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Soil and water erosion represents one of the most critical environmental challenges facing
modern agriculture and land management practices worldwide. This phenomenon,
characterized by the detachment, transport, and deposition of soil particles through various
agents including water and wind, has profound implications for agricultural productivity,
environmental sustainability, and socio-economic development. The complexity of erosion
processes necessitates a comprehensive understanding of underlying mechanisms,
quantification methodologies, and predictive modeling approaches. This chapter establishes
the foundational knowledge required for soil and water conservation engineering by examining
the fundamental concepts, historical perspectives, and contemporary approaches to erosion
assessment and management. Through detailed exploration of erosion models, remote sensing
applications, and institutional frameworks, readers will gain essential insights into the
interdisciplinary nature of erosion science and its practical applications in conservation
engineering.
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