What this means is that taking the time to gain just a little bit of knowledge about the objects existing in the nighttime or daytime skies is important to the study of astronomy. In fact, it can be far more enjoyable once one has a working understanding of celestial objects, such as galaxies, constellations, the planets and the like. Understanding these objects before starting out will increase enjoyment, for a fact.

Once this basic understanding is gained, it will then be time to start thinking about the kinds of astronomy and study of the skies that one wants to get involved in. Just go online or go to any bookstore and look in the astronomy section to get an idea of how vast the field really is. After all, with billions of galaxies, innumerable suns, moons and stars there’ll certainly be much to study, right?

Consider all of these pre-astronomy activities as being preparation for really getting into the pastime. With them, one’s better equipped to start seeking out astronomy clubs and also selecting a good quality telescope. A club can help in this regard because its members can make recommendations about telescopes and also about what forms of astronomy for the backyard may be the easiest to start out on.

As far as telescopes are concerned, for those just starting out in astronomy it’s a good idea to learn what they are and what they’re capable of. In truth, one doesn’t have to spend a lot of money to get a nice telescope that will be just fine for backyard activities. It’s important, though, to gain an understanding of telescope so that one knows exactly what it’s capable of doing, depending on the circumstance.

If one is just starting out, and needs to stay within a budget, it’s a good idea to find a telescope that strikes a good balance between price and magnification, for example. How “strong” is the telescope? “How wide is the telescope’s field of view?” is always a good question to ask before deciding to buy one. Ask, also, how portable the instrument will be and how easy will it be to move it so that objects in the sky can be tracked.

There are many resources available online for those wishing to get started in backyard astronomy, fortunately. Planetariums are also fantastic when it comes to at least getting started in the right direction, as well as local astronomy clubs (planetariums usually have lists, as do colleges and universities). A nice quality telescope used for amateur astronomy may cost less than 100 dollars, by the way, so why wait to get started?

Writer, Steve Mitchell, writes helpful articles on amateur astronomy. To find out more on stargazing, read more astronomy articles at seekandlearn.com

The first thing you may want to think about will be the intended use of the binoculars. Are you going to be using them to simply play around with? Are they intended for a young child who isn’t really going to appreciate a quality set? Are they only going to be used for sporting occasions so that you can zone in on the players? Or perhaps will you be using them for birding or some other wildlife purpose? Determine the specific purpose of the binoculars first of all.

When you know the exact use of the binoculars you can then go out looking for specific products to purchase. Head to your nearest camera store and talk to the sales agent about specific options that you may be able to buy and that will be suitable for the purpose to which you intend to use them.

Handle as many products as you wish. Try to visit as many camera shops, optic shops, sports shops and any other types of chocolate you can find who sells quality products of this kind. Get an idea of the weight of the different types of binoculars you could purchase, particularly if they are going to be used for serious activities.

If you are allowed, take several pairs outside and try them out. Ideally you will want to try them out in various levels of light so that you can see how they are just depending upon how bright it is outside.

Make sure that you focus the binoculars in all directions around you as well and that you zoom in as far as you can, checking the clarity at all times. Always remember what you are going to be using the binoculars for when you do this, and make sure that any pair you try is up to scratch.

When you have worked out a few options that you may want to purchase, go home and start browsing on the Internet as well. After getting a good idea in some actual shops and by getting some advice from some actual sales representatives you should be able to find some suitable items online as well.

Try to narrow your choice to only a handful of specific binoculars that you may want to purchase. Consider your specification and work out exactly which pair is going to be perfect for your purpose. Compare each set against each other and consider the price that each will cost. Once you have done all of this, you can simply make your choice and purchase the best pair available to you.

Mike Davis owns a best binoculars blog. He reviews the best binoculars of many top brands and highly rated models such as Zeiss binoculars, Barska binoculars, Bushnell binoculars and more.

