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Newts are a type of amphibian that look a lot like salamanders. However, unlike salamanders, newts spend most or all of their life in the water. They are descended from salamanders, but branched off around sixty million years ago. Now, they're found in many temperate parts of the world, including Asia, Northern Africa, Europe, and North America.

Some types have a terrestrial form (referred to as an eft), that lives on land to find a new home, then come back to the water when mature. Newts are popular among pond owners. They're charming, cute little creatures in their own right. However, having a population of newts also means that your pond is very healthy, since these creatures have somewhat specific living requirements. If you're thinking about colonizing your pond with newts, or setting it up to attract these little creatures, here's some information that might help.

Newts are often food for other creatures. This means that having newts might draw some impressive looking birds to your pond, but it also means you'll have to pay attention to what's living in and around it if you want to keep your newt population alive. Carnivorous fish often pick off these little lizard-like creatures, making it hard to keep the population up. As well, if there are any ducks frequenting your pond, they may eat the vegetation your newts are laying their eggs in, giving them no place to breed. This doesn't mean you have to chase off all predatory birds or remove newt-eating fish from your pond. It does mean that it's a good idea to try to provide habitat and other conditions that encourage a thriving population that won't be damaged by predation.

Another danger that can kill stocked or native newts is the pump of a small pond. If you have a smaller pond which requires a pump for circulation, newts can be sucked into the pump and killed. Even if you use wire mesh, these pumps can kill very small newts. You can solve this problem by using an ultra fine mesh, or by placing your pump underneath a weighted upside down pot with a hole cut in it. Remember to use mesh over this hole as well. These methods will cut down on the number of newts you lose, and on unpleasant filter cleaning.

Newts can live in fairly shallow ponds, and prefer slopes with lots of plants. High density weeds will encourage them. A good environment for newts will help you develop a breeding population that will stand up to even predatory fish and birds. While tadpoles and young newts may fall prey, a pond that can support them will encourage their numbers to increase. Expect to see baby newts around April and May, if your animals are breeding. You can either make your pond suitable for the local species of newt that you'd like to attract (specific conditions vary by species) or purchase newts and stock your pond. The second is more expensive, but also gives you a better chance of seeing these animals live and grow in your waters.

Derek Rogers is a freelance writer who represents a number of UK businesses. For pond maintenance, he recommends Seapets, one of the UK's leading pond supplies specialists.

posted by qhishjq  # 9:25 PM 0 comments

When you receive the Seal you will look in awe at the wonders of the universe. One such wonder is quite a strange heavenly body--a planet that seems to be the remains of two planets that collided.

Astronomers are puzzled about this planet, named 2M1207B. It defies any explanation currently known. The location and age are not explainable by anything astronomers know, and neither are the temperature and luminosity.

Of course astronomers are trying to explain the strange phenomenon, an object that is strange and "requires a strange explanation." And yet the explanation is still a theory.

If you look in the area of the constellation Centaurus in the night sky, you will be able to see a brown dwarf star named 2M1207A. This star is known to be relatively young, at an age of 8 million years.

So 2M1207B, the planet revolving around that brown dwarf, is no older than it. According to what astronomers know of the temperature of planets, the age of the planet indicates that it should be no hotter than 1300 degrees Fahrenheit.

But astronomers have found that 2M1207B is actually much hotter. It actually registers at 2400 degrees F. And the only way they know to explain this high temperature is that it was caused by a protoplanetary collision.

Astronomers are also puzzled by the luminosity of the planet. Because it is so hot it is supposed to be more luminous. But it is 10 times more faint than it is supposed to be.

Previously they theorized that a dusty disk is obscuring the luminosity of the planet. But now some astronomers have a new theory: the planet is smaller than thought with a smaller surface area radiating energy.

These astronomers believe 2M1207B has a radius of just over 30,000 miles. So it is comparable in size to Saturn in our own solar system, which is 37,000 miles in radius.

