Two-time governor of Alta, California and prominent businessman after the U.S. annexation, Pío de Jesus Pico was a politically savvy Californio who thrived in both the Mexican and the American periods. This is the first biography of Pico, whose life vibrantly illustrates the opportunities and risks faced by Mexican Americans in those transitional years. Carlos Manuel Salomon breathes life into the story of Pico, who—despite his mestizo-black heritage—became one of the wealthiest men in California thanks to real estate holdings and who was the last major Californio political figure with economic clout. Salomon traces Pico’s complicated political rise during the Mexican era, leading a revolt against the governor in 1831 that swept him into that office. During his second governorship in 1845 Pico fought in vain to save California from the invading forces of the United States. Pico faced complex legal and financial problems under the American regime. Salomon argues that it was Pico’s legal struggles with political rivals and land-hungry swindlers that ultimately resulted in the loss of Pico’s entire fortune. Yet as the most litigious Californio of his time, he consistently demonstrated his refusal to become a victim. Pico is an important transitional figure whose name still resonates in many Southern California locales. His story offers a new view of California history that anticipates a new perspective on the multicultural fabric of the state.

For more than a century the history of the American Frontier, particularly the West, has been the speciality of the Arthur H. Clark Company. We publish new books, both interpretive and documentary, in small, high-quality editions for the collector, researcher, and library.

The Raspberry Pi Pico is a remarkable microcontroller. It has a power and sophistication that would have been unthinkable just a short time ago. For the sort of jobs it is ideal for, it has plenty of processing power and enough memory to make tasks that would have once required careful planning, relatively easy. Instead of struggling with the machine, you can now focus on getting a good implementation of your algorithms. To enjoy all of its power and sophistication there is no better language than C. It wastes none of the power and it gives you what you need to get at the new features. However, getting started with the Pico with C is no easy feat, which is what motivated this book about creating programs so that testing and debugging is easy. Programming the Raspberry Pi Pico in C uses the highly popular VS Code as its development environment and shows how to use a Raspberry Pi or a desktop PC running Windows as your development machine. The purpose of the book is to reveal what you can do with the Pico's GPIO lines together with widely used sensors, servos and motors and ADCs. After covering the GPIO, outputs and inputs, events and interrupts, it gives you hands-on experience of PWM (Pulse Width Modulation), the SPI bus, the I2C bus and the 1-Wire bus. One of the key advantages of the Pico is its PIO (Programmable I/O) and while this is an advanced feature it is included in this book. After finding out how the PIO works, we apply it to writing a PIO program for the DHT22 and the 1-Wire bus. One current drawback of the Pico it is that it doesn't have a network connection. To solve this problem there is a chapter on using the low-cost ESP8266 as a WiFi client and web server. The two devices together make the Pico a true IoT device. Harry Fairhead has a hardware background and, having worked with microprocessors and electronics in general, for many years, he is an enthusiastic proponent of the IoT and embedded computing. He is the author of two books intended for C programmers, Fundamental C: Getting Closer To The Machine and Applying C For the IoT With Linux and four books on the using the Raspberry Pi in an IoT context, two using C and two using Python. He is now working on a Python version of this book for the Pico.

A book-length poem about how an American Indian writer can’t bring himself to write about nature, but is forced to reckon with colonial-white stereotypes, manifest destiny, and his own identity as an young, queer, urban-dwelling poet. A Best Book of the Year at BuzzFeed, Interview, and more. Nature Poem follows Teebs—a young, queer, American Indian (or NDN) poet—who can’t bring himself to write a nature poem. For the reservation-born, urban-dwelling hipster, the exercise feels stereotypical, reductive, and boring. He hates nature. He prefers city lights to the night sky. He’d slap a tree across the face. He’d rather write a mountain of hashtag punchlines about death and give head in a pizza-parlor bathroom; he’d rather write odes to Aretha Franklin and Hole. While he’s adamant—bratty, even—about his distaste for the word “natural,” over the course of the book we see him confronting the assimilationist, historical, colonial-white ideas that collude NDN people with nature. The closer his people were identified with the “natural world,” he figures, the easier it was to mow them down like the underbrush. But Teebs gradually learns how to interpret constellations through his own lens, along with human nature, sexuality, language, music, and Twitter. Even while he reckons with manifest destiny and genocide and centuries of disenfranchisement, he learns how to have faith in his own voice.

Spanish colonial missions and Mexican rancho and pueblo adobe structures are among California's earliest existing structures and the only above-ground remains of the state's original settlement by the Spanish and Mexican people. The Northridge earthquake of January 17, 1994, resulted in tragic losses to a number of these historic adobe buildings. The earthquake also provided a rare opportunity to assess the damage that can occur to such structures as the result of a large earthquake. The intent of this study—part of the GCI's long-term commitment to researching conservation measures appropriate for historic adobe structures—was to survey the damage to buildings and make an informed evaluation of their seismic performance. The ultimate goal was to use the lessons learned from the Northridge earthquake and the results of retrofit research to help owners, building officials, cultural resource managers, architects, and engineers to understand the risks earthquakes pose to historic adobe buildings and the necessity for taking considered action to limit those risks.