Go-To Telescopes Under Suburban Skies is the first book specifically written for amateur astronomers who own, or who are about to purchase, a computer-controlled go-to telescope. Computer control and automatic location of objects in the night sky is now a feature of even inexpensive astronomical telescopes (under $200), no longer just of the more expensive models. The advantage of the go-to capability is enormous the telescope can be aimed at any object in the sky with great speed and accuracy and so is the popularity of these instruments.

GO-TO Telescopes Under Suburban Skies provides literally hundreds more targets beyond those offered by the built-in nightly tours that feature on the telescope s computer handset (a feature incorporated by most manufacturers). Although most go-to telescopes have enormous databases of objects they can find usually running into tens of thousands the tours (that s suggested objects to look at) are always very limited. Once you ve seen the planets and bright objects that the computer suggests, you re on your own

This new book answers the question, What shall I observe next? in a way that is unique to go-to telescopes. Unlike all existing books on deep sky observing, GO-TO Telescopes Under Suburban Skies doesn't waste space on RA/Dec co-ordinates or Star Maps and Finder Charts for suggested objects. It is designed expressly to be used alongside a go-to telescope, using the NGC and SAO menus on the computer handset to quickly slew the telescope to each new target. This is unique, and makes the book much more information-rich than other observing guides.

Targets are arranged by season to maximise the chances of a given object being visible at the time of observing, and then are divided into four categories: three deep sky categories of increasing difficulty, and then one category of stars that covers things like coloured stars, multiple stars, and loose clusters/streams. The reader can quickly turn to the relevant season, and then work through the list of objects.

All existing books about practical deep-sky observing are biased towards non- go-to telescope owners and usually assume large-aperture instruments and/or dark, rural or desert skies. This book makes the more realistic assumption that the amateur astronomer has a relatively small telescope and is observing from a backyard in a suburban area.

Instead of devoting page after page to maps and co-ordinates, GO-TO Telescopes Under Suburban Skies leaves the computer to locate targets by using NGC and SAO catalog numbers, and so has the space to suggest many more fascinating deep-sky targets and provide detailed observing lists and information about what's being viewed.

Of all the many things we can look at in the night sky, the Moon is one of the richest in its ever-changing detail, as changes in light and shadow daily transform what you can see of every feature. Whether you use binoculars, a small telescope or a large one, you will find the Moon offers new horizons rich in exploration opportunities.

Moonwalk with Your Eyes guides the reader quickly through lunar basics: how to determine the lunar day and what lunar terminology you might encounter here and in other books. From there you ll be taken on a guided visual journey that encompasses what can be seen at any given time for all levels of observers.

Moonwalk with Your Eyes features high-quality annotated photographs and solid background information to help the reader understand many lunar phenomena. Here is a guide that allows those who simply gaze at the Moon to find a deeper appreciation of it; for those who use binoculars and small telescopes, this is a comprehensive guide to identifying what can be seen; and advanced observers will be challenged with a rare quality look at areas of the Moon that are not covered by other lunar guide books."

Weird Astronomy appeals to all who are interested in unusual celestial phenomena, whether they be amateur or professional astronomers or science buffs who just enjoy reading of odd coincidences, unexplained observations, and reports from space probes that "don't quite fit." This book relates a variety of "unusual" astronomical observations - unusual in the sense of refusing to fit easily into accepted thinking, or unusual in the observation having been made under difficult or extreme circumstances. Although some of the topics covered are instances of "bad astronomy," most are not. Some of the observations recorded here have actually turned out to be important scientific breakthroughs. Included are some amusing anecdotes (such as the incident involving "potassium flares" in ordinary stars and the story of Abba 1, the solar system's own flare star!), but the book's purpose is not to ridicule those who report anomalous observations, nor is it to challenge scientific orthodoxy. It is more to demonstrate how what's "weird" often turns out to be far more significant than observations of what we expect to see.

