王 应 宽 2010-05-28 Beijing, China 祝贺七位中国学者被推为国际农业与生物工程学会理事会委员 今天收到国际农业与生物工程学会 (CIGR) 主席 Soren Pedersen 教授就中国推荐的 CIGR 常务理事成员和 CIGR 分会理事成员发来了一封正式信函,正式宣布 CIGR 主席团会议结果: ( 1 )推荐中国农业工程学会理事长、农业部规划设计研究院院长朱明研究员担任 CIGR 第四分会的理事会委员,任期 2010-2013 年(第四分会主席即任主席 Dr Dr. Janusz Piechocki 支持此提议)。 ( 2 )推荐来自中国的李树君教授出任 2009-2013 年 CIGR 执委会,代表 2014 年北京 CIGR 世界大会; 推荐王应宽教授担任 2010-2013 年 CIGR 执委会委员,代表 CIGR Ejournal 。 至此,共有 7 位中国专家被推选担任新一届 CIGR 执行委员会委员和专业技术委员会委员。 CIGR 执行委员会委员 李树君,代表中国主办 2014 CIGR World Congress ,中国农业机械化科学研究院常务副院长,中国农业机械学会副理事长兼秘书长,亚洲农业工程学会主席 王应宽,代表 CIGR Journal ,中国农业工程学会 / 农业部规划设计研究院, CIGR Journal 主编, IJABE 执行主编,《农业工程学报》副主编 CIGR 第一分会(水土工程) 主席:黄冠华,中国农业大学 CIGR 第二分会(农业建筑与环境工程) 委员: 李保明,中国农业大学 CIGR 第三分会(机械装备工程) 委员:方宪法, 中国农业机械化科学研究院 CIGR 第四分会(农业能源工程) 委员:朱 明,中国农业工程学会 / 农业部规划设计研究院院长,中国农村能源行业协会会长,《农业工程学报》副主编 CIGR 第六分会(农产品与食品加工工程) 副主席:李树君,中国农业机械化科学研究院常务副院长,中国农业机械学会副理事长兼秘书长,亚洲农业工程学会主席 CIGR 第七分会(信息系统) 委员:应义斌,浙江大学 INTERNATIONAL COMMISSION OF AGRICULTURAL AND BIOSYSTEMS ENGINEERING (CIGR) President 2009-2010 Sren Pedersen 27 May 2010 Dear Prof Lanfang, In recent weeks communications took place between China and CIGR Secretary General in regards to the tardy inclusion of new members in the CIGR Executive Board of 2010-2013. This issue was discussed during the CIGR Presidium Skype Meeting held on May 20 th 2010. This was placed in the meetings agenda because we received a number of late proposals to modify the proposed boards for 2010-2013 after the official deadline as defined in the CIGR Statutes. In addition, two members in the board from the same country was considered to be an extraordinary situation resulting from the CIGR Journal and the CIGR Congress being hosted by China . The CIGR presidium evaluated member representation in the board and found it logical to include representatives for the CIGR Ejournal and the CIGR Congress 2014 in the Executive board 2010-2013. As a result, I am glad to inform you that the presidium is making the following proposals that affect Chinese members. Section IV We recommend that Prof. Ming Zhu, China , president of CAAE and CSAE be included as board member in Section IV 2010-2013. (The proposal is supported by the incoming chair of Section IV, Dr. Janusz Piechocki). Executive Board We recommend the following inclusion of the two members below in the Executive Board of 2010-2013: 1) Prof. Sjujun Li , China , as representative for the CIGR Congress in Beijing 2014 2) Prof. Wang Yingkuan, as representative for CIGR Ejournal. Thank you, Soeren Pedersen President of CIGR 2009-2010 __________________________________________________________ Aarhus University , Faculty of Agricultural Sciences, Department of Biosystems Engineering. Mail address: Soeren Pedersen, Birketoften 1, DK- 8700 Horsens, Denmark Mobil: 45 2548 7761, Private: 45 7561 3047, Email: soeren.pedersen@agrsci.dk
王 应 宽 2010-04- 14 Beijing, China Today is truly a memorable day by Prof. Fedro Zazueta Incoming President and Editor-in-Chief of CIGR Ejournal University of Florida We are now reaping the rewards of the vision of one man, Dr. Bill Stout, to create a knowledge repository in agriculture and biosystems to serve our peers and clients worldwide. We are now in the process of making another major leap towards improving the effectiveness of this resource and improving its quality. During the meeting in Bonn in 2006 a proposal was presented to the Presidium modernize communication resources of CIGR to improve its capacity for outreach to all its stakeholders. The strategy focused on the use of modern IT and included a redesign of the CIGR web site, implementing an management system for the CIGR Journal, developing an online location for proceedings of conference, meetings, symposia and other CIGR events, and improving communications using teleconferencing technologies. During the CIGR International Conference in Brazil in 2008, a major focus was placed in moving the journal to the Open Journal System. With the Help of Dr. Jiannong Xin, Dr. Bill Stout, staff at the University of Florida and Staff at Texas AM University this was achieved in the following year. This established a modern online review system and repository for publications in our profession at no cost to the authors. Today, we are looking at a new horizon. With the support from CSAM and CSAE the level of the Journal is being raised to a higher standard with a dedicated professional editor, Dr. Yingkuan Wang. Im personally pleased and awaiting a new stage in the development of the Journal and its positive influence on our profession worldwide. Thank you and Im looking forward to this close collaboration between CSAM, CSAE and CIGR.
