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Annex 3: Agricultural Policy and Food Security in China中国农业政策与食品安全--------------------------------------------------------------------------------IntroductionFood security and the performance of the agricultural sectorAgricultural development strategy, policies and food securityChina's food economy prospectsIssues and challengesConcluding RemarksReferences--------------------------------------------------------------------------------IntroductionChina's effort to produce enough to feed its growing population has long been recognized. It feeds over one-fifth of the world's population with only one-fifteenth of the world's arable land. In recent history, China has either exported food or imported relatively little. China was a net exporter of food, even of grain, in the 1950s. Although China became a net importer of grain in the 1960s, the share of net imports to total domestic consumption was marginal. Net import shares reached approximately three percent in the early reform period (1978-84), then declined to approximately one percent in the following period (1985-90). China has since become a net grain exporter, except in 1995 when it had a record level grain imports of nearly 20 million tons. Net exports between 1992 and 1994 were over 5 million tons annually.While China's grain imports may grow slightly in the coming decades, the nation has developed a strong position as a net exporter of food (both grain and non grain) in value terms by exporting high value-added foodstuff including livestock products and other processed foods during the reform period. Net food exports grew to 2.3 billion US dollars in 1985 and peaked at 6.3 billion dollars in 1993, from a state of balanced trade (in value terms) in 1980 (China Customs Statistics).China's future food security, however, is a subject of growing concern. First, although China's food production has grown over the last several decades, year-to-year fluctuations of food supply and prices are significant. Market stabilization and food price inflation have been among the major targets of government policy since the late 1980s. The Chinese government considers maintaining a comparatively high level of food self-sufficiency, avoiding supply shocks, and stabilizing consumer prices, a matter of national security and stability:Only when the Chinese people are free from food availability and stability of food supply worries can they concentrate on and support the current reform, thus ensuring a sustained, rapid and healthy development of the economy (The State Council, 1996).To this end, the government recently adopted measures to stabilize domestic food supply and stabilize the market - these measures include administrative and economic intervention in food distribution and marketing systems, national and local food reserve schemes, price regulations, international trade, factor markets, and rural infrastructure development.Secondly, food security and access to food are mainly poverty issues. Although national economic growth is strong, it is uneven across regions. Farmer's incomes in the central and eastern regions of China continue to grow more rapidly than those in the west and southwest. Income inequality among regions, between rural and urban areas, and within regions continues to grow (MOA, 1997). In the early 1980s, tremendous progress was made in addressing China's poverty problem, mainly due to the government's rural reform program. However, this progress has slowed down over the past ten years.Finally, China's food supply availability could be a major food security issue in the coming decades if policies were not formulated in the right directions. Worldwide, food production growth rates have outpaced population growth in recent decades, implying increased food availability per capita. Furthermore, the decline of real food and feed grain prices internationally over the same period implies that supply increases have exceeded increased demand. However, the situation differs from country to country.China faces the great challenge of feeding its growing population with declining land, water, and other food production resources, and increasing opportunity cost of labor and domestic food production cost. Food supply availability in China is important not only because it concerns a large proportion of the world's population and consumption, but also because rapid industrialization has led to competition for resources between agricultural and non-agricultural sectors, strong income growth, rapid urbanization, and population growth. All of these stimulate demand for agricultural products.Government officials and scholars have focused food economy and food security concerns on the grain economy because grain (both food and feedgrain) is a major component of China's food supply. Historically, grain fundamentalism, the provision of adequate cereal grain supplies at low stable prices to urban residents, has been an overriding government concern. Recurring food shortages, particularly the famine of the early 1960s, increased the official desire for assured and secure grain supplies. This concern, coupled with rapidly increasing urbanization, domestic infrastructure and transport constraints, domestic grain price spikes in 1994/1995, Brown's 1995 prediction that China will become an importer of massive amounts of grain in the next few decades, the weaknesses of the fiscal system in the provision of public goods (particular agricultural research and extension), has attracted worldwide attention in the past 4 years.A number of recent studies conducted by both domestic and international organizations have led to a consensus that while the increases in China's grain imports will be marginal and the nation will remain at a high level of food self-sufficiency in the coming decades, China's long-term food security is an issue of both national and international significance. The sheer size of China's economy and its rapid growth will make China a crucial influence in the future development of world markets for inputs and outputs of food and agricultural products, agribusiness, and industry. Along with this growth is its gradual progress toward market-orientation and global integration, urbanization, the