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This book talks about the dynamics of the surface water-groundwater
contaminant interactions under different environmental conditions
across the world. The contents of the book highlight trends of
monitoring, prediction, awareness, learning, policy, and mitigation
success. The book provides a description of the background
processes and factors controlling resilience, risk, and response of
water systems, contributing to the development of more efficient,
sustainable technologies and management options. It integrates
methodologies and techniques such as data science and engineering,
remote sensing, modelling, analytics, synthesis and indices,
disruptive innovations and their utilization in water management,
policy making, and mitigation strategies. The book is intended to
be a comprehensive reference for students, professionals, and
researchers working on various aspects of science and technology
development. It will also prove a useful resource for policy makers
and implementation specialists.
Remote Sensing in Precision Agriculture: Transforming Scientific
Advancement into Innovation compiles the latest applications of
remote sensing in agriculture using spaceborne, airborne and
drones’ geospatial data. The book presents case studies, new
algorithms and the latest methods surrounding crop sown area
estimation, determining crop health status, assessment of
vegetation dynamics, crop diseases identification, crop yield
estimation, soil properties, drone image analysis for crop damage
assessment, and other issues in precision agriculture. This book is
ideal for those seeking to explore and implement remote sensing in
an effective and efficient manner with its compendium of
scientifically and technologically sound information.
This book talks about the dynamics of the surface water-groundwater
contaminant interactions under different environmental conditions
across the world. The contents of the book highlight trends of
monitoring, prediction, awareness, learning, policy, and mitigation
success. The book provides a description of the background
processes and factors controlling resilience, risk, and response of
water systems, contributing to the development of more efficient,
sustainable technologies and management options. It integrates
methodologies and techniques such as data science and engineering,
remote sensing, modelling, analytics, synthesis and indices,
disruptive innovations and their utilization in water management,
policy making, and mitigation strategies. The book is intended to
be a comprehensive reference for students, professionals, and
researchers working on various aspects of science and technology
development. It will also prove a useful resource for policy makers
and implementation specialists.
Environmental Resilience and Transformation in Times of COVID-19:
Climate Change Effects on Environmental Functionality is a timely
reference to better understand environmental changes amid the
COVID-19 pandemic and the associated lockdowns. The book is
organized into five themes: (1) environmental modifications,
degradation, and human health risks; (2) water resources-planning,
management, and governance; (3) air quality-monitoring, fate,
transport, and drivers of socioenvironmental change; (4) marine and
lacustrine environment; and (5) sustainable development goals and
environmental justice. These themes provide an insight into the
impact of COVID-19 on the environment and vice versa, which will
help improve environmental management and planning, as well as
influence future policies. Featuring many case studies from around
the globe, this book offers a crucial examination of the
intersectionality between climate, sustainability, the environment,
and public health for researchers, practitioners, and policymakers
in environmental science.
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