Ethiopia is often called the cradle of life, where human beings originated and evolved.

Africa
Introduction to the Human

Most humans do not regard themselves as animals; we regard ourselves as higher beings. How this status developed is also unknown. According to the Bible we are made in Gods image, according to Darwin we evolved into the intelligent modern human we know today, from small mammals, to monkeys, to man. Humans understand that they are alive, we are self aware, and we know we will die. These traits all make human beings unique from other animals. Today the evolution of man has reached a point where all “progress”is impeding further evolution of the human species.

DNA provides the map to the human being, like a secret code, this code cracks the mystery of life. DNA is either created by God or nature. This book will look at modern scientific theory and religion will me analyzed as a part of culture. Continue reading “The Human Animal: Part 1” »

 

Mysterious Piano Appears in Fla. Bay

Its not a prank it’s a “movement”


Cristo 1983, 11 islands surrounded with pink fabric.

Up until recently a piano had been resting on the highest point of a Miami sandbar. And its not a prank it’s a “movement” said 16-year-old Nicholas Harrington.
Nicholas was found to be the culprit only after a couple making the documentary Jesus of Malibu, filmed the Piano and claimed to be responsible for its appearance. Harrison stated that he intended for it to be anonymous but since others were taking credit for his work he decided toclaim it as his own.

Harrington says he was inspired by a project that was done in 1983 that involved covering 11 small islands with pink fabric. This project was done by Christo in the same location as the young Harrington, off of Miami’s shores. This high school junior probably knew that this little artistic display might give his application to Manhattans Cooper Union Collage a little more attention.
That is not all the attention Nicholas got, he also got a visit from state wildlife officials who demanded the piece be removed in 24 hours. Carl Bentulan snagged it. The musician Bentulan’s 10-year-old son told him that the piano needed a home, and so he took it, as the piano was abandoned property, free for anyone to claim.
This could be just the beginning of a long artistic career for Harrington, we may soon see much more work, or maybe he is just a juvenile prankster after-all.

Sources:

http://news.yahoo.com/s/ap/20110128/ap_on_re_us/us_miami_bay_piano_16

http://news.yahoo.com/nphotos/National-Geographic-January-Week-3-Images-Pelicans-take-over-piano-abandoned-sand-bar-Biscayne-Bay-Miami/ss/events/lf/012411natgeojan3/im:/ydownload/20110124/photos_net_web_yn/1295898389/

http://www.artinfo.com/news/story/36827/jon-stewart-joins-911-museum-board-jean-paul-gaultier-is-tailored-for-a-museum-retrospective-and-more-must-read-art-news/

http://www.artinfo.com/news/story/36826/from-the-palettes-of-babes-5-prodigious-child-artists-to-watch/?page=2

http://content.usatoday.com/communities/ondeadline/post/2011/01/teen-says-he-put-grand-piano-on-miami-sand-bar-as-an-art-project/1

http://www.florida-backroads-travel.com/surrounded-islands.html

http://www.beaumontenterprise.com/news/article/Ain-t-it-grand-Piano-in-bay-has-Miami-Beach-abuzz-975877.php

 

Life From Space

Life from space may have landed on Earth, it didn’t get here on a flying saucer and it doesn’t look like little green men neither. In 2008, meteor shower left meteor fragments strewn across the Sudan dessert. Recently the rocks were cut open to find a surprise.

Amino acids, the foundation of life was inside. Exposed to temperatures maxing out at 2,000 degrees Fahrenheit whilst entering the atmosphere it was previously believed that all organic material would have disincarnated.

The meteor fragments came from a 13-foot wide meteor that smashed through the earth’s atmosphere in 2008. Scientist was able to find 600 pieces of the parent meteor strewn across the desert.

NASA astrobiologist Daniel Galvin is very excited about this discovery as it will give him a chance to “learn about the chemistry that took place in space prior to the origin of life on Earth.”

This discovery “provides additional support for the theory that life’s ingredients were delivered to the Earth by asteroids,” said Galvin.

This find is just another piece in the puzzle to figuring out the mystery of what is beyond. To quote the X- files “The Truth is Out There.” We just haven’t fully figured it out yet. Yet this recent discovery gives testimony to belief that life is out there and may even be responsible for life on this planet.