SCI-EI收录农业工程期刊(2010年整理) 1Transactions of the ASABE美国农业工程学报 2Applied engineering in agriculture 农业应用工程 3Biosystems engineering生物系统工程 4Computers and electronics in agriculture计算机电子技术在农业中的应用 5Aquacultural engineering水产养殖工程 6Drying technology干燥技术 7Journal of irrigation and drainage engineering灌排工程 8Canadian biosystems engineering加拿大生物系统工程 9Irrigation and drainage农田水利 10Bioresource Technology生物资源技术 11Irrigation Science灌溉科学 12Industrial Crops and Products工业原料作物与制品 13Biomass Bioenergy生物质与生物能源 14Ama-agricultural Mechanization In Asia Africa And Latin America亚洲农业机械化 15African journal of biotechnology非洲生物技术杂志 16 Soil and Tillage Research Transactions of the ASABE ISSN: 0001-2351 收录:Ei CORE(2008年);SCIE(2009版) 主题分类:Agriculture Sciences: Agricultural Engineering Engineering: Agricultural Engineering Impact Factor : 0.563(2003) Issues/Year: 6 Journal Country: UNITED STATES Language: ENGLISH Publisher: AMER SOC AGRICULTURAL ENGINEERS Publisher Address: 2950 NILES RD, ST JOSEPH, MI 49085-9659 An international journal published by the American Society of Agricultural and Biological Engineers, contains peer-reviewed technical articles on the current research being conducted to help solve problems in agriculture, food and other biological systems. Every technological advancement necessarily begins with research, and Transactions of the ASABE presents cutting-edge research on a broad range of topics including agricultural machinery, drainage, irrigation, electronics, biological engineering, forestry, food engineering, agricultural structures, crop production, natural resources, soils, and more. To qualify for publication, the material must represent original, important contributions to the research or design literature and meet other rigorous criteria during the peer-review process. The journal also serves as an information network, providing names and addresses of the people and organizations conducting research in these and related areas of interest. Applied Engineering in Agriculture ISSN: 0883-8542 收录:Ei CORE(2008年);SCIE(2009版) 主题分类:Engineering: Agricultural Engineering Impact Factor :0.295(2003) Issues/Year: 6 Journal Country: UNITED STATES Language: ENGLISH Publisher: AMER SOC AGRICULTURAL ENGINEERS Publisher Address: 2950 NILES RD, ST JOSEPH, MI 49085-9659 An International Journal of the American Society of Agricultural Engineers Applied Engineering in Agriculture emphasizes the practical applications of leading-edge research in every area of engineering for agriculture, food, and other biological systems. Authors from around the world representing industry, education and government share practical experience, studies of unique installations or applications, successful methods of technology transfer, and critical reviews of new technology. The latest techniques and approaches for field equipment, food processing, farmstead systems, energy, irrigation, drainage, farm structures, storage and handling, electronics, natural resources, and other related topics provide readers tools needed to solve challenges in a wide range of areas. In addition to technical accuracy, the articles in this peer-reviewed journal must represent original, useful contributions to engineering for agriculture, food, and other biological systems. Biosystems engineering ISSN: 1537-5110 收录:Ei CORE(2008年) ;SCIE(2009版) 主题分类:Agriculture Sciences: Agricultural Engineering Impact Factor: 0.917 (2008) 5-Year Impact Factor: 1.451 Issues per year: 12 Journal Country: ENGLAND Language: ENGLISH Publisher: ACADEMIC PRESS INC ELSEVIER SCIENCE Publisher Address: 525 B ST, STE 1900, SAN DIEGO, CA 92101-4495 Copyright 2009 The Institution of Agricultural Engineers (IAgrE). Formerly known as Journal of Agricultural Engineering Research(2001) 继承了: Journal of Agricultural Engineering research The journal publishes original papers, review articles, case studies and other material for the professional in the fundamentals, applications and management of bioresource technology. The journal's aim is to advance and disseminate knowledge in all related areas such as biomass, biological waste treatment, bioenergy, biotransformations and bioresource systems analysis, and technologies associated with conversion or production. Both hightechnology and