This was timely! In just a couple more weeks there will be solar eclipse seen her in parts of the US! This is a great book to read before the event. Lots of info on how and when eclipses occur, how various cultures around the planet have viewed eclipses through history, and how they are viewed today. I just learned that NASA is recruiting people along the eclipse path this year to take note of the temperature for a study. I wish I was going to see the total eclipse, I'd participate in a heartbeat! Great read! If you're going to see the eclipse, you'll want to read this book before the event. If your not, the next total eclipse will be in 2024! There's still time to get this book and read it to be the next event!

I really wanted to like In the Shadow of the Moon, Anthony Aveni’s look at eclipses across time and culture, but while it had its moments, it never really compelled for any length of time and its sometimes abrupt shifts and almost random approach created a sense of distance between reader and subject.

Aveni mostly handles the scientific aspects fine, whether it has to do with the main focus of the book (such as explaining what causes an eclipse and why they repeat in the patterns they do) or with one of his many digressions (a concise explanation of a bee’s communication dance, a brief look at the craze to find the planet Vulcan). Sometimes the numbers get a little overwhelming, mostly in the section dealing with the various eclipse cycles. Here’s an example of where he began to lose me a bit:

Any closely matching whole (or half) multiple of each of the two periods will yield an eclipse cycle; for example, 38 node passages = 35 lunar synodic months, a 1, 033.5-day cycle; and 439.5 node passages = 405 lunar synodic months, an 11, 060-day cycle. The latter cycle was noted in ancient documents written by Maya astronomers . . . The saros is easy to recognize because it is a seasonal cycle; in other words the eclipse happen at the same time of the year, backing up only eleven days every eighteen years. Because of the extra one-third of a day, or eight hours, succeeding eclipse in the saros series occurs 120 degrees

There are several pages of this, though it’s rare, and to be fair, Aveni toward the end does tell the reader “don’t worry if you don’t understand all the details associated with the saros cycle” (though perhaps that might have come better prior to all those numbers).

There’s a lot of territory covered in the relatively slim work, including: Stonehenge’s creation and discussion of whether or not it served as an astronomical computer, Chinese divination, Babylonian astronomy, the Crucifixion darkness, Munch’s The Scream, eclipse expeditions, various folktale/mythic stories about eclipses, and more. Much of the historical information was interesting even if a good portion was somewhat familiar (probably less so for an audience who doesn’t read much in these areas), but I can’t say the commentary on them was particularly striking or surprising. And while the breadth is something to praise, because he covers so much one runs into the problem of not delving too deeply into any one area. Plus, the shifts from topic to topic at times were a bit jarringly abrupt and while Aveni always made connections clear at some point, there were times the moves felt a bit random. Meanwhile, the prose style, while always clear, is mostly just sufficient in terms of conveying information.

As a general first overview of the topic for those who haven’t read much in the science history or archaeo-astronomy, In the Shadow of the Moon is a solid choice for its range, its accessibility, and for Aveni’s thoughtfully civil approach to historic cultures, but I wouldn’t be telling the truth if I didn’t say I was disappointed both in terms of style and content.

If you are like most people, the idea of a solar eclipse is fascinating -- and some of us are lucky enough to see one. Aveni, an astronomer, shares this fascination and has written an engaging book on the subject.

It's less about the science of eclipses (those take up only a chapter) and more about how civilizations, including our own, have related to them. How did they use them? Could they predict them? And a host of other questions. A well-read and thoughtful man, his theory is that scientists often ask the wrong questions about eclipses in the past. The important thing is to see how the society related to them. For example in a society where the stars help keys to predicting the future, like Babylon, eclipses are very important. But in Ancient Egypt evidence indicates they were less so.

I loved this romp through ,many places and times giving me insight into these events.

Aveni makes the book enjoyable and easy-to-read. Most refreshing of all for a scientist he does not believe his own specialty holds all the answers but is quick to acknowledge the insights and contributions of other specialties.

I tried. I really did. But I just could not get into this book as much as I wanted to.