Author: Kristin Billerbeck
Release Date: May 1, 2018
Rating: 4 Stars
Reviewer: Jessica Higgins
This witty romance comedy may just be the cruise you’ve been looking to take!
Dr. Maggie Maguire is a scientist who has been wrapped up in her work studying the different causes and effects to happiness. She even wrote a bestselling book and giving talks with her fiancée. Unfortunately, things happen and her happiness is shattered when her fiancée breaks it off and immediately takes up with an acrobat who he soon marries. This, of course, sends poor Maggie to the brink of watching Hallmark movies while eating gallons of eggnog ice cream. Fortunately, she has two friends that recognize what is happening and realize the best way to get her to move on is to put her back in the saddle. So, they book her on a cruise, which sounds great until Maggie learns that she is one of the speakers on the cruise. Now faced with anxiety of telling people about happiness when she lost her own, Maggie begins the process of starting over with love. And what better place to find it than on a singles cruise in the Gulf of Mexico!
Overall this book was an enjoyable read. The writing is extremely witty throughout the book and makes you laugh out loud a few times. The scenes were set really well with the cruise and describing the activities throughout really kept the progress steady. However, many people may find Maggie’s character annoying throughout much of the book. She does whine a lot at first and then makes some decisions throughout the book that can leave readers scratching their head. By the end of the book, you can see that Maggie has actually had a lot of personal growth. More so than her friends. The romance triangle of having two guys vying for Maggie’s attention was interesting, but sometimes not completely realistic. In many ways, it was like watching a Hallmark movie but hoping for more of a real life feel. Don’t take it too serious. Just enjoy it.
I received a complimentary copy of this book from the publisher. The views and opinions expressed within are my own.