Former NASA Astronaut Harrison Schmitt advocates a private, investor-based approach to returning humans to the Moon to extract Helium 3 for energy production, to use the Moon as a platform for science and manufacturing, and to establish permanent human colonies there in a kind of stepping stone community on the way to deeper space. With governments playing a supporting role just as they have in the development of modern commercial aeronautics and agricultural production Schmitt believes that a fundamentally private enterprise is the only type of organization capable of sustaining such an effort and, eventually, even making it pay off.

Featuring detailed commented spectral profiles of more than one hundred astronomical objects, in colour, this spectral guide documents most of the important and spectroscopically observable objects accessible using typical amateur equipment. It allows you to read and interpret the recorded spectra of the main stellar classes, as well as most of the steps from protostars through to the final stages of stellar evolution as planetary nebulae, white dwarfs or the different types of supernovae. It also presents integrated spectra of stellar clusters, galaxies and quasars, and the reference spectra of some terrestrial light sources, for calibration purposes. Whether used as the principal reference for comparing with your recorded spectra or for inspiring independent observing projects, this atlas provides a breathtaking view into our Universe's past. The atlas is accompanied and supplemented by Spectroscopy for Amateur Astronomers, which explains in detail the methods for recording, processing, analysing and interpreting your spectra.

For many astronomers, the holy grail of observation is to discover a comet, not least because comets always bear the name of their discoverer! Hunting and Imaging Comets was written for comet hunters and digital imagers who want to discover, rediscover, monitor, and make pictures of comets using astronomical CCD cameras and DSLRs. The old days of the purely visual comet hunter are pretty much over, but this is not to say that amateurs have lost interest in finding comets. The books also covers the discovery of comet fragments in the SOHO image data, CCD monitoring of older comets prone to violent outbursts, the imaging of new NEOs (Near Earth Objects) that have quite often been revealed as comets - not asteroids - by amateur astronomers, and the finding of recent comets impacting Jupiter.

This is a fascinating and enjoyable popular science book on gravity and black holes. It offers an absorbing account on the history of research on the universe and gravity from Aristotle via Copernicus via Newton to Einstein. The author possesses high literary qualities and is celebrated relativist. The physics of black holes constitutes one of the most fascinating chapters in modern science. At the same time, there is a fanciful quality associated with this strange and beautiful entity. The black hole story is undoubtedly an adventure through physics, philosophy, history, fiction and fantasy. This book is an attempt to blend all these elements together.

Foothold in the Heavens, the second volume in the A History of Human Space Exploration series, focuses upon the 1970s, the decade in which humanity established real, longterm foothold in the heavens with the construction and operation of the first space stations. It marked a transitional phase between the heady, race-to-the-Moon days of the Sixties and efforts to make space travel more economical, more frequent and more 'routine.' Space exploration in the Seventies, although dominated by Soviet achievement, saw the first efforts of mankind to really 'live' and work in space, producing results of direct benefit to humans on Earth. The emphasis changed from the gung-ho, 'strap-it-on-and-go' pioneers of the Sixties to the more practical exploitation of space for science, medicine, and technology. This book focuses on each mission launched between April 1971 and April 1981: from the launch of the world's first space station to the end of operations of Salyut 6, and from the expanded, lengthy exploration of the Moon on Apollo 15 to the first flight of the Shuttle.

Computers and Astronomy Perhaps every generation of astronomers believes that their telescopes are the best that have ever been. They are surely all correct! The great leap of our time is that computer-designed and machined parts have led to more accurately made com- nents that give the astronomer ever better views. The manual skills of the craftsman mirror grinder have been transformed into the new-age skills of the programmer and the machine maker. (The new products did not end the work of craftsman te- scope makers, though. Many highly skilled amateur/professional opticians cont- ued to produce good-quality mirrors that are still seen today. ) Amateur-priced telescopes are now capable of highly accurate tracking and computer control that were once only the province of professionals. This has greatly increased the p- sibilities of serious astronomy projects for which tailor-made software has been developed. Add a CCD camera to these improved telescopes (see Chap. 3), and you bring a whole new dimension to your astronomy (see Fig. 1. 1). Look Before You Leap! But first, a word of caution. Unless you are already familiar with astronomy and basic telescopes, it is not wise to start spending large amounts of money on a we- featured telescope. Such an instrument might otherwise be subsequently abandoned due to a perceived overcomplexity coupled with a waning interest.

