Get this from a library! Handbook of precision agriculture : principles and applications. Available in: Paperback. A thorough, critical, and up-to-date look at precision farming around the worldIn most developing countries, farming is the. 1 of 4 Agricultural Systems Management ASM454/654: Principles and Applications of Precision Agriculture Class Information: Instructor: Credit – 3 Dr. Ganesh Bora. Ancha Srinivasan (ed): Handbook of precision agriculture. Principles and applications. Dr. Ancha Srinivasan is a principal researcher and manager at the Institute for Global Environmental Strategies (IGES) in Hayama, Japan. He worked in research projects in sustainable agriculture, information systems and the environment and the adaptation to climate change in agriculture. In his foreword dr. Swaminathan observes that the world is witnessing two cultures of agriculture: farming in industrialized countries is becoming agri- business supported by heavy inputs whereas in developing countries it is a primary means to livelihood. He states that precision farming helps to reduce cost while increasing productivity when designed for each cropping system in a location specific manner. The editor defines Precision Agriculture as a holistic and environmentally friendly strategy in which farmers can vary input use and cultivation methods – including application of seeds, fertilisers, pesticides and water, variety selection, planting, tillage, harvesting – to match varying soil and crop conditions across a field. There are more definitions and they all suggest there are at least three elements critical for successful precision agriculture: information, technology and management. The book contains 2. It is divided in three parts. Part I deals with the principles, technologies and management issues of precision agriculture. Its basics are explained and how site specificity and information (acquired by sensors of crop, weather and soil parameters) technology converge in Global Positioning Systems (GPS). ![]() ![]() Handbook of precision agriculture principles and applications Download handbook of precision agriculture principles and applications or read online books in PDF, EPUB.![]() The information is stored and assembled for interpretation to be used in decision support systems. After this introduction subsequent chapters treat the site specific management of nutrients, water, control of weeds, nematodes and diseases. Here the use of appropriate sampling and statistical techniques are highlighted to ensure the drawing of representative charts of individual fields. Also sensing of crops (mostly reflection of solar radiation at various wavelengths) with handheld, tractor mounted, or carried by aeroplane or satellite is illustrated as well as maps of yields of crops within fields. Soil techniques include electric conductivity and background radiation. ![]() A Comprehensive New Resource: Handbook of Precision Agriculture. Assembling a comprehensive guide of the principles and applications of a. Applications, where. Buy Handbook of Precision Agriculture: Principles and Applications on Amazon.com FREE SHIPPING on qualified orders. Handbook of Precision Agriculture Principles and. The Handbook of Precision Agriculture presents up. Découvrez et achetez Handbook of Precision Agriculture: Principles & Applications. Livraison en Europe à 1 centime seulement! Ancha Srinivasan (ed): Handbook of precision agriculture. The editor defines Precision Agriculture as a. Part II illustrates applications in. ![]() The resulting spatial variability is visualised in a series of full colour maps in a central gallery of the book. Part II illustrates applications in crops and cropping systems. Here site specific management of crops such as rice, corn, soybean, cotton, potato, sugarbeet and vineyards is highlighted. In certain crops the spatial variation of diseases and pests (e. Part III dedicates chapters to the current status of precision farming in Africa, Asia, Australia, Europe, Argentina and Brazil. The editor apparently has not found a reviewer to highlight the developments in North America. The second part of the book concludes with a chapter on site specific management from a cropping system perspective. It ends stating “Many producers and scientists are frustrated by the difficulty in converting information into knowledge”. It also states that economic and wide- scale adoption of site- specific management practises will only be realized when costs are minimal, we can accurately predict the impact of management options on yield and when we can transfer decision tools to end- users. The book contains a wealth of information and will certainly be very much of use to scientists and technicians involved in spatial precision farming. Temporal precision farming (when to apply which dose) is not treated. The book gives a thorough state of art of the gadgets and gizmos but does not give a good direction of interpreting information into right decisions. If a sensor detects that there is a relative lack of vegetation should a grower then apply more or less nitrogen is only known if we know if reduced growth was due to lack of nitrogen and not due to lack of water. The site specific planting of different varieties would be of interest but is not treated, nor is the specific breeding needs for site specific farming.
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