研究所总体及各部门英文介绍-中国农业科学院农业资源与农业区划
农业资源与农业区划研究所英文介绍
INSTITUTE OF AGRICULTURAL RESOURCES AND REGIONAL PLANNING, CHINESE ACADEMY OF AGRICULTURAL SCIENCES
I. General introduction （研究所介绍）
The Institute of Agricultural Resources and Regional Planning (IARRP) of Chinese Academy of Agricultural Sciences (CAAS) was established in May 2003 after the reorganization of the Institute of Soils and Fertilizers (established in August 1957) and the Institute of Natural Resources and Regional Planning (established in February 1979). It is a national comprehensive research institution with a focus on agricultural resources utilization and regional development.
As a national agricultural resources and environmental science research center, the institute targets at serving national economic construction, promoting agricultural development, increasing farmer's income, undertaking the primary mission of national and international cooperative research projects, and personnel training. The institute caters to the whole country, studies and explores the theories and methods in the fields of agricultural resources and environmental research, agricultural development strategy, regional planning and structural adjustment, agricultural production and practical techniques, and fosters competent agriculturists.
By the end of 2010, IARRP has a total of 306 staff members, including 138 professors or associate professors. Among the researchers, 59% of them have doctor's degree and 92 of them are graduate tutors.
In line with the national strategic demands and discipline construction planning, the institute has activated 5 academic level teams in scientific and technological innovation in the fields of plant nutrition and fertilizer, agricultural remote sensing, regional agricultural development and ecological environment protection, modern soil science and agro-microbial resource and utilization. At present, 13 institutional level research departments have been established in the research fields of plant nutrition, fertilizer, agricultural remote sensing, soil science, agro-microbial resource, agricultural water resource, modern farming system, agricultural ecology and environment, grassland science, agricultural resources management, agricultural regional development, edible mushroom, agricultural information technology, etc.
Now the institute has a national engineering laboratory (National Engineering Laboratory for Improving Quality of Arable Land), 2 key laboratories of the Ministry of Agriculture (Key Laboratory of Crop Nutrition and Fertilization and Key Laboratory of Resources Remote Sensing and Digital Agriculture). It has established the National Center for Quality Supervision and Testing of Chemical Fertilizers (Beijing) and Center for Quality Supervision and Test for Microbial Fertilizers and Mushroom Spawn of the Ministry of Agriculture, and the Agricultural Culture Collection of China. It has established 9 experimental stations (bases). It is the Consultative Center for Agricultural
Engineering (A-class) of National Development and Reform Commission and is the management institution of national agricultural resources database. It is the supporter of the National Agricultural Resources Information Center and the Research Center of Agricultural Utilization of Land Resource, and the Agricultural Application Department of National Remote Sensing Center, the Research Department of the Remote Sensing Application Center of the Ministry of Agriculture, and the Agricultural Intellectual Property Centre of CAAS. Chinese Plant Nutrition and Fertilizer Society and China Society of Agricultural Resources and Regional Planning are the affiliates of it. Some academic publications such as Plant Nutrition and Fertilizer Science, Soil and Fertilizer Sciences in China, China Agricultural Resources and Regional Planning, China Agricultural Information and the Management of Agricultural Science and Technology are edited and published by the institute.
The institute has established a postdoctoral station in utilization of agricultural resources and it is the first-class discipline postdoctoral station of this field. It has the authority to teach the doctoral students majoring in 10 disciplines including biochemistry and molecule biology, biophysics, crop ecology, plant nutrition, soil science, agricultural water resources utilization, agricultural regional development, agricultural remote sensing, grassland resource utilization, agro-microbiology, and so on, and master students majoring in 14 disciplines including microbiology, biochemistry and molecule biology, biophysics, ecology, environmental sciences, crop cultivation and farming system, plant nutrition, soil science, agricultural water resources utilization, agricultural remote sensing, agricultural regional development, agricultural economy management, agricultural resources and environmental economics, and agricultural management and administration. The specialties cover 4 categories, i.e. agronomy, science, engineering and administration.
The institute has strong advantages in plant nutrition, soil science, fertilizer science, the preservation and utilization of agro-microbial resources, agricultural remote sensing applications, agricultural structural adjustment and regional development, environment, edible fungi, etc. It possesses agricultural soil fertility and quality monitoring base and agricultural comprehensive information data platform, including the spatial database of digital soil maps and the large-scale land utilization, climate, landform, rural economics and remote sensing image information database. It has made many outstanding scientific and technological achievements in soil improvement, fertilizer practice and staple food supply and demand.
三、研究机构介绍
1、植物营养研究室
围绕我国粮食安全和养分资源高效利用两大主题，在作物营养的基础研究、应用基础研究和应用研究方面开展工作，旨在为我国作物高产、营养高效和农田生态环境保护提供技术支撑。
研究方向：
植物营养生理与生物学
农田养分循环
营养诊断与高效施肥
养分资源管理
III. Introduction of research departments
1. Department of Plant Nutrition
Taking food security and efficient utilization of nutrient resources in China as the two principal research themes, the department carries out basic research, applied basic research and applied research of crop nutrition for the purposes of providing technical supports for high yield of crops, high efficient utilization of nutrients, and eco-environmental protection of farm land in China.