Sources:

http://news.nationalgeographic.com/news/2010/12/101220-asteroid-meteorite-life-space-science/

http://news.discovery.com/space/meteorite-amino-acids-101221.html

Image:

http://www.dailygalaxy.com/my_weblog/2010/12/epic-discovery-nasa-astronomers-find-extraterrestrial-foundations-for-life-in-sudan-meteorites-.html

 

Daniel Burd, the 16 year old scientist.

Burd, Burd, Burd. Burd is the word right now in Waterloo Ontario. Daniel Burd did more for his high school science project than many scientists will do in their careers. The teenager was able to decompose a plastic shopping bag in just three months. A feat that would have taken Mother Nature thousands of years to complete.

Daniel Burd is a 16 year old Sophomore. his quest stared with chores: “Almost every week I have to do chores and when I open the closet door, I have this avalanche of plastic bags falling on top of me,” he said. “One day, I got tired of it and I wanted to know what other people are doing with these plastic bags.” (Pippa’s Place) By selectively breeding the bacteria Daniel was able to create a super-composer of plastic.

Bacteria are everywhere, inside of us, outside of us; on us and in everything we interact with and even eat. Daniel had figured he could channel the power of some of the most basic organisms to consume an un-organic compound such as the plastic shopping bag.

Using just water and yeast, Daniel added the bacteria Sphingomonas and Pseudomonas and the plastic was decomposed in just a fraction of the time it would have previously taken. It is so simple it is a wonder no one thought of it before. The discovery would be easily to implement on an industrial scale, all that is needed is a fermenter. It could also be used in the household, right next to the compost pile a small makeshift fermentor to decompose unnecessary plastic waste. Currently over 500 billion bags are made every year, and even those first created are still around in some form or another today, that is, except for Daniels bag.

Hopefully more accomplished scientist will be able to channel the power of the bacteria as a decomposition medium even further to work on and even larger scale and thicker plastic.

For now, best wishes to Daniel Burd sure to be promising scientist for a more sustainable future. As well as winning the Canadian Science Fair in Waterloo, ON, Daniel also received a $10,000 prize and a $20,000 scholarship.

Sources:

http://hilaryfarlow.wordpress.com/2010/12/06/teen-scientist-decomposes-plastic-bag-in-three-months/

http://inhabitat.com/breakthrough-decomposes-plastic-bags-in-three-months/

http://www.wired.com/wiredscience/2008/05/teen-decomposes/

http://philippa-pippasplace.blogspot.com/2009/06/high-school-student-discovers-plastic.html

Image:

http://philippa-pippasplace.blogspot.com/2009/06/high-school-student-discovers-plastic.html

http://inhabitat.com/breakthrough-decomposes-plastic-bags-in-three-months/

 

A full grown African Elephant

The African Elephant is the world’s largest land mammal. Like the whale is to the sea, the elephant is to the land. There are two types of elephants alive today, the African Bush Elephant and the Asian Elephant. Some would argue that there is a third type of elephant, the African Forest Elephant. All of these elephants share several characteristics. First their most distinctive feature is their trunk.

An Elephants trunk hangs off its face like a nose, but is made of muscle and acts like an arm. The very end of the trunk can grip branches and other objects like a hand. The trunk is hollow and can suck up water to spray over itself like a hose; this multipurpose appendage can also be used to send signals to other elephants. The trunk is a very strong, yet nimble and precise tool, capable of pulling down trees, while at the same time selecting a single peanut off of a hand. The African Elephant, unlike the Asian Elephant, has two finger like vise grips at the end of its trunk, making it more precise and delicate than it’s cousin in Asia having just one of these fingers.

Like humans are right or left handed, an elephant is right or left tusked. You can tell which tusk is an elephants dominate because it is shorter and worn down from being used more. The African Forest Elephant has tusks that point down. The African Bush Elephant’s tusks arch upward more and are generally longer than that of the Forest Elephant. The Asian Elephant has no tusks at all. The purpose of the tusk to the African elephant is to mark trees, clear paths, and on occasion they are used defensively as weapons.