And how could it be so hot millions of years after its birth? It must have collided with another planet, and that huge collision must have happened relatively recently so the heat from the collision is still radiating from it.

These collisions are known to happen. They happened in our own solar system. In fact it is believed that our own moon of the planet earth was formed when the earth hit an object with 10 percent of its mass.

So the theory is that 2M1207B, about the size of Saturn, hit a planet about 3 times as big as earth. And when the planets collided, according to the theory, they stuck together!

It is thought that it would take 100,000 years for the heat generated by the planet to dissipate away. So this collision must have happened recently and is a rare treat; it is an unlikely event, against the odds of happening.

When you are sealed you will look in awe at the night sky and enjoy the wonders of the universe God has created. He will show you some of His secrets--those mysteries of His Creation yet to be revealed.

And just looking at the vast expanse of the universe you begin to realize the infiniteness of God Himself when you see it in His Creation. But those vast expanses can not compare to the eternal Life granted you when you receive the Seal.

And now Jason invites you to get your FREE report Are You Making These Mistakes as a Christian?
And "Get God's Seal of Approval and Get the Victory Over Evil"
Jason Witt

posted by qhishjq  # 2:58 PM 0 comments

It's started already.

It just hasn't been that long since you jumped on the Vista bandwagon, eager to experience that cool new graphic interface, when lo and behold, something bad happened. Maybe it was a blue screen of death, perhaps it was a more civil error message, but whatever the specifics, you've come to realize that this move to Vista was going to be just more of the same.

The Windows Vista registry closely resembles earlier versions on Windows in that it is still a place to store all the OS and individual programs' settings and options. It has gone a little further than its predecessors by using the registry to replace .ini files, and by serving as a repository for Group Policy settings (previously unknown in earlier non-networking Windows operating systems).

You can still go into the system and edit the registry (accessing it via "regedit" in the command line), but as Vista is more complicated than XP, so the registry is more complex as well. The Windows Vista registry is a storehouse for information about computer and application configurations. Like a reptile, the registry simply keeps growing for as long as you use Windows. During this unfortunate growth (some call it "bloat"), it attracts obsolete and unnecessary information, and over enough time, becomes cluttered and fragmented. This bloat can be the cause of a large number of software difficulties.

Once you encounter one of these software problems (like any number of .dll errors, or even an explorer.exe error), you may be tempted to run to the registry and start deleting the keys of whichever file is named in the error message. This of course is an amazingly bad idea as the files you could be deleting may be of vital importance to the operating system.

So instead of indulging in DIY (do-it-yourself) Windows Vista registry repair, you might be better off looking for a software solution to fix your registry difficulties.

Use some caution when shopping because many software products out there are designed for earlier versions of Windows and designers might not be completely forthcoming about this, shrugging off concerns because the program should "mostly work" on Vista. Hunt around for established companies that have designed registry repair software before and then see if they are offering new software that works specifically with Vista. One such tool is Paretologic's RegCure.

Remember that the Vista OS is markedly different from the older versions in its control of Group Policy settings and .ini files. A registry repair tool may operate on Windows Vista, but if it was designed for XP, its scans are going to be at least somewhat (if not very) inaccurate. Looking for a legitimate Windows Vista registry repair tool (like RegCure) when you need to fix those registry errors is well worth the time and expense.

Mike Lath is a self-professed geek who actually enjoys fixing his family member's computers! His site, http://InstantFixPC.Com, is geared at helping the novice computer fix their computer problems in no time at all...

posted by qhishjq  # 8:30 AM 0 comments

The development of a variety of modern technologies used to explore the structure of sugar chains has opened up a new frontier in molecular biology called glycobiology. This term was first created in 1988 by Rademacher, Parekh, and Dwek in order to label the union of the more traditional variations of carbohydrate chemistry and biochemistry with the modern approach to cellular and molecular biology of glycans.