Main research fields:
Plant nutrient physiology and biology
Nutrient cycling in farmland
Plant nutrient diagnosis and high efficient fertilizer application
Plant nutrient resources management
2. 肥料研究室
应用当代生物科学、材料科学和制造业的最新方法与技术，开展肥料科技领域的应用基础与创新技术研究。主要研究作物高产高效的土壤学和生物学基础，研发作物专用复合肥、缓/控释肥料、功能有机肥和其它新型肥料，并大力发展肥料资源管理技术，达到作物高产、优质、高效和生态安全目标。在缓控释肥料、专用复合肥、功能有机肥等方面具有研究优势。
研究方向：
缓控释肥料
专用复合肥
功能有机肥
肥料资源管理
2. Department of Fertilizer Research
Aiming at improving crop yield and enhancing efficient use of fertilizer resources, the department mainly focuses on applied basic research and technology innovation of fertilizer sciences using principles and techniques of modern biological sciences, materials science and manufacturing engineering. Main research activities include: (1) studying the basics of soil science and biology of high yield and high nutrient use efficiency; (2) studying and developing slow/controlled release fertilizers, formulated compound
chemical fertilizers, functional organic fertilizers and other new types of fertilizers, and at the same time, the department strives to develop fertilizer management technology for achieving the targets of high yield, high quality, high efficiency of crops and ecological security.
Main research fields：
Slow/controlled release fertilizers
Formulated compound fertilizers
Functional organic fertilizers
Fertilizer resource management
3. 农业遥感与数字农业研究室
以农业遥感基础理论、应用技术研究为核心，重点研究遥感、地理信息系统和导航定位技术支持下的农作物、农业资源、农业环境、农业污染和农业灾害等监测与评价的技术方法及其技术体系，解决本领域国家农业科技创新与农业可持续发展的重大需求。在农业遥感估产、农业资源遥感监测、农业土地利用监测与模拟等研究与应用方面处于国内领先、国际同步水平。
研究方向：:
农业资源环境遥感
农情遥感
数字农业
3. Department of Agricultural Remote Sensing and Digital Agriculture
With researches on basic theory and applied technology in the field of agricultural remote sensing, the department focuses on the methodology and technical system of monitoring and evaluating crops and their growth conditions, agricultural resources, agricultural environment, agricultural pollution and agricultural disasters, underpinned by remote sensing, geographic information science and global navigation satellite system technology. The department makes efforts to meet the national demands in agricultural sustainability and agricultural technological innovation in this research field. In the field of agricultural remote sensing, agricultural resources remote sensing monitoring, and agricultural land use monitoring and simulation, the department is a leading research center in China, and is also in parallel with its international counterparts.
Main research fields:
Remote sensing of agricultural resources and environment
Remote sensing of agricultural production and conditions
Digital agriculture
Global change and food security
4. 土壤研究室
主要从事农业资源高效利用领域土壤学研究。长期致力于中低产田土壤改良、全国土壤资源调查、土壤培肥及长期定位试验监测、土壤环境污染与修复、土壤养
分管理、数字土壤、土壤耕作、同位素示踪技术等基础理论与应用技术研究。
研究方向：
土壤培肥与保育
土壤监测与修复
数字土壤
土壤生物物理
同位素示踪技术农业应用
4. Department of Soil Sciences
Researches at the Department of Soil Sciences (DSS) focus on soil sciences that are relevant to efficient utilization of agricultural resources. The department devotes itself to achieve the missions including fertility improvement of low and medium productive soils, national survey of soil resources, soil fertility and long-term fixed position fertilizer experiments and monitoring, remediation of polluted soils, theoretical basses and applied technological studies of soil nutrient management, digital soil, soil tillage, soil bio-physics, isotopes tracer technique, etc.
Main research fields
Soil fertility and conservation
Soil quality monitoring and remediation
Digital soil
Soil bio-physics
Application of isotope tracer techniques in agriculture
5.农业微生物资源与利用研究室
以农业微生物菌种资源收集、鉴定、保藏、共享为基础，以土壤微生物、环境微生物为重点，开展高效菌种资源发掘与应用技术研究，为我国生物肥料、生物农药、生物饲料以及土壤和环境微生物调节剂开发提供技术支撑。
研究方向：
微生物资源挖掘与评价
废弃物资源化利用与环境生物修复
微生物肥料研制
微生物肥料功能机理与质量标准
5. Department of Resources and Utilization of Agricultural Microbiology
On the basis of collection, identification, preservation and sharing of agricultural microbial resources, focusing on soil microbiology and environmental microbiology, the department carries out studies on exploring efficient microbial resources and applied technology to provide technical supports for bio-fertilizers, bio-pesticides, bio-feed as well as soil and environment microbial regulators.
Main research fields
Excavating and evaluation of microbial resources
Utilization of waste and environmental bioremediation
Development of microbial fertilizer
Mechanism of microbial fertilizer and quality standards
6. 农业水资源利用研究室
主要围绕我国农业水土养分资源高效协调利用与环境保护等全局性、战略性和关键性问题，以农业水资源高效安全利用为核心，重点开展以水为主要驱动力的基础理论和应用基础研究、以提高水分利用率和效率为核心的应用技术研究、以黄河流域为重点的区域保护农业水资源与产地生态环境质量技术与理论研究，为保障农业水资源安全、粮食安全、生态安全和经济安全提供理论依据和技术支撑。
研究方向：
节水农业
农业水资源保护
6. Department of Agricultural Water Resource Utilization
The department is mainly concerned with the overall strategic and critical issues regarding the efficient utilization of agricultural water, and environmental protection. It covers the efficient and safe use of agricultural water resources as a core issue, focusing on water as the main object of basic theoretical and applied research. As concerns technical and theoretical studies of regional eco-environment quality, the department is focusing on agricultural water resources protection in the Yellow River Basin. These research activities aim to provide theoretical and technical support for safeguarding agricultural water resources, as well as food security, ecological balance and economic stability.