The Asian Elephant has a higher arching back, and fewer ribs than the African Elephants. The African Forest Elephant and the Asian Elephant are alike in that they both have four nails on each hind foot unlike the African Bush Elephant with just three.

The Asian Elephant is smaller than an African Bush Elephant yet generally bigger than the African Forest Elephant. The African Bush Elephant stands at heights of 13 feet +, the Asian Elephant is roughly a foot smaller at 12 feet, and the African Bush Elephant rarely exceeds 8 feet.

Elephants are very long lived, some surviving over 85 years. Through their lifespan, an elephant never forgets. Its’ true, the elephant has a remarkable memory, able to recognize paths it was on a child for its entire life.

Humans lose only one set of teeth in their lives. For an elephant, this is an ongoing process. Elephants will lose and re-grow teeth 5 or 6 times over the course of its life. Unlike human teeth that grow straight up, an elephants tooth starts growing in the back of its mouth and is pushed forward as it grows, pushing out the tooth that was in the front of its mouth.

The female elephant lives most of its life in a herd with older female elephants and the youngest elephants. The male elephants, at around age 13, leave the herd and live on their own. The Female herd is always lead by the oldest female, known as the matriarch. Sometimes male elephants will bond together forming temporary herds known as bachelor herds.

Male elephants will fight one another for dominance during mating season; only the strongest elephants will mate with the females. Generally the oldest elephants of the herd do the mating because they are the strongest. The Elephants will bash tusks and trunk wrestle until the weaker male backs off or is injured.

The elephant is considered one of the most intelligent species, attributable to its large brain. Elephants are thought to possess emotions. Emotions such as grief, artistic creation, playfulness, compassion, and self-awareness. An elephant is able to recognize itself apart from other elephants. Some theories exist that give testimony to the existence of “Elephant graveyards”. These graveyards are the place that elder elephants willingly and knowingly go at the end of their lives to die. It is also speculated that an elephants may be able to specifically recognize particular bones from a lost ancestor. As a way to grieve they go visit these bones. If true, this uncovers the true complexity of elephant emotion.

Elephants communicate through bellowing through their trunks, making a variety of sounds to convey different meanings. Elephants are also thought to posses a degree of sonar capabilities being able to feel the vibrations in the earth made by the stomping of other elephants’.

The elephant uses sunscreen. In a technique known as “wallowing”, an elephant stomps though muddy water. Coating itself in mud, the elephant is ready for the heat of the day with its makeshift sunscreen.

Elephants are an endangered species; they are hunted for both their ivory tusks and meat. As well as being hunted, often poached, the elephants of the world also face habitat loss as some of the watering holes and trails used by their ancestors no longer exist. Elephants are able to put up a fight though, being one of the most dangerous and aggressive species in the world. Elephants have regularly killed humans, sometimes even destroying entire villages. In 1998 a heard of elephants overran a village in India, locals say they saw the elephants drinking beer before the rampage. Elephant drunken violence is not an isolated incident. In 1999; reportedly drunken elephants ran through another village in India. In the most recent attack, in 2002, a herd of apparently drunk elephants ran through an Indian village again, killing six people. This lead the villagers to attack the elephants killing two hundred elephants.

Elephants are mysterious, with human like tendencies; elephants seem to have emotions that make them sometimes impulsive and often-in conflict with one another and humans. The elephant, whatever it’s thinking, demands respect as one of the most majestic beasts living today.

Sources:

http://www.outtoafrica.nl/animals/engelephant.html

Images:

http://www.itsnature.org/endangered/asian-elephant/

http://animals.nationalgeographic.com/animals/mammals/african-elephant/

 

There are seven different categories of plastics that can be recycled, as described below:
#1 PETE

Polyethylene terephthalate

A strong, shatter-resistant plastic that is inexpensive to produce. Bottles for soda, water, mouthwash, various foods (peanut butter, salad dressing, vegetable oil), as well as food trays and some household cleaners. May be recycled into fleece, clothing, fiberfill in coats, tote bags, furniture, carpet, paneling and automotive parts. PETE is lightweight, one of the most recyclable plastics and poses a low risk of leaching toxic chemicals into contents. Like all traditional plastics, it’s petroleum-based. Collected by most curbside recycling programs.
#2 HDPE

