The book explores the inherent and acquired characteristics of soils, emphasizing that they are neutral entities. It delves into how certain traits may hinder their suitability for specific uses, categorizing these unsuitable characteristics as soil problems, constraints, or limitations. Through this lens, it provides insights into understanding and managing soil effectively for various applications.
Focusing on the comprehensive study of soil, this book explores its development and classification, alongside its physical, chemical, and biological properties. It addresses key aspects of water and nutrient management, problem soils, and the specific characteristics of wetland and forest soils. Additionally, it delves into soil degradation issues, providing practical examples, figures, and tables to enhance understanding of these critical topics in soil science.
Focusing on the specialized science of forest soil characterization, this book reviews the physical, chemical, and biological properties of forest soils and their impact on vegetation. It covers essential topics such as nutrient science and the effects of climate change, providing insights into how these factors influence forest ecosystems.
Focusing on the critical importance of soil, this text emphasizes the need for its protection and restoration. It provides a thorough exploration of soil conservation, detailing its long-term advantages for agriculture and its vital function within terrestrial ecosystems. Readers will gain valuable insights into sustainable practices that can help preserve this essential resource.
"Soils: Principles, Properties and Management" demystifies soil science for undergraduate and graduate students. It covers soil origins, properties, and management, emphasizing ecological functions and interactions with the environment. The text includes examples, figures, and tables, addressing issues like soil degradation and food security.