, 61 milligrams (mg) of potassium, and 5.45 mg of sodium compared to Gatorade, which has 6.25 calories, 1.75 grams of sugar, 3.75 mg of potassium, and 13.75 mg of sodium.

 
Better Than Some Sugary Drinks

Coconut water has less sugar than many sports drinks and much less sugar than sodas and some fruit juices. Plain coconut water could be a better choice for adults and kids looking for a beverage that is less sweet. But don’t overdo it, says Lillian Cheung, DSc, RD, of Harvard School of Public Health. “One 11-ounce container has 60 calories and if you drink several in one day, the calories can add up quickly,” Cheung says.

Cheung, co-author of Savor Mindful Eating, Mindful Life, suggests being mindful about beverage choices and reading labels to choose plain coconut water and avoid those with added sugar or juices, which are no different from other sugary beverages.

Help Keep Trash Out of Our Oceans … repost


 

Each year, countless marine animals and sea birds are endangered by the flow of trash into our oceans. The fact is, Sea turtles are entangled and choked by plastic and discarded nets. Whales mistake trash bags for food and perish. And, let’s not forget the harmful impact contaminated marine environments have on human beings. Plastic also attracts and concentrates other pollutants from surrounding seawater, posing a contamination risk to those species that then eat it. Scientists are studying the impacts of that contamination on fish and shellfish.

From plankton to whales, animals across ocean ecosystems have been contaminated by plastic. Plastic has been found in 59% of sea birds like albatross and pelicans, in 100% of sea turtle species, and more than 25% of fish sampled from seafood markets around the world.

Marine debris isn’t an ocean problem—it’s a people problem. That means people are the solution. Ocean Conservancy is committed to keeping our beaches and ocean trash free. For more than 30 years we have organized the International Coastal Cleanup, where nearly 12 million volunteers from 153 countries have worked together to collect more than 220 million pounds of trash. And we’re not the only ones who care about ocean trash: Every day, all over the world, concerned people take the problem into their own hands by cleaning up their local waterways.

Tackling the problem of plastic in the ocean begins on land. Reduction in plastics use, especially of single-use disposable products, and the collection and recycling of plastics in developing countries can help to reduce the amount of plastic waste that enters the ocean.

At our International Coastal Cleanups, volunteers have picked up more than half a million straws and stirrers, making straws one of the top ten items on our annual list. Straws pose a real danger to animals like sea turtles, albatross and fish who can eat them. Take action today: #SKIPtheSTRAW !

Add your voice to the sea of people taking a stand for the ocean. Sign the pledge now and when offered a straw, simply say ‘no thanks.’

We can’t afford to trash our planet – so let’s do something about it.

Trash Travels – even if you do not live near the ocean, you can take action in your community to make sure litter does not end up in our waters.

Please Teach your kids to recycle properly … Save our Planet

resource: Earth Day Network, Ocean Conservancy

Soccer coach: Could artificial turf be causing cancer? 2yrs ago


By Gaard Swanson Published: May 19, 2014 at 10:54 PM PDT Last Updated: May 20, 2014 at 6:30 AM PDT

a repost

Soccer coach: Could artificial turf be causing cancer?

SEATTLE — A local soccer coach is raising serious questions about the material used tomakeartificialathleticfieldsCrumbrubberis made fromshreddedtiresandis used in soccer fields all over the country. The turf is especially popular in Seattle because the tires get recycled and the reliable surface can stand up to soggy weather.But one local coach sees a troubling connection between the turf and cancer among soccer players.Soccer runs in the blood of University of Washington assistant coach Amy Griffin. She started playing goalie as a child, and now helps UW goalies stay fit and improve their skills.Griffin’s always searching for new talent and keeps a list of top players. But one list of names isn’t about recruiting. On it are 13 players from Washington who have all been diagnosed with rare types of cancer.Of those 13, 11 come from an even smaller pool of players: Goal keepers.

