Theory and Technology of Plant Protection for Sustainable Agriculture

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Author: Ji Mingshan,CHI Dao cai ,Zhang Ling
Language: English
ISBN/ISSN: 9787807342755
Published on: 2007-01
Paperback

With the changes of climate, environment, planting structure and cultivation methods , the occurrences of plant diseases is on the trend of rise, which certainly will influence on agricultural production , food security, body health, biological environment and the sustainable development of agriculture . Our objective to sponsor this training course is to introduce advanced plant protection theory and technology to developing to developing countries, strengthen disease resistance capability and increase food production. This textbook consists of twenty articles which cover Plant Disease Epidemiology, History and Prospects of Detection and Control of Plant Virus Disease, Creating Confidence in SPS Systems , Applications of Biotechnology to Plant Protection, Plant Disease Resistance Gene, Integrated Weed Management in Sustainable Agriculture , etc. Specialists in the field of plant protection could get a general view of plant protection development in China via this book. Also , it could be taken as reference for students and teachers from agricultural universities .



Preface
Contributors
Plant Disease Epidemiology
History and Prospects of Detection and Control of Plant Virus Disease
A Faunistic Analysis of Chinese Phoridae (Dipetera)
Creating Confidence in SPS Systems
Information Technology of Plant Protection
Present Status of Chemical Pesticide Production and Application in China
Applications of Biotechnology to Plant Protection Plant Disease Resistance Gene
Status and Prospect of Biopesticide Research and Application
……
Introduction to Bio-control Bacyeria Against Plant Parasitic Nematodes
Research on Soybean Resistance to Heterodera Glycines in China
Research of Environmental Adaptability of Soybean Cyst Nematode in China
Studies on Controlling Meloidogyne hapla by Culture Filtrate of Strain of Beauveria bassinan
Efficacy of the Methylene Bisthiocyanate Formulation ‘4.2% MTB EC’as a Potentially Novel Nematicide ofr the Control of Root – Knot Nematode
Integrated Weed Management in Sustainable Agriculture
Selection of Herbicide – Resistant Crops



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