Naseer Hussain – författare

Emerging Stressors to Soil Health: Climate Change and Beyond reviews the complex and evolving threats to soil health, including climate change, microplastics, pharmaceuticals, and antimicrobial resistance. This vital resource offers a comprehensive examination of how these stressors interact with traditional soil degradation issues, reshaping soil structure, microbial communities, and biogeochemical cycles. Through interdisciplinary analyses and case studies, the book presents innovative solutions for sustainable soil management and resilience in a changing environment. Readers will find evidence-based insights and practical methodologies that not only enhance their knowledge but also inform their research and professional practice.Targeting researchers, academics, and graduate students in soil science, environmental science, and related fields, this book serves as an essential guide for understanding and addressing current challenges in soil health.Explores emerging soil stressors, including microplastics, pharmaceuticals, and antimicrobial resistance, providing a deeper understanding of modern pollutants and their interactions with soil processesIntegrates insights from multiple disciplines, including environmental chemistry and climate scienceOffers a holistic perspective on soil health in the context of climateHighlights innovative strategies for soil resilience, featuring advanced monitoring technologies, bioremediation techniques, and climate-adaptive land management to equip readers with practical methodologiesServes as a vital resource for developing sustainable soil management practices in a rapidly changing environment, fostering new research directions and collaborative approaches

In-Situ Sewage Treatment: Special Reference to In-Drain Systems covers topics that range from conventional sewage treatment technologies, nature based sewage treatment, single and multi-stage systems, run of the rivulet systems, and in-drain systems. The book is designed to inform as well as enthuse and inspire readers towards in-situ sewage treatment initiatives. The book’s author list includes Dr. Abbasi who has been working in the area of nature-based sewage treatment systems for 45 years and has invented the since-patented SHFROL� and the INSTANT� technologies for in-situ sewage treatment.Sewage represents the world’s most voluminous and ubiquitous of all wastewaters that impacts much larger areas of the world than any other wastewater. In absence of affordable technology and high cost entailed in sewage treatment, over 70% of all sewage discharged goes untreated in developing countries. In recent years, exploration of In-situ systems for treating sewage - when sewage is passing through drains or after it has been discharged untreated into rivulets or lakes/ponds - has been intensified so as to lower the cost of sewage treatment and make it affordable.Provides a comprehensive reference book on In-Situ Sewage treatment with significant global relevanceOffers practical guidance on designing and operating innovative, In-situ sewage treatment systemsExplores both theoretical concepts and real-world implementation for students, researchers, scientists, and engineersAuthored by scientists who have invented a unique solution with a registered Patent claim for the sewage problem addressed in the book

This book presents a comprehensive exploration of advanced scientific techniques for reducing agricultural nutrient pollution in the context of climate change. It delves into the sources, pathways, and extent of nutrient release into the environment, offering stakeholders valuable insights into how scientific advancements can help reduce environmental footprints. The authors critically examine key knowledge gaps, policy interventions, and challenges related to nutrient management from agrochemicals, synthetic fertilizers, and organic manures. As the demand for safe, sustainable, and environmentally friendly agricultural practices grows in the face of climate change, this book synthesizes scientific research, reports, and policies. It provides reliable information for scientists, students, policymakers, and organizations to promote effective nutrient utilization in agriculture while minimizing environmental impacts.