Main research fields
Water-saving agriculture
Protection of agricultural water resources and its environment
7.现代耕作制研究室
以建立现代耕作制度为核心，从制度角度解决现代农业发展中的关键性生产问题，重点开展高产高效种植制度、土地用养结合的理论与应用技术研究，达到农田周年高产和持续增产目的。
研究方向：
种植制度
可持续农业
绿肥资源利用
7.Department of Modern Farming Systems
With the establishment of modern farming system as the core of researches, the department devotes itself to solve the critical production issues of modern agricultural development from the systematic point of view. The department focuses its researches on
high yield cropping systems, and the theory and applied technology of soil improvement to achieve high and sustained annual yield of farmland.
Main research fields
Farming systems
Sustainable agriculture
Utilization of green manure resources
8.农业生态与环境研究室
主要围绕我国农业可持续发展面临的生态与环境问题，以农业生态系统的调查、评价、监测、预警、防治为目的，开展农业生态与环境学科领域的应用基础研究。重点在农业应对全球变化、农业面源污染防治、生态农业、循环农业等方面形成学科优势。
研究方向
农业生态系统与全球变化
农业面源污染监测预警与防控
环境经济与农业清洁生产
植烟生态与烟区环境
8.Department of Agricultural Ecology and Environment
Focusing on the ecological and environmental problems existed in sustainable development of agriculture in China, the department carries out applied and basic researches in the fields of agro-ecology and environments with the targets of investigation, assessment, monitoring, forecasting and controlling of the agro-ecosystem. It aims to establish academic predominance in term of studies on copping with global climate change in agriculture, the prevention of agricultural non-point source pollution, ecological agriculture, circular agriculture, and so on.
Main research fields:
Agro-ecosystem and global climate change
Monitoring, forecasting and controlling of agricultural non-point source pollution
Environmental economy and agricultural clean production
Tobacco-planting ecology and environment
9、草地科学研究室
重点开展草原植被生态监测方法与技术、草地资源监测与草地健康评价技术、草原雪灾旱灾等遥感监测技术与方法、草地退化-沙化-恢复的监测-过程机理-应用技术、草原生态系统对全球变化的响应与适应性管理以及草原生物多样性的保护和可持续利用等研究。在草原植被遥感监测、草原生态系统长期定位观测与研究、草原雪灾-沙化遥感监测、宏观草-畜平衡监测等领域处于国内领先水平。
研究方向：
草原生态
草地资源利用
9. Department of Grassland Sciences
The researches mainly focus on monitoring and evaluation of grassland ecosystem; mechanisms of grassland deterioration and desertification; theory and applied technology of ecology restoration. furthermore, the research priority areas of the department also include response of grassland ecosystem to global climate change and adaptive management, grassland biodiversity conservation and sustainable utilization. In the research fields of remote sensing monitoring of grassland vegetation, snow disaster and desertification, long term fixed-position observation of grassland ecosystem and macroscopic grassland-livestock balance monitoring and so on, the department has reached the leading level at home and is also in parallel with its international counterparts.
Main research fields:
Grassland ecology
Grassland resource utilization
10. 资源管理与利用研究室
以农业资源高效利用和农业与农村经济可持续发展为目标，开展农业资源调查与评价、农业资源区域优化配置、区域农业发展与水土资源协调关系、区域农业资源利用与环境保护协调关系、区域特色农业资源利用、资源环境管理法规与农业知识产权管理、可持续农业与农村发展等方面的研究。
研究方向：
农业资源优化配置与可持续利用
农业知识产权管理
农业生物资源综合利用研究
10. Department of Resources Management and Utilization
With the goal of promoting high efficient utilization of agricultural resources and sustainable development of agriculture and rural economy, the department carries out researches on agricultural resources survey and evaluation; regional optimization of agricultural resources allocation; coordination between regional agricultural development and land & water resources; harmonization of regional agricultural resources utilization with environmental protection; utilization of regional special agricultural resources; laws and regulations on environment, resources and intellectual property management in agriculture and rural development.
Main research fields:
Optimization of agricultural resources allocation and sustainable use
Intellectual property management in agriculture
Integrated utilization of agro-biological resources
11.农业布局与区域发展研究室
主要致力于农业区划、农牧业布局与区域发展等农业区域问题研究。
研究方向
农业区划与产业经济
区域农业发展战略与规划
11. Department of Agricultural Allocation and Regional Development
The department carries out researches on agricultural regional development issues such as agricultural planning, agricultural and animal husbandry allocation and regional development, etc.
Main research fields:
Agricultural zoning, allocation and industrial economics
Development strategy and planning of regional agriculture.
12.食用菌产业科技研究室
主要开展食用菌产业技术研究。研究领域涉及食用菌种质学、食用菌遗传育种、食用菌菌种质量评价和检测鉴定技术、食用菌栽培生理及栽培技术。
12. Department of Science and Technology for Edible Mushroom Industry
The department focuses its researches on industry technology of edible mushroom. The main research areas cover germplasm, genetics and breeding, quality evaluation and testing of edible mushroom spawn, and physiology technology of edible mushroom cultivation.
Main research fields:
Preservation and evaluation of wild germplasm;
Mushroom genetics and breeding;
High-yield physiology of edible mushroom.