A Spectroscopic Atlas of the Stars: A Pocket Field Guide is a standard reference book for all amateur astronomers interested in practical spectroscopy or spectrography. For the first time in one place, it identifies more than 70 (northern hemisphere) bright stars that are suitable observational targets for both amateurs and astronomy students.

Finder charts are provided for locating these sometimes-familiar stars. Data for each star includes labelled stellar spectra, a spectral profile with spectral lines identified. These are conveniently laid out on a single page, opposite tables of spectroscopic properties, and lines and wavelengths identified.

This is the first Spectral Atlas designed for amateur astronomers. It is equally relevant to college undergraduates, being intended to familiarize astronomers of any age and level of knowledge with labelled stellar spectra and their different properties. It contains much information about stars which is hard to find or inaccessible to most people.

Viewing the Constellations with Binoculars is a complete guide to practical astronomy, written for beginners, intermediate-level astronomers, and even people who have not yet turned their gaze to the night sky. The required observing equipment to get the full value from this book is no more than a pair of regular 10 x 50 binoculars, but even more can be seen with a small astronomical telescope.

This comprehensive introduction to astronomy and practical observing is far more than a guide to what can be seen in the night sky through binoculars. It introduces the reader to some basic (and some not-so-basic) astronomical concepts, and discusses the stars and their evolution, the planets, nebulae, and distant galaxies. There is a guide to selecting and using binoculars for astronomy, as well, as a 'getting ready to observe' section containing invaluable practical hints and tips.

The second part of the book is an extraordinarily complete atlas and guide to the night sky down to 30 N (covering all the USA and Europe). It is illustrated with superb and sometimes beautiful amateur astronomical photographs, detailed maps (down to 5th magnitude), descriptions, and data on all astronomical objects of interest."

Instead of taking somebody's word for it about the basic size and distance statistics for the solar system, this book shows amateur astronomers how to measure these things for themselves. This is an enriching experience for any amateur astronomer - to understand and personally measure some fundamental astronomical quantities and distances.

A basic knowledge of geometry is required, but it is amazing how simple the geometry can be. Readers are led through the geometry as gently as possible - and in a light-hearted way - presuming that most non-academics will have half-forgotten most of their mathematics.

The practical astronomical equipment recommended is no more than a typical commercially-made amateur telescope and a camera of some sort - these days a webcam works very well. Apart from that all the reader will need is access to a computer, the know-how to download free software, and an enthusiasm to expand his knowledge of the basis of scientific astronomy.

This is a book about the physics of stars and starlight. The story of starlight is truly fascinating. Astronomers analyze and interpret the light from stars using photometry and spectroscopy, then inspirational detective work combines with the laws of physics to reveal the temperatures, masses, luminosities and outer structure of these far away points of light. The laws of physics themselves enable us to journey to the very center of a star and to understand its inner structure and source of energy!

Starlight provides an in-depth study of stellar astrophysics that requires only basic high school mathematics and physics, making it accessible to all amateur astronomers. Starlight teaches amateur astronomers about the physics of stars and starlight in a friendly, easy-to-read way. The reader will take away a profoundly deeper understanding of this truly fascinating subject and find his practical observations more rewarding and fulfilling as a result.

