农学专业英语
农业科学专业英语词汇大全了解农业科学领域的专业术语和农作物栽培技术

农业科学专业英语词汇大全了解农业科学领域的专业术语和农作物栽培技术农业科学专业英语词汇是农业科学领域重要的学术资源,它包括了丰富的农作物栽培技术和农业领域的专业术语。
本文将为读者介绍一些常用的农业科学专业英语词汇,以帮助读者更好地理解和掌握农业科学领域的知识。
一、农业科学专业英语词汇1. Agricultural science/agronomy 农业科学/农学2. Crop cultivation 农作物栽培3. Soil fertility 土壤肥力4. Crop rotation 农作物轮作5. Pest control 害虫防治6. Irrigation 灌溉7. Weed management 杂草管理8. Plant breeding 植物育种9. Genetic engineering 基因工程10. Fertilizer application 施肥11. Harvesting 收获12. Silage making 青贮制作13. Livestock breeding 畜牧养殖14. Dairy farming 奶牛养殖15. Poultry farming 家禽养殖16. Aquaculture 水产养殖17. Veterinary medicine 兽医学18. Agribusiness 农业经营19. Sustainable agriculture 可持续农业20. Organic farming 有机农业二、农作物栽培技术1. Soil preparation 土壤准备Soil preparation involves clearing the land, removing weeds and debris, and loosening the soil to improve its structure and drainage.2. Seed selection 种子选择Seed selection is an important step in crop cultivation. Farmers should choose high-quality seeds that are resistant to diseases and pests, and have high yield potential.3. Planting 种植Planting refers to the process of sowing seeds or transplanting seedlings into the soil. It is essential to provide the right spacing and depth for optimal plant growth.4. Fertilization 施肥Fertilization is the application of nutrients to the soil to provide essential elements for plant growth. It can be done through organic or inorganic fertilizers, depending on the specific nutrient requirements of the crop.5. Weed control 杂草防治Weeds compete with crops for nutrients, water, and sunlight. Effective weed control methods include manual weeding, the use of herbicides, and mulching to suppress weed growth.6. Pest management 害虫管理Pests can cause significant damage to crops. Integrated pest management techniques, such as biological control, cultural practices, and the judicious use of pesticides, help minimize pest damage while protecting the environment.7. Disease prevention 病害预防Crop diseases can reduce yield and quality. Disease prevention involves crop rotation, use of disease-resistant varieties, proper sanitation, and timely application of fungicides if necessary.8. Irrigation 灌溉Irrigation is essential for crop growth in areas with insufficient rainfall. It involves providing the right amount of water at the right time to ensure optimal plant health and productivity.9. Harvesting 收获Harvesting is the process of gathering mature crops for consumption or further processing. It involves careful timing to ensure maximum yield and quality.10. Storage and processing 储存和加工Proper storage and processing ensure that harvested crops remain fresh and maintain their nutritional value. This may involve drying, curing, canning, or freezing, depending on the specific crop.结语本文介绍了一些常用的农业科学专业英语词汇和农作物栽培技术,希望能帮助读者增加对农业科学领域的理解和掌握。
农学专业英语教学大纲

农学专业英语教学大纲农学专业英语教学大纲随着全球农业的发展和国际交流的日益频繁,农学专业英语教学的重要性也日益凸显。
为了提高学生的英语水平和专业素养,制定一份科学合理的农学专业英语教学大纲势在必行。
本文将探讨农学专业英语教学大纲的内容、目标和实施方式。
一、农学专业英语教学大纲的内容农学专业英语教学大纲的内容应该包括基础知识、专业词汇、科技论文写作、听说读写能力等方面。
首先,学生需要掌握农学领域的基础知识,包括农业科学原理、农作物种植技术、畜牧养殖管理等。
其次,学生需要熟练掌握农学专业的英语词汇,包括植物学、动物学、土壤学等方面的专业术语。
此外,学生还需要学习科技论文写作的基本要求和技巧,以便能够进行科学研究和学术交流。
最后,学生需要通过听说读写的训练,提高英语的听力、口语、阅读和写作能力,以便能够在国际交流中自如地表达自己的观点和理解他人的观点。
二、农学专业英语教学大纲的目标农学专业英语教学大纲的目标是培养学生的英语综合运用能力和专业素养。
首先,学生应该能够熟练运用农学专业的英语词汇和表达方式,能够理解和使用农学领域的专业文献和资料。
其次,学生应该能够进行科技论文的写作和学术交流,能够准确地表达自己的研究成果和观点。
此外,学生还应该具备良好的听说读写能力,能够在国际交流中自如地与他人交流和合作。
最后,学生还应该具备批判性思维和创新能力,能够独立进行科学研究和解决实际问题。
三、农学专业英语教学大纲的实施方式农学专业英语教学大纲的实施方式应该灵活多样,既注重理论学习,又注重实践训练。
首先,可以采用课堂教学的方式,通过讲解、讨论和练习,帮助学生掌握农学专业的英语知识和技能。
其次,可以组织实践活动,如科研项目、实验和田间调查等,让学生在实践中运用英语,提高语言的实际运用能力。
此外,还可以利用多媒体技术和网络资源,提供丰富的学习材料和交流平台,激发学生的学习兴趣和积极性。
最后,可以组织专业英语考试和评估,及时了解学生的学习情况和进展,为教学改进和提高学生的英语水平提供依据。
农学类专业英语电子版.pdf

UNIT1FUNDAMENTAL METHODS IN LIFE SCIENCEHow is it that scientists probe so skillfully into the monument of life and discover so much about its foundations?What is it about their manner of thinking that yields such precise results?The scientific method is a formalized way of answering questions about causation in the natural world.In principle, the scientific method has three main steps(although in practice scientists work in many different ways).The first step is to collect observations,phenomena which can be detected by the senses(vision,hearing,smell,taste,and touch). Observations can be also made indirectly,through use of special equipment (such as a microscope)that extended the range of perception.With practice, we can become skilled at making systematic observations.This means focusing one or more senses on a particular object or event in the environment, and screening out the“background noise”of information that probably has no bearing on our focus.Second,the scientist thinks of hypothesis,ideas about the cause of what has been observed.The third step is experimentation, performing tests designed to show that one or more of the hypothesis is more or less likely to be incorrect.Hypothesizing means putting together a tentative explanation to account for an observation.No scientist can put forward an idea and demand that it be believed as true,no questions asked.In science,there are no absolute truths. There are only high probabilities that an idea is correct in the context of observations and tests made so far.Instead of absolutes,there is suspended judgment.This means a hypothesis is tentatively said to be valid if it is consistent with observations at hand.You won’t(or shouldn’t)hear a scientist say,“there is no other explanation!”More likely you will hear,“Based on present knowledge,this explanation is our best judgment at the moment.”Often the weight of evidence is so convincing that the hypothesis becomes accepted as a theory:a coherent set of ideas that form a general frame of reference for further studies.In science,the word“theory”is not used lightly.It is bestowed only on hypothesis that can be relied upon with a very high degree of confidence.Testing the hypothesis through experiments is at the heart of scientific inquiry.Experiments must be designed so that their results are as unambiguous as human ingenuity can make them.For this reason, experiments have to include control treatments as well as experimental treatments.The two differ only by the factors(s)in which you are interested.Collecting and organizing test results is a necessary process in biological experiments.Data tables or graphs are used to organize and display information for analysis.Graphs are especially useful in illustrating trends of patterns.Data analysis is less mechanical and more conceptual than collecting and organizing the information.Often,statistical tests are used to determine if differences between experimental data and control data are significant or are likely due only to chance.If it can be argued that the differences are due to chance only,then it can also be argued that the independent variable had no effect.Generalizing from test results requires careful and objective analysis of the data ually,the hypothesis under test is accepted or rejected on the basis of conclusions drawn.A statement is written about what new insights(if any)have been gained into the original problem.Apparent trends are noted when the same data appear in test results gathered over a period of time.Often,further questions and hypothesis are posed in an attempt to guide additional studies of the problem.New words and expressionsprobe v.探索convincing a.令人信服的monument n.殿堂,纪念馆coherent a.相干的,连贯的formalize v.使……成为正式的bestow(on)v.赠与,授予causation n.起因,原因at the heart of在……核心observation n.观察(结果inquiry n.探索,探究,询问microscope n.显微镜unambiguous a.清楚的,明确的perception n.感知能力,感觉ingenuity n.智慧,机灵systematic a.系统的illustrate v.说明screen out排除mechanical a.无思想的,呆板的have no bearing on与……无关conceptual a.概念的,观念的experimentation n.实验,试验independent variable自变量,处理因子more or less差不多,大致insight(into)n.领悟,深刻的了解hypothesize v.提出假说pose v.提出(问题),引起put together组织suspend v.使悬而未决tentative a.暂时的,试探性的judgment n.