shift of comparative advantage from agriculture to other sectors, and dietary diversification. Small adjustments to China's food supply and demand, agricultural input demand shifts, and the Chinese government's selection of food security policy will each have large effects on world agricultural trade.This paper evaluates China's food security situation, reviews the performance of the food and agricultural sector, considers the role of food policies, particularly the most recent price and marketing reform policies, in improving the food situation, and identifies key issues related to food security which require further intervention. The next section reviews previous achievements and sources of growth in agricultural production and food security. The third section analyzes current government policies and programmes and their impacts on agricultural production and food security. The fourth section predicts the shape of China's food economy over the next three decades; while the fifth section discusses the major challenges and constraints to agricultural production and food security. Concrete measures and options towards sustainable agricultural growth and food production are suggested in the final section.Food security and the performance of the agricultural sector--------------------------------------------------------------------------------Food security: an overviewSummary of China's approaches to improved food securityOther issuesChanging role of agriculture in the economyAgricultural production growth--------------------------------------------------------------------------------Food security: an overviewChina's ability to feed over one-fifth of the world's population with only seven percent of the world's arable land is widely acclaimed. China, with more than 1.23 billion people in 1997, is the world's most populous nation. Its experience demonstrates the importance of technological development, institutional change, improved incentives, and rural development among other policies in improving food security with limited natural resources.Availability of foodChina's per capita food availability and consumption have increased over the last several decades. Average per capita food availability has grown from less than 1700 kcal in 1960 to 2570 kcal per day in 1995 (Table 1)[19]. Increased domestic production is almost solely responsible for increased food availability. Protein intake and fat consumption per capita per day increased over the same period, from 42 grams to 70 grams, and 17 grams to 45 grams, respectively. Both figures exceed average nutrient availability in countries with comparable per capita GNP levels.Nutritional composition changes of Chinese diets are consistent with growing income (Table 1). Nutrient sources are a powerful indicator of the population's economic wellbeing. In low income countries, the average diet includes a high percentage of nutrients from crops, while a typical developed country diet includes a relatively high percentage of nutrients from animal sources. In China, traditional diets were typically based on cereals, vegetables, and small quantities of meat and fish. Consumption of relatively expensive non-cereal food items, particularly livestock products and fish, have increased with rapid increases in per capita income, urbanization, and market expansion (Huang and Bouis, 1996).Aggregate household food securityAggregate household food security has improved significantly. According to the FAO's WFS (1996), Chinese household food security, as measured by the aggregate household food security index (AHFSI) and the level of food inadequacy, follow overall national averages. The AHFSI increased from a low level of 70 percent in 1969-71 to a relatively high level of nearly 80 percent in 1990-92, while food inadequacy declined from slightly over 14 percent to approximately 3 percent in the same period.Table 1. Nutrient availabilityYearEnergy(kcal)Protein(grams)Fat(grams)Crop ProductsAnimal ProductsEnergy(%)Protein(%)Fat(%)Energy(%)Protein(%)Fat(%)196016764217979376372419702087532396936747331980247064329490606104019902505683791865591445199525707045888151121949Table 2. Per capita daily nutrient intake by income group in sample provinces, 1990.Income groupSichuanNingxiaHebeiZhejiangGuangdongBeijingEnergy intake (kcal)Average233524022227246024252309Poorest 10%18891819197019712129196010% - 25%20682142209322172174185525% - 50%22712319220123142191209150% - 75%24852480225625592583237175% - 90%260626422284271125322605Richest 10%285230742559298327972972Protein intake (g)Average59.668.569.163.960.769.1Poorest 10%48.154.959.451.051.957.910% - 25%52.564.664.757.053.055.025% - 50%55.465.467.959.658.462.050% - 75%61.168.770.265.664.570.375% - 90%66.672.571.470.764.779.2Richest 10%73.684.580.879.271.890.5Fat intake (g)Average36.033.734.033.139.145.5Poorest 10%25.521.527.420.228.935.510% - 25%27.725.629.226.432.735.425% - 50%31.331.131.930.336.841.150% - 75%37.035.635.035.142.548.575% - 90%43.441.037.139.842.052.6Richest 10%57.048.946.147.650.663.9Annual per capita income (yuan)Average55864365899110271270Poorest 10%25123020429943348810% - 25%34732134950862470525% - 50%443457499739809101250% - 75%57968669210581075134675% - 90%756975948145714331748Richest 10%111513951453216320332633Household food security by income groupTables 2, 3, and 4 show household nutrient intake and source by income group based on a food and nutrition survey conducted by the Chinese Academy of Preventative Medicine (CAPM) and the State Statistical Bureau (SSB) in 1990,. Tables 5 and 6 show the physical development of children and equity as well as poverty in the rural China based on a food consumption and expenditure survey conducted by the SSB for the years 1978- 95.Nutrient intake varies greatly across income groups, although average per capita energy intake in all sample provinces topped 2200 kcal (Table 2). Daily energy intake of the 25% of the population with annual per capita income less than 500- 700 yuan (level varies by province) was below 2200 kcal. Energy intake of the poorest 10 percent was only 82 percent of the sample average. Protein and fat intakes decline as income falls in a similar pattern.Table 3. Sources of energy by income group in China's sample provinces, 1990.

