BV Ramana Rao – författare

Introductory Agricultural Meteorology is a foundational textbook that introduces students to the core principles of atmospheric and agricultural sciences, with a strong emphasis on practical applications in farming and agri-environmental management. Beginning with basic concepts such as the structure of the atmosphere, solar radiation, temperature, humidity, wind, and precipitation, the book gradually transitions into specialized areas including weather forecasting, climatic classification, microclimate management, and agrometeorological advisory services.The book explores the critical relationships between weather parameters and plant physiology, highlighting how changes in climate affect phenology, pest and disease incidence, irrigation scheduling, and crop yield forecasting. It introduces emerging themes like climate-smart agriculture, decision support systems, and the role of agrometeorology in precision farming and disaster risk reduction.Clear explanations, illustrations, case studies, and chapter-end questions make it an ideal learning tool for undergraduate students, extension workers, and aspiring agricultural professionals.This book not only serves as an academic text but also as a practical guide that empowers readers with meteorological insights essential for making informed, weather-resilient agricultural decisions.

The book Agroclimatology of Vegetable Crops: Classification and Cultivation is a specialized academic resource that focuses on the interplay between climate and vegetable crop production. This book delves into the principles of agroclimatology with a specific focus on vegetable cultivation, addressing both scientific foundations and practical applications. It emphasizes the role of climate elementssuch as temperature, rainfall, humidity, sunshine, and windin determining the growth, development, yield, and quality of various vegetable crops. Each chapter integrates agroclimatic insights with crop physiology, offering detailed analyses of weather-sensitive stages in vegetables like tomato, potato, onion, cabbage, and leafy greens.The book also examines how climate variability and extreme weather events, exacerbated by climate change, impact vegetable farming systems. In response, it proposes adaptive strategies including altered sowing dates, microclimate management, use of climate-resilient varieties, and adoption of protected cultivation practices like greenhouses and net houses. The text highlights the importance of agrometeorological services such as weather forecasting, early warning systems, and advisories tailored to vegetable farmers. Various tools/techniques are also discussed for precision planning and resource optimization. Through case studies and regional analyses, the book offers practical insights for diverse agroecological zones, supporting both smallholders and commercial growers. It serves as a vital resource for researchers, extension specialists, policymakers, and students by linking agroclimatic science with strategic planning and sustainable olericultural development.

Conceptual Meteorology is a journey into the dynamic field of Agricultural Meteorology, presenting the foundational concepts and principles that form the bedrock of our understanding of atmospheric processes. The book aims to bridge the gap between complex scientific theories and practical understanding, making the subject accessible to students, enthusiasts, and professionals alike, particularly in relation to agriculture, providing a foundational textbook in the field of agricultural meteorology.

Agrometeorology, Solar Radiation, Atmospheric Pressure, Wind Patterns, Humidity, Thermal Regime, Crop Phenology, Precipitation, Cloud Classification, Monsoon Mechanism, Weather Forecasting, Climate Change, Natural Farming, Microclimate Modification, Weather Hazards, Evapotranspiration, Climate Normals, Condensation Processes, Agrometeorological Advisory Services, Drought and Flood Management Agrometeorology, Solar Radiation, Atmospheric Pressure, Wind Patterns, Humidity, Thermal Regime, Crop Phenology, Precipitation, Cloud Classification, Monsoon Mechanism, Weather Forecasting, Climate Change, Natural Farming, Microclimate Modification, Weather Hazards, Evapotranspiration, Climate Normals, Condensation Processes, Agrometeorological Advisory Services, Drought and Flood Management Agrometeorology, Solar Radiation, Atmospheric Pressure, Wind Patterns, Humidity, Thermal Regime, Crop Phenology, Precipitation, Cloud Classification, Monsoon Mechanism, Weather Forecasting, Climate Change, Natural Farming, Microclimate Modification, Weather Hazards, Evapotranspiration, Climate Normals, Condensation Processes, Agrometeorological Advisory Services, Drought and Flood Management.

Agrometeorology and Environmental Footprint of Rice Cultivation presents a holistic and timely analysis of rice production at the intersection of climate science, environmental sustainability, and modern agriculture. Recognizing rice as both a climate-sensitive crop and a contributor to greenhouse gas emissions, the book critically examines the complex interactions between paddy ecosystems, atmospheric processes, and natural resources.The volume explores the agrometeorological principles governing rice growth and productivity, while offering an in-depth assessment of environmental impacts such as methane and nitrous oxide emissions, nutrient runoff, pesticide leaching, and their effects on soil and water quality. It further highlights the ecological dimensions of rice landscapes, including biodiversity conservation and water regulation functions.Moving beyond problem identification, the book emphasizes practical and forward-looking solutions. It discusses climate-smart agronomic practices, precision agriculture tools, digital technologies, and advances in breeding climate-resilient rice varieties. Socio-economic challenges, policy support, and extension mechanisms influencing the adoption of sustainable practices are also critically addressed.Designed for researchers, students, policymakers, and development professionals, this book serves as an essential reference for advancing environmentally responsible and climate-resilient rice cultivation systems.