T. Plotner, The Night Sky Companion, DOI 10. 1007/978-0-387-79509-6_1, 1 Springer SciencethBusiness Media, LLC 2009 2 TheNightSkyCompanion Welcome,fellowtravelertothestars!Forthenextyearwewilltakeajourneytogetheracrossthenight sky. In these pages you will find lunar features, planets, meteor showers, single and multiple stars, open and globular clusters, as well as distant galaxies. There will be astronomy history to explore, famous astronomers to meet, and science to learn. You'll find things here for those who enjoy stargazing with just their eyes, binoculars, or even the largest of telescopes! Although these observing tips are designed with all readers in mind, not everyone lives in the same time zone-or the same hemisphere-and certainly no one has clear skies every night. But no matter where you live, or who you are, it is my hope that somewhere here you find something of interest to keep you looking up! LearningtheNightSky If you are new to astronomy, it might seem difficult to learn all those stars. Relax! It's much easier than you think. Just like moving to a new city, everything will seem unfamiliar at first, but with a little help from some maps, you'll soon be finding your way around like a pro. Once you become familiar with the constellations and how they appear to move across the night sky, the rest is easy. If you do not have maps of your own, try visiting your local library or one of many online sites thatcangeneratethem. Theygiveobjectpositionsingreatdetail,andmosthaveakeyofGreekletters to help you understand star hop instructions.

Pulsars are rapidly spinning neutron stars, the collapsed cores of once massive stars that ended their lives as supernova explosions. In this book, Geoff McNamara explores the history, subsequent discovery and contemporary research into pulsar astronomy. The story of pulsars is brought right up to date with the announcement in 2006 of a new breed of pulsar, Rotating Radio Transients (RRATs), which emit short bursts of radio signals separated by long pauses. These may outnumber conventional radio pulsars by a ratio of four to one. Geoff McNamara ends by pointing out that, despite the enormous success of pulsar research in the second half of the twentieth century, the real discoveries are yet to be made including, perhaps, the detection of the hypothetical pulsar black hole binary system by the proposed Square Kilometre Array - the largest single radio telescope in the world.

This remarkable book is a unique insight into the people involved in the development of the Salyut space station and the crews assigned to operate it. It describes the rotation between the crews, analyses the decision to send the back-up crew on Soyuz 11 and recounts the intrigues and difficult relationships between all the personalities involved - politicians, CKBEM managers, designers, generals and cosmonauts. Biographies of the Soyuz 11 cosmonauts are published for the first time in English and the longest manned space mission of the time is described before Grujica Ivanovich gives a unique summary of the most tragic day in the Soviet/Russian manned space program. An investigation into the cause of the tragic deaths of the Soyuz 11 cosmonauts precedes a description of the post-Salyut era, showing how the legacy of the first space station has survived for decades.

The first two chapters provide the history of the first Soviet space station projects Almaz, Soyuz-R, MKS and DOS from 1964 to1970 and cover the selection of DOS-1 crews in 1971, their training and crew rotations. Chapter 3 launches the Salyut space station with its first crew to occupy the first space station, while Chapter 4 portrays the drama of the Soyuz 10 mission in April 1971, which failed to dock with Salyut due to a broken docking probe element, culminating a dramatic night return to the Earth. The following two chapters describe the State Commissiona (TM)s decision to replace the original crew of Soyuz 11 two days before the launch in June 1971 and introduce cosmonauts Dobrovolysky, Volkov and Patcayev. The launch of Soyuz 11, its docking with Salyut and the first days aboard the space station aredescribed in Chapter 7 and the fire which almost curtailed the mission and led to Dobrovolsky and Volkova (TM)s deteriorating relationship is then covered. The final stages of the mission, including the problems with the hatch before Soyuz 11 separated from the Salyut space station, are explained before the author details the separation of the orbital and service modules and the tragic mistake made by the cosmonauts. Chapter 10 describes the normal landing of Soyuz 11, the discovery of and attempts to revive the dead cosmonauts.

and includes the first interview with one of the rescuers. The author then demonstrates how detailed analysis found that, after separation from the orbital module, the internal pressure in the descent module dropped from 920mm to zero in 112 seconds due to the premature opening of one of the valves. Without spacesuits, the cosmonauts had only 15-20 seconds to close the valve and save their lives. An attempt by Dobrovolsky sadly failed. Further investigation identified numerous problems which contributed to the tragedy, including the valve technology, leaking of personal protection equipment, problems with the hatch and omissions in crew training, as well as confusion between the cosmonauts.