125 评论

略过剧情

么么,分都没有

177 评论

私人发艺工匠

以后可以自己去查。我空间里有一些国外大学的入口和帐号,你可以试试。如果不行可以到文章里说的论坛去找。

216 评论

雁儿小妞宝

食品安全文的参考文献可以参考食品安全监督管理局发表的标准。

133 评论

老娜再修行

毕业论文(设计)要包括以下组成部分:1.封面(附1)2.扉页(附2)3.任务书(附3)4.中文摘要、关键词5.英文摘要、关键词(*)6.目录7.正文8.致谢(*)9.参考文献10.附录(*)11.指导教师评审表(附4)12.评阅人评审表(附5)13.答辩评审表(附6)14.封底一、封面与扉页常出现问题及正确写法(见范例1、2)1. 封面上的英文题目的首单词第一个字母和有实际意义的单词第一个字母要大写,其他小写(如and, the, of, in, by,a, an)如:Study on the Bio-deacidification in Hawthorn Fruit Juice2. 封面和扉页上的导师姓名后面要写上职称,职称用小括号括起来。3. 封皮上的申请学位是工学学士学位4. 封皮所填写内容的横线要长度一致5. 封面顶部左侧的“分类号”:食品科学与工程专业写:081401 食品质量与安全专业写:081407W6. 封面顶部右侧的“编号”:为当年年份加学号,如2009-21505127二、任务书常出现问题及正确写法(见范例3) 任务书按这样的格式改具体要求:(大家写一样的) 1)认真查阅相关资料,弄清实验目的、意义,搞好整体设计2)认真探索实验方法,找出实验的关键3)熟练实验操作技术,保证实验数据的准确性4)实验数据真实可靠,文献引用要合理,论文撰写要规范主要参考文献:(一个英文的,一个中文的。每个文献资料都要写全) [1] 赵玉平.山楂的综合利用和开发[D].天津科技大学博士学位论文,2004,51 [2] Johnson R L, Chandler B V. Ion exchange and adsorbent resins for removal of acids and bitter principles from citrus juices[J].Journal of Science and Food Agricultural,1985,36(6): 480-484 (超过一行的要左对齐)进度安排:老师的签名不要打上,日期不要打上三、摘要1、[摘要]黑体小四“摘要”,并外加“[]”[摘要]中文摘要的编写执行GB6447-86规定,不应出现图、表、数学公式、化学结构式和非公知公用的符号、术语和缩略语。至少5~6个整句,内容包括目的、方法、结果、结论(四要素缺一不可)等。摘要应以第三人称撰写,避免使用“本文”、“作者”等词汇,不应出现“本实验”等主语性的开头。应写成报道性文摘,并具有独立性和自明性,即不阅读全文,就能获得全文的主要信息(特别注意所述内容均应包含在正文中,且数据一致)。不要重复题目,给出文中的主要信息、关键步骤或数据,以便于检索;篇幅:报道性的以300字左右,指示性的以100字左右,报道-指示性的以200字左右为宜;英文摘要一般与中文摘要内容相对应;缩写词首次出现时请给出全称,如:基质辅助激光解吸/电离飞行时间质谱(MALDI-TOFMS)。(字体:宋体,小四)2、关键词:毕业;论文;设计.3、中文和英文摘要中不能出现参考文献的标识,即不能出现[x]。4.英文关键词的第一个字母不需大写5.摘要与关键词之间要空一行四、目录1、目录中不能出现参考文献标识2、 目录格式采用小四、宋体,第一层次加粗,行距18磅;用密集的点的制表符,处于字的中间。3、结论、致谢、参考文献前不标数字。4、摘要和目录都不用页眉,页脚采用阿拉伯数字标注。五、正文1、页面设置版面页边距上3cm,下、左2.5cm,右2cm;页眉加“烟台大学毕业论文”,字体为隶书3号字,居中,页眉距边界2cm;页码用小五号字,底端居中,页脚距边界1.75cm。