13、农情信息研究室
主要围绕农作物生长发育全过程及农田环境要素及时准确监测预警需求，重点开展农情信息可视化实时远程自动监测设备研发，实时监测预警技术研究，制定监测预警技术规范，结合天基、空基多元信息，研究农情信息多元反演技术，为发展农情信息监测预警数字化业务提供科技支撑；围绕农业防灾减灾，重点开展农业自然灾害致灾机理、孕灾环境及其演变规律研究，农业防灾减灾新材料、新技术、新产品研发，农业灾害应急响应与风险管理技术研究，为国家农业防灾减灾提供科技支撑。
研究方向：
旱灾预警
数字农情信息技术
13. Department of Agricultural Information Technology
According to the needs of accuracy monitoring and early warming for the whole process of crops growth and environmental factors of farmland, the d epartment carries out research and development of automatic visual, real-time remote monitoring equipments of agricultural information; the technology of real-time monitoring and warning; formulation of the technical specifications of monitoring and warning; the technology of multiple inversion of agricultural information combined with the space and land based multi-information, and providing basic research data for developing future digital services in monitoring agricultural situations.
The department also emphasizes its researches on the prevention and mitigation of agricultural disasters, which include agricultural disaster-causing mechanism and the environment for formatting the disasters and laws of its evolution. It carries out research and development of new materials, new technologies and new products for preventing and reducing the loss caused by agricultural natural disasters, and the technology of emergency response and risk management for agricultural disasters.
Main research fields:
Early warming system for drought disaster;
Digital technique for agricultural information.
四、条件平台
研究所建有国家工程实验室1个，部及院级重点实验室3个，野外台站9个，质检中心2个，菌种保藏库1个，卫星地面接收站1个，试验协作网3个，设在河北平泉的国家食用菌产业技术研发中心和广东江门的农业资源野外实验站正在筹建中。拥有一批先进的试验分析仪器及监测设备，拥有我国长期农田土壤肥力质量监督监测基地和农业综合信息数据平台，包括覆盖全国的中、高精度数字化农田土壤肥力空间数据库和大比例尺的土地利用、气候、地形、农村、经济和遥感图像信息和全国农业区划委员会资料库，编辑出版5种学术期刊，是国家发改委授予的甲级农业工程咨询资质单位。
IV.Conditions and facilities
The institute has the National Engineering Laboratory for Improving Quality of Arable Land(NELIQAL), two key laboratories of Ministry of Agriculture (MOA), three national experimental stations and six other stations, the National Center for Quality Supervision and Testing of Chemical Fertilizers (Beijing), the MOA Center for Quality Supervision and Test for Microbial Fertilizers and Mushroom Spawn (CMFMS), the Agricultural Culture Collection of China (ACCC), and one satellite ground receiving station. The national research and development center for edible industrial production technology which will be established in Pingquan county of Hebei, and the field experiment station for agricultural resources which will be established in Jiangmen county of Guangdong, are under preparation and construction. The institute possesses some advanced experimental instruments and monitoring equipments. It also possesses
long-tracing and testing base areas for soil fertility of farmland in China, agricultural integrated information platform which includes the medium- and high-accuracy digital database of soil fertility of farmland , and the large scale information of land utilization, climate, landform, rural areas, economy and remote sensing images as well as the information bank of National Agricultural Planning Committee. Five academic periodicals are and published by the institute. It has the A-class Consultative Center for Agricultural Engineering awarded by National Development and Reform Commission.
（一）实验室
(I) Laboratories
1.耕地培育技术国家工程实验室
2010年经国家发展与改革委员会批准建立，实验室下设高产土壤培肥、中低产土壤治理、土壤质量评价和新型肥料研制等5个技术研究室，建有土壤调理剂和新型肥料2个中试车间，并在6个典型粮食主产区建立技术示范基地。实验室围绕国家主要粮食作物生产需求，以土壤和肥料资源高效利用，提高粮食增产能力为目标，以构建土壤和肥料资源高效利用技术体系为主要任务，利用已有基础和研究成果，重点突破以提升土壤有机质为核心的高产土壤培肥技术、以消减障碍、阻控退化和定向培育为目标的中低产土壤治理技术、以信息化为支撑的土壤质量评价技术、以肥料缓/控释、有机无机复合化和功能化为代表的新型肥料研制技术、以提高肥料利用率和高产稳产为中心高效施肥技术等五大共性关键技术体系，在中试基地和粮食核心主产区进行技术工程化创新集成和转化应用，为粮食持续增产提供强有力的技术支撑。
1.National Engineering Laboratory for Improving Quality of Arable Land (NELIQAL)
National Engineering Laboratory for Improving Quality of Arable Land(NELIQAL) was established by the National Development and Reform Commission in 2010. The NELIQAL consists of five departments: Sustainable Management of High Productive Soils, Improvement of Low and Medium Productive Soils, Assessment of Soil Quality, and Development and Application of New Fertilizers. At present the NELIQAL has two pilot testing laboratories for soil conditioners and fertilizers, and technical experiment and demonstration base areas in six major grain production regions in China.
The laboratory aims to meet the rapidly national demand for food security by increasing of agricultural commodities and efficient utilization of agricultural resources. Technology breakthroughs in the following aspects are explored to achieve such aims: (1) sustainable improvement of high-yield fields by soil organic matter build-up; (2) approaches to control fertility degradation of low and medium productive fields; (3) soil quality assessment with information technology; (4) development of new fertilizers including slow/controlled release chemical fertilizers with or without the combination of organic manures; and (5) application of fertilization technologies to enhance efficient use of nutrients and high crop productivity. These technologies will be integrated into pilot experimentations and then transferred to large scale agricultural practices to provide strong technical support for sustainable crop production.