This book, Remote Sensing Applications in Agriculture and Agrometeorology, provides a comprehensive overview of the principles, techniques, and applications of remote sensing and geospatial technologies in modern agricultural and agrometeorological practices. With the growing demand for precision farming and climate-resilient agriculture, the book offers a timely and practical resource for students, researchers, professionals, and policymakers.Beginning with the fundamentals of remote sensing, the book guides readers through essential concepts such as data acquisition, pre-processing, and the retrieval of key biophysical parameters. It elaborates on the working of data acquisition systems, image processing workflows, and modern tools for information extraction, enabling readers to handle and interpret satellite data effectively. The volume covers specialized topics including microwave remote sensing, and the integration of GIS and GPS for spatial analysis. Chapters on crop discrimination, and monitoring of abiotic and biotic stresses, demonstrate the power of remote sensing in crop health surveillance and precision agriculture.Crucial land-based applications are detailed in chapters on soil resource inventory, land use mapping, and the use of remote sensing in watershed planning and management highlighting its role in sustainable natural resource management. The book also addresses crop yield modeling, production forecasting, and the use of satellite data in weather prediction, enhancing the relevance of remote sensing in real-time decision-making. A major highlight of the book is its emphasis on remote sensing-driven agrometeorological advisories, showing how space-based technologies support farmers with timely, location-specific, and actionable information. Through an applied and interdisciplinary approach, this book equips readers with the knowledge and tools to harness remote sensing for sustainable agricultural development, resource optimization, and improved climate risk management.

Climatic Analytics: Science, Strategy and Sectorial Impacts presents a forward-looking framework to transform climate risk into actionable intelligence. Leveraging advances in Seasonal Weather Forecasts (SWFs), AI, and data analytics, the book bridges the gap between climate science and real-world decision-making across agriculture, finance, FMCG, and governance.It explains forecasting principles, translates predictions into sector-specific impacts, and demonstrates applications in risk management, resource planning, and policy design. Covering ENSO influences, decision support systems, and Forecast-Based Financing, it serves as both a practical toolkit and strategic guide for building resilient, climate-informed systems in an increasingly uncertain world.

Analytics in Meteorology: Data Transformation for Weather Intelligence bridges the gap between atmospheric science and modern data analytics. In an era of rapid climate change and data abundance, the book shows how to transform vast meteorological datasetsfrom satellites, ground stations, drones, and citizen scienceinto actionable insights. Covering atmospheric physics, data acquisition, quality control, statistical analysis, machine learning, visualization, and numerical weather prediction, it offers a unified framework for understanding and forecasting weather and climate. Designed for meteorologists, data scientists, researchers, students, and policymakers, this book equips readers to improve forecast accuracy, strengthen climate assessments, and support informed decision-making. Combining theory, tools, and real-world applications, it provides the essential foundation for harnessing Weather Intelligence to meet today environmental challenges.

This book offers a comprehensive insight into the integration of system simulation tools and agrometeorological advisory services, aimed at enhancing climate-resilient agricultural decision-making. Designed for students, researchers, extension professionals, and policy planners, it highlights the role of dynamic simulation models in forecasting crop growth, evaluating management practices, and delivering timely and location-specific weather-based advisories to farmers. As agriculture increasingly faces challenges from climate variability and extreme weather events, agromet advisories serve as critical instruments for reducing risk and improving farm-level preparedness. The book presents a structured understanding of simulation approaches for modeling soil-plant-atmosphere interactions and links them with operational agromet advisory services in India and other regions. It explores the role of decision support systems (DSS), climate-smart strategies, and digital innovations in the delivery of these advisories.Drawing on interdisciplinary knowledge from agrometeorology, crop modeling, ICT, ITK, and extension science, the book also documents field-level experiences, success stories, and case studies that demonstrate how simulation-aided advisories have transformed traditional farming systems. Emphasis is laid on tools such as DSSAT, APSIM, and other region-specific models and their application in both research and operational contexts. Importantly, the book underscores the significance of integrating local knowledge, feedback loops, and stakeholder participation in the development and dissemination of advisories. It reflects the growing need to transform agromet services from being data providers to knowledge enablers for smallholder farmers.Overall, this publication is a timely contribution to the knowledge base on system simulation and climate services for agriculture. It aligns with global goals of food security, climate adaptation, and sustainable farming, and serves as a valuable resource for professionals working at the interface of weather, technology, and agriculture.