When telescope was invented in the 15th century it opened up a new field of view for space exploration. With the invention of telescope, the geocentric concept of the solar system was wiped away with a more rational heliocentric theory was put forth. Telescopes have undergone a great revolution with what used to be only possible to view the neighboring Venus and Mars being now stretched to the outer half of the solar system with the likes of Jupiter and Uranus being explored with ease. It is believed that with the current pace at which the technology is growing the dwarf planet Pluto can also be scaled without difficulty in the near future. Today there are alternate means which are used to observe distance stars and planets like x-rays and reflections from the stars.

With the availability of a wide range of telescopes the current scope of astronomy has widened greatly. Not long ago, people had to visit planetariums or observatories to know about the beauty of the stars and the planets. But this has changed with low cost telescopes being available that offer portability and ease of use. A large proportion of the astronomers community are amateurs who would be interested in enjoying the beauty of nature more than going in depths about scientific figures and calculations. There are telescopes like the Meade Telescopes that offer the amateur astronomers the space exploration at their homes.

Diameter of the aperture and the power of the lens go along way in determining the resolution the telescope can provide with its increased capability. Telescope makers provide manuals containing detailed instructions on how the telescopes can be assembled. Some maker’s do the assembly themselves for the customers should they require it. An amateur telescope itself can cover the Saturn’s rings on a clear night.

Telescopes can be a perfect way to enjoy and learn about astronomy. So, it would be best to choose the ones of good quality.

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This odd movement of the planet is due to several factors, the most important of which is something called ‘precession’. Precession stems from the fact that the Earth is not a perfect sphere. It is in fact about twenty-seven miles longer around the Equator that it is around the Poles. The Earth then is oblate, or fat around the middle like middle-aged spread, but it is due to the spinning not to its age.

If you imagine the Earth with its Poles off centre. Then rotate that image and you will find that any point, except the exact centre of the axis, will move in a circle. But very, very gradually. So slowly that it takes 26,000 years to travel full circle and get back to where it started from.

This point then, any point you choose, is very gradually shifting its location in relation to the stars because the axis is rotating too. The result of this is that, what we call the North Star (officially known as Polaris, which is actually one degree off true North) will not be above our North Pole one day. In fact, by about 15,000 AD, Vega will be almost above the North Pole, although it will be about four degrees off true North. But even this will not last, and by 28,000 AD, Polaris will be back above where it is nowadays.

One of the effects of the precession is that seasons change. They modify the dates that they take place, so that Summer could come earlier or later. The amazing thing about our calendar is that it is corrected for that (with the leap year). If it were not, the vernal or Spring equinox would move over 13,000 years from March 21st to September 21st., which is the date of the autumnal equinox, precisely half a year later.

It is for this reason that the precession of the Earth is generally referred to as the “Precession of the Equinoxes”. Although the precession of the equinoxes is very slow, it can be readily observed. The correct year of 325.25 days is the length of time from one vernal equinox to the next vernal equinox, however, it takes 20 minutes and 24 seconds longer for the Sun to appear in precisely the same place with relation to the stars behind it over the same period. This is why accurate star maps have to be stamped with the exact time and date to which they refer.

Owen Jones, the writer of this piece, writes on many subjects, but is currently involved with researching Franklin planner pages. If you have an interest in calendars, organizers or promotional calendars, please go over to our website now at Promotional Desk Calendars

During any war periods, binoculars play an important role to identify strength of the enemy’s fleet, their locations, the weapons of the enemies, and also to find the distance between them. This task is accomplished easily with the help of sophisticated binoculars. It is used in all forms of defense forces like army, navy, air force, etc.

Apart from security purposes, binoculars are more widely used by people in tourism. There are some tourist places where we can’t go to the spot due to some difficulties. In those cases these binoculars becomes a handy partner for the tourist traveler to have a closer look at the desired destination spot.