2.农业部作物营养与施肥重点开放实验室
1996年11月经农业部批准建立，首次批准命名为农业部植物营养重点开放实验室，后于第五轮评估时更名为现名。长期以来，实验室以新型肥料研创和提高我国新型科学施肥技术为目标，主要围绕“植物营养生理与分子生物学”，“养分转化与循环过程及调控原理”，“养分资源高效利用机制”和“施肥与环境质量控制原理”4个方向开展工作。在土壤养分转化、新型肥料研创、高效施肥技术等国际同领域中处于先进水平，在国内本学科处于领先地位。
2. Key Laboratory of Crop Nutrition and Fertilization, Ministry of Agriculture
The Key Laboratory of Crop Nutrition and Fertilization of the Ministry of Agriculture （KLCNF）was established in 1996. The laboratory was firstly named as the Key Laboratory of Plant Nutrition of the Ministry of Agriculture, and then was named as KLCNF in 2010. Taking the targets of creating new fertilizers and improving new scientific fertilization technology since its establishment, KLCNF focuses its research emphases on plant nutrition physiology and molecular biology, the control principle of nutrients transformation and cycling processes, the mechanism of efficient use of nutrient resources, and fertilizer application and the principle for environment quality control, etc. In the research fields of transformation of soil nutrients,research and development of new types of fertilizers, high efficient fertilizer application technology and so on, KLCNF is a leading laboratory at home and also at advanced level as compared with its international counterparts.
3、农业部资源遥感与数字农业重点开放实验室
2002年11月经农业部批准依托农业遥感研究室组建而成，是国家遥感中心农业应用部和农业部遥感应用中心研究部的挂靠单位。该室以现代遥感技术、地理信息技术、导航定位技术等空间信息技术为主要手段，研究农作物、土地、草地和灾害的遥感监测机理和技术方法，开展农业资源环境时空变化规律和灾害影响评价等，在农作物遥感监测系统、区域土地利用变化、草地遥感监测与评估技术和农业灾害遥感监测与评价技术、空间信息技术支持的数字农业等方面的总体研究水平与国际先进水平同步，在国内本学科处于领先地位。主要研究方向包括农情遥感、资源遥感、环境遥感和数字农业等。
3. Key Laboratory of Resources Remote Sensing and Digital Agriculture, Ministry of Agriculture
The key laboratory was approved to establish based on the Agricultural Remote Sensing Department of IARRP by the Ministry of Agriculture (MOA) in November, 2002. The department of agricultural application of National Remote Sensing Center of China (NRSCC) and the research department of Agricultural Remote Sensing Application Center (ARSAC) of MOA are affiliated to it. The laboratory, targeting at scientific frontiers of remote sensing and digital agriculture, is focused on promoting the researches on
monitoring of crops/grasslands and their growth conditions, monitoring and evaluations of agricultural resources, environment and agricultural disasters, developing different decision-support systems and simulation platforms by using spatial information technologies such as modern Remote Sensing, Geographic Information System and Global Navigation System. It is currently a leading institution at home and in parallel with international leading institutions in the field of crop monitoring, regional land use change monitoring and modeling, monitoring and evaluation of agricultural resources and disasters, and digital agriculture.
Main research fields:
Agricultural remote sensing
Resources remote sensing
Environmental remote sensing
Digital agriculture
4.中国农业科学院-美国新罕布什尔大学可持续农业生态系统研究联合实验室
在中美双方15年交流合作的基础上，本联合实验室于 2011年6月7日在中国农业科学院正式揭牌成立，是第一个挂靠我所运行的中外联合科学研究与国际合作交流机构。实验室以“提升合作层次，拓展研究领域，培养高端人才，实现优势互补”为目标，紧紧围绕“农业发展与环境”主题，强化在农业生态环境、面源污染防控、遥感与数字农业、土壤与水资源、植物营养与肥力培育等领域的中美联合研究和人才培养，力求为中美两国农业可持续发展提供强有力的技术支撑。
4.Chinese Academy of Agricultural Sciences-University of New Hampshire Joint Laboratory for Sustainable Agro-Ecosystems Research
Based on the communication and cooperation between CAAS and University of New Hampshire from 1996 to 2011, the joint laboratory was established on June 7, 2011, which was the first joint scientific research and international cooperation agency affiliated to IARRP. Targeting at “improving cooperation, expanding research field, cultivating top talents, complementing each other's advantages”, the laboratory is focused on the theme of sustainable agro-ecosystems, especially for researches in agro-ecology and environment, non-point pollution prevention, remote sensing and digital agriculture, soil and water resources, plant nutrient and fertility cultivation, and so on, which could offer the powerful technological support for the sustainable development of both US and Chinese agriculture.
