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As food demand has grown worldwide, agricultural production has intensified with a concomitant expansion in pesticide use. Concerns over pesticide-induced health and environmental problems, increased pest resistance to pesticides, and continued losses due to pests, have stimulated the search for alternative pest management solutions. As a result integrated pest management (IPM) approaches have been developed and applied that rely on genetic, cultural, biological and information-intensive pest management alternatives. This book presents and critiques the participatory approaches that can be used to globalize IPM. It describes the development, deployment, and evaluation of participatory IPM. All the chapters include perspectives from both the US and developing country scientists who are on the front lines of IPM generation and diffusion. The book is unique amongst IPM books in that it stresses policy analysis, social and economic impact assessment, multidisciplinary field research and technology transfer mechanisms.
Over 98% of sprayed insecticides and 95% of herbicides reach a destination other than their target species, including non-target species, air, water and soil. The extensive reliance on insecticide use reduces biodiversity, contributes to pollinator decline, destroys habitat, and threatens endangered species. This book offers a more effective application of the Integrated Pest Management (IPM) approach, on an area-wide (AW) or population-wide (AW-IPM) basis, which aims at the management of the total population of a pest, involving a coordinated effort over often larger areas. For major livestock pests, vectors of human diseases and pests of high-value crops with low pest tolerance, there are compelling economic reasons for participating in AW-IPM. This new textbook attempts to address various fundamental components of AW-IPM, e.g. the importance of relevant problem-solving research, the need for planning and essential baseline data collection, the significance of integrating adequate tools for appropriate control strategies, and the value of pilot trials, etc. With chapters authored by 184 experts from more than 31 countries, the book includes many technical advances in the areas of genetics, molecular biology, microbiology, resistance management, and social sciences that facilitate the planning and implementing of area-wide strategies. The book is essential reading for the academic and applied research community as well as national and regional government plant and human/animal health authorities with responsibility for protecting plant and human/animal health.
Make the best use of available water for your crops!Water Use in Crop Production explores innovative methods that determine how much water certain crops need, in certain climates, in order to ensure adequate plant growth and help eliminate water waste. Through this informative book, agronomists, growers, researchers, and graduate students will find methods and techniques for effective water management that will save money and conserve water. Water Use in Crop Production will enable you enhance crop quality and quantity and save one of the earth's most important resource.Comprehensive and thorough, this essential book combines two vital needs, food and water, and examines what must be done in order to keep up with the ever-growing human population. Explaining conservation techniques used in Argentina, Australia, Israel, Morocco, New Zealand, the Philippines, Spain, and the United States, Water Use in Crop Production will help you achieve this goal as it discusses water management measures including: avoiding excessive deep percolation reducing runoff lessening water evaporation through methods such as reducing the capillary water flow to the surface of the soil determining the rates at which water is demanded and can be supplied in a specific area to create a plan for limiting water loss studying the root structure of plants to calculate how much water they need using deficit irrigation to help plants save water for future use evaluating citrus water use through the Penman-Monteith model Containing charts, tables, and examples of the concepts it discusses, this book is the culmination of the latest studies on water storage. Water Use in Crop Production provides you with reliable strategies and methods that will help you lessen water expenditures and improve the vitality of crops anywhere in the world.
FAO organized its first ever Global Conference on Sustainable Plant Production (GPC) (Rome, 2 to 4 November 2022), with a focus on Innovation, Efficiency and Resilience. Its main objective was to provide a neutral forum for FAO Members, farmers, scientists, development agencies, policy makers, extensionists, civil society, opinion leaders and the private sector to engage in dialogues around sustainable plant production. To achieve impact towards implementing the 2030 Agenda, the GPC developed 20 actionable recommendations. The recommendations encompass all the thematic areas highlighted in the GPC, with a focus on adaptation to local contexts, needs of small-scale farmers, and include cross-cutting issues to guide active innovation for global sustainable plant production systems. The recommendations clearly establish (i) priorities for targeted mobilization and pooling of scientific, technical and financial resources; (ii) evidence and knowledge sharing through the creation and management of functional technical networks; and (iii) testing and scaling evidence-based sustainable plant production practices, partnerships and policies.