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Rating: 
Summary: Just "Very Good" , not Perfect!
Review: I have been buying alot of astronomy and telescope books of late--primarily to augment my new telescope. This is one of the better ones , since it is really much more substantive than the "cheerleading" books that are more useful at gracing the coffee table than the accessory tray of a telescope in use. The major plus feature for me is the format of the illustrations , which show the objects through a mirror type diagonal. Most , if not all , observations by amateur astronomers use this convention these days. The author goes into adequate detail on double star observing : measurement of position angle and seperation are very well explained.My only criticism is the assumption that all users will be using computerized telescopes , and completely ignores those of us who "star hop" by choice , and not necessity. The lack of star hopping descriptions downgrades my rating to a strong 4 stars. Highly recommended.
Rating:
Summary: Just "Very Good" , not Perfect!
Review: I have been buying alot of astronomy and telescope books of late--primarily to augment my new telescope. This is one of the better ones , since it is really much more substantive than the "cheerleading" books that are more useful at gracing the coffee table than the accessory tray of a telescope in use. The major plus feature for me is the format of the illustrations , which show the objects through a mirror type diagonal. Most , if not all , observations by amateur astronomers use this convention these days. The author goes into adequate detail on double star observing : measurement of position angle and seperation are very well explained. My only criticism is the assumption that all users will be using computerized telescopes , and completely ignores those of us who "star hop" by choice , and not necessity. The lack of star hopping descriptions downgrades my rating to a strong 4 stars. Highly recommended.
Rating: 
Summary: I've got a "Go To" scope, now what?
Review: Looking for objects to look at with your computerized "Go To" telescope? Michael Covington, author of "Astrophotography for the Amateur" and "How to Use a Computerized Telescope" has a few suggestions. In this second volume of Cambridge's Practical Amateur Astronomy series he suggests various targets and observing programs. But that is not all. Also are tips on how to get the most out of various sources to identify the object of interest from various catalogs or atlases and to be able to tell a "Go To" telescope how to point to it. Probably the most useful pages in the book are the Bayer/Flamsteed to SAO cross-index and the GVCS constellation codes and star numbers. Chapters:
PART I - Amatuer astronomy
1. Using this book effectively
2. Observing sites and conditions
3. The Moon, the Sun, and eclipses
4. The planets
5. Comets, asteroids (minor planets), and artificial satellites
6. Constellations
7. Stars - identification, nomenclature, and maps
8. Stars - physical properties
9. Double and multiple stars
10. Variable stars
11. Clusters, nebulae, and galaxies
PART II - 200 interesting stars and deep-sky objects
12. How these objects were chosen
13. The January-February sky (R.A. 6h-10h)
14. The March-April sky (R.A. 10h-14h)
15. The May-June sky (R.A. 14h-18h)
16. The July-August sky (R.A. 18h-22h)
17. The September-October sky (R.A. 22h-2h)
18. The November-December sky (R.A. 2h-6h)
Appendices
A. Converting decimal minutes to seconds
B. Precession from 1950 to 2000
C. Julian date, 2001-2015 The logical follow up for "How to Use a Computerized Telescope", this volume shows one how to use the various sources available to find the objects one is interested in studying. If I had this book when I first bought my LX200, I would have developed better habits in planning my observing sessions by being able to identify objects in the manner that the telescope has them identified in its database to find them quicker to allow more time for study and or imaging.
Rating:
Summary: I've got a "Go To" scope, now what?
Review: Looking for objects to look at with your computerized "Go To" telescope? Michael Covington, author of "Astrophotography for the Amateur" and "How to Use a Computerized Telescope" has a few suggestions. In this second volume of Cambridge's Practical Amateur Astronomy series he suggests various targets and observing programs. But that is not all. Also are tips on how to get the most out of various sources to identify the object of interest from various catalogs or atlases and to be able to tell a "Go To" telescope how to point to it. Probably the most useful pages in the book are the Bayer/Flamsteed to SAO cross-index and the GVCS constellation codes and star numbers. Chapters:
PART I - Amatuer astronomy
1. Using this book effectively
2. Observing sites and conditions
3. The Moon, the Sun, and eclipses
4. The planets
5. Comets, asteroids (minor planets), and artificial satellites
6. Constellations
7. Stars - identification, nomenclature, and maps
8. Stars - physical properties
9. Double and multiple stars
10. Variable stars
11. Clusters, nebulae, and galaxies
PART II - 200 interesting stars and deep-sky objects
12. How these objects were chosen
13. The January-February sky (R.A. 6h-10h)
14. The March-April sky (R.A. 10h-14h)
15. The May-June sky (R.A. 14h-18h)
16. The July-August sky (R.A. 18h-22h)
17. The September-October sky (R.A. 22h-2h)
18. The November-December sky (R.A. 2h-6h)
Appendices
A. Converting decimal minutes to seconds
B. Precession from 1950 to 2000
C. Julian date, 2001-2015 The logical follow up for "How to Use a Computerized Telescope", this volume shows one how to use the various sources available to find the objects one is interested in studying. If I had this book when I first bought my LX200, I would have developed better habits in planning my observing sessions by being able to identify objects in the manner that the telescope has them identified in its database to find them quicker to allow more time for study and or imaging.
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