判断,评价UNIT2ACCOMPLISHMENTS IN PLANT BREEDINGPlant breeders have devoted considerable attention to breeding for yield. These programs usually have emphasized selection for higher yields based on yield testing results.It is also true,however,that plant breeders have for decades sought to improve yield by manipulating what are often termed physiological components of yield.In this section we give two examples of improvements in crop plants resulting from selection of desirable plant types. These examples deserve special attention because they involve wheat and rice,which rank first and second in the world in providing food for the human population.In these crops,breeders have selected new gene combinations and new plant types that are highly productive under a wide range of growing conditions,especially when fertility is high.Rice BreedingThe development of short-stature rice varieties at the International Rice Research Institute(IRRI)in the Philippines began in the1960s following observations that short-strawed varieties yielded more than the taller,leafier indica varieties when given nitrogen fertilizer.A number of characters were associated with generally higher yields and the nitrogen response.The responsive selections were short and had many tillers and good resistance to lodging.Their leaves were short,thick,relatively narrow,erect,dark green,and remained functional until shortly before harvest.Subsequent genetic studies revealed that a single gene controlled many of the leaf characters as well as height and tillering.Two additional characters,early maturity and high floret fertility,though not controlled by the above mentioned gene,were incorporated into the genetic package that contributed to high yield under nitrogen fertilization.In breeding for new plant types at IRRI,a well-adapted tropical indica varieties were crossed with introduced varieties of either japonica or indica types,which served as sources of the desirable new traits.Observation of populations resulting from these crosses indicated that the desirable,short, less leafy plants were not competitive and hence were being eliminated from the breeding populations.The short,less leafy plants compete very poorly in the mixture with tall plants,but in pure stands the short plants yield more than the tall.Consequently,a mass selection procedure is used to increase the proportion of desirable short plants in the breeding populations.Thepopulations are planted sparsely so that the tall,leafy plants can be eliminated from the population.Seed harvested from the remaining plants is used for the next generation.Selection against the tall leafy plants is continued for several generations until all the remaining plants are short.Then the seed from individual plants is increased and conventional yield testing is initiated.Many of the short plants with the combination of useful characteristics described above have been highly productive.One plant,IR-8,gained worldwide recognition because of its very high yields,especially in response to nitrogen fertilization.Semidwarf WheatIn1935a wheat selection of hybrid origin,‘Norin10’,was released for use in Japan.Norin10was1/2to2/3as tall as common wheat varieties and had more heads.In the USA,Norin10was not useful as a variety,but as a parent in crosses it provided genes that started a revolution in wheat breeding.One breeder,O.A.Vogel,a USDA plant breeder at Pullman,Washington,crosses Norin10with ordinary wheats such as‘Brevor’,From these crosses came the first highly productive semidwarf wheats in the USA.The first new semidwarf,‘Gaines’,and a closely related semidwarf,‘Nugaines’,soon achieved great popularity,and other wheat breeders began to concentrate on semidwarf wheat.N.E.Borlaug,winner of a Nobel Peace Prize in part for his research on wheat,made extensive use of the Washington wheats and the Norin10genes. By1986semidwarf wheats were being grown successfully in the USA and in more than20foreign countries.As many as a dozen characters potentially contribute directly to high yield in short-stature rice.However,less is known about the physiological basis for high productivity in the semidwarf wheats.Semidwarf wheats are more resistant to lodging than their taller counterparts,but lodging resistance is not the entire reason for the yield difference because semidwarf varieties are often superior to tall varieties when lodging does not occur.Many of the semidwarf wheats have more heads per unit area than taller wheats and a higher ratio of grain to straw(higher economic to biological yield).The leaves of many productive semidwarf wheats are generally similar to the droopy,wide,and long leaves of taller wheats.Consequently,the productive semidwarf wheats and short-stature rices differ greatly in leaf characteristics.Whatever the basis for the higher yields in the new rice and wheat varieties their superiority suggests that crops can be made more productive by modifying their general form.New words and expressionsaccomplishment n.成就,成绩tropical a.热带的devote…to贡献,奉献cross v.,n.杂交decade n.十年introduce v.引进manipulate v.调节,操纵japonica n.粳physiological a.生理(学)的trait n.(相对)性状component n.构成因子compete v.竞争desirable a.有利的,理想的mixture n.混合(物)plant type株型pure stand单一群体population n.人口,群体mass selection混合选择fertility n.肥力,育性sparsely adv.稀short-stature矮秆generation n.世代straw n.麦秆,稻草semidwarf a.半矮秆的indica n.籼hybrid n.杂种nitrogen n.氮heads n.穗character n.性状variety n.品种be associated with与…联系起来parent n.亲本response n.响应,反应breeder n.育种家responsive a.有响应的ordinary a.普通的,一般的selection n.选系concentrate集中(精力)于tiller n.,v.分蘖droopy a.披(弯曲或下垂)floret n.小花modify v.修改,改良incorporate v.掺合form n.形态well-adapted a.适应性好的UNIT3CROP PRODUCTIONProduction of food is a problem of major concern in the world today.The world’s food supply,grossly inadequate in many countries today,will need to be increased greatly in the years ahead if the basic nutritional requirements of an explosive world population are to be satisfied.Otherwise,the specter of hunger,malnutrition,and famine,already a reality with two-thirds of the world’s people,will continue to spread and grow,and the nutritional gap between the developed and the underdeveloped countries will continue to widen.Field crops provide the principal source of the world’s food supply.Over 50%of the human food consumed comes directly from seven cereal grains; over40%comes from rice and wheat.Other foods of vegetable origin include the root crops,oilseeds,vegetables,fruits,and nuts.Forage and grain crops utilized as livestock feed may be consumed indirectly as meat,milk,or eggs.Field crops,in addition to their production for human food and livestock feed,are utilized for fiber,fuel,plastics,stimulants,and many other commercial uses.For these purposes we grow crops like cotton,jute,fiber flax, tobacco,soybeans,linseed flax,and corn.The potential for utilizing plants as sources of energy has been little exploited.When this happens the production of food may be placed further in jeopardy.To increase crop production,four important inputs need major attention: water,fertilizer,pest control,and crop variety.The first three-water,fertilizer, and pest control-relate to cultural practices that provide a more desirable environment in which to grow the crop.The fourth-the crop variety-relates to the inherent ability of the plant to produce within the environment provided.In other words,more productive plants and greater food production may result both by improving the environment for crop growth and by improving the heredity of the crop.Improving the heredity of a crop,stated most simply,is accomplished by breeding better varieties.Hereditary improvements in crop varieties are made in various ways.The improved variety may be more vigorous in its growth,thus producing a higher yield through the more efficient use of the sunlight,carbon dioxide,water,and plant nutrients available to it.Its structure may be altered so that it will stand until harvest with less loss from lodging or shattering.Plants may be selected with more tolerance to stress,so that a satisfactory yield will be harvested when environmental conditions over which the grower has no control are unfavorable.To accomplish this objective the breeder strives for early maturity,increased winter hardiness,or resistance to heat,drought,disease,and insect damage.Cultural practices to increase yield-fertilization,irrigation,application of chemicals for pest control-must be repeated with each new cropping season. Hereditary improvements are more or less permanent;by planting improved varieties,the benefits may be reaped over and over.Maximum crop production cannot be achieved either by use of superior cultural practices or by planting improved varieties alone.Without good production practices the high yield potential of a superior variety would by largely wasted.Neither will maximum benefits be realized from good production practices unless a potentially high yielding variety is grown.New words and expressionsinadequate a.