“Everyone says it’s just a coincidence and kind of walks away, but the ratio of goal keepers to field players is 15 to 1, 16 to 2, and I know plenty of goal keepers that have cancers and I don’t know many field players,” Griffin said.

Griffin said she can’t walk away from what she’s discovered, and she’s not alone. Former professional goalie and reality TV star Ethan Zohn, who has twice beaten non-Hodgkins lymphoma, had been keeping his own list, which he has now handed over to Griffin.

Combined, the lists name 27 players with cancer, and 22 of them are goal keepers.

Griffin can’t say why goalies are getting cancer, but she wonders if it’s the field turf and the crumb rubber used to make it. She said goalies spend a lot of time on the ground diving for balls, blocking shots and sometimes ingesting the small rubber pellets.

“I lived in the stuff,” former UW goal keeper Jorden Alerding said of the turf. “Four to five times a week I was on it for hours — bleeding sweating, everything. Looking back now I wonder could that have been the cause.”

Griffin’s first brush with the unproven connection between cancer and the pellets came when she visited Alerding, who was being treated for cancer.

“She said, ‘I just think it’s something with the field turf. I don’t know what it is, but I think there’s something in those black dots,'” Griffin said.

The former Husky was diagnosed with non-Hodgkins lymphoma during her freshman year of college when doctors discovered a large, deadly tumor.

“It was about the size, a little bigger than a softball, right in the center of my chest,” Alerding said.

Alerding is now cancer free, but she still questions the health effects of crumb rubber and the lack of further research.

“If this can be prevented, I don’t know why there isn’t more effort being made to do the research and find out,” she said.

The pain is still fresh for June Leahy. Her daughter, Austen Everett, a star goalie for Seattle’s Blanchet High School and later the University of Miami, died a year and a half ago.

By the time Everett lost her second battle with non-Hodgkins lymphoma, Leahy was raising questions about the use of crumb rubber on soccer fields.

“I feel like there is a strong correlation with the turf,” she said.

This isn’t the first time people have raised concerns about the turf, either. In 2008, a goal keeper at Tacoma’s Stadium High School battled Hodgkins lymphoma. Back then, Luke Beardemphl and his family wondered if crumb rubber had played a part in his cancer.

“I’ll catch it. It’ll stop the ball but not the pellets. They’ll go into my face, go into my eyes, my mouth,” Beardemphl said in 2008.

Earlier that year, the US Consumer Product Safety Commission tested some blades of grass used in synthetic turf for lead. The commission found they did not contain enough of it to put children at risk.

The agency later stated that its “exposure assessment did not include chemical or other toxic metals, beyond lead.”

Tires do contain metals and chemicals that have been ruled too toxic to burn in Washington state. The average athletic field uses 27,000 of them.

So, can prolonged exposure to the fields make people sick? The Synthetic Turf Council says no.

The president of the trade organization was unavailable to talk about this story, but the group directed us to a statement on its website.

“For 40 years, under EPA oversight and OSHA- regulated manufacturing, not one person has ever reported ill effects related to any materials associated with synthetic turf,” the statement reads.

Those statements and tests cannot shake loose the feeling Griffin gets every time she learns the name of another goal keeper with cancer.

She also knows that feelings and suspicion do not equal evidence.

The team’s head physician, Dr. John O’Kane, says the concern is valid and has talked with Griffin about the need for scientific and medical research on the effects of crumb rubber.

He said Griffin’s list is only a starting point.

“The question you would need to ask is over that same time period, how many goalies are there that haven’t gotten cancer?” O’Kane said. “And until you understand that number, you really can’t interpret that there’s anything particularly dangerous about being a goalie when it comes to cancer.”

O’Kane said that kind of research could take years. Griffin hopes someone is willing to take on the work to provide her with an answer. She said any answer will do.

“I would love for it to be disproven or for someone to grab me by the throat and say,’These are the facts. This is why it could never be this. This is just happenstance.’ That would be great,” she said.

One former Husky — Alerding — is on Griffin’s list.