Adventurers, who exploit the forests or mountains, want to enjoy each and every moment of their journey by observing each and every minute parts of the forest or mountain. In this case, they are not able to have a better view inside the forest since there is a lack of sunlight inside the forest cover. For this purpose they rely upon the binocular telescopes with which they have their nocturnal enjoyment.

During voyages, a ship may encounter a number of serious situations due to various natural calamities such as weather changes, storm, and thick fogs and so on. Under all these conditions a binocular is used to foresee the situation and helps to take preventive actions for the safe journey of the ship. Mostly water proof type of binoculars is used in marine applications.

The existence of several planets, comets, stars, asteroids beyond the earth is discovered with the help of binoculars. Over the years, the various technologies for binoculars have been developed in order to observe the presence of objects in space at a very long distance and to study the nature of the object. With the help of binocular the position of each planet and its stars can be easily calculated.

Binoculars have its impact even in sports. Every fan will tell you that watching a game live is better than watching on the big flat high range televisions. In games, where spectators involve it is good to have a live view of the game, but every one can’t afford for floor seats or seats that are closer to the playing arena. In this circumstance binocular makes a perfect entry, where the entire spectator can have a closer view of what is happening in the field of play.

Over the years, the binocular field has developed and a variety of binoculars has been launched for various purposes. Binoculars are designed for specific applications and are meeting the requirement of the application. Some types like water proof, compact, digital camera are very much used in almost all fields. They are absolutely reliable instruments.

Mike Davis writes a best binocular blog. He recommends many binoculars for different purposes, for example the best binoculars for astronomy, birdwatching, watching concerts and sport events.

The Mayans were exceptional at Astronomy, but they did not see the future with their own eyes. They predicted that their God would return in one of the Bactoons from their long count calendar. Instead on that date, the Conquistadors showed up, tried to convert them to Christianity and burned almost everything they had, including their calendars.

Aside from the Mayan prediction for an end of time in 2012, there is no astronomical or Sumerian reference citing planet x is anywhere near us nor will it be anytime soon.The amateur astronomy community has always been very good at finding new objects in our vicinity even before professional telescopes. Until now, no Planet X has been detected.

This planet is said to be 4-8 times the size of our planet, so if it came near, we would see it, trust me. How then, can we discover evidence of this planet in our solar system?

In the early 1990’s, Dr. Robert Harrington the lead astronomer for the Naval Observatory in Washington suggested including another large planet in our solar system model. He could then explain many of the anomalies we currently see, such as why Uranus is tilted on its side. Or how Pluto and Neptune are possibly dislodged moons of Saturn.

He talked about a planet with an elliptical orbit coming out of the southern hemisphere and moving towards the inner part of our solar system. Dr. Harrington’s model matched very closely the description by the Sumerians of Nibiru , by its size and elliptical orbit. He also explained that based on the orbital perturbations of the outer planets in our solar system, there should be another large planet.

The planets being pulled in a certain direction by a mysterious force, suggests that there should be some large body as the cause. Currently, the search for this planet X has spurred a large interest in looking for planets outside of our solar system. With this new found interest, we have been able to create many new classifications for stars and planets far out in space.

Want to learn more about 2012? Visit Jason Martell’s site now to get the information you need on this topic.

A DAY: The Earth rotates at a reasonably fixed pace about the imaginary line running between the North and South Poles named the Earth’s Axis. The time it takes to spin once is called a ‘rotation’ and this takes just under twenty-four hours. Nevertheless, because the Earth is constantly traveling around the Sun, the exact time from noon one day to noon the next is 3 minutes 56 seconds longer and this makes a day almost exactly twenty-four hours in length.

The actual time from noon to noon differs depending where the Earth is on its celestial course around the Sun, but if you average the days in a year out, it comes to precisely twenty-four hours.

A YEAR: All nine planets in our solar system move around the Sun in almost perfectly circular paths called orbits. Each journey around the Sun is called a revolution and all the planets revolve around the Sun in the same direction. The direction the Earth takes can be verified by noting its location against the background stars.

