Magnetic Fields in the Solar System: Planets, Moons and Solar Wind

In this review of Magnetic Fields in the Solar System: Planets, Moons and Solar Wind Interactions, the reviewer finds a focused, research-oriented volume suited for readers seeking a deep, current overview of how planetary magnetic fields interact with the solar wind. Compiled within the context of the German Priority Program PlanetMag, this book is most valuable to advanced students, researchers, and practicing scientists who want synthesis of recent mission results and theoretical developments. The single biggest reason to buy is the books concentrated coverage of planetary magnetic processes and their relevance to atmospheric retention and habitability.

Key Features

• Comprehensive research review: Presents an extensive synthesis of recent studies on planetary magnetic fields produced under the PlanetMag program, making current literature accessible in one place.
• Focus on solar wind interactions: Examines how magnetic fields affect atmospheric erosion by the solar wind, providing context for Mars and Venus mission results.
• Interdisciplinary perspective: Combines geophysics, space physics and planetary science to link magnetic field generation with habitability implications.
• Edited collection format: Brings contributions from multiple experts, offering a range of methods and viewpoints on unresolved questions.
• Context for missions: Interprets recent space mission findings to illustrate how observations are informing models of planetary magnetospheres.

Who It's For

This book is primarily aimed at graduate students, academic researchers and professional scientists in planetary science, space physics and geophysics who need a current, scholarly overview of magnetic field processes and solar wind interactions. It is also useful for instructors seeking advanced readings for seminars on planetary magnetism and habitability.

Readers looking for a popular science introduction, a beginner textbook, or richly illustrated outreach material should look elsewhere; the volume assumes familiarity with technical concepts and is presented as a research-level compilation rather than an introductory primer.

Pros & Cons

Pros

• Consolidates recent PlanetMag research into a single reference useful for specialists.
• Emphasizes the practical importance of magnetic fields for atmospheric protection and habitability.
• Cross-disciplinary contributions help connect theoretical models with spacecraft observations.

Cons

• The edited, technical format can be dense and assumes prior knowledge, limiting accessibility for non-specialists.

Specifications

Title	Magnetic Fields in the Solar System: Planets, Moons and Solar Wind Interactions
Series	Astrophysics and Space Science Library, 448
Editors/Authors	Hermann Luhr, Johannes Wicht, Stuart A. Gilder, Matthias Holschneider
Subject focus	Planetary magnetic fields and solar wind interactions
Scope	Research review with emphasis on PlanetMag program results
Audience	Graduate students, researchers, and professionals in planetary science

Our Verdict

Magnetic Fields in the Solar System is a strong, research-focused reference for those who need an up-to-date synthesis of how planetary magnetism shapes atmospheric evolution and habitability. It offers good value for specialists who will use its literature consolidation and mission-focused discussions, but may be too technical for general readers.

Frequently Asked Questions

Does this book cover Mars and Venus mission findings?
Yes, the review emphasizes results from recent space missions to Mars and Venus to illustrate the role of magnetic fields in atmospheric erosion.

Is this suitable for undergraduate study?
The volume is written at a research level and is better suited to graduate students and researchers rather than as an undergraduate textbook.

Are contributions peer-reviewed?
As an edited scholarly volume within the Astrophysics and Space Science Library, chapters are authored by experts and present current research syntheses rather than introductory overviews.