中心
1、土壤肥料测试中心暨国家化肥质量监督检验中心（北京）
成立于1959年，是国家质量监督检验检疫总局授权的、经国家计量认证具有第三方公正性的国家实验室和产品质量监督检验机构。主要承担肥料、土壤调理剂、植物、土壤及土壤环境等样品的委托检验和仲裁检验，行政委托的肥料和土壤调理
剂产品质量监督检验和发证检验，境内外肥料和土壤调理剂产品的田间肥效试验。开展分析检验技术、肥料和土壤调理剂评价、耕地和农产品质量安全评价、及相关技术规范和标准制订等研究。
（II）Centers
1. National Center for Quality Supervision and Testing of Chemical Fertilizers (Beijing)
The National Center for Quality Supervision and Testing of Chemical Fertilizers (Beijing) (NCQSTCF) was established in 1959 and it is a national laboratory and quality supervision and testing authority authorized by General Administration of Quality Supervision, Inspection and Quarantine (AQSIQ) and authenticated by China Metrology Accreditation (CMA) with the fairness of the third party. NCQSTCF undertakes the entrusted test and arbitrary test of samples of fertilizers, soil regulators, plants, soils, and soil environment and so on, the supervision test of fertilizer and soil conditioner quality and test for certificate issuing entrusted by administrative authorities, and fertilizer efficiency of home or foreign produced fertilizer and soil conditioners efficiency. NCQSTCF also carries out researches on analytical and testing technology, evaluation of fertilizers and soil conditioners, the quality of farmland and agricultural products, and formulation of relevant technological specifications and standards.
2、农业部微生物肥料和食用菌菌种质量监督检验测试中心
成立于1995年12月，是农业部授权的通过国家计量认证的专业性微生物肥料和食用菌菌种质检机构。主要承担全国微生物肥料(微生物菌剂)和食用菌菌种及产品的质量监督检验，向社会提供产品质量检验公证数据；承担全国微生物肥料产品的登记受理和食用菌菌种的认定工作；从事相关标准、质检新技术和微生物作用机理等基础与应用基础研究。研究方向主要有：质检新技术新方法研究，标准研究制定与行业发展研究，根瘤菌共生固氮应用基础研究，农业废弃物的微生物转化利用，微生物作用机理与微生物生态学研究等。
2. Center for Quality Supervision and Testing for Microbial Fertilizers and Mushroom Spawn, Ministry of Agriculture
The Center for Quality Supervision and Testing for Microbial Fertilizers and Mushroom Spawn, Ministry of Agriculture (CMFMS) was established in 1995. CMFMS, acting as a supervision and test institution for microbial fertilizers and mushroom spawn, is authorized by Ministry of Agriculture and authenticated by China Metrology Accreditation (CMA). CMFMS takes charge of quality testing and supervision for the products of microbial fertilizers and mushroom spawn, and offers legally representative test results for the public. CMFMS is responsible for registration of microbial fertilizer products and the identification of mushroom spawn over China, and undertakes applied basic researches. The major research fields include novel detecting methods and techniques, national (industry) standard and development of industry, symbiotic nitrogen fixation of Rhizobium japonicum, bio-conversion of agricultural wastes, the mechanism of actions and ecology of microorganism.
3.中国农业微生物菌种保藏管理中心
中心成立于1979年，是国家级农业微生物菌种保藏管理机构，担负着全国农业微生物菌种收集、鉴定、保藏、评价、供应及国际交流的任务。
中心设有细菌、放线菌、根瘤菌、食用菌、植物病原菌、厌氧微生物、小型丝状真菌及酵母菌资源实验室，建有液氮库、超低温冰箱库、4℃～10℃冷冻干燥菌种保藏库、4℃～10℃低温保藏库以及10℃～15℃低温矿油保藏库。拥有本领域最先进的实验分析仪器及设备。目前库藏资源共计603属，2199种，11970株菌种，约30万份。
3.Agricultural Culture Collection of China
Established in 1979, Agricultural Culture Collection of China (ACCC) is the national nonprofit microbial resource center and research organization whose mission focuses on the acquisition, identification, production, preservation, development and distribution of agricultural microorganisms. ACCC provides inspection for microbial inoculate products, consultancy, information services, training courses.
The repository portion of the facility occupies 300 square meters and contains 7 freezers to store biomaterials, including vapor-phase liquid nitrogen freezers, mechanical freezers and cold rooms. The repository space is complemented by 700 square meters laboratory space, including eight professional laboratories: bacteria, actinomeycetes, rhizobium, yeast, micro-filamentous fungi, macro-filamentous fungi, plant pathogen and anerobic microorganism. ACCC holds more than 18,000 strains, belongs to 716 genus, 2364 species.
(三)野外台站
1、湖南祁阳农田生态系统国家野外科学观测研究站
建于1960年，2000年列为国家级野外台站。由衡阳办公区和祁阳、冷水滩2个实验基地组成。占地面积650亩，设有水田实验区、旱地实验区、生态恢复实验区、水土保持实验区、丘陵植被恢复观测区、自然植被恢复观测区、肥力变化长期定位监测区、经流观测场等。主要针对南方红壤丘陵区开展农业资源综合利用、区域治理、农业生态、土壤污染监测与治理、土壤改良与培肥、牧草栽培与综合利用、水土保持、水田与旱地肥力演变与肥料效益观测及实验。
(III) Field stations
1.Qiyang Red Soil Experiment Station
Qiyang Red Soil Experiment Station (QRSES) was established in 1960 and became the national field station in 2000. QRSES consists of an administrative office in Hengyang and two research bases in Qiyang and Lengshuitan. It has 44 ha2 experimental lands which are divided into paddy experimental area, dry-land experimental area, ecological restoration observation area, runoff observation area, long-term monitoring area of soil fertility, orchard and tea garden. The main research areas include comprehensive utilization of agricultural resources in hilly red soils region of south China, regional management, agro-ecosystem, soil pollution monitoring and control, improvement of soil fertility, forge planting and utilization, soil and water conservation, fertilizers use
efficiency and the long-term changes of soil fertility in paddy and dry-land soils.
