Silicon in Sustainable Crop Production

Under intensifying demands on food systems, silicon has gained rapid visibility across research and practice, creating a recognized need for an authoritative, integrative reference resource that brings order to a fast-moving literature. Silicon in Sustainable Crop Production offers that scholarly anchor, drawing together diverse strands of technical investigation and field-level experience to provide readers with a comprehensive, structured understanding of how this element can be incorporated thoughtfully within modern cultivation systems.

The book proceeds from core principles through plant responses, implementation pathways, production settings, emerging tools, and cross-cutting sustainability themes, highlighting connections that reveal both the scientific underpinnings and the strategic opportunities associated with silicon use. It connects chemical behavior, soil interactions, uptake and transport mechanisms, physiological functions, and system performance with perspectives on design, management, and planning. Contemporary developments-including nano-enabled materials, data-supported advisory systems, and approaches optimized for high, resource efficient yields-are discussed in ways that strengthen nutrient-management strategies, inform agri-input product innovation, and align with the increasing role of precision-farming technologies. In parallel, environmental dimensions are examined with nuance, spanning water use, quality attributes, and ecological dynamics.

With its emphasis on clarity, traceability, and real-world relevance, Silicon in Sustainable Crop Production provides the intellectual scaffolding and operational precision needed to move confidently from promising evidence to well-founded application. Designed for researchers and practitioners alike, it balances analytical depth with practical orientation to shape context-responsive agronomic choices that are credible, scalable, and timely.

• Builds a systematically layered narrative to deliver conceptual cohesion, efficient knowledge acquisition, and actionable pathway-to-practice clarity
• Elucidates silicon’s physiological functions and agronomic benefits, including contributions to crop stress tolerance, nutrient performance, and overall productivity
• Provides guidance on application methods, silicon sources, crop-specific responses, and illustrative case studies drawn from both experimental research and field-proven practice
• Supplies insight that enhances future-readiness while maintaining methodological rigor