High density polyethylene

A lightweight, translucent, flexible plastic used for bottles for milk, juice, bleach, detergent, shampoo and motor oil. May also used for margarine and yogurt containers, plastic wrap products, some grocery bags. Can be recycled into bttles, pens, bins, tile, drainage pipe, lumber. One of the most common and least toxic petroleum-based plastics, with a low risk of leaching. Collected by most curbside recycling programs.
#3 V or PVC

Vinyl or Polyvinyl Chloride

A durable plastic widely found, for example, in water pipes, bottles for window cleaner, detergent, shampoo and cooking oil, meat wraps, baby bottle nipples, teethers, squeeze toys, coffee containers, shrink wrap, shower curtains, raincoats, vinyl dashboards, seat covers, some construction materials, electronic and medical equipment. Rarely recycled but is accepted by some plastic lumber makers for decking, paneling, gutters, flooring, cables, mats. Potential toxicity from release of dioxin, a potent carcinogen, during production and disposal; and leaching of phthalates, used to make PVC flexible.
#4 LDPE

Low density polyethylene

Found in squeezable bottles; bread, frozen food, dry cleaning and shopping bags; wrapping film, clothing; furniture; carpet. May be recycled into trash can liners and cans, compost bins, envelopes, paneling, lumber, landscaping ties, floor tile. Not often recycled curbside, but some communities accept it. Gradually getting easier to recycle.
#5 PP

Polypropylene

Found in rigid containers, including some baby bottles, cups and bowls. Also may be found in syrup, ketchup and medicine bottles, yogurt containers, margarine tubs, straws, microwavable meal trays, diapers, outdoor carpet. May be recycled into signal lights, battery cables, brooms, brushes, auto battery cases, ice scrapers, landscape borders, bicycle racks, bins, pallets, trays. Recycled through some curbside programs. Has a high melting point, so is often chosen to contain hot materials. Likely poses a low risk of leaching.
#6 PS

Polystyrene

Found in coffee cups, disposable cutlery and cups (clear and colored), bakery shells, meat/fish trays, “cheap” hubcaps, packing peanuts, styrofoam insulation, yogurt containers, carry out containers, egg cartons, protective product packaging (e.g., for toys and electronics such as compact disc cases. Insulation, egg cartons, vents, rulers, foam packing, carry-out containers. Some styrene compounds may leach from food containers and disrupt normal hormonal functioning. Styrene is also considered a possible human carcinogen. Rarely recyclable curbside.
#7 Miscellaneous other plastics

Found in large water containers, bullet-proof materials, DVDs, iPods, signs, food containers, nylon. Also some baby bottles, some metal can linings. Products labeled as “other” are made of any combination of 1-6 or other, less commonly used plastics including compostable plastics made from corn or other plants (which are safe and green!). Not usually recycled. May be recycled into plastic lumber, custom products.

The most controversial is polycarbonate, which can release bisphenol A, a suspected hormone disruptor, into liquids and foods. Compostable plastics are easy to dispose of, but the rest can be tricky.

 

Xylene is an extremely toxic, organic compound that is often found in graffiti and scuff removers, spray paints and some adhesives. Symptoms of acute exposure may include headache, fatigue, irritability, lassitude, nausea, anorexia, flatulence, irritation of the eyes, nose, and throat, motor incoordination and impairment of equilibrium. Chronic exposure may cause conjunctivitis; dryness of the nose, throat, and skin; dermatitis; and kidney and liver damage.

 

A wind turbine is a device that converts the kinetic energy of the wind into mechanical energy that can be used to drive equipment such as pumps. The addition of a generator allows the wind’s kinetic energy to be converted into electricity.

 

This term refers to consuming less and throwing away less. All products purchased, or at least their packaging or containers, will eventually require disposal. Packaging alone now accounts for 33% of all our garbage. As an example, if each person in Spokane County reduced waste by only one pound per week, the amount of reduction county-wide would total over 11,000 tons a year.