
Part of Series
Romeow and Juliet is the first in a cozy mystery series set on Madrona Island, a fictional island within the San Juan Islands off the coast of Washington State. As a fourth generation islander Caitlin Hart is struggling to make her way as the economy and culture of the island evolves toward a tourism based industry. Cait lives in a cabin on her aunt's oceanfront estate where she helps her aunt run Harthaven Cat Sanctuary. When she isn't working with the cats, she helps best friend Tara, operate the coffee bar/bookstore/cat lounge they own, named Coffee Cat Books. In the first installment to the series Cait and her dog Max find the body of a member of the island council dead in the back room of the old fish cannery. As Cait delves into the murder she finds herself with an unlikely sleuthing partner that might just lead to a relationship of a more personal kind. Meanwhile, Romeo, a stray cat that followed Cait home, is causing all sorts of problems for Cait as, in spite of dire warnings from the neighbor next door, he refuses to stay away from her very expensive show cat, Juliet. Could Romeo really be trying to tell Cait something about the neighbor that she initially refuses to see?
Author

Kathi lives with her husband, kids, grandkids, and dogs in beautiful Lake Tahoe. When she isn't writing, Kathi likes to read (preferably at the beach or by the fire), cook (preferably something with chocolate or cheese,) and garden (planting and planning not weeding). She also enjoys spending time on the water when she's not hiking, biking, or snowshoeing, the miles of desolate trails surrounding her home. Kathi uses the mountain setting in which she lives, along with the animals (wild and domestic) that share her home, as inspiration for her cozy mysteries. Join me on Facebook at Kathi Daley Books (www.facebook.com/kathidaleybooks) for updates on my books, photos of life in Lake Tahoe, recipes, contests, and giveaways. For weekly updates and contests sign up for The Daley Weekly Newsletter (http://eepurl.com/NRPDf).