Defined in broad terms, Glycobiology is the research of the structure, biosynthesis, and biology of saccharides (sugar chains or glycans) that are widely distributed in Nature. This abundant distribution has made Glycobiology one of the quickest growing fields in the biomedical sciences. It has a deep rooted importance in basic research, biomedicine, biotechnology, and undeniably important to biotechnology, pharmacology, and laboratory supply companies that have invested heavily in this field.

Glycosaminoglycans

Biologists have quickly understood the important role glycans play in even the most basic biological processes. Their valued importance has led some advocates to investigate a class of linear glycans (glycosaminoglycans or GAGs) along with its sub-set, known as HSGAGs. This study has opened-up the discussion of glycans' key role in biological processes and its relevance to health and disease.

Constructing the Chains

An HSGAG chain can be described as a linear repeat ranging from approximately 10 to 100 disaccharide building blocks. When these blocks are gathered they make up the basis of sugar molecules. The basic configuration of a disaccharide unit consists of two chemically distinct monosaccharides, implying a uronic acid and a glucosamine linked by a glycosidic bond.

A sugar chain's structural configuration may vary greatly when disaccharide building units are chemically modified at a number of positions. Some of these changes may include the removal of the two-carbon acetyl groups at the amino position of the glucosamine portion or the addition of sulfate groups at many different positions. These combinations denote a large possibility of adaptation to any situation that may present itself. In short, there will always be a possible solution to a number of unforeseen situations. In fact, the potential for structural information to be embedded in a glycan exceeds that of nucleic acids or proteins making the study of sugar chains even more essential to health and disease.

Future investigation is hopeful in finding new and better ways of applying the scientific discoveries made in Glycobiology, applications that could go from the simple skin cream that treats acne to genetic or medical advances that can eventually eliminate common diseases. The possibilities are infinite.

The skin care market is so infested with products that promise scar free skin that it's almost impossible to distinguish an effective skin care product from a product that's nothing more than hype. However, a select group of skin care products has incorporated ingredients found in Nature that help dissolve scar tissues and treat acne.

posted by qhishjq  # 7:55 AM 0 comments

This science project is unique as you will turn an egg green but how it happens is very interesting and a great demonstration experiment.

Things you will need for the science project.

• An egg

• Red cabbage

• A pan

• A pot

• A bowl

• Oil

• A parent to help

You are going to make a green egg and cook it, but you will not be using any food coloring or anything green. Let us get to the experiment and we can discuss the results and hypothesis later.

Take the red cabbage and cut into slices as if you were making cole slaw. You will not need a great deal of cabbage. A cup or two should do the trick. Place the cabbage shreds into the pot and pour in a cup of water. If you are using more cabbage you may want a little more water. You do not need a lot. Turn on your stove top and leave on high or a fairly high heat. Let the cabbage cook for a bit. This could take ten to fifteen minutes. You want to get the water to turn a nice purple red color from the cooked cabbage. We will then use the water from the cabbage. Once the cabbage has cooked and the water is a very dark purple color you are ready.

Take your fresh egg and crack it. Separate the yolk into a small bowl and the white into a little larger bowl. Now take a spoonful of the red water from the cabbage and put into the bowl with your egg white and use the spoon or a fork to stir it up.

Heat up your skillet or pan and place a small amount of oil in the pan as you will be cooking the egg and need to keep it from sticking. When the pan is heated pour the colored egg white into the pan. You will notice the egg white is green. You can also put the yolk on top of the egg white now to cook both together.

This will be cooked sunny side up because you do not want to flip it over as you want everyone to see the green coloring. When done you can obviously eat the egg. There is nothing wrong with it because the coloring was added by the cabbage.

Why did this happen? You took the purple coloring from the cabbage and put it in the egg white and it turned green. You did not have the yolk involved in this. You only added the yolk after the white was cooked to finish the complete egg.

Why did this green coloring happen? What chemical process occurred? Was there any change in the egg shite itself?

This is a great science project for chemistry class in high school.

Get more interesting high school science projects at http://scienceprojects.fetching.us

Lesa Bolt is a contributor to science projects

posted by qhishjq  # 1:34 AM 0 comments