In view of the fact that you cannot see the Sun and the stars at the same time, it is necessary to note the position of the Sun in the morning and the see which stars come out there in the night. You will see that the Sun seems to pass through the twelve constellations of the zodiac during a year.

Earth’s trip around the Sun, which seems like the Sun traveling through the zodiac takes about 365.25 days. This varies from year to year, so astronomers add or delete a second in some years to keep their time accurate with the Earth’s motion.

THE SEASONS: The seasons indicate the variation in the pattern of daylight over the course of a year. Because the Earth is tilted off centre, different parts of it receive different amounts of sunlight on different stages of its path around the Sun, a path that we call a year. So, between approximately the 21st September and late March, the Earth’s Northern Hemisphere is tilted away from the Sun, which produces Autumn and Winter, giving less than twelve hours of daylight per day.

From April to the 20th September, the Northern Hemisphere receives more than twelve hours of daylight a day, creating Spring and Summer. The exact opposite happens in the Southern Hemisphere.

The Equinoxes take place at the points in the year when there is exactly twelve hours of sunlight and darkness in the day. So, the vernal or Spring equinox is on or around the 21st March and the autumnal equinox is on or around the 21st September. Summer officially commences on the day with the greatest amount of daylight, the 21st June or summer solstice.

The winter solstice occurs on the shortest day, the 21st December. ‘Solstice’ is a combination of two words meaning ’sun standing still’ and the days are so called because they are the days when the apparent movement of the Sun reaches its extremes and reverses direction again.

Owen Jones, the writer of this article, writes on many subjects, but is currently involved with researching Franklin planner pages. If you have an interest in calendars, organizers or promotional calendars, please go over to our website now at Promotional Desk Calendars

As the person becomes more engrossed in the subject of astronomy, there can be additional equipment such as telescopes, computer astronomy software and digital cameras. Some communities have local astronomy clubs to share information and resources. Sometimes clubs go together in order to purchase more sophisticated telescopes.

With the power of the Internet, the hobby astronomer doesn’t have to be alone in keeping up with news and equipment. You can post and read information about products, findings and other topics related to astronomy. Amateur astronomers can share information about special celestial events such as comets and meteor showers that happen only periodically.

On user forums and websites dedicated to astronomy, you can find informational books and videos. Software to help your learn more about the subject or astronomy is popular. You can get help choosing a new telescope or binoculars by reading product reviews submitted by other astronomers. You can hear about related equipment such as tripods and other products to help stabilize your telescope.

Astronomy software is constantly expanding. You can feed in coordinates of your location and a date and see a computer representation of what the sky looks like in any direction. The best software helps you to zero in on any object in the sky and learn information about the astronomical object. The same software can be used indoors to consider how the night sky might have looked at the time of Christ. You can also set the date and time for two weeks or twenty years in the future.

Amateur astronomers may decide to do some of their viewing more comfortably so they can stay warm and dry. They may add a small observatory to their back yard to that the equipment is protected from the elements. Adding photographic equipment or tracking equipment is another way to make the hobby more enjoyable.

As a backyard astronomer, the Internet provides a wealth of information about the subject. You will be able to form personal connections with other hobbyists. Technical and informational materials are widely available on websites on the subject.

Stargazing can be an great hobby. For more information on telescopes and planet-hunting, as well as other hobbies at seekandlearn.com.

What is it that compels people to attempt to predict disasters? Is it because they are trying to warn people or because they want to frighten people? Scare people, I think and thereby gain advantage over the gullible.

These apocalyptic prophesies go back thousands of years and even happen in the Bible. Their only raison d’etre is to frighten people and so gain money, power and influence over them.

Even the millennium bug turned out not to be a problem with computers working perfectly well after midnight in spite of claims by ‘computer experts’ that there would be a worldwide crash of astounding significance. The computer industry made a fortune out of frightening businesses and individuals with their lies. That was the scam of the Nineties to end all swindles!

