Plant Pest Risk Analysis

This text provides instruction on the concepts and application of risk analysis in the field of regulatory plant protection, covering topics such as the background on why and how risk analysis is conducted and specific methods for implementing risk analysis. This book also provides useful exercises and case studies to aid students of plant pathology and crop protection in their absorption of the subject. Equally useful for practitioners, this book is written by experts with a wealth of national and international experience. Students of plant pathology and crop protection as well as practitione.

Pest risk assessment methodology; The role of IICA's agricultural health program in PRA.

The impact of invasive species on native vegetation is a major threat to biodiversity all over the world - a threat ranked second only to habitat destruction. Other negative effects of weed invasions include reduced ecosystem services, loss to agricultural production and impacts on human health. This work covers the discipline of risk assessment as applied to the invasion ecology of plants. Taking a global context, it synthesizes theories on plant invasions, introduces a variety of models for weed risk assessment, and addresses procedures for ranking invasive species on a range of scales to determine weeds of national significance. It shows how the application of risk assessment to weed invasion may help reduce weed impact and thereby improve living conditions for people throughout the world. This text is aimed at invasions ecologists, botanists, quarantine officers, policy-makers and community groups wanting to know more about this developing discipline.

Phytosanitary risk management is essential to the global economy as well as the world's ability to feed itself. This book is about understanding the fundamentals of phytosanitary risk management for trade and non-trade issues, and how to manage those risks in an effective and efficient manner that is consistent with the international regulatory framework. Its purpose is to provide the international phytosanitary community and its principal stakeholders with a strong foundation in risk management concepts and a thorough guide to best practices.

Agricultural trade is an engine for economic growth, yet many countries lack the competence and confidence to negotiate market access effectively. Access requires compliance with a set of phytosanitary measures imposed by the importing country. However, by following a structured process, negotiations can move beyond simple compliance to a more mutually beneficial solution. Beyond Compliance: A Production Chain Framework for Plant Health Risk Management in Trade provides a series of decision support tools that can be used to manage and demonstrate plant health risk management. The tools, developed within a production chain framework and Systems Approach, were developed using real trade cases in Southeast Asia. The project aimed to support national plant protection organisations and trade negotiators seeking to ensure safe trade with more risk-proportionate and suitable risk management plans. The Beyond Compliance project was funded by the Standards and Trade Development Facility, a global partnership established by the Food and Agriculture Organization of the United Nations, the World Bank, the World Health Organization, the World Organisation for Animal Health and the World Trade Organization.

Over the past century, the number of species that have been transported to areas outside their native range has increased steadily. New pests and pathogens place biological pressure on valuable resident species, but strict bans may conflict with trading and travel needs. An overview of how the conflict can be managed using pest risk mapping and modelling, this book uses worked examples to explain modelling and help development of tool kits for assessment.