The last chapters describe the Post-Salyut era. After three single modular stations, in 1986 the USSR launched the base module of the third generation space station Mir, which has six docking probes. In the following years, Mir grew rapidly and was extended with five additional scientific modules to become a true space outpost continually occupied by humans, the dream of space pioneers. The service module Zvezda, a modified Salyut/DOS-1, currently serves as acore for the International Space Station. The book ends with memories of all those affected by the DOS program and the tragedy of the heroic Soyuz 11 crew and looks forward to a continuation of the historic mission of Salyut.

In Space Enterprise - Living and Working Offworld, Dr Philip Harris provides the vision and rationale as to why humanity is leaving its cradle, Earth, to use space resources, as well as pursuing lunar industrialization and establishing offworld settlements. As a management/space psychologist, Dr. Harris presents a behavioral science perspective on space exploration and enterprise. In this his 45th book, Phil has completely revised and updated the two previous editions of this classic, placing new emphasis on the need for more synergy and participation by the private sector. He not only provides a critical review of what is happening in the global space community, but offers specific strategies for lunar economic development. The author analyzes the human factors in contemporary and future space developments, especially relative to the deployment of people aloft. This user-friendly volume offers numerous photographs, diagrams, exhibits, and case studies.

Recent surveys have provided new and updated information into public insights of the nascent space tourism industry. Erik Seedhouse uniquely explores in detail the cutting-edge technologies, spacecraft capabilities, launch vehicles and the training that will define this commercial enterprise and also provides a manual for future suborbital and orbital private space explorers. This overview of the space tourism market is based upon choices the spaceflight participant must make, such as choice of agency, mode and spaceport. A detailed explanation is given of the medical requirements for spaceflight participants, with special reference to potential waiver criteria. Over half of the book is a comprehensive astronaut training/instructional manual that addresses each of the 15 subjects required for suborbital and orbital flight.

Following an Introduction examining the commercial potential for space tourism, Section 1 covers Suborbital Flight. Chapter 1 opens with a description and analysis of the significance of SpaceShipOne. Chapter 2 gives the Suborbital frontrunner profiles, mission architectures and technical aspects from launch to landing while the following chapter details the training and medical requirements for space tourists. Section 2 covers the same aspects for Orbital Flight, including a civilian astronaut training manual, enabling technologies, capabilities and personnel. A description is given of the anticipated on-orbit phases that will introduce the potential spaceflight participant or reader to the capsule, rendezvous, medical support, mission events and de-orbit phase. Section 3 gives a detailed assessment of the future of space tourism based on current technologies, commercial applications, military use and Lunar and Mars missions. Countries without space programs are also included.

Erik Seedhouse provides a much needed, well-rounded understanding of what promises to be the most dynamic, multi-faceted and exciting industry in the world. He shows how seemingly innocuous players are disproving long held beliefs about what can be achieved in space despite the inherent complexities, and why this industry may soon define the new norm in space travel.

This book will cover in great detail the newest construction and uses of the International Space Station. The new volume will continue on from the end of Creating the International Space Station by David Harland and John Catchpole (published in January 2002 by Springer Praxis), providing flight by flight details and relevant political and "behind the scenes" activities as are necessary to explain why certain decisions, including flight re-scheduling and crew-reassignment, are made.

Part 1 will open with a chapter recounting the political history of the ISS, including how and why the program came into being. Chapter 2 will look at the four partners involved (USA, Russia, ESA, and Brazil), with a brief account of what each partner is bringing to the program. Chapter 3 will study the initial goals of the program, how they have changed and whether they have been met. Chapter 4 will summarize the program at the end of Creating the International Space Station.