不足的vigorous a.茂盛的explosive a.爆炸性的carbon dioxide二氧化碳specter n.幽灵,妖怪,缭绕心头的恐惧(或忧虑等)lodging n.倒伏malnutrition n.营养不良shattering n.裂荚(果)famine n.饥荒stress n.胁迫consume v.消耗,消费satisfactory a.令人满意的stimulant n.兴奋剂unfavorable a.不利的nut n.坚果strive for为实现…而努力jute n.黄麻maturity n.熟期,熟性flax n.亚麻winter hardiness越冬性linseed n.亚麻籽resistance n.抗性in jeopardy处于受损失的危险境地cultural practice栽培措施inherent a.内在的,遗传的permanent a.永久的productive a.高产的reap v.获得heredity n.遗传maximum a.最大的hereditary a.遗传的superior a.优越的UNIT4WHAT SHOULD A MODERN PLANT BREEDER LEARN?Botany.Plant breeders should be accomplished botanists in order to understand the taxonomy,anatomy,morphology,and reproduction of the plants with which they work..Genetics and Cytogenetics.The plant breeder needs a thorough understanding of the mechanism of heredity in plants since modern plant breeding methods are based on a knowledge of genetic principles and chromosome behavior.This knowledge is being extended to the molecular level with advances in biochemical genetics.Plant Physiology.Variety adaptation is determined by the response of plants to their environment,which includes the effects of heat,cold,drought, and soil nutrient response.The plant breeder strives to make inherent modifications of physiological processes that will enable the plant to function more efficiently.Plant Pathology.Plant disease reduces crop yields.Host resistance is an important means of combating many plant diseases.Evaluation of the response of the plant genotype to infection by the pathogen is an essential part of breeding for host plant resistance.Entomology.Biological control of insect populations by breeding for insect resistance is an important way of reducing insect damage in crop plants.Plant Biochemistry.Inherent improvements in the nutritive value of a crop variety are given attention by the plant breeder.Suitability for industrial utilization often determines the market demand for a particular variety of a crop. This includes such characteristics as the milling and baking qualities of a wheat variety,the cooking and eating qualities of a rice variety,the fiber qualities of a cotton variety.Biochemical genetics is contributing toward a better understanding of the structure and function of the gene.Statistics.The plant breeder compares the performance of many genetically different strains.Sound field plot techniques and suitable methods for statistical analyses of data are necessary to obtain reliable results and to interpret the results correctly.The application of statistical procedures has provided for a better understanding of the inheritance of quantitative characteristics and for predicting the possible genetic advance that may be obtained with particular systems of mating.Agronomy.In addition to all of these,the breeder of field crops should be a sound agronomist.Plant breeders should know crops and their production.They should understand what the farmer wants and needs in the way of new varieties.Only then will they be able to evaluate critically the breeding materials available to them,plan an efficient breeding program,and direct their breeding efforts toward the agronomically important objectives.These sciences are the tools with which the plant breeder works.The plant germplasms available to the breeder are the raw materials.The breeder uses knowledge of these sciences to fashion from the raw materials new and improved varieties of crop plants,just as an engineer uses knowledge of mathematics,physics,and chemistry in the construction of a new bridge,or a modern skyscraper.It is apparent that plant breeders cannot be specialists in all of these fields of plant science.In the practice of plant breeding they are not working exclusively in any of them.The work of plant breeders is to apply the whole of their knowledge of these sciences and their experience toward the development of superior varieties.If they should need additional information about the inheritance of a plant character with which they are working,or about a technique for measuring the resistance of plants to some environmental condition,they may conduct experiments to study those specific problems. Such specialized research is an adjunct to their plant breeding activities and the information gained may help them in the guidance and direction of their breeding research.Oftentimes a breeder may combine theoretical experimentation in one or more of these fields with breeding studies.This broadens understanding of these areas of knowledge and their relation to the breeder’s particular breeding problems and is a desirable activity to carry out in conjunction with a breeding program.Since the improvement of an important field crop like corn,wheat,cotton usually involves work in several of these fields of plant science,the most rapid advance is made when a team of specialists in genetics,plant physiology,plant pathology,entomology,and biochemistry work cooperatively with the plant breeder.The spectacular accomplishments in plant breeding are usually the result of such teamwork. Special knowledge and expertise may then be coordinated and directed toward the development of superior agronomic varieties.New words and expressionsaccomplished a.熟练的mill v.研磨botanist n.植物学家bake v.烘烤reproduction n.繁殖quality n.品质thorough a.彻底的,全面的performance n.表现genetic a.遗传的strain n.品系chromosome n.染色体sound a.正确的,合理的,有能力的,可靠的molecular a.分子的field plot田间试验biochemical a.生物化学的statistical a.统计的adaptation n.适应性,适应inheritance n.遗传host n.寄主quantitative a.数量的combat v.对抗,对付genetic advance遗传进展evaluation n.评价,鉴定mate v.交配genotype n.基因型system of mating繁殖系统pathogen n.病原agronomist n.农艺学家control n.防治agronomical a.农艺的suitability n.适合(性)adjunct(to)n.附属品,附加物germplasm n.种质in conjunction with与…一道fashion v.做成,制造cooperative a.协作的,合作的skyscraper n.摩天大楼spectacular a.出色的,辉煌的,精彩的specialist n.专家exclusive a.排他的UNIT5SELECTION AND BREEDING METHODSWhen initiating a breeding program for a physiological trait,the objective is to combine the physiological trait with other desired traits that have accumulated in elite selections or commercial varieties.Consequently,the breeder commonly makes controlled crosses involving two or more parental varieties.Three selection methods commonly used to manipulate plant populations in breeding programs are reviewed briefly in the following sections.Mass selectionMass selection refers to a procedure in which individual plants are selected in heterogeneous populations.The original populations may be obtained through artificial hybridization involving two or more parental varieties. Alternatively,they may be obtained by mixing seed of different sources and allowing interplant pollination to occur naturally.Seed from selected plants in each generation or cycle of selection is composited to form a new heterogeneous population and is used to grow the next generation.Selection may be for easily observed characters,such as higher or leaf angle,or for characters that require harvest and seed analysis,such as protein or oil content.The population is expected to be improved with each generation of selection.The