The Drift of Sea Ice

The Drift of Sea Ice

The Second Edition of The Drift of Sea Ice presents the fundamental laws governing sea ice drift, arising from the material properties of sea ice and the basic laws of mechanics. The analysis centers on understanding the resulting system of equations that underpin the core characteristics of sea ice drift. It encompasses topics such as the free drift model, analytical models for ice drift considering internal friction, and provides a comprehensive explanation of constructing numerical ice drift models.

This highly acclaimed work’s second edition, which stands unrivaled in its coverage within the English language, has undergone careful revision, updating, and expansion. It incorporates a wealth of fresh information and highlights recent findings, particularly in the context of climate-related concerns, advancements in mathematical modeling, and applications in ice engineering.

The present book effectively communicates the theory, observations, mathematical modeling techniques, and practical applications of sea ice drift science. Introducing the theory at a graduate student level from the outset, the book serves as a valuable source book and self-study resource for students and researchers transitioning from various fields like physical oceanography, meteorology, physics, engineering, environmental sciences, or geography. Initially, it focuses on presenting material related to drift ice, culminating in exploring the concept of the ‘ice state,’ which encapsulates the crucial properties in their dynamics.

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The book extensively covers observations of ice kinematics, along with corresponding mathematical analysis methods. Subsequently, the discussion delves into drift ice rheology, completing the triangle of material, kinematics, and stress. The book meticulously derives the momentum equation of sea ice and thoroughly examines its general properties. The following chapters center on analytical models: free drift and drift in the presence of internal friction. These models stand as vital tools in comprehending the dynamic behavior of it. The final topical chapter concerns numerical models, which serve as modern tools to tackle ice dynamics problems both in the short term and the long term. The concluding chapter succinctly summarizes applications in sea ice dynamics, underscores the significance of its dynamic knowledge, and offers closing reflections on the future trajectory of this scientific branch.