Louise Hayes, the 23-year-old heiress to the Thornton-Hayes Luxury Cruise Line fortune was vacationing in Beverly Hills, California. When she catches a taxi ride from the Beverly Hills Hotel to Los Angeles it's the last anyone sees of her. Lincoln Hayes, her rich and influential stepfather takes an express train cross-country to find Louise. The gruff, demanding Hayes refuses to use the local police for fear of unwanted publicity. Instead, he turns to the successful MG&M Detective Agency to find the girl and keep the press at bay. What's the story behind her disappearance? Will Garth and the Mallorys locate her in time or will they get swept into the vortex of deceit that surrounds the missing heiress?
Praise for Rick Adelmann's MG&M Detective Agency series:
"Spellbinder! A great first book. I can't wait for the next one. Great surprise ending!" - 5 stars online review
"Sherwood Garth and James Mallory seem like an unlikely partnership in sleuthing, but their skills and experience provide a unique combination in the fine art of solving murders. Garth is reminiscent of our old friend, Sherlock Holmes, while Mallory, the retired cavalry officer, embodies the spirit of the old West. Rick Adelmann's debut novel takes you into a world where automobiles are replacing horse drawn buggies and the Jazz Age is coming into its own. Set against the rich backdrop of turn-of-the century Americana, The Greek Coins Affair is sure to please." -Mysticmoods book review
"What a fun read! I really enjoyed the premise and following the detectives as they solved the murders. I will definitely be following this series."-SG, 5 stars
"I've really gotten to know and like the three main characters. I recommend this book to anyone who likes a good mystery and fun time reading." -NRW, 5 stars online
"Sizzles with Jazz Age mystery and intrigue" -J Shaw, online review
"Mallory and Garth are destined to become icons in the jazz age, historical mystery genre. They are private investigators with flair!" -Connie Shelton, USA Today bestselling author
