Multifractal Behavior of Agriculture and Food Systems-II

Part II of Multifractal Behavior of Agriculture and Food Systems explores the complex interactions between agriculture, ecology, economics, technology, and sustainability through the lens of multifractal theory and complexity science. The chapters examine food supply chains, agricultural markets, food security, remote sensing, livestock systems, and agroecology as interconnected adaptive systems exhibiting nonlinear dynamics, spatial heterogeneity, and multiscale variability.The book discusses how food networks, commodity markets, and ecological systems display long-memory effects, volatility clustering, scaling behavior, and resilience patterns that cannot be fully understood using traditional linear models. It highlights the importance of multifractal analysis in studying soil variability, crop stress, grazing dynamics, disease transmission, climate uncertainty, water distribution, and agricultural sustainability. Part II also emphasizes the role of modern technologies such as satellite imaging, GIS, drones, IoT systems, artificial intelligence, and precision agriculture in improving agricultural monitoring and resource management.

Pagina's: 92, Paperback, LAP LAMBERT Academic Publishing