Part 2 will look at the findings and recommendations of the International Space Station Management and Cost Evaluation Task Force. Part 3 will examine the original flight coverage, including the beginning of the construction of the Integrated Truss Structure, and will cover the stationa (TM)s occupation from the start of Expedition 4, through to the end of Expedition 6. Part 4 will start with the loss of STS-107 a" Columbia a" and explain its effect on both the International Space Station and the American space effort in general. It will cover the Expedition 7 occupation through to the beginning of Expedition 13, concentrating on the work of the two-person "Caretaker Crews."

Part 5 will study the recovery fromthe STS-107 tragedy and the re-commencement of the ISS construction, overcoming the grounding of the Space Shuttle fleet. It will cover the remainder of the Expedition 13 occupation, the return to three-person occupation, through to the end of Expedition 15 and the installation of Node-2, the final American module.

Part 6 will briefly look forward to the installation of the International Partnera (TM)s modules as well as the introduction of the European and Japanese robotic cargo vehicles. The book will end with a glance at plans for the Orion spacecraft and Ares-1 launch vehicle, and the delivery of Node-2, the final piece of American hardware.

Three Appendices will up-date those published in Creating the International Space Station: Appendix A will list ISS hardware descriptions, Appendix B will be a complete ISS Flight Log and Appendix C will be a full ISS Extravehicular Activity Log.

My Heavens! charts the progress of the authora (TM)s own substantial observatory (with additional material from amateur constructors of large observatories elsewhere) from conception, through design, planning and construction, to using an observatory of the kind that all amateur astronomers would aspire to own.

This book tells the a oewarts and alla story of small beginnings in amateur astronomy, leading to the construction of a a oetop of the rangea observatory at a house on the edge of a country village between Oxford and London. The author is a qualified building surveyor, and looks at building the observatory from his own professional perspective. There were of course many errors, problems, technical and organizational difficulties along the way, and the author never shies away from admitting his mistakes a" and in doing so he reduces the chances of others falling into the same traps. Comparisons are made with similar large projects in the USA, taking a look at the differences and similarities in planning and building regulations, and in construction methods on both sides of the Atlantic.

Eventually an observatory materialized, set up to facilitate the taking of very high quality images of the deep sky on those special days of best seeing.

The story doesna (TM)t end with the construction of the observatory, but goes on to describe the authora (TM)s choice of equipment, setting it up, and his own techniques for obtaining superb astronomical images like the ones he shows in his book.

Many lights and other objects in the sky go unrecognised, or at least are little understood by those observing them. Such things range from the commonplace like rainbows and meteors, to the distinctly unusual like the green flash and ball lightning. And there is still a residuum of objects that remain unidentified by the watcher - classed generally as 'UFOs', a description which today has connotations of the mysterious, even of extraterrestrial visitors. The first part of this book is an identification guide, very much like the "plant identifier" sections found in a good gardening or botany book. It allows quick (and structured) identification of known aerial phenomena, whether at night or during the day. The objects thus found are referenced to the second part of the book... The second part gives a full description, physical explanation, and where relevant notes on observing and photographing the various phenomena. Some will need optical aids such as binoculars or telescopes, but the main thrust of the book is identification and explanation rather than imaging. The final chapter approaches UFOs from a scientific standpoint, particularly the way in which human perception and often preconception affects the outcome. It does however finish with a short section on "extraterrestrial UFOs", emphasising the burden of proof aspect and touching on the scientific theories of life on other worlds and the improbability of visitors.

The aim of the State of the Universe annuals is to provide an annual astronomy review suitable for the popular science level reader to be published every September in a format that will be suitable for, and appeal to, the Christmas market. The book will cover all major astronomical news on topics beyond the Solar System and place them in the context of the longer term goals of astronomers and astrophysicists around the world. The aim is to capture the excitement and vibrancy of modern astronomical research. This section also includes web links for all major news stories, providing a bridge between the public news stories and the actual research web sites.