lowtechnology methods, processes and systems are covered. Topics include: Bioprocesses: Bioleaching, bioseparation, biotransformation, other microbial fermentations, etc. Biomass Feedstocks utilization: agro-industrial residues, composting, enzymatic pulping, etc. Environmental protection: biological waste treatment. Thermochemical conversion technologies: combustion, pyrolysis, gasification, catalysis, etc. Biochemical conversion technologies: aerobic and anaerobic processes, microbial and enzymatic processes and products. Products: Microbial-based products such as biofuels, biofertilisers, biopolymers and other industrial products. Management: modelling, systems analysis, etc. The journal also includes reports of conferences, book reviews, news items, details of forthcoming meetings and contributions describing industrial applications. Bioresource Technology is affiliated with Biomass Energy Research Association, USA and Biomass and Biofuels Association UK . Computers and Electronics in Agriculture ISSN: 0168-1699 收录:Ei CORE(2008年) ;SCIE(2009版) 主题分类:Agriculture Sciences: Agricultural Engineering Engineering: Agricultural Engineering Impact Factor: 1.273 (2008) Issues per year: 10 Computers and Electronics in Agriculture provides international coverage of advances in the development and application of computer hardware, software and electronic instrumentation and control systems for solving problems in agriculture and related industries. These include agronomy, horticulture (in both its food and amenity aspects), forestry, aquaculture, animal/livestock science, veterinary medicine, and food processing. The journal publishes original papers, reviews, applications notes and book reviews on topics including computerized decision-support aids (e.g., expert systems and simulation models) pertaining to any aspect of the aforementioned industries; electronic monitoring or control of any aspect of livestock/crop production (e.g. soil and water, environment, growth, health, waste products) and post-harvest operations (such as drying, storage, production assessment, trimming and dissection of plant and animal material). Relevant areas of technology include artificial intelligence, sensors, machine vision, robotics and simulation modelling. Aquacultural Engineering ISSN: 0144-8609 收录:Ei CORE(2008年) ;SCIE(2009版) 主题分类:Agriculture Sciences: Agricultural Engineering Engineering: Agricultural Engineering Impact Factor: 1.467 (2009) Issues/Year: 8 Journal Country: ENGLAND Language: ENGLISH Publisher: ELSEVIER SCI LTD Publisher Address: THE BOULEVARD, LANGFORD LANE, KIDLINGTON, OXFORD OX5 1GB, OXON, ENGLAND Official journal of the Aquacultural Engineering Society (AES) Aquacultural Engineering is concerned with the design and development of effective aquacultural systems for marine and freshwater facilities. The journal aims to apply the knowledge gained from basic research which potentially can be translated into commercial operations. Problems of scale-up and application of research data involve many parameters, both physical and biological, making it difficult to anticipate the interaction between the unit processes and the cultured animals. Aquacultural Engineering aims to develop this bioengineering interface for aquaculture and welcomes contributions in the following areas: engineering and design of aquaculture facilities engineering-based research studies construction experience and techniques in-service experience, commissioning, operation materials selection and their uses quantification of biological data and constraints Style of presentation is flexible, but those papers dealing with specific problems should attempt to define them clearly in terms of systems engineering, quantifying the constraints, proposing solutions, implementing and detailing the design, and finally evaluating the outcome. Drying technology ISSN: 0737-3937 收录:Ei CORE(2008年) ;SCIE(2009版) 主题分类:Agriculture Sciences: Agricultural Engineering This multidisciplinary, English-language journal explores, in depth, the science, technology, and engineering of drying, dewatering, and related topics. Articles in Drying Technology cover transport phenomena in porous media, heat and mass transfer in single or multiphase systems, evaporation, membrane separation, solid/liquid separation, powder technology, fluidization, agglomeration, gas-solid systems, humidity and solid moisture content measurements/control, solids mixing, handling, transport, and more.