improved population may be utilized directly as a new variety,or plants possessing desired characteristics may be selected and their seed increased to become a new variety.A third alternative is to utilize the improved population as a source of inbred lines in a hybrid breeding program.The likelihood of success using mass selection depends on many factors, including whether the crop is cross-or self-fertilized.In self-fertilized crops, little intercrossing occurs to the plants become homozygous at a rapid rate and new gene combinations are unlikely after a few generations.In contrast, crossing naturally occurs between plants of cross-fertilized crops;thus heterozygosity is maintained,and new gene combinations are formed each generation.However,effectiveness of selection is reduced by one-half in cross-fertilized as compared to self-fertilized species because seeds borne on cross-fertilized plants and used to advance to the next generation receive one-half of their genetic complement from a random(unselected)male parent.Another very important factor in determining the success of mass selection is the heritability of the character under selection.Traits such as yieldhave low heritability and are not well suited to mass selection of individual plants.However,mass selection can be effective for highly heritable traits.For example,it should be possible to effectively change leaf area,leaf angle,or shape and size of inflorescence by mass selection.Pedigree SelectionIn pedigree selection both families and plants within families are evaluated. Seed for the next generation comes from individual plants,and individual plant progenies are kept separate throughout the several generations of selection. The name pedigree is applied since it is usually possible to trace the lineage of a plant or line in an advanced generation back to the F2or F1plant from which it was derived.Pedigree selection is used extensively in breeding self-fertilizing crops and in developing inbred lines for use as parents of hybrid varieties.Plant material(populations)for pedigree selection often is obtained by crossing parental varieties that possess between them the traits and genes desired in a new variety.When each parent is homozygous,the F1progeny plants are genetically similar,and selection is not effective in this F1generation. In the F2generation each plant is genetically different,and desirable plants are selected.Effectiveness of selection in the F2generation depends on many factors,including the amount of genetic variation for the character being selected and the influence of environment on the character.As a general rule selection in the F2generation is not done for traits of low heritability or for traits whose measurement is time-consuming or expensive.The pattern of selection followed is similar in the F3,F4and F5generations. In these generations,the best families are chosen first,and then individual plants within the elite families are selected.Seed from the selected plants is used to grow the families of the next generation.Selection on the family basis, which is frequently very effective,is an important advantage of pedigree selection compared to some other selection methods.Each generation affords a repeated opportunity for family selection.Pedigree selection is more expensive than mass selection but the gain from selection may more than offset the increased costs.Also,plant breeders have found ways to mechanize planting and harvesting so that costs can be kept low.Following the F5generation,it is customary to begin replicated testing for yield and other lowly heritable traits such as milling and baking quality in wheat. Yield evaluation normally requires3to4years beginning with preliminary trails at one or two locations.Backcross MethodThe backcross method of breeding differs in objective and procedure from the mass and pedigree selection methods.The objective in most backcross programs is to improve an existing variety or inbred line by adding a desirable character not possessed by the variety.The procedure entails transferring the useful character from a donor line to the desirable variety or inbred line.The transfer is accomplished by making a cross between the desirable variety, called the recurrent parent,and the donor line.Repeated crosses (backcrosses)to the recurrent parent are made with progeny selected for the desired character from the donor.The proportion of the genes coming from the donor variety is reduced by one-half with each backcross to the recurrent parent;after n crosses and backcrosses the proportion is(1/2)n.Thus,with six backcrosses after the original cross,the proportion of germplasm from the donor parent theoretically is(1/2)7=1/128.Except for the gene transferred, donor genes are rapidly replaced by genes of the recurrent parent.The most extensive use of backcrossing has been to transfer single genes for disease resistance into standard varieties.These programs have shown that it is generally possible to transfer a character from one line to another when one gene controls the character being transferred.Backcrossing is less suitable for characters controlled by more than one or two genes.Another important consideration in backcross breeding is the extent to which all of the genes from the recurrent parent are recovered after repeated backcrosses. Failure to recover all of the genes of the recurrent parent is serious when undesirable genes are closely linked to the donor gene.The formula given above does not apply for genes linked to the gene being transferred.Backcrossing may be of special interest in breeding for physiological traits controlled by one or two genes found in otherwise inferior genetic backgrounds. When this is the case,the backcrossing procedure would be helpful in incorporating the desired trait into a good genetic background.New words and expressionsinitiate v.启动complement n.需要的数额program n.程序,计划genetic complement遗传组成(分)accumulate v.积累male parent父本elite n.精英,顶尖individual a.,n.个体(的)commercial a.商业的,商用的heritable a.可遗传的select v.选择inflorescence n.花序heterogeneous a.异质的,不同源的pedigree n.系谱,家谱hybridization n.杂交family n.家(系),科interplant a.植物间的progeny n.后代pollination n.授粉separate a.隔离的,分开的cycle n.轮,周期,循环trace back追溯composite v.混合,合成lineage n.血统,世系protein n.蛋白质line n.系,家系content n.含量derive(from)v.衍生,产生increase v.增加,繁殖hybrid variety n.杂种品种hybrid breeding杂种选育pattern n.模式,方式fertilize v.受精,施肥offset v.补偿,抵消cross-fertilized自由授粉mechanize v.使…机械化self-fertilized自花授粉customary a.习惯上的,依照惯例的intercross v.互交replicate v.重复,复制homozygous a.纯合的preliminary a.初步的combination n.组合trial n.试验heterozygosity n.杂合(性)location n.地点,位置bear v.结(实)backcross n.,v.回交advance v.提升,进步original a.最早的,原始的entail v.涉及theoretically ad.理论上transfer v.转移standard variety标准品种donor n.供体,提供者recover v.回复,恢复recurrent a.周期性的,经常发生的link v.连接,结合recurrent parent轮回亲本closely linked紧密连锁proportion n.