装订线为0.8厘米左方。2、 “目录,致谢,结论”,两个字之间空两个格3、层次(级)标题的规定层次标题一律用阿拉伯数字连续编号;不同层次的数字之间用小圆点(为半角)相隔,末位数字不加标点符号。如“1”,“1.1”,“3.1.2”, “3.1.2.1”等,编号到四级为止。各层次的序号均左顶格起排,后空1个汉字距,再排标题。标题不得排在页末。正文部分一级标题一般为“0 前言”、“1 材料和方法”、“2 结果”、“3 讨论”、 “4 结论”。 一级标题序和标题用小二号黑体字。一级题序和标题居中放置,一级标题序和标题距下文双倍行距。题序和标题之间空一个汉字,不加标点,下同。正文部分汉字之间的标点符号用全角。二级、三级、四级标题的各层次题序和标题一律沿版面左侧边线顶格安排。二级标题,如:“1.1 实验方法”,左顶格排。一、二级标题后的内容另起一行排。其题序和标题用小三号黑体字。单倍行距,段前、段后分别为0.3行。三级标题,如:“1.1.1 山楂中有机酸的测定方法”,左顶格排。与后面的内容用冒号隔开,内容接排。三级题序和标题用四号黑体字。单倍行距,段前、段后0.2行。四级标题,如“1.1.1.1 山楂中总酸的测定方法”,左顶格排。四级及以下各层次题序及标题一律用小四号黑体字,单倍行距。正文即非标题文字,汉语用宋体小四号字,行间距18磅;4、正文中所有数字、英文都用Times New Roman,包括英文摘要5、标题、表头和图中都不能加参考文献的标注,表和图一般必须位于同一页面。6、图和表都要有自明性,即写清图和表所表示的内容。表的表头(表题)在表格的上部,图的图头(图题)在图的下部。7、毕业论文中对表格的要求,所有的表都应用阿拉伯数字标上号码,所有表格都必须使用三线格。如表 1 双栏表格示例(五号宋体,加黑)Table 1 Example of a double column table (Word Style “Times New Roman”)栏头column 1 栏目column 2 栏目column 3 栏目column 4 栏目column 5××× ×× ×× ××2) ×××××× ×× ×× ×× ×××注:(1) 表中文字字体为宋体,英文、数字字体为“Times New Roman” ,五号;(2)××××××。表注超过一行每行顶格。院级、校级、省级的优秀毕业论文必须有中文、英文两种表头,其它毕业论文最少应用中文表头。表头和表格内文字都使用五号字。8、插图:毕业论文中的图要求准确、清楚。图要精选,应具有自明性,切忌与表及文字表述重复。图(Figures)均应有中文和英文图题,置于图下,格式与表题相同。线条要清晰、均匀、虚实分明,准确无误。所有的Figures都应用阿拉伯数字标上号码。9、毕业论文所涉及的全部内容中的植物、动物和微生物的的学名:属名、种加词(包括亚种、变种)用拉丁文斜体。属的首字母大写其余小写;属以上用拉丁文正体。病毒一律用正体,首字母大写。限制性内切酶:内切酶前3个字母用斜体,后面的字母和编码正体平排,如:BamHⅠ、Hind Ⅲ、Sau3AⅠ等。氨基酸和碱基的缩写:氨基酸缩写用3个字母表示时,仅第一个字母大写,其余为小写,全部正体。碱基缩写为大写、正体。10、单位和分子式之间需空一格如:正确为 1mol/L NaOH, NaCl 0.5g错误的是1mol/LNaOH, NaCl0.5g11、 微生物数量的表示应该用CFU/g和 CFU/mL,常出现的错为“个/mL”“个/g”在对微生物的数量进行描述时应该正确,如正确的是1×109 cfu/mL2.5×10-6 cfu/mL,错误的是写成1×109 cfu/mL,2.5×10-6 cfu/mL,忘记了写上标。12、 单位使用体积 毫升——mL (大写)、微升——�0�8L(大写)、升——L(大写)重量g, kg,吨t溶液浓度:用mol/L和mmol/L表示,而不用M 或 NpH 的p小写 温度℃, ℉光密度:用OD表示,斜体转/分——r/min,而不用rpm 压力:用MPa、Pa或kPa表示,而不用磅或kg/cm2 放射性元素60Co热量单位Cal/g、Cal/kg、Cal/mL、Cal/m3黏度mPa�6�1s统计学符号一般统计学符号用斜体。