刊名简称 刊名全称 BIORESOURCE TECHNOL BIORESOURCE TECHNOLOGY BIOMASS BIOENERG BIOMASS BIOENERGY IRRIGATION SCI IRRIGATION SCIENCE IND CROP PROD INDUSTRIAL CROPS AND PRODUCTS AQUACULT ENG AQUACULTURAL ENGINEERING J IRRIG DRAIN E-ASCE JOURNAL OF IRRIGATION AND DRAINAGE ENGINEERING-ASCE BIOSYST ENG BIOSYSTEMS ENGINEERING T ASABE TRANSACTIONS OF THE ASAE APPL ENG AGRIC APPLIED ENGINEERING IN AGRICULTURE 注: 本文仅供参考; 如需转贴标明本文及原文出处。
Selected and recommended by Dr. Wang Yingkuan Beijing July 4, 2008 China Must Have Agricultural Engineering By P. W. Tsou China has a gross area of 4,447,000 sq mi, or about 2,846,000,000 acres, including twenty-eight provinces and the special areas, Tibet and Mongolia. The total land under cultivation in twenty-seven provinces, excluding Sikang, is about 230,244,000 acres, or about 12 per cent of the total area of these provinces. The total population of China is approximately 450,000,000. At least 360,000,000 people, or about 80 per cent of the total population, are engaged in farming. At this point, one can readily see the serious problem of high population pressure in China, especially on the farm land. The farm population per square mile of crop area is found to vary from 900 to 1,900, some districts having as many as 4,000 persons. This situation has produced the inevitable result of small farms. The usual size of a farm in China is only four acres, the income from which cannot and has never been enough to provide the farmer and his family a decent living. For this apparent reason, the size of the farms in China will have to be enlarged as a first step towards elevating the farmers level of living. We should like to see the day when Chinese farmers expand their farms ten times, from four acres to forty acres. When the size of farm is increased, the farmer must be ready to make adjustments to change. He must be provided with enough implements and machines to operate his larger acreage. The present available equipment on farms is far from adequate. China needs a group of inventive agricultural engineers to improve all the hand tools and animaldrawn implements, and to introduce tractors, especially in the big flat lands of Manchuria and northern and northwestern China. Wherever farmers cannot buy the equipment individually, they should organize cooperatives to own and operate such implements and machines jointly. At present, China is planning and preparing for postwar industrialization. As industries grow, they will have increasing need not only of capital and management, but also a large supply of labor. The labor will have to be recruited from rural areas. This means that there will inevitably be a decrease in rural population. Where that occurs, the farmer will have to resort to labor-saving implements and machinery to compensate the loss of labor. Today the Chinese farmer operates a small farm with plenty of help.; tomorrow he will operate a large farm with less help, and he will be expected to produce as many if not more products. The only remedy will lie in the improvement of existing implements and the mechanization of farms. The industrialization of China is a blessing to agriculture provided that the agricultural engineers can furnish the farmers with adequate implements and machines to offset the changed situation. While we should like to see big factories established in the cities of China, we also want thousands of small manufacturing and processing plants erected in rural districts. The development of rural industries will provide employment for the farmers, especially in the slack season, thus giving them opportunities to earn extra income. The bulky farm products can be processed or semi-manufactured in the production area so as to save volume, tonnage, and cost of transportation which ultimately will result in savings for the city consumers. The machinery for such industries as sugar refining, cotton ginning, fruit and vegetable canning and dehydration, and the like will have to be designed by the agricultural engineers to suit the rural conditions in China. Farm housing, farm storage, and handling of farm manure will also need the inventive genius of agricultural engineers to make the designs and to discover the proper materials for construction. The construction should be simple, yet economical and sanitary. All of this requires the work of agricultural engineers, and it explains why China must have