Chapter 1 a" a ~A Year in News and Picturesa (TM), written by Martin Ratcliffe, appears every year and makes up the first half of the annual. It will present brief summaries of the major announcements, discoveries and news items from that year, with the major ones being explained in detail through later chapters written by invited contributors who are at the forefront of research in these fields. The January meeting of the American Astronomical Society each year will be the major source of astronomical news for the following yeara (TM)s volume, giving access to potential authors and contacts with public information officers of major observatories, space centers, etc.

The invited contributions which make up the second half of the annual each year will cover a variety of topics and are written to appeal to a wide readership. These are written by leading astronomers or science writers. One feature introduced in the first volume, the overall review of the State of the Universe by Dr Jim Kaler will be retained for State ofthe Universe 2008. The set of appendices at the end of the book will include a list of launches of major astronomical observatories/satellites during the past year; a list of planned future astronomical satellites; basic data on all astronomical observatories currently in operation with web links for the reader who wishes to find out more.

Digital electronic imaging devices allow the wonders of the universe to be seen in detail never before possible from an amateur astronomer's backyard. This book clearly examines how to create the best astronomical images possible with a digital camera. It reveals the astonishing images that can be obtained with simple equipment, the right software, and knowledge of how to use it. Completely jargon-free, the book describes how to extract results from the raw-and-dirty original imagery and then transform them into high-quality pictures suitable for framing, posting online, or sharing with friends and colleagues.

Guide to Observing Deep-Sky Objects is a reference book for amateur astronomers. It contains, for each constellation, a star chart showing the Bayer labels, a table for many of the stars in the constellation, along with their positions and magnitudes, and a table of the deep-sky objects in the constellation, with relevant observational data. Facing pages provide unique year-long graphs that show when the constellation is visible in the sky, allowing the user to quickly determine whether a given constellation can be seen, and when the best time to see it will be.

A major feature is an included CD-ROM containing a PC program [unique as far as we can determine] that produces a list of what deep-sky objects are visible in the sky at a user-determined time and place, for any location on the Earth. It produces a convenient and (disposable!) list that the user can take to the telescope for an observing session.

"Fred Schaaf is one of the most experienced astronomical observers of our time. For more than two decades, his view of the sky--what will be visible, when it will be visible, and what it will look like--has encouraged tens of thousands of people to turn their eyes skyward."
--David H. Levy, Science Editor, "Parade" magazine, discoverer of twenty-one comets, and author of "Starry Night and Cosmic Discoveries"

"Fred Schaaf is a poet of the stars. He brings the sky into people's lives in a way that is compelling, and his descriptions have all the impact of witnessing the stars on a crystal clear dark night."
--William Sheehan, coauthor of "Mars: The Lure of the Red Planet" and "The Transits of Venus"

The night sky holds endless fascination for anyone who chooses simply to look up and observe, but with so much to see, it can be difficult to know where to start. This remarkable book introduces you to the fifty best sights in astronomy and tells you exactly how to see them. In no time at all, you will learn how to find and appreciate the Orion group of constellations; the Summer Triangle; Venus, Jupiter, and Mars; the best meteor showers; man-made satellites; star clusters; novae; variable stars; and more.

The sights are presented according to the field of view necessary to see them. Your eyes and a clear night sky are all you need to view the sights in the first part of the book, before moving on to those that can be observed through binoculars and, finally, a telescope. Concise descriptions and explanations of these spectacular visual wonders will deepen your appreciation of them and spur further exploration. You will also find the essential basic information onastronomical observation you need to get started, including observing conditions, techniques, telescopes, and astronomical measurements.

Once you start gazing, you'll see that the sky really is the limit--and discovering its amazing treasures will become your lifetime passion.