本刊常用统计学符号如下:样本算术平均数用英文小写x;标准差用英文小写s;t检验用英文小写t;F检验用F;卡方检验用x2;相关系数用r;样本数用n;概率用P。概率P(大写斜体)等生物大分子的分子量:蛋白质用 kD,D;核酸用 bp或 kb。时间:日(天)用d,小时用h,分钟用min,秒用s 表示。13、长度计量单位、℃和%不能省略;例如: 20 cm×0.3 cm,不能写成20×0.3 cm; 20℃-30℃,不能写成20-30℃;20%-30%,不能写成20-30%;短线和顿号前的其他相同单位可省略;短线“-”为Symbol字体。14、 正文中的符号应该是中文半角,特别注意粘贴内容中的逗号和引号。15、 公式中乘号的正确形势为“×”不能用“*”。其中的标注如下面的形式:C—葡萄糖标准液的浓度,g/L;V1——滴定10mL菲林试剂所需葡萄糖标准液的体积,mL;V2—消耗的样品的体积,mL;16、 使用英语字母所写的分子式切记注意上下标Na2SO4→→→→→→→→Na2SO4 Fe3+→→→→→→→→Fe3+六、参考文献部分参考文献是出现错误最多部分,也是观察一个人的学术修养的最重要的地方。希望能收起同学生的高度重视。参考文献用五号字,[1]---[9]题序与文字之间空两格,往后的只空一格。参考文献所有标点为英文半角,不能有汉语的句号。最后一定要核实一下参考文献中的顺序与正文标注的是否一致。最好使用endnote软件编辑参考文献参考文献格式:[1] 中国科学院北京植物研究所.中国植物志36卷[M].北京:科学出版社,1974:189[2] 《全国中草药汇编》编写组.全国中草药汇编彩色图谱,第二版[M].人民卫生出版社,2000,7:26[3] 大连轻工业学院等.食品分析[M].中国轻工出版社,1998, 118-213[4] 杜朋,孙伊萍.山楂和胡萝卜酶法液化工艺研究[J].食品工业科技, 1993(5):10-20[5] 姜毛毛,杨成等.山楂浓缩原汁(清型)生产工艺的研究[J].食品工业科技,1992, (1):18-22[6] 杜朋.果蔬汁饮料工艺学[M].北京:农业出版社,1992,161-166[7] 会议论文集:作者(报告人).题名.见(C):编者(ed,eds).会议录或会议名. 出版地,出版时间:页码.例:YUFIN S A. Geoecology and computer[C]// Proceedings of the Third International Conference on Advance of Computer Methods in Geoetechnical and Geoenvironmental Engineering, Moscow, Russia, February 1-4,2000. Rotterdam: A. A. Balkema, 2000.裴丽生.在中国科协学术期刊编辑工作经验交流会上的讲话[C]//中国科协学术期刊编辑工作经验交流会资料选.北京:中国科学技术协会学会工作部,1981: 2-10.[8] 学位论文:作者. 篇(题)名[D].学位授予单位城市名:单位名称(若为学校只标注到大学名),年. 例:ALMSR B .Infrared spectroscopic studies on solid oxygen[D].Berkeley:University o f California, 1965.张珏.灵芝多糖的硫酸化修饰及其衍生物抗肿瘤活性的初步研究[D].无锡:江南大学,2005.[9] 专利:利申请者(所属单位).专利题名:专利国别,专利号[P].公告日期或公开日期[引用日期].获取和访问路径.

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