Seed Conditioning Volume 3

A compendium on physical properties and conditioning requirements of some seed kinds Little public information exists on the physical properties and conditioning requirements of seed. For many crop seeds, the only information that exists is in companies who produce, clean, and handle seed. This manual provides as much available information as possible, assisting those already in the business as well as newcomers to the field. The book presents the physical characteristics and conditioning needs of seed. Readers can use the record formats provided to build their own records of what worked so as to remove specific contaminants from their crop seed. This information will enable them to save time, shrink conditioning costs, and reduce seed losses.

Seed conditioning removes undesirable material including debris and stray seeds from selected raw harvested seed, so as to create planting seed that delivers high yielding crops. This two-volume set provides a major up-date of previously published work. It describes the essential information needed to understand this process and the machi

Review: "Seed conditioning turns raw harvested seed into pure seed that is free of undesirable materials, safe from pests and diseases, and that can be planted for a good stand of healthy plants of the desired crop. This compendium is based on real-life experiences, trials and efforts of many conditioners, and has been compiled and distilled into a brief, easy-to-understand form" -- NHBS Bookstore

Seed conditioning is the final process that establishes the quality of a seed lot and determines its value. It is a complex process involving a significant series of machines, each of which must be used in the proper sequence of the entire process, and each machine must be carefully and properly adjusted and set up for each lot of seed. If the conditioning plant operator does not have sufficient knowledge of how to set up and adjust each of the machines, then an excessive amount of good seed is lost during conditioning and not all undesirable materials are removed. Therefore, the performance of seed conditioning depends entirely on how effectively the operator sets up and adjusts the machines. Much effort has been spent in developing seed technology so as to produce high quality seed, but performance of seed conditioning by maximizing the operator’s knowledge of getting the best performance from each of his machines has not been carefully and completely developed. Improving Seed Conditioning focuses on teaching the conditioning plant operator details of each machine and how to get maximum performance from it in terms of operating efficiency, maximum removal of undesirable particles, and minimum loss of good seed. Organized in a manner that focuses on the specific machine models installed in each operator’s specific plant, this manual is set up to be used as text material in training classes or as a guide for operators employed by seed companies.

Seed conditioning turns raw harvested seed into pure seed that is free of undesirable materials, safe from pests and diseases, and that which can be planted for a good stand of healthy plants of the desired crop. The cost of conditioning is a major component of the capital investment. Conditioning is the most significant process in the seed industry. It involves machines, engineering, operations, biology, physics, plant physiology and pathology, science, and business. It must be accurate, economic and practical. To make seed conditioners more efficient, this Seed Conditioning compendium was prepared. Based on real-life experiences, trials and efforts of many conditioners were compiled and distilled into a brief, easy-to-understand form.

As the third volume of a trilogy on Plants in cosmetics, this study concerns potentially harmful components which occur naturally in some plants the ingredients of which could likely be used in cosmetic products. Its aim is to raise awareness on the implication on consumer health by use of such ingredients and to trigger preventive measures. The 24 data sheets of components, selected by the authors because they are not regulated specifically in cosmetic legislation, give useful information particularly for the competent authorities and the manufacturers of raw materials and cosmetic products, mainly based on currently available pharmaco-toxicological data. Each monograph includes a bibliography and conclusions / recommendations.

Seed conditioning turns raw harvested seed into pure seed that is free of undesirable materials, safe from pests and diseases, and that which can be planted for a good stand of healthy plants of the desired crop. The cost of conditioning is a major component of the capital investment. Conditioning is the most significant process in the seed industry. It involves machines, engineering, operations, biology, physics, plant physiology and pathology, science, and business. It must be accurate, economic and practical. To make seed conditioners more efficient, this Seed Conditioning compendium was prepared. Based on real-life experiences, trials and efforts of many conditioners were compiled and distilled into a brief, easy-to-understand form.

The papers in this volume comprise the refereed proceedings of the Second IFIP International Conference on Computer and Computing Technologies in Agriculture (CCTA2008), in Beijing, China, 2008. The conference on the Second IFIP International Conference on Computer and Computing Technologies in Agriculture (CCTA 2008) is cooperatively sponsored and organized by the China Agricultural University (CAU), the National Engineering Research Center for Information Technology in Agriculture (NERCITA), the Chinese Society of Agricultural Engineering (CSAE) , International Federation for Information Processing (IFIP), Beijing Society for Information Technology in Agriculture, China and Beijing Research Center for Agro-products Test and Farmland Inspection, China. The related departments of China’s central government bodies like: Ministry of Science and Technology, Ministry of Industry and Information Technology, Ministry of Education and the Beijing Municipal Natural Science Foundation, Beijing Academy of Agricultural and Forestry Sciences, etc. have greatly contributed and supported to this event. The conference is as good platform to bring together scientists and researchers, agronomists and information engineers, extension servers and entrepreneurs from a range of disciplines concerned with impact of Information technology for sustainable agriculture and rural development. The representatives of all the supporting organizations, a group of invited speakers, experts and researchers from more than 15 countries, such as: the Netherlands, Spain, Portugal, Mexico, Germany, Greece, Australia, Estonia, Japan, Korea, India, Iran, Nigeria, Brazil, China, etc.