比例,部分genetic background遗传背景UNIT6MAN AS AN EXPLOITER OF NATUREFor perhaps3,000,000years or more,man lived in reasonable balance with the organisms about him.Parasites,disease,and the difficult search for food kept man’s numbers low and he was on equal footing with other animals within the natural system.Although he utilized the plants and animals that surrounded him,the extent of his depredations was limited and reversible since his numbers were few.More than10,000years ago however,man learned to select and cultivate plants,a progressive step that helped free him from the labor of bare subsistence and allowed him to engage in creative endeavors and to congregate in ever larger groups for mutual benefits.His heightened capacity for reasoning,his memory,and his ingenuity led him to improve still further his well-being.It was then that the consequences of man’s activities began to extend beyond the borders of his limited fields and towns. He may have extinguished such Pleistocene animals as the woolly mammoth. His use of fire on the prairies appears to have maintained grasslands where otherwise trees might have grown.The smoke from these fires and from extensive slash-and-burn agriculture filled the skies with haze long before photochemical smog ever stung his eyes.By his ingenuity and inventiveness he learned to release energy by burning coal and oil,to manufacture machines that would greatly amplify the labors of his hands,to work metals and to forge new alloys,while at the same time selecting,and cultivating better crops and improving his domesticated stock of animals.These various skills and practices eventually encouraged the world-wide proliferation of man.Man discovered the benefits of mining the great ore deposits,pumping the reservoirs of oil,digging the rich coal beds from carboniferous strata,plowing and planting the prairies,cutting the forests,and generally helping himself to the abundant and apparently limitless resources of the world.In the process he became sedentary rather than nomadic,he improved his health,extended his life span,reduced his working time,added leisure hours,lived more comfortably,increased the abundance of his food supply,and increased in numbers exponentially(10to100to1,000).He could hunt,fish,harvest,and exploit without concern for the consequences to the environment.Then suddenly,very suddenly,within the most recent decades of man’s time on Earth,he began to realize that resources were limited and hastily instigated some attempts to conserve the environment.Still,his behaviour generally belied any conviction that he should live in a prudent society.Man’s population。
学位,专业名称英语翻译

学位名称、专业名称及主要课程中英文对照各学院(原系)中英文对照生物技术学院 College of Biotechnology生命科学学院 College of Life Science资源环境学院 College of Environment and Natural Resources资源环境学院 College of Resources and Environment林学院 College of Forestry经济贸易学院 College of Economics and Trade经济管理学院 College of Economics Management工程技术学院 College of Polytechnics工程学院 College of Engineering农业工程系 Department of Agricultural Engineering理学院 College of Sciences信息学院 College of Information人文学院 College of Humanities公管管理学院 College of Public Management农学系 Department of Agronomy园艺系 Department of Horticulture蚕桑系 Department of Sericulture艺术设计学院 College of Art Design动物科学系 Department of Animal Science动物科学学院 College of Animal Science兽医学院 College of Veterinary Science食品科学系 Department of Food Science食品学院 College of Food艺术学院 College of Arts水利与土木工程学院 College of Water Conservancy and Civil Engineering各学位名称对照农学士 Agriculture工学士 Engineering理学士 Sciences哲学士 Philosophy经济学士 Economics管理学士 Management文学士 Arts各专业中英文名称对照工商管理 Business Administration金融学 Finance and Banking经济学 Economics会计学 Accounting农林经济管理 Agricultural/forest Economy Management社会工作 Social Work英语 English生物技术 Biotechnology机械设计及其自动化 Machine Design & Manufacturing and Their Automation 信息管理与信息系统 Information Management & Information Systems电子信息工程 Electronic and Information Engineering农业机械化及其自动化 Agricultural Mechanization And Its Automation农业电气化与自动化 Agricultural Electrification and Automation土木工程 Civil Engineering交通运输 Traffic and Transportation应用化学 Applied chemistry计算机科学与技术 Computer Science and Technology植物保护 Plant Protection土地资源管理 Land Resources Management农业资源与环境 Agricultural Resources and Environment土地资源管理 Land Resources Management农学 Agronomy茶学 Tea Science食品科学与工程 Food Science and Engineering园艺 Horticulture木材科学与工程 Wood Science and Engineering森林资源保护与游憩 Forest Resources Conservation and Recreation林学 Forestry园林 Landscape Gardening动物科学 Animal Science动物医学 Veterinary Medicine蚕学 Sericulture法学 Law食品科学与工程 Food Science and Engineering服装设计与工程 Apparel Design and Engineering管理信息系统 Management Information Systems土壤与农业化学 Soil Science and Agricultural Chemistry土地规划与利用 Land Planning and Utilization农业环境保护 Agricultural Environment Protection木材加工 Wood Processing经济林 Economic Forest农业经济与管理 Agricultural Economics and Management贸易经济 Trade Economics企业管理 Industrial Management国际金融 International Trade农业机械化 Agricultural Mechanization机械设计 Design and Manufacturing汽车运用工程 Mobile Application中国社会主义建设 Chinese Socialist Construction作物遗传育种 Plant Genetics and Breeding果树 Pomology动物营养与饲料加工 Animal Nutrition and Feed Processing畜牧 Animal Husbandry农业工程 Agricultural Engineering家具设计与室内装饰 Furniture Design and Room Decoration市场策划与营销 Market Planning and Marketing土地经济与房地产管理 Land Economics and Real Estate Management精细化工 Fine Chemistry财务管理与计算机 Financial Management and Computer经贸英语 Business English公共关系与秘书 Public Relation茶叶加工与贸易 Tea Processing And Trade花卉与庭园工程 Floriculture And Gardening丝绸与贸易 Silk And Trade养禽与禽病防治 Poultry Raising And Disease Control微生物发酵技术与贸易 Microorganism Fermentation And Trade各学院(原系)主要课程中英文对照生物技术学院(College of Biotechnology)生命科学学院(College of Life Science)化学除草原理与技术 Principles and application of weed chemistry control 种子生理 Seed physiology组织培养技术 Technology of tissue culture果蔬保鲜原理与技术 Techniques in preservation of fruit & vegetable植物学 Botany酶工程 Enzyme engineering植物显微技术 Botanical microtechnique细胞生物学 Cell biology农田杂草 Farmland weed普通生态学 General ecology药用植物资源利用 Resources and utilization of medicinal plant生物化学研究技术 Techniques in biochemistry researches分析与检测技术 Technology of test and analysis动物生物化学 Animal biochemistry基因工程 Genetic engineering文献查阅与综述方法 Document searching and reviewing植物生物化学 Plant biochemistry蛋白质工程 Protein engineering分子生物学 Molecular biology植物生物化学实验 Plant biochemistry experiment遗传(基因)工程导论 Introduction to genetic engineering辐照基础与应用 Basis and application of irradiation technology辐射生物学 Irradiational biology免疫学 Immunology同位素示踪原理及其应用技术 Isotopic tracer technique reason and appliance 同位素应用技术 Application of isotopes生物电子显微技术 Electron microscope and preparation of biological specimen 仪器分析 Instrumental analysis现代仪器分析与食品检测 Modern instrumental analysis and food inspection农业与温室气体(排放) Agriculture greenhouse effect gases电镜技术 Electron microscope technique植物生理学 Plant physiology生物物理学 Biophysics生态学 Ecology核素应用技术 The application of nuclide农业电子技术 The electronic technology of agriculture食品科学系 Department of Food Science食品学院 College of Food Science普通微生物学 General microbiology农业微生物学 Agricultural microbiology食品微生物学 Food microbiology环境微生物学 Environmental microbiology微生物学实验技术 Experimental technique in microbiology食品微生物学实验 Microbiological test of food发酵工艺学原理 Principles of fermentation technology微生物遗传育种 Microbial genetics and strain improvement食品生物化学 Biochemistry of food products食品添加济 Additives of food products食物酶学 Enzyme engineering of food食品分析 Food analysis食品营养学 Food nutriology食品工艺学 Food technology果蔬加工学 Processing of fruit and vegetable食品工厂设计 The design of food factory乳品学 Dairy science &technology蛋品学 Egg science & technology肉品学 Meat science & technology食品工程原理 Principles of food engineering农产品加工学 Agricultural products processing technology食品机械与设备 Food machinery and equipment食品包装学 Food packaging动物科学系 Department of Animal Science动物科学学院 College of Animal Science动物生理学 Animal physiology家畜行为学 Ethnology of domestic animals饲料卫生学 Feed hygienic配合饲料工艺学 Technology of formula feed单胃动物营养学 Nutrition of unistomach animals反刍动物营养学 Ruminant nutrition饲料检测技术 The technique of feed checking and analysis饲料生产学 Feed production饲料添加剂学 Feed addition家畜饲料学附饲料分析 Livestock feeding and feeds analysis饲料原料及加工贮藏 Feed ingredients and processing and storage动物饲养学 Animal feeding动物营养学基本原理 The basal principle of animal nutrition配合饲料技术 The technique of formular feed普通畜牧学 Animal husbandry淡水养鱼学 Culture of fresh-water fish动物学 Zoology家禽学 Poultry science珍禽学 Science of rare birds家畜育种学 Poultry breeding家禽孵化学 Poultry hatching家畜环境卫生学 Livestock environment hygiene牛生产学 Cattle production家兔生产学 Rabbit production猪生产学 Swine production畜牧家畜育种学 Animal breeding数量遗传学 Quantitative genetics动物遗传学 Animal genetics生物统计附试验设计 Biological statistics养犬与养猫 Canine and feline production家畜繁殖学 Animal reproduction动物遗传育种 Animal Genetics & Breeding动物生产学 Animal production动物医学系(Department of Veterinary Medicine )兽医学院(College of Veterinary Medicine)家畜解剖学 The anatomy of the domestic animals禽病学 Diseases of poultry家畜病理学 The pathology of the domestic animals动物组织学与胚胎学 Histology and embryology of the domestic animals 家畜解剖学及组织胚胎学家禽普通病学 General diseases of poultry中兽医学 Traditional Chinese veterinary