front cover of Against the Tide
Against the Tide
Immigrants, Day Laborers, and Community in Jupiter, Florida
Sandra Lazo de la Vega and Timothy J. Steigenga
University of Wisconsin Press, 2013
Across the United States, the issue of immigration has generated rancorous debate and divided communities. Many states and municipalities have passed restrictive legislation that erodes any sense of community. Against the Tide tells the story of Jupiter, Florida, a coastal town of approximately 50,000 that has taken a different path.
    At the beginning of the twenty-first century, Jupiter was in the throes of immigration debates. A decade earlier, this small town had experienced an influx of migrants from Mexico and Guatemala. Immigrants seeking work gathered daily on one of the city’s main streets, creating an ad-hoc, open-air labor market that generated complaints and health and human safety concerns. What began as a local debate rapidly escalated as Jupiter’s situation was thrust into the media spotlight and attracted the attention of state and national anti-immigrant groups. But then something unexpected happened: immigrants, neighborhood residents, university faculty and students, and town representatives joined together to mediate community tensions and successfully moved the informal labor market to the new El Sol Neighborhood Resource Center.
    Timothy J. Steigenga, who helped found the center, and Lazo de la Vega, who organized students in support of its mission, describe how El Sol engaged the residents of Jupiter in a two-way process of immigrant integration and helped build trust on both sides. By examining one city’s search for a positive public policy solution, Against the Tide offers valuable practical lessons for other communities confronting similar challenges.
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front cover of Jupiter
Jupiter
William Sheehan and Thomas Hockey
Reaktion Books, 2018
Now in paperback, an accessible and engaging introduction to planetary science that will deepen our knowledge both of this magnificent planet and of our own place in the solar system.

Majestic and untwinkling, Jupiter is the grandest of all planets. It is the largest planet in our solar system and among the brightest objects in the night sky. It shines with a noble, steady luster, and its calming presence has inspired humans for centuries. Jupiter was the “beloved star” of the first serious observers of the planets, the ancient Sumerians and Babylonians, and has inspired poetic utterances from eminent writers such as William Wordsworth and Walt Whitman. It also continues to inspire contemporary astronomers and stargazers, and this beautifully illustrated volume brings our understanding of Jupiter right up to date.

The scientific study of Jupiter is at a watershed: NASA’s Juno space probe has entered orbit about Jupiter to investigate the planet, while information gleaned from improved telescopes and other robotic explorers in space continues to improve our understanding of the planet’s origin, evolution, and composition. Jupiter provides a concise and expert overview of the history of our observations of this largest of planetary spheres, as well as reports on the much-anticipated initial findings from the Juno space probe. 
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Jupiter
Studies of the interior, atmosphere, magnestosphere and satellites
Tom Gehrels
University of Arizona Press, 1976

When Jupiter was first published in August, 1976, editor T. Gehrels wrote, "we may never do a better book."

Summarizing the research and data following the first flyby of Jupiter in December 1973, this work brings together the knowledge of the best scientists in the fields at the time of it's publication. The work covers the origin of Jupiter, origin and structure of the satellites, models of Jupiter, comparison of those models, and much more.

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Satellites of Jupiter
David Morrison
University of Arizona Press, 1982
Originally published in 1982

From the original publication:
The findings of Voyager have brought Jupiter's moons out from the shadows. Now as much of interest to geologists as to astronomers, these satellites are brought under closer scrutiny by more than 50 international authorities in this volume. Included is research on thermal evolution, surface composition, cratering time scales, and other subjects; but also key chapters focusing on the satellite Io's volcanic eruptions, thermodynamics, phase composition and more. These 24 contributions constitute a reference that will stand as the decade's definitive work on Jupiter's satellites and a springboard to further hypotheses.
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