There are five layers of the ocean, though most of us alive will only ever see one. The deepest layer of the ocean is called by some the midnight zone. The only light comes from bioluminescence, created by animals themselves. In order to see, the creatures there must create their own light. They must move like solitary suns, encased in their own bubbles of freezing water. This layer is the most completely unexplored zone on the planet. Though it is hostile to humans, it also is fascinating beyond belief. If you had a chance to see it, wouldn't you want to go there? The year Mary is 38, the suicide of a stranger in a nearby reservoir compels her to make a change. She decides to strike out for Alaska and take a chance on love and home. She begins to learn how to travel in a small yellow kayak along the coast, contending with gales, high seas, and bears. She explores the different meanings of home: the perspectives of people who were born in this place and others who chose it, the first peoples who have been here for generations, and the ones who eventually leave. When she marries a man from another island, she is convinced that this time love will stick. She soon learns that navigating marriage is just as difficult as learning the ocean. Divided into sections detailing the main kayaking strokes, this memoir shows how each can be a metaphor for the lives we all pass through and the tools we need to stay afloat.

"There are five layers of the ocean, though most of us will only ever see one. The deepest layer is the midnight zone, where the only light comes from bioluminescence, created by animals who live there. In order to see, these creatures must create their own light. They move like solitary suns, encased in their own bubbles of freezing water. This is the most remote, unexplored zone on the planet. Though hostile to humans, it's a source of rapt fascination for Mary Emerick, who would go there in a heartbeat if she could. The year Emerick turned 38, the suicide of a stranger compelled her to uproot her life and strike out for Alaska, taking a chance on love and home. She learned how to travel in a small yellow kayak along the rugged coast, contending with gales, high seas, and bears. She pondered the different meanings of home from the perspectives of people who were born along Alaska's coast, the first peoples who had been there for generations, newcomers who chose this place for themselves, and the many who would eventually, inevitably leave. When she married a man from another island, convinced that love would stick, she soon learned that marriage is just as difficult to navigate as the ocean. Divided into sections detailing the main kayaking strokes, with each stroke serving as metaphor for the lives we all pass through and the tools needed to stay afloat, this eloquent memoir speaks to the human need for connection-connection to place and to our fellow travelers casting their bubbles of light in the depths"--

Senior Inspector Gerard de Rochenoir of the elite French National Police is attempting to solve two daring jewelry robberies in the heart of Paris when one of the victims turns up murdered. Gerards investigation takes him to the glamorous Caribbean island of St. Barth where he crosses paths with Sofia Mostov, a striking jeweler with a mysterious past and a possible link to the crimes. While Gerard keeps a suspicious eye on Mostov, he meets Catherine York, an attractive American insurance executive twenty years his junior, who happens to be investigating the same two Paris robberies as well as others that may be related. When Pierre Abou, a Sherlock Holmes obsessed cop, makes a stunning discovery at a farmhouse on the Brittany coast, the mystery begins to unravel and leads Gerard and Catherine around the world and straight to another murder. As this unlikely couple becomes intertwined in the complexities of a passionate relationship, they soon discover that Sofia Mostov is not only mysterious and beautiful, but also very dangerous.

In The Last Layer–the follow-up to Digital Alchemy, her successful book on alternative printmaking techniques–Bonny Lhotka teaches how to make prints that take their inspiration from early printmaking processes. In this book, Lhotka shows readers step-by-step how to create modern-day versions of anthotypes, cyanotypes, tintypes, and daguerreotypes as well as platinum and carbon prints. She also reinvents the photogravure and Polaroid transfer processes and explores and explains groundbreaking techniques for combining digital images with traditional monotype, collograph, and etching press prints. By applying these classic techniques to modern images, readers will be able to recreate the look of historical printmaking techniques and explore the limits of their creative voice. Best of all, the only equipment required is a desktop inkjet printer that uses pigment inks, and a handful of readily available materials and supplies–not the toxic chemicals once required to perform these very same processes. Leveraging her training as a traditional painter and printmaker, Bonny Lhotka brings new innovations and inventions that combine the best of centuries of printmaking technique with modern technology to create unique works of art and photography. After years of experimentation and development, these new processes allow alternative photographers, traditional printer makers, and 21st century digital artists to express their creative voice in ways never before possible.

This book presents important recent applied mathematics research on environmental problems and impacts due to climate change. Although there are inherent difficulties in addressing phenomena that are part of such a complex system, exploration of the subject using mathematical modelling is especially suited to tackling poorly understood issues in the field. It is in this spirit that the book was conceived. It is an outcome of the International INDAM Workshop “Mathematical Approach to Climate Change Impacts – MAC2I”, held in Rome in March 2017. The workshop comprised four sessions, on Ecosystems, Hydrology, Glaciology, and Monitoring. The book includes peer-reviewed contributions on research issues discussed during each of these sessions or generated by collaborations among the specialists involved. Accurate parameter determination techniques are explained and innovative mathematical modelling approaches, presented. The book also provides useful material and mathematical problem-solving tools for doctoral programs dealing with the complexities of climate change.