MCQ’s on Agricultural Meteorology 1st Edition – PDF/EPUB Version Downloadable

$49.99

Author(s): Surender Singh
Publisher: NIPA
ISBN: 9789372196450
Edition: 1st Edition

Important: No Access Code

Delivery: This can be downloaded Immediately after purchasing.

Version: Only PDF Version.

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Description

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.