Agrometeorology Reimagined: A Vision for the Next Generation is a forward looking and insightful exploration of the evolving discipline of agrometeorology in the context of 21st century challenges and opportunities.The book seeks to redefine the scope, purpose, and practice of agrometeorology, emphasizing its critical role in addressing food security, climate variability, sustainable agriculture, and resilient farming systems. Blending scientific rigor with visionary thinking, the book outlines a transformative agenda that integrates advanced technologies such as AI, remote sensing, big data analytics, and citizen science into agrometeorological research and practice. It argues that the future of agrometeorology lies not just in weather forecasting but in creating farmer-centric, data-driven, and responsive support systems that empower agricultural communities to make informed decisions.The authors renowned experts in the field of agrometeorology emphasize the need for interdisciplinary collaboration and the co-production of knowledge between scientists, policymakers, and farmers. They advocate for a paradigm shift from conventional approaches to more dynamic, inclusive, and adaptive models of agrometeorological services.This book is intended for students, researchers, development practitioners, and policymakers who are engaged in agriculture, climate science, and rural development. It serves as both a roadmap and a call to action for reinventing agrometeorology to meet the complex demands of a changing world. Agrometeorology Reimagined is not just a reflection on what the discipline has been, but a compelling vision of what it must become.

Meteorology and Geography offers a comprehensive exploration of the vital links between atmospheric phenomena, geographical features, and aquatic ecosystems, with a special focus on their influence on fisheries science. Recognizing the long-standing gap in fisheries curricula, this book integrates meteorological and geographical principles into a unified framework, highlighting how weather patterns, ocean currents, and coastal landscapes shape fish distribution, migration, productivity, and resilience.Developed in alignment with the ICAR Sixth Deans Committee Report, the text presents complex scientific concepts in an accessible manner, enriched with clear explanations, diagrams, examples, and practical applications. The logical progression of topics ensures readers build a strong foundation before advancing to more intricate interactions between climate, terrain, and aquatic life.This resource is designed for both students and faculty. For students, it serves as a definitive guide to understanding environmental influences on fisheries, providing the analytical tools needed for sustainable resource management. For faculty, it functions as a ready-to-use, well-structured teaching aid to support engaging and effective classroom delivery.By bridging disciplines, Meteorology and Geography empowers future fisheries professionals to approach environmental challenges holistically, promoting sustainable practices and fostering a deeper appreciation for the interconnected systems that sustain aquatic life.

The book Agroclimatology of Fruit Crops: Focus on Climate Resilient Strategies' offers a comprehensive exploration of the intricate relationship between climate and fruit crop production, with a special emphasis on resilience in the face of climate change. Fruit crops, being perennial and often sensitive to climatic fluctuations, are particularly vulnerable to extreme weather events, shifting rainfall patterns, and temperature anomalies. This book addresses these challenges by presenting scientific insights and practical approaches to understanding and managing agroclimatic risks in fruit production systems. Drawing upon real-time data, long-term climate trends, and field observations, it provides detailed assessments of climate suitability and vulnerability for key fruit species like mango, apple, banana, citrus, grapes, litchi, guava, and others. Special focus is given to the effects of climate variability and change, particularly extreme weather events, unseasonal frosts, and heatwaves, which are increasingly impacting fruit productivity and quality.A major strength of the book lies in its focus on climate-resilient strategies, such as selection of climate-resilient varieties, microclimate management, integrated orchard design, and weather-informed decision-making, to ensure sustainable fruit productivity. The book also discusses policy dimensions, including the role of agrometeorological advisories, insurance schemes, and institutional support in strengthening resilience at the farm level. With climate change posing unprecedented challenges to horticulture, this book fills a critical knowledge gap by bridging agroclimatological theory with field-level applications. It is an essential resource for shaping adaptive and forward-looking fruit production systems suited to the 21st century.

This book, Phytoclimatology and Pest Management, delves into the dynamic interplay between climatic conditions and plant health, with a focused perspective on pest behavior, infestation cycles, and adaptive management strategies. As agriculture increasingly faces the challenges posed by climate variability and extreme weather events, understanding the influence of climate on plant-pest interactions becomes crucial for sustainable crop protection and food security.The discipline of phytoclimatology the study of the relationships between climatic factors and plant growth is central to this book. It explores how temperature, humidity, rainfall, radiation, and wind patterns affect not only crop phenology but also the life cycles and migration patterns of pests and pathogens. Key topics include climate-based pest forecasting models, pest risk analysis, early warning systems, and integrated pest management (IPM) techniques adapted to local and regional climatic trends. Case studies from different agro-climatic zones illustrate how historical weather patterns, seasonal climate forecasts, and real-time meteorological data can be used to predict outbreaks and optimize control measures.The book also examines the role of remote sensing, GIS technologies, and data analytics in monitoring pest dynamics, providing a robust decision-support framework for farmers, researchers, and extension professionals. It emphasizes the need for climate-resilient crop protection strategies that are proactive rather than reactive, and encourages collaboration between meteorologists, agronomists, ecologists, and policy makers. Designed for graduate students, agricultural scientists, and practitioners, Phytoclimatology and Pest Management is both a reference guide and a practical tool. It bridges the gap between climate science and pest control practices, promoting a systems-based understanding that is vital for modern, climate-smart agriculture. With its emphasis on adaptive management and predictive tools, the book contributes significantly to sustainable agricultural development and resilience in pest management under a changing climate.