medicine兽医临床诊断学 Clinical diagnosis of veterinarian家禽传染病学 Avian infectious diseases家禽内科学 Internal medicine of domestic animals家禽药理学 Poultry pharmacology兽医药理学 Veterinary pharmacology家畜寄生虫学 Parasitology of domestic animals家禽病理学 Pathology of poultry兽医产科学 Veterinary breeding家畜外科学 Veterinary surgery兽医应用免疫学 Veterinary applied immunology动物性食品卫生学 Animal food hygiene家畜传染病学 Infections disease of domestic animals兽医学 Veterinary medicine兽医药理学的毒理学 Veterinary pharmacy toxicology理学院(College of Science)计算机关系数据库 Relationship database计算机应用基础 Fundamentals of computer application计算机应用基础 Computer applicationC语言程序设计 Programming in C物理化学 Physical chemistry有机化学 Organic chemistry分析化学 Analytical chemistry普通化学 General chemistry化工仪表 Chemical engineering and meter化学实验 Experiment in general chemistry大学物理 College physics应用电子技术 The application of electronic technology 概率论 Probability theory线性代数 Linear algebra高等数学 Advanced mathematics必修课 The required courses选修课 Optional courses限选课 Limited optional courses实践课 Practical courses军训 Military training专业劳动 Work in specialty and for production教学实践 Practice in the course生产实习 Training for working毕业论文(设计) The thesis or designing for graduation 物化胶化 Physical colloid chemistry人文科学学院(College of Humanities)法律基础 Fundamentals of law社会主义人生实践 The socialist practice in one’s life 形势政策教育 The education of situation and policy马克思主义原理 The course on Marxist theories中国革命史 The history of Chinese revolution中国革命的理论与实践 The theory and practice of the Chinese revolution社会调查研究理论与方法 Theory and method on social investigation and research 中国社会主义建设China’s socialist construction国际贸易 International trade经济法学 Economic law中国社会主义市场经济概论An introduction to china’s socialist market eco nomy 政治经济学 Political economics西方经济学 Western economics行政管理学 Administration management应用写作 Practical writing思想教育 Ideological education自然科学方法论 The methodology of natural science逻辑学 Logic农业文献检索 Agricultural literature indexing专业英语 Special English体育 Physical training毛泽东思想概论 An introduction to Mao zedong thought邓小平理论概论 An introduction to Deng xiaoping theory教育学 Pedagogy思想道德修养 Thought & moral training教学法 Teaching method应用写作 Practical writing农业史 Agricultural history经济贸易学院(College of Economics and Trade)乡镇企业管理学院(College of Rural Enterprise Management)宏观经济学 Macroeconomics微观经济学 Microeconomics政治经济学 Political economics发展经济学 Development economics农业经济学 Agricultural economics外国农业经济 Foreign agricultural economics中国经济地理 Economy geography in China经济法学 The law of economics国际商法 International commercial law管理信息系统 Management information system农业会计学 Agricultural accounting消费经济学 Consumption economics电算化会计原理 Computer accounting成本会计 Cost accounting统计学原理 Principle of statistics商品流通统计 Accounting in commodity circulation金融统计 Financial statistics会计学原理 Principle of accounting商品流通企业会计 Business accounting in commodity circulation 财务会计学 Financial accounting审计学 Auditing银行会计 Bank accounting农业政策学 Agricultural policy管理学原理 Principle management企业学原理 Business management房地产经营管理 Administration and management of real estate 银行经营管理 Administration and management of bank商业企业经营管理 Business administration and management涉外企业管理 Foreign business management资源经济学 Resource economics农产品贸易学 Agricultural products trade国际贸易 International trade进出口贸易实务 Practice in import-Export trade市场营销学 Marketing国际市场营销学 International marketing财政学 Public finance国际金融 International finance证券投资 Investment on securities公共关系学 Public relations货币银行学 Economics of money and banking投资经济学 Economics of investment国际结算 International settlement银行信贷学 Bank credit财政金融 Public finance and monetary economics期货交易理论与实务 Theory and practices of futures土地经济学 Land economics乡镇企业经济管理The economic management of tow’s enterprise 经济计量学 Economical estimate审计学 audit农学系(Department of Agronomy)农学院(College of Agriculture)制茶学 Manufacture of tea作物育种学(各论) Crop breeding作物育种学(总论) Crop breeding (general discourse)种子学原理 Principles of seed science农业管理学 Agricultural management农产品综合利用 Comprehensive utilization of crop products耕作学 Cultivation science经济作物学 Industry crop science农业气象基础 Agrometeorology遗传学 Genetics茶树栽培学 Tea cultivation茶叶审评与检验 Tea tasting and inspection试验设计与统计分析 Experimental designs and statistical analyses农业生态学 Agroecology农业自然资源利用及农业区划 Utilization of agricultural resources and agricultural regionalization 茶树能种学 Tea plant breeding粮食作物学 Food crop science茶叶生物化学 Biochemistry of tea农业推广学 Agricultural popularization农业环境保护 Agricultural environmental protection作物栽培学与耕作学 Crop cultivation & geoponics蚕桑系(Department of Sericulture)艺术设计学院(College of Art Design)蚕桑综合利用 Silkworm-mulberry multipurpose utilization茧丝学 Cocoon silk science养蚕学 Seri cultural science蚕体解剖生理 Anatomy and physiology of silkworm桑树栽培及育种学 Mulberry cultivation & breeding桑树病虫害防治学蚕种学 Silkworm egg production家蚕遗传育种 Silkworm genetic of thremmatology遗传学 Genetics蚕病学 Silkworm pathology蚕桑学 Sericulture园艺系(Department of Horticulture)园艺学院(College of Horticulture)插花艺术 Art of floweral arrangement蔬菜育种学 Vegetable breeding花卉园艺学 Floriculture园艺商品学 Marketing of horticultural product园艺设施栽培 Horticultural facilities culture植物显微技术 Plant microtechnology园艺通论 General horticulture园艺昆虫学 Horticultural entomology园艺植物育种学 Plant breeding in horticulture果树生理学 Fruit tree physiology园艺研究法 Horticulture studies果树栽培学总论 Pomology园艺产品贮藏保鲜学 Techniques in preservation of horticultural products园艺植物病理学 The pest control of horticulture plant花卉保鲜学 Techniques in preservation of flowers & plants园艺植物生理学 Horticulture plant pathology蔬菜栽培学 Vegetable culture盆景艺术 Pruning采后生理 Post harvest physiology果树抗性育种专题 Special topic on fruit tree resistance园艺植物的生物技术 The biotechnique of horticultural plant园艺概论 An outline of horticulture蔬菜学 Olericulture果树学 Pomology工程技术学院(College of polytechnics)工程学院(College of Engineering)建筑电工 Architectural electrotechnics电工学 Electrotechnics工业电子学 Industrial electronics材料力学 Strength of materials建筑力学(结构力学部分) Mechanics of structure理论力学 Theoretical mechanics机械设计 Machinery design机械原理 Theory of machine and mechanism画法几何学 Drawing geometry机械制图 Engineering drawing工程制图 Engineering drawing园林工程制图 Landscape drawing建筑制图 Building drawing液压技术2 Hydraulic technique 2机械工程材料 Materials of mechanical engineering机床夹具设计原理 Theory of jig design for machine tool冷冲工艺及冷冲模设计 Punching technology and punch die design金属切削原理与刀具 Principle of l cutting and cutting tool金属工艺学 l technology机械制造工艺学 Manufactural technology of machinery金属工艺学 l technology液压技术1 Hydraulic technique 1汽车维修理论 Theory of automobile service汽车运输学 Transportation of automobile互换性与测量技术 Interchangeability and technical measurement汽车构造 Construction of automobile汽车运用工程 Automobile application engineering热工基础 Fundamental of thermo-technology食品干燥工艺与设备 Food drying technology and equipment食品包装机械 Food packaging machinery农业机械学 Agricultural machinery食品工程原理 Theory of food process engineering食品加工机械与设备 Foot processing machinery and equipments砼与砌体结构 Reinforce concrete建筑构造 Structure of building建筑材料 Constructional material建筑施工技术与施工组织 Technology and planning of building operation单层工业厂房排架结构设计 The design of single-factory building with d structure 高层建筑结构设计 Design of high rise building民用建筑设计原理 Design of civil architecture农业系统工程及管理工程 Systems engineering and management engineering资源环境学院(College of Resources and Environment)环境监测 Environmental monitoring土壤农业化学 Agrochemistry analysis生产布局学原理 Principle of productive distribution城镇建设用地管理 Management of land urban construction城市规划原理 Principle of urban planning资源经济学 Resources economics经济地理 Economic geography土地资源调查 Land resources survey地图绘编 Map establishment遥感技术基础 Fundamental of remote sensing technology土地信息系统 Land information system地籍管理 Land management土地规划学 Land planning science土地管理学 Land management土地经济学 Land economic房地产管理 Management of real estate房地产估价 Appraisement of real estate固体废物的处理与处置 Treatment & disposal wastes城市污泥的农业再循环与生态环境 The agricultural recycling of municipal sludge and the ecological environment 大气污染控制工程 Air pollution controlling engineering环境质量评价 Environmental quality assessment环境化学 Environmental chemistry水体污染控制工程 Water pollution controlling engineering环境生态 Environmental ecology土壤污染与防治 Soil pollution环境保护概论 Introduction of