So why all the hype? Was it just the dawn of a new millennium, which caused so many to make prophesies on this date rather than stick to their normal common sense? Yes, I think. People saw the opportunity of a lifetime to rip others off and they jumped at it.

Needless to say there were thousands of prophesies made ranging from the arrival of aliens and the Second Coming of Christ to plane crashes. None of which came true. Here are a couple of those less than accurate prophesies:

May 5th was the day upon which all the planets lined up. The prediction was that the gravitational force of all these heavenly bodies in alignment would cause massive earthquakes, huge tides and volcanic eruptions.

A lot of people also predicted that the shifting of the poles would take place during 2000 and that this would cause catastrophic events such as high tides, widespread electrical failure and computer failures, which would mean economic disaster for the larger countries and insurance firms.

I do not know what you think, but perhaps instead of worrying about the demise of the world (most doom-mongers have settled on the year 2012 for the destruction of the world) we should work together to make the best of the time we have left on this planet, as well as ensuring that we pass the planet on to the next generation in the same condition as we received it.

If we act in this way, we may hold off the day of reckoning for a long while yet. We are far more likely to undergo apocalypse through nuclear war, global warming and events which are avoidable and within our control, than cosmic events which we have little control over such as asteroids or the Sun’s developing into a red dwarf and ultimately exploding.

Owen Jones, the author of this piece, writes on many topics, but is currently involved with custom wall calendars If you have an interest in calendars, organizers or promotional calendars, please go over to our website now at Promotional Desk Calendars

We do not understand exactly why they did it, but we can surmise that early man noticed a correlation between the weather and the stars, which were themselves not fully understood, of course.

Early man, almost certainly even as far back as Neanderthal man, noticed the connection between the weather and herd movements and crop growth, or at least fruit and nuts on local trees, if they did not have planted crops.

This means that people could see a connection between the stars and food availability. This relationship was probably ritualized into some sort of religion like early Wicca. Therefore, the stars became a very important part of the lives of every single person and it is likely that astrology and astronomy were widely intermixed by the average person.

However, there were also people who did not only use the stars as some enormous celestial clock and who tried to make sense of the whole shebang. I am going to narrate below, eight of the most important dates or years in the history of astronomy before Christ walked on the Earth. Never forget that they had nothing but an abacus to do there calculations and no telescopes, which came about two thousand years later.

585 BC: Thales of Miletus (c. 625- c. 547), a Greek, predicted a solar eclipse in Asia Minor purely on the basis of his observations and calculations. It was not a lucky guess!

c. 400 BC: the astronomer Oenopedes (5th. century). also a Greek, announces that the Earth is tilted on its axis with respect to the Sun.

352 BC: the Chinese report what they called a ‘guest star’, a supernova, which was the earliest reported sighting.

340 BC: The astronomer, Kidinnu (b. Babylon c. 379 BC) discovers the precession of the Equinoxes, ie the apparent change in the position of the stars caused by the Earth’s wobbling on its axis.

c. 300 BC: a ‘committee’ of Chinese astronomers compile star maps of the visible universe.

c. 240 BC: Chinese astronomers observe and make notes about Halley’s Comet. Also Eratosthenes of Cyrene (c. 276 – c.194 BC), a Greek, correctly calculate the Earth’s dimensions.

165 BC: Chinese astronomers notice sunspots for the first time.

c. 130 BC: the astronomer Hipparchus of Nicea (b. 147 BC), a Greek, correctly calculates the distance to the Earth’s Moon and also rediscovers the precession of the Equinoxes.

You will see from the dates above that clearly not everyone let nature and the stars govern their lives, as the common farmer or hunter did. Some men actually put pen to paper, but before pen and paper even existed, and tried to work out ‘why these manifestations took place?’.

These individuals must have been remarkable men to have worked these measurements out by calculation, observation by the naked eye and rationalization alone.

Fascinated by astronomy, why not visit our website at: http://astronomy.the-real-way.com