Rice Production Guidelines: Best Farm Management Practices and the Role of Isotopic Techniques

INTERNATIONAL ATOMIC ENERGY AGENCY

IAEA-TECDOC-1847

English IAEA-TECDOC-1847 | 978-92-0-103418-2

140 pages | 51 figures | € 18.00 | Date published: 2018

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Description

This publication is intended to enhance rice production and provides information on best management practices. The role of isotopic techniques to quantify nitrogen use efficiency is addressed and information presented to support a better understanding of the pathways of greenhouse gases emission. The publication informs the reader on improved rice varieties and sustainable cultivation practices from a wide range of Asian countries. This will enable national research and development staff to select and test these varieties and practices in farmers’ fields to promote improved rice varieties and crop management practices in their respective countries. By using these improved crop management methods, farmers can improve the productivity and profitability of rice crops through the adoption of locally adapted ‘best’ rice varieties, thereby protecting the local environment.

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Keywords

Food and Agriculture, Rice Farming, Radioactive Tracers, Plant Nutrition, Crops, Climate Change, Rice, Disease, Pest Resistance, Rice Production, Best Farm Management Practices, Isotopic Techniques, Nitrogen, Greenhouse Gases, Emission, Rice Varieties, Asia, Cultivation Practices, Crop Management Methods, Productivity, Environment, Sustainability, Climate Mitigation, Rice Ecosystems, Weather Events, Sampling, Climate Smart Rice Production, Constraints, Uplands, Water Management, Soil Fertility, Weeds, Insects, Pests, Diseases, Fertiliser, Dry Direct Seeding, Rice Farming, Constrains, Post-Harvest Management, Rainfed Lowland, Saguna Rice Technique, SRT