Agrometeorology, Solar Radiation, Evapotranspiration, Atmospheric Pressure, Micrometeorology, Biometeorology, Remote Sensing, GIS (Geographic Information System), Weather Forecasting,
Climate Change Adaptation, Crop Weather Modeling, Agroecological Classification, Humidity and Evaporation, Elementary Crop Growth Models, Calibration and Validation (of models), Climate Normals, Indigenous Technical Knowledge (ITK), Dryland Agriculture, Agrometeorological Advisory Services, Agrometeorological Observatory
MCQs on Agricultural Meteorology is a specialized academic resource crafted to support students, researchers, and aspirants preparing for competitive examinations in the field of agrometeorology. Bridging the disciplines of meteorological science and agricultural practices, this subject is increasingly critical in the face of climate variability, resource management challenges, and the global push for sustainable agriculture.
This compilation offers a well-curated collection of Multiple Choice Questions (MCQs) across the core themes of:
Weather elements and instrumentation
Crop-weather relationships
Agroclimatic classification and zoning
Weather forecasting techniques
Agrometeorological advisory services
Climate-resilient agricultural practices
Simulation modeling in crop-weather systems
Remote sensing and GIS applications in agrometeorology
Each section is aligned with the curricula of national agricultural universities and major competitive exams such as those conducted by ICAR, ASRB, and other agricultural/allied service bodies. The MCQs are designed to test comprehension, strengthen conceptual clarity, and promote self-assessment, enabling readers to identify and address knowledge gaps effectively.
Combining theoretical knowledge with practical insight, this book serves as:
A revision tool for quick review
A classroom companion for structured learning
A ready reference for interdisciplinary applications in agrometeorology
By integrating scientific rigor with application-oriented framing, MCQs on Agricultural Meteorology empowers readers to make informed decisions in crop planning, climate risk mitigation, and sustainable food production. It contributes meaningfully to capacity-building in agricultural meteorology and supports the broader vision of climate-smart agriculture.
Agricultural Meteorology has emerged as a critical discipline in addressing the multifaceted challenges of climate variability, sustainable food production, and environmental stewardship. The growing complexity of agricultural systems in the context of global climate change has underscored the need for a deeper understanding of the interplay between weather, climate, and crop productivity. To support this objective, educational resources that are both accessible and application-oriented have become imperative. This compilation, “MCQ's on Agricultural Meteorology” presents a structured collection of Multiple Choice Questions (MCQ's) designed to reinforce fundamental concepts, support examination preparation, and promote active learning among students, researchers, and extension professionals. The questions span a wide spectrum of agrometeorological themes including meteorological instruments, weather forecasting, crop-weather relationships, climate-smart agriculture, simulation modeling, and the use of remote sensing and GIS technologies. The compilation work has been dedicated to Professor BV Ramana Rao, founder Project Coordinator, AICRP on Agrometeorology, ICAR-CRIDA, Hyderabad, India for his pioneering contributions to agrometeorology and for being a beacon of knowledge and humility. His scholarly legacy and dedication to teaching continue to influence generations of students and researchers. I am greatly indebted to Dr V Uma Maheswara Rao, former Professor and Head, Dept of Agril Meteorology, CCS HAU Hisar, India and Project Coordinator, AICRP on Agrometeorology, ICAR-CRIDA, Hyderabad, India for having soared his valuable time to provide a truly inspiring foreword. The MCQs have been carefully curated to align with syllabi prescribed by national agricultural universities and competitive examinations such as those conducted by ICAR, ASRB, and state agricultural services. In addition to serving as a self-assessment tool, the compilation aims to strengthen conceptual clarity, encourage interdisciplinary thinking, and instill a systemsbased understanding of agriculture under changing climatic regimes. This volume is the outcome of sustained academic engagement and a commitment to enhancing learning outcomes in agrometeorology. It is my
A. Introductory Agricultural Meteorology
1 Agrometeorology - Aim, Components and Scope
2 The Atmosphere and Solar Radiation
3 Air Temperature
4 Atmospheric Pressure
5 Wind
6 Humidity and Evaporation
7 Spatial Technologies for Agromet Applications
8 Condensation and Precipitation
9 General Concepts of Crop Climate
10 Climate Change
11 Agroecological Classification
12 Monsoon & Its Mechanism
13 Climatic Normals for Crops and Livestock
14 Ancient Wisdom of Weather Forecasting
15 Weather Forecasting
16 Climate Change and Agriculture
17 Weather and Agriculture Relationship
18 Impact of Climate Change and Adaptation Strategies in Horticulture
19 Impact of Climate Change on Sericulture
20 Agricultural Meteorology: An Essential Associate for Food and Nutrition Security
21 Indigenous Technical Knowledge for Weather Forecasts and Its Validity
22 Crop Weather Calendars
23 Agroadvisory Based on Weather Forecast
24 Dissemination of Agrometeorological Advisories
25 Evaluation of Crop Responses to Weather
26 Elementary Crop Growth Models
27 Calibration, Validation, Verification, and Sensitivity of Elementary Crop Models
28 Agrometeorological Observatory
B. Meteorological Applications in Allied Disciplines/Sciences
1 Agricultural Biotechnology
2 Agri-Business Management
3 Agricultural Economics
4 Agricultural Engineering
5 Agronomy
6 Animal Sciences
7 Apiculture
8 Basic Sciences
9 Community Sciences
10 Crop Physiology
11 Data Science
12 Dairy Sciences
13 Desert Agriculture
14 Desert Locust Management
15 Dryland/Rainfed Agriculture
16 Environmental Science
17 Entomology
18 Extension Education
19 Hill Agriculture
20 Horticultural Science
21 Farm Forestry
22 Food Science
23 Marine Sciences
24 Mushroom Farming
25 Natural Farming
26 Nematology
27 Organic Farming
28 Plant Breeding
29 Plant Pathology
30 Plantation Crops
31 Poultry Science
32 Protected Cultivation
33 Seed Science
34 Soil Science
35 Social Sciences
36 Spices Cultivation
37 Science of Agricultural Stresses – Agrometeorology
38 Vegetable Science
39 Veterinary Sciences
40 Watershed/Drought Management
C. Agricultural Meteorology: ICAR-ASRB Syllabus
1 General Meteorology
2 General Climatology
3 Agricultural Climatology
4 Micrometeorology
5 Biometeorology
6 Evapotranspiration
7 Crop Weather Modeling
8 Weather Forecasting for Agriculture
9 Remote Sensing for Agricultural Meteorology
10 GIS for Agricultural Meteorology