environmental protection农业环境保护概论 Introduction of agricultural environmental protection无土栽培原理与技术 Theories and techniques of soilless culture农业化学总论 Introduction of agrochemistry作物施肥原理 Principles of crop fertilization作物营养研究法 Methodology of plant nutrition土壤物理学 Soil physics土壤学 Pedology环境土壤学 Environmental pedology土壤化学 Soil chemistry土壤粘粒矿物 Mineral of soil clay fration土质学基础 Basis of geology土壤地理学 Soil geography区域土壤学 Regional pedology土壤资源调查 Soil resources survey茶树病虫害(病害部分) Tea disease and pest (disease section)植物检疫学 Quarantine for pests植物病毒学 Plant virology果树病理学 Fruit tree pathology果蔬病害 Fruit and vegetable diseases植物免疫学 Plant immunology普通昆虫学 General entomology真菌资源及利用 Fungal resources and their utilization除草剂毒理学 Toxicology of herbicides植物病害生物防治学 Biological prevention and control of plant diseases害虫生物防治 Biological control杀菌剂毒理学 Toxicology of fungicides植物病害流行学 Epidemiology of plant diseases农业螨类学 Agricultural acarology害虫综合防治 Integrated pest management生物统计学 Biometrics城市昆虫学 Civil entomology作物抗虫育种原理及应用 Principle and application of resistant plant breeding 植物病原细菌学 Plant bacteriology植物病理学 Plant pathology真菌分类学 Taxonomy of fungi植物线虫学 Plant nematology农业植物病理学 Agricultural phytopathology普通植物病理学 General phytopathology果蔬昆虫学 Fruit plant & vegetable entomology果蔬贮运病害 Fruit and vegetable diseases during storage食用真菌学 Edible fung林学院 College of Forestry数理统计 Mathematical statistics遗传学 Genetics树木育种学 Forest tree breeding树木育苗学 Tree seeds and nursery stock science自然保护区学 Science of nature reserve造林学 Silviculture林业技术经济学 Forestry technology economics森林经营学 Forest management林业经济管理学 Management of forestry economics林业政策与法规 Policies and laws of forestry会计学原理 Fundamentals of accounting树木病理学 Forest pathology测树学 Forest measuration测量学 Surveying森林生态学 Forest ecology森林土壤学 Forest soil science森林经理学 Forest management森林昆虫学 Forest entomology树木学 Dendrology机械设计基础 Fundamentals of mechanical design厂内运输 Equipment of transit in factory胶合板制造学 The manufacturing of plywood木材加工企业管理 Forest products management胶粘剂与涂料 Adhesive and paint木材学 Wood science木材干燥 Timber drying木制品生产工艺学 Tec manufacturing of wood products纤维板制造学 Fiberboard manufacturing technology刨花板制造学 The manufacturing of particleboard木材切削原理与刀具 The principles of wood cutting and tools木工机械 Wood machinery土壤学 Soil science经济林育种学 Economic forest breeding经济林昆虫学 Economic forest entomology经济林病理学 Economic forest pathology经济林栽培学 Economic forest culture园林设计 Parks and gardens design造型艺术 Plastic art城市绿地规划 City open spaces planning园林树木栽培养护学 Garden tree cultivation园林树木学 Ornamental dendrology园林专业绘画课 Painting of landscape architecture城市规划基础 Fundamentals of city planning城市园林绿化经济管理 Economic management of urban landscape gardening风景园林设计初步 Elementary landscape architecture design园林植物病理学 Ornamental plant pathology园林昆虫学 Ornamental plant entomology园林史 History of landscape architecture园林工程 Landscape architectural engineering土壤学 Soil science城市生态学 Urban ecology森林保护学 Forest protection(注:本资料素材和资料部分来自网络,仅供参考。
大学中的各学院专业英语名称

大学中的各学院专业英语名称学院简称专业名称专业简称农学院农学Agronomy 农学植物科学与技术Plant Science and Technology 植科种子科学与工程Seed Science and Engineering 种子植保学院植物保护Plant Protection 植保制药工程Pharmaceutical Engineering 制药园艺学院园艺Horticulture 园艺设施农业科学与工程Facility Agriculture Science and Engineering 设施动科学院动物科学Animal Science 动科草业科学Pratacultural Science 草业水产养殖Aquaculture 水产林学院林学Forestry 林学园林Landscape and Gardening园林林产化工Chemical Processing of Forest 林化艺术设计Artistic Designing艺术森林资源保护与游憩Forest Resources 森保资环学院资源环境与城乡规划管理Urban and ural Planning & Resource Management 城管资源环境科学(农业资源与环境)Resources and Environmental Sciences 资环环境科学Environmental Science环科地理信息系统Geographical Information System 地信水建学院水文与水资源工程Hydrology and Water Resource Engineering 水文农业水利工程Agricultural Water Conservancy Engineering农水热能与动力工程Thermal Energy and Power Engineering 热动农业建筑环境与能源工程Agricultural Structure, Environment and Energy Engineering 农建水利水电工程Water Conservancy and Hydropower Engineering 水工土木工程Civil Engineering土木电气工程及其自动化Electrical Engineering and Automation 电气城市规划Urban Planning 城规机电学院电子信息工程Electronic Information Engineering 电信机械电子工程Mechatronic Engineering 机电机械设计制造及其自动化Mechine Design & Manufacturing and Automation 机制农业机械化及其自动化Agricultural Mechanization and Automation 机化农业电气化与自动化Agricultural Electrification and Automation 农化包装工程Packaging Engineering 包装工业设计Industry Design工设木材科学与工程Wood Science and Engineering 木材信息学院计算机科学与技术Computer Science and Technology 计算机信息管理与信息系统Information Management and Information System 信管软件工程Software Engineering软件食品学院食品科学与工程Food Science and Engineering 食工食品质量与安全Food Quality and Safety Engineering 食安葡酒学院葡萄与葡萄酒工程(酿酒工程)Viticulture and Enological Engineering 葡酒生命学院生物技术Biotechnology 生技生物工程Bioengineering生工生物科学Biological Science生科经管学院国际经济与贸易International Economics and Trade 国贸会计学Accounting会计金融学Finance金融土地资源管理Land Resources Management 土管经济学Economics经济农林经济管理Agricultural/ Forest Economy Management 农经工商管理Business Administration工商电子商务Electronic Commerce电商旅游管理(森林资源保护与游憩)Tourism Management 旅管公共事业管理Public Utilities Management 公管市场营销Marketing营销保险Insurance保险人文学院法学Law 法学社会学Sociology社会政治学与行政学Political Science and Administrative Science 行政理学院应用化学Applied Chemistry 应化信息与计算科学Information and Computing Science 信计动医学院动物医学Animal Medicine 动医外语系英语English英语创新学院国家生命科学与技术人才培养基地班(生物技术)National Training Base for Life Science and Technology (Biotechnology)生技基地班国家生命科学与技术人才培养基地班(生物工程)National Training Base for Life Science and Technology(Bioengineering)生工基地班植物科学类创新实验班Innovation Experiment of Plant Science植科创新班经济管理类创新实验班Innovation Experiment of Economy Management经管创新班动物科学类创新实验班Innovation Experiment of Animal Science动科创新班轻加工类创新实验班Innovation Experiment of Light Industry轻工创新班。
(整理)学位,专业名称英语翻译.

学位名称、专业名称及主要课程中英文对照各学院(原系)中英文对照生物技术学院College of Biotechnology生命科学学院College of Life Science资源环境学院College of Environment and Natural Resources资源环境学院College of Resources and Environment林学院College of Forestry经济贸易学院College of Economics and Trade经济管理学院College of Economics Management工程技术学院College of Polytechnics工程学院College of Engineering农业工程系Department of Agricultural Engineering理学院College of Sciences信息学院College of Information人文学院College of Humanities公管管理学院College of Public Management农学系Department of Agronomy园艺系Department of Horticulture蚕桑系Department of Sericulture艺术设计学院College of Art Design动物科学系Department of Animal Science动物科学学院College of Animal Science兽医学院College of Veterinary Science食品科学系Department of Food Science食品学院College of Food艺术学院College of Arts水利与土木工程学院College of Water Conservancy and Civil Engineering各学位名称对照农学士Agriculture工学士Engineering理学士Sciences哲学士Philosophy经济学士Economics管理学士Management文学士Arts各专业中英文名称对照工商管理Business Administration金融学Finance and Banking经济学Economics会计学Accounting农林经济管理Agricultural/forest Economy Management社会工作Social Work英语English生物技术Biotechnology机械设计及其自动化Machine Design & Manufacturing and Their Automation 信息管理与信息系统Information Management & Information Systems电子信息工程Electronic and Information Engineering农业机械化及其自动化Agricultural Mechanization And Its Automation农业电气化与自动化Agricultural Electrification and Automation土木工程Civil Engineering交通运输Traffic and Transportation应用化学Applied chemistry计算机科学与技术Computer Science and Technology植物保护Plant Protection土地资源管理Land Resources Management农业资源与环境Agricultural Resources and Environment土地资源管理Land Resources Management农学Agronomy茶学Tea Science食品科学与工程Food Science and Engineering园艺Horticulture木材科学与工程Wood Science and Engineering森林资源保护与游憩Forest Resources Conservation and Recreation林学Forestry园林Landscape Gardening动物科学Animal Science动物医学Veterinary Medicine蚕学Sericulture法学Law食品科学与工程Food Science and Engineering服装设计与工程Apparel Design and Engineering管理信息系统Management Information Systems土壤与农业化学Soil Science and Agricultural Chemistry土地规划与利用Land Planning and Utilization农业环境保护Agricultural Environment Protection木材加工Wood Processing经济林Economic Forest农业经济与管理Agricultural Economics and Management贸易经济Trade Economics企业管理Industrial Management国际金融International Trade农业机械化Agricultural Mechanization机械设计Design and Manufacturing汽车运用工程Mobile Application中国社会主义建设Chinese Socialist Construction作物遗传育种Plant Genetics and Breeding果树Pomology动物营养与饲料加工Animal Nutrition and Feed