agricultural engineering. How can China best develop agricultural engineering? The program of agricultural engineering, from the government point of view, is one of many agricultural problems. It should be promoted side by side with such other programs as agricultural research, extension, education, and credit. In China today there is a good bureau of agricultural research, a few well-organized provincial agricultural experiment stations, seventeen agricultural colleges (private and public), a board on agricultural extension, a strong farmers bank with branches in practically all provinces. What is needed now is to strengthen the above organizations and to adopt a sound system for the coordination of their work. There are four things which require immediate action in connection with agricultural engineering as follows: 1 A department of agricultural engineering to be established in the National Bureau of Agricultural Research. In that department, at least two American experts should be invited to start the research program in agricultural engineering. 2 A department of agricultural engineering to be established in the college of agriculture of the Central University. At the same time, the government should help strengthen the existing department of agricultural engineering of the college agriculture of Nanking University. In each of these two institutions, at least one American expert should be invited to push the educational program in agricultural engineering. 3 A program of training 90 Chinese experts in agricultural engineering to be started immediately by sending over to the United States thirty selected college graduates in that field for the next three years. These men should spend at least three years in Americatwo years studying in school and one year training in factories and on farms. 4 Some of the most successful American farm equipment manufacturers should send representatives to China to study the possibilities of organizing companies there, preferably joining forces with Chinese industrialists or the Chinese government. With due encouragement and effort on the part of the Chinese government, the following accomplishments should be expected within the next seven years: 1 A strong department of agricultural engineering established in the National Bureau of Agricultural Research. The country might be divided into twelve regions. In each region, there should be a national agricultural experiment station, each with a department of agricultural engineering of similar nature but less scope than that of the Bureau. 2 In the same localities as the agricultural experiment stations, twelve national agricultural colleges should be established, each with a strong department of agricultural engineering agricultural engineering. 3 A central office of agricultural extension incorporated in the Ministry of Agricultural and Forestry, with twelve regional offices set up in the same localities as the above-mentioned stations and colleges. The extension offices should lay due emphasis on agricultural engineering in their extension programs. 4 Ninety Chinese experts of agricultural engineering, having completed their training in the United States, assigned to important positions in the above institutions. 5 Hundreds of college graduates in agricultural engineering from the twelve proposed agricultural colleges engaged in the important work of teaching, research, extension, and the manufacturing of farm implements and machines. 6 Several good manufacturing concerns established in China turning out the necessary implements and machines for Chinese farms, farm families, and rural factories. 7 A good system of rural credit which, among other activities will finance the farmer and his cooperative in buying the necessary implements and machines. Only when these seven points are successfully carried out we have the men and organizations to develop agricultural engineering on a nation-wide scale for the benefit of our millions farmers. The program must be started now. This is an address delivered before the annual meeting of the American Society of Agricultural Engineers at Milwaukee, Wisconsin. June, 1944. P.W. Tsou is president of the Agricultural Association of China and resident representative in the United States of the Chinese Minister of Agriculture and Forestry. Cited Source: Tsou P W. China must have agricultural engineering. Agricultural Engineering for August 1944, P297.