Sushil Kumar Himanshu – författare

Advances in Remediation Techniques for Polluted Soils and Groundwater focuses on the thematic areas for assessment, mitigation, and management of polluted sites. This book covers advances in modelling approaches, including Machine Learning (ML)/ Artificial Intelligence (AI) applications; GIS and remote sensing; sensors; impacts of climate change on geogenic contaminants; and socio-economic impacts in the poor rural and urban areas,�which are lacking in a more comprehensive manner in the previous titles.�This book encompasses�updated information as well as future directions for researchers working in the field of management and remediation of polluted sites. Introduces fate and transport of multi-pollutants under varying subsurface conditions Details underlying mechanisms of biodegradation and biodetoxification of geogenic, industrial and emerging pollutants Presents recent advances and challenges in assessment, water quality modeling, uncertainty, and water supply management Provides authoritative contributions on the diverse aspects of management and remediation from leading experts around the world

Precision Technologies for Digital Agriculture investigates the growing role of computational and connected approaches in contemporary agricultural environments, bringing together recent findings in artificial intelligence, sensing infrastructures, agroecosystem modeling, and data analytics to illustrate decisive shifts toward more accurate, forward-looking, and responsive decision-making.Early chapters set out the theoretical and technical underpinnings of digital and precision agriculture, addressing automation, data stewardship, privacy, and the development of dependable AI-based tools. These foundations support a detailed overview of key technological building blocks, including remote and proximal sensing, geospatial platforms, machine vision, digital twins, and the Internet of Living Things, with emphasis on their contribution to integrated system management and optimized resource allocation.Later sections concentrate on applied methods across field operations. Topics include climate-adaptive, smart irrigation, soil and microbial diagnostics, UAV-enabled monitoring, and algorithmic frameworks to yield estimation and nutrient regulation. Across these chapters, attention is given to both implementation constraints and enabling factors, including interoperability, data security, and scalability.The volume concludes with regionally grounded case studies and economic assessments that explore adoption strategies, governance arrangements, and cost-benefit considerations across diverse crops and production settings. Together, these cutting-edge analyses provide a structured assessment of how digital technologies are being translated into transformative agricultural practice, and of the contextual conditions under which their effective use can be fully realized.Covers the complete lifecycle of agricultural technology-from system design and validation to deployment and scaling-supporting more realistic planning and evaluation of digital solutionsHighlights interdisciplinary methods that combine biological, engineering, and data-centric perspectives, empowering more robust interpretation of complex agricultural processes and datasetsFacilitates resilient food production configurations by demonstrating how precision-enabled procedures can balance sustainability with measurable gains in output and efficiency

Water Security for Ecosystems: Metrics and Pathways for a Sustainable Future explores the mechanisms to support sustainable management of aquatic resources during rising global water demand, global change, and population growth. By identifying resource consumption indicators such as fishing load capacity and virtual water trade, it sets a clear framework for assessing the ecological footprint of extractive industries. It then proposes pathways to establish largescale water security via integrated aquatic resource management, water-efficient technologies, and sustainable policy intervention. Throughout, the book acknowledges the increased strain placed on global aquatic ecosystems due to unsustainable water use, extractive fisheries, agricultural practices, and more. Written by a renowned team of water resource managers, early chapters in this book define ecological footprints and explore the global policies, industries, and climate forces driving water insecurity. Central chapters explore novel and innovative water conservation techniques, advances in water resource management, and emerging technologies for sustainable water use. Final chapters explore global water policies and the role of international cooperation and propose a roadmap for minimizing aquatic ecological footprints.Supports UN SDGs through policy integration, including the UNFCCC Paris Agreement to strengthen water security and minimize ecological footprintsDefines water security concepts and provides indicators for sustainable water resource extraction and useEvaluates water surface sustainability with a new approach based on fishing load capacityPromotes sustainability via efficient water management, pollution control, and responsible consumption

This book includes concepts, methodologies, and techniques used in soil nutrients and irrigation water management with regional and global prospects. This book accommodates up-to-date approaches to agricultural technologies along with future directions and compiles a wide range of articles ranging from soil moisture flow, nutrient dynamics, crop water estimation techniques, approaches to improve crop water productivity and soil health, crop simulation modeling, and remote sensing/GIS applications. The book also includes chapters on climate-resilient agriculture, advances in big data and machine-learning techniques, IoT, plasma technology, seed priming, and precision farming techniques and their environmental/economic impacts.Features:• Discusses applications sustainable technologies for soil nutrients and irrigation water management at multi-scale. • Covers application of remote sensing/GIS, big data and machine learning, IoT, plasma technology, seed priming, and precision farming techniques for nutrients and water management.• Reviews concepts, methodologies, and techniques being used in soil nutrients and irrigation water management. • Provides up-to-date information as well as future directions in the field of nutrients and agricultural water management.This book is aimed at researchers and graduate students in agriculture, water resources, environment, and irrigation engineering.

This book includes concepts, methodologies, and techniques used in soil nutrients and irrigation water management with regional and global prospects. This book accommodates up-to-date approaches to agricultural technologies along with future directions and compiles a wide range of articles ranging from soil moisture flow, nutrient dynamics, crop water estimation techniques, approaches to improve crop water productivity and soil health, crop simulation modeling, and remote sensing/GIS applications. The book also includes chapters on climate-resilient agriculture, advances in big data and machine-learning techniques, IoT, plasma technology, seed priming, and precision farming techniques and their environmental/economic impacts.Features:• Discusses applications sustainable technologies for soil nutrients and irrigation water management at multi-scale. • Covers application of remote sensing/GIS, big data and machine learning, IoT, plasma technology, seed priming, and precision farming techniques for nutrients and water management.• Reviews concepts, methodologies, and techniques being used in soil nutrients and irrigation water management. • Provides up-to-date information as well as future directions in the field of nutrients and agricultural water management.This book is aimed at researchers and graduate students in agriculture, water resources, environment, and irrigation engineering.