2.呼伦贝尔草原生态系统国家野外科学观测研究站
建于1997年，2005年列为国家级野外台站。位于内蒙古呼伦贝尔市谢尔塔拉牧场。建有7个长期观测样地，长期进行草原生态系统水、土、气和植被常规观测，建有草地生态及生产利用大型长期实验平台多个,拥有气象观测站、碳通量观测塔群、土壤水分监测系统以及群落光合、呼吸、蒸腾观测等野外观测和实验设备。
2.National Hulunber Grassland Ecosystem Observation and Research Station (NHGEORS)
Hulunber Grassland Ecosystem Observation and Research Station (HGEORS) was established in 1997 and was assigned as the key station of MOA and national key station in 2005. The station is located at Xiertala farm, the center of temperate meadow steppe in Inner Mongolia (N 49°19′, E 120°03′, Alt. 628m). The targets of the station includes: (1) to reveal the ecological processes of meadow steppe as well as its response to a variety of disturbances; (2) to develop methods for monitoring and modeling the ecosystem patterns at multi-scales; and (3) to provide decision-making tools to local government. The station is facilitated with seven long term observation sites and two large experimental platforms which have a total area of 400ha2, and is equipped with advanced apparatus for observation of climate, soil, water and vegetation.
3.国家土壤肥力与肥料效益监测站网
建于1987年。于1999年列为国家级野外台站。在吉林、新疆、陕西、北京、河南、浙江、湖南、重庆设有八个监测站。建有田间定位试验区、养分渗漏池、盆栽网室、气象观测哨以及示范田等研究设施；建有生物、土壤、养分与肥料、和气象资料数据库，以及长期定位试验样品库。主要开展我国不同区域、不同类型土壤和不同施肥制度条件下土壤肥力长期演变规律；肥料利用率以及肥料农学和生态环境效应、不同水热梯度带农田土壤肥力质量和环境质量演变规律；最佳施肥制度以及集约化养殖废弃物农业利用的环境效应研究。
3. National Soil Fertility and Fertilizer Effects Long-term Monitoring Network
National Soil Fertility and Fertilizer Effects Long-term Monitoring Network (NSFFELMN) was founded in 1987 and became as the national network of field experimental station in 1999. NSFFELMN has 8 observation stations located in Jilin, Xinjiang, Shaanxi, Beijing, Henan, Zhejiang, Hunan and Chongqing. In the network, there are field experimental areas, large lysimeter systems for nutrient leaching research, greenhouse, meteorological observing points, agricultural demonstration areas, and other facilities for agricultural research. Also there are databases for biological, soil, nutrient and fertilizer, and meteorological information. The historical soil and plants samples are archived. The main research areas include the long-term changes of soil fertility, environmental quality in different areas, soils and fertilization systems, fertilizer use efficiency and the effects of fertilization on agricultural production and ecological
environments, best fertilizer management, and the effects of animal manures on agricultural production and environments.
4.农业部德州农业资源与生态环境重点野外科学观测试验站
建于1966年，是我国黄淮海地区建立最早的综合性农业科研基地之一，由德州办公区和陵县、禹城2个试验基地组成。德州办公区建有3000m2综合科研实验楼，设有“肥料资源与新型肥料”、“植物营养与施肥”和“土壤改良与培肥”三个综合实验室，配有原子吸收分光光度计、紫外分光光度计、光合作用测定仪等大型仪器设备；两个试验基地拥有试验用地280亩，建有有机无机结合、保护性耕作、农业节水、土壤培肥与改良等长期定位试验平台，建有常规土壤理化分析实验室，在禹城试验基地建有集国内外新型肥料主流试验设备于一体的新型肥料工程技术中心。
4.Key Experimental Station on Agricultural Resources and Ecological Environment in DeZhou, Ministry of Agriculture
DeZhou Experimental Station (DZES), established in 1966, is one of the oldest national field research stations specializing in improving soil productivity in marginal and alkaline/saline farming lands. DZES is comprised of three parts which are DeZhou office site in DeZhou City, two experimental sites respectively in YuCheng County and Ling County. There is a 3000m2building in DeZhou office site that contains staff offices, laboratories, sample archives and data processing centre. The three comprehensive laboratories named “Fertilizer Resources and New Fertilizer”, “Plant Nutrition and Fertilization” and “Soil Amelioration and Improvement”respectively in DeZhou office site are equipped with atomic absorption spectrophotometer, UV spectrophotometer, photosynthetic system and other large-scale analysis facilities. There are approximately 20 ha arable land for field trials in the two experimental sites of YuCheng County and Ling County. More than 20 long-term experiments of fertilization, conservation tillage, water-saving and soil fertility improvement etc. have been conducted for monitoring soil productivity, soil fertility, fertilizer use efficiency, soil environments etc. A new fertilizer engineering centre was established in 2006 in YuCheng experimental site, which has advanced equipments for analysis, making and inspection of fertilizer.
5.农业部迁西燕山生态环境重点野外科学观测试验站
建于1996年，2005年农业部命名为现名。位于河北省迁西县境内，试验用地172.2亩，建有综合科技试验楼、日光温室、分析化验室、培养室，拥有食用菌接种、培养和土样分析化验等仪器设备。主要开展燕山生态环境长期监测，地带性山区生态系统结构、功能及其演替观测及农林特色资源开发与高效利用、北方农林牧生态系
统耦合发展、旱作节水技术与示范、农业农村可持续发展模式研究。
5. Key Experimental Station on Ecological Environment of Yanshan Mountain in Qianxi, Ministry of Agriculture
The experimental station, located in Qianxi County of Hebei Province, was founded in 1996. It was named as one of key field experimental stations by Ministry of Agriculture in 2005. The total land area at the station is 172.2 mu (11.5 ha). The station owns a comprehensive science and technology laboratory building, solar energy-saving greenhouse, control laboratory and culture room, etc., and it is equipped with modern equipment for mushroom inoculation and cultivating, soil sample test, and so on. The main research fields in the station include long-term monitoring of eco-environmental changes in the Yanshan mountain regions, monitoring of the structure, function and its change of local mountainous agro-ecosystems, local special agro-resources development and utilization, the harmonious development of agriculture, forestry and animal husbandry in north China, water-saving technology development and demonstration, exploitation of sustainable development mode in local rural areas, etc.
6、农业部昌平潮褐土生态环境重点野外科学观测试验站
建于1987年，2005年农业部命名为现名，位于北京市昌平区。建有作物产量数据库、土壤养分含量数据库、植株养分含量数据库、气象资料数据库、养分渗滤池、网室、实验室、等实验设施。主要开展潮褐土土壤肥力与肥料效益长期定位监测试验、畜禽粪便和秸秆长期施用定位试验和污泥长期施用定位试验。
6. Key Experimental Station on Ecological Environment of Drab Fluvo-aquic Soil in Changping, Ministry of Agriculture
The station, located in the Changping District of Beijing, was founded in 1987. In 2005, the Ministry of Agriculture named the station as one of key field experimental stations. The station has established databases of crop yields, soil nutrient content, plant nutrient content, and meteorological climate. In addition, it also possesses experimental facilities such as nutrient filter chamber, solarium, laboratory, etc. The main research fields include long-term fixed position monitoring and testing of the Drab Fluvo-aquic soil, long-term fixed position experiments of the effects of application of animal manure, crop straw and sludge.
7、农业部洛阳旱地农业重点野外科学观测试验站
创建于1998年，2005年农业部命名为现名。位于河南省洛阳市郊。现有精准试验用地75亩，旱农新技术试验示范区5000亩。已建成综合实验办公楼各一栋及附属设施，实验室配备了凯氏定氮，分光光度计，火焰光度计，烘箱，等简单实验仪器。建有干旱棚一座、露天土壤溶质运移渗漏池80个、小区径流观测场一座，配备土壤水分时域反射仪，径流流量记录仪，张力计等观测仪器。主要进行旱地农业生态因子长期定位监测，开展旱地农业增产新技术体系及国家旱地农业科技攻关研究及试验示范。
7. Key Experimental Station for Dry-Land Farming in Luoyang, Ministry of
中国各部门的英文翻译
中国各部门的英文翻译-中国各机构英语翻译 信息产业部 Ministry of Information Industry 全国人民代表大会National People’s Congress (NPC) 主席团Presidium 常务委员会Standing Committee 办公厅General Office 秘书处Secretariat 代表资格审查委员会Credentials Committee 提案审查委员会Motions Examination Committee 民族委员会Ethnic Affairs Committee 法律委员会Law Committee 财务经济委员会Finance Affairs Committee 外事委员会Foreign and Economy Committee 教育，科学，文化委员会Education, Science, Culture and Public Health Committee 内务司法委员会Committee for Internal and Judicial Affairs 华侨委员会Overseas Chinese Affairs Committee 法制委员会Commission of Legislative Affairs 特定问题委员会Committee of Inquiry into Special Questions 宪法修改委员会Committee for Revision of the Constitution 中华人民共和国主席President of the People’s Republic of China
中文刊名英文缩写对照表
参考文献中文刊名的英文缩写对照表 参考国际标准ISO4-1984《文献工作—期刊刊名缩写的国际规则》及国家标准GB7714-87《文后参考文献著录规则》，《植物营养与肥料学报》编辑部编制了本刊参考文献中常见中文刊名的英文缩写对照表，请作者投稿时参考。具体如下： 杂志中文名 杂志英译名缩写 安徽农学通报 Anhui Agric. Sci. Bull. 安徽农业大学学报 J. Anhui Agric. Univ. 安徽农业科学 J. Anhui Agric. Sci. 安全与环境学报 J. Saf. Environ. 北方果树 Northern Fruits 北京农学院学报 J. Beijing Agric. Coll. 北京农业科学 Beijing Agric. Sci. 草地学报 Acta Agrestia Sin. 草业科学 Pratac. Sci. 草业学报 Acta Pratac. Sin. 地理科学 Sci. Geogr. Sin. 地理科学进展 Prog. Geogr. 地理学报 Acta Geogr. Sin. 东北农业大学学报 J. Northeast Agric.Univ. 福建农林大学学报（自然科学版） J.Fujian Agric. For. Univ. 福建农业科技 Fujian Agric. Sci.Tech. 福建农业学报 Fujian J. Agric.Sci. 福建热作科技 Fujian Sci. Tech. Trop. Crops 干旱地区农业研究 Agric. Res. Arid Areas 干旱区研究 Arid Zone Res. 甘肃农业大学学报 J. Gansu Agric.Univ. 甘肃农业科技 Gansu Agricl Sci.Tech. 耕作与栽培 Cult. Plant. 广东农业科学 Guangdong Agric. Sci. 广西农学报 J. Guangxi Agric. 广西农业科学 J. Guangxi Agric. Sci. 贵州农业科学 Guizhou Agric.Sci. 果树学报(果树科学） J. Fruit Sci.
人力资源管理英文词汇
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人力资源管理体系 (英文版) 1
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