Processing畜牧Animal Husbandry农业工程Agricultural Engineering家具设计与室内装饰Furniture Design and Room Decoration市场策划与营销Market Planning and Marketing土地经济与房地产管理Land Economics and Real Estate Management 精细化工Fine Chemistry财务管理与计算机Financial Management and Computer经贸英语Business English公共关系与秘书Public Relation茶叶加工与贸易Tea Processing And Trade花卉与庭园工程Floriculture And Gardening丝绸与贸易Silk And Trade养禽与禽病防治Poultry Raising And Disease Control微生物发酵技术与贸易Microorganism Fermentation And Trade各学院(原系)主要课程中英文对照生物技术学院(College of Biotechnology)生命科学学院(College of Life Science)化学除草原理与技术Principles and application of weed chemistry control 种子生理Seed physiology组织培养技术Technology of tissue culture果蔬保鲜原理与技术Techniques in preservation of fruit & vegetable植物学Botany酶工程Enzyme engineering植物显微技术Botanical microtechnique细胞生物学Cell biology农田杂草Farmland weed普通生态学General ecology药用植物资源利用Resources and utilization of medicinal plant生物化学研究技术Techniques in biochemistry researches分析与检测技术Technology of test and analysis动物生物化学Animal biochemistry基因工程Genetic engineering文献查阅与综述方法Document searching and reviewing植物生物化学Plant biochemistry蛋白质工程Protein engineering分子生物学Molecular biology植物生物化学实验Plant biochemistry experiment遗传(基因)工程导论Introduction to genetic engineering辐照基础与应用Basis and application of irradiation technology辐射生物学Irradiational biology免疫学Immunology同位素示踪原理及其应用技术Isotopic tracer technique reason and appliance 同位素应用技术Application of isotopes生物电子显微技术Electron microscope and preparation of biological specimen 仪器分析Instrumental analysis现代仪器分析与食品检测Modern instrumental analysis and food inspection农业与温室气体(排放)Agriculture greenhouse effect gases电镜技术Electron microscope technique植物生理学Plant physiology生物物理学Biophysics生态学Ecology核素应用技术The application of nuclide农业电子技术The electronic technology of agriculture食品科学系Department of Food Science食品学院College of Food Science普通微生物学General microbiology农业微生物学Agricultural microbiology食品微生物学Food microbiology环境微生物学Environmental microbiology微生物学实验技术Experimental technique in microbiology食品微生物学实验Microbiological test of food发酵工艺学原理Principles of fermentation technology微生物遗传育种Microbial genetics and strain improvement食品生物化学Biochemistry of food products食品添加济Additives of food products食物酶学Enzyme engineering of food食品分析Food analysis食品营养学Food nutriology食品工艺学Food technology果蔬加工学Processing of fruit and vegetable食品工厂设计The design of food factory乳品学Dairy science &technology蛋品学Egg science & technology肉品学Meat science & technology食品工程原理Principles of food engineering农产品加工学Agricultural products processing technology食品机械与设备Food machinery and equipment食品包装学Food packaging动物科学系Department of Animal Science动物科学学院College of Animal Science动物生理学Animal physiology家畜行为学Ethnology of domestic animals饲料卫生学Feed hygienic配合饲料工艺学Technology of formula feed单胃动物营养学Nutrition of unistomach animals反刍动物营养学Ruminant nutrition饲料检测技术The technique of feed checking and analysis饲料生产学Feed production饲料添加剂学Feed addition家畜饲料学附饲料分析Livestock feeding and feeds analysis饲料原料及加工贮藏Feed ingredients and processing and storage动物饲养学Animal feeding动物营养学基本原理The basal principle of animal nutrition配合饲料技术The technique of formular feed普通畜牧学Animal husbandry淡水养鱼学Culture of fresh-water fish动物学Zoology家禽学Poultry science珍禽学Science of rare birds家畜育种学Poultry breeding家禽孵化学Poultry hatching家畜环境卫生学Livestock environment hygiene牛生产学Cattle production家兔生产学Rabbit production猪生产学Swine production畜牧家畜育种学Animal breeding数量遗传学Quantitative genetics动物遗传学Animal genetics生物统计附试验设计Biological statistics养犬与养猫Canine and feline production家畜繁殖学Animal reproduction动物遗传育种Animal Genetics & Breeding动物生产学Animal production动物医学系(Department of Veterinary Medicine )兽医学院(College of Veterinary Medicine)家畜解剖学The anatomy of the domestic animals禽病学Diseases of poultry家畜病理学The pathology of the domestic animals动物组织学与胚胎学Histology and embryology of the domestic animals 家畜解剖学及组织胚胎学家禽普通病学General diseases of poultry中兽医学Traditional Chinese veterinary medicine兽医临床诊断学Clinical diagnosis of veterinarian家禽传染病学Avian infectious diseases家禽内科学Internal medicine of domestic animals家禽药理学Poultry pharmacology兽医药理学Veterinary pharmacology家畜寄生虫学Parasitology of domestic animals家禽病理学Pathology of poultry兽医产科学Veterinary breeding家畜外科学Veterinary surgery兽医应用免疫学Veterinary applied immunology动物性食品卫生学Animal food hygiene家畜传染病学Infections disease of domestic animals兽医学Veterinary medicine兽医药理学的毒理学Veterinary pharmacy toxicology理学院(College of Science)计算机关系数据库Relationship database计算机应用基础Fundamentals of computer application 计算机应用基础Computer applicationC语言程序设计Programming in C物理化学Physical chemistry有机化学Organic chemistry分析化学Analytical chemistry普通化学General chemistry化工仪表Chemical engineering and meter化学实验Experiment in general chemistry大学物理College physics应用电子技术The application of electronic technology概率论Probability theory线性代数Linear algebra高等数学Advanced mathematics必修课The required courses选修课Optional courses限选课Limited optional courses实践课Practical courses军训Military training专业劳动Work in specialty and for production教学实践Practice in the course生产实习Training for working毕业论文(设计)The thesis or designing for graduation 物化胶化Physical colloid chemistry人文科学学院(College of Humanities)法律基础Fundamentals of law社会主义人生实践The socialist practice in one’s life形势政策教育The education of situation and policy马克思主义原理The course on Marxist theories中国革命史The history of Chinese revolution中国革命的理论与实践The theory and practice of the Chinese revolution社会调查研究理论与方法Theory and method on social investigation and research 中国社会主义建设China’s socialist construction国际贸易International trade经济法学Economic law中国社会主义市场经济概论An introduction to china’s socialist market eco nomy政治经济学Political economics西方经济学Western economics行政管理学Administration management应用写作Practical writing思想教育Ideological education自然科学方法论The methodology of natural science逻辑学Logic农业文献检索Agricultural literature indexing专业英语Special English体育Physical training毛泽东思想概论An introduction to Mao zedong thought邓小平理论概论An introduction to Deng xiaoping theory教育学Pedagogy思想道德修养Thought & moral training教学法Teaching method应用写作Practical writing农业史Agricultural history经济贸易学院(College of Economics and Trade)乡镇企业管理学院(College of Rural Enterprise Management)宏观经济学Macroeconomics微观经济学Microeconomics政治经济学Political economics发展经济学Development economics农业经济学Agricultural economics外国农业经济Foreign agricultural economics中国经济地理Economy geography in China经济法学The law of economics国际商法International commercial law管理信息系统Management information system农业会计学Agricultural accounting消费经济学Consumption economics电算化会计原理Computer accounting成本会计Cost accounting统计学原理Principle of statistics商品流通统计Accounting in commodity circulation金融统计Financial statistics会计学原理Principle of accounting商品流通企业会计Business accounting in commodity circulation 财务会计学Financial accounting审计学Auditing银行会计Bank accounting农业政策学Agricultural policy管理学原理Principle management企业学原理Business management房地产经营管理Administration and management of real estate 银行经营管理Administration and management of bank商业企业经营管理Business administration and management涉外企业管理Foreign business management资源经济学Resource economics农产品贸易学Agricultural products trade国际贸易International trade进出口贸易实务Practice in import-Export trade市场营销学Marketing国际市场营销学International marketing财政学Public finance国际金融International finance证券投资Investment on securities公共关系学Public relations货币银行学Economics of money and banking投资经济学Economics of investment国际结算International settlement银行信贷学Bank credit财政金融Public finance and monetary economics期货交易理论与实务Theory and practices of futures土地经济学Land economics乡镇企业经济管理The economic management of tow’s enterprise 经济计量学Economical estimate审计学audit农学系(Department of Agronomy)农学院(College of Agriculture)制茶学Manufacture of tea作物育种学(各论)Crop breeding作物育种学(总论)Crop breeding (general discourse)种子学原理Principles of seed science农业管理学Agricultural management农产品综合利用Comprehensive utilization of crop products耕作学Cultivation science经济作物学Industry crop science农业气象基础Agrometeorology遗传学Genetics茶树栽培学Tea cultivation茶叶审评与检验Tea tasting and inspection试验设计与统计分析Experimental designs and statistical analyses农业生态学Agroecology农业自然资源利用及农业区划Utilization of agricultural resources and agricultural regionalization 茶树能种学Tea plant breeding粮食作物学Food crop science茶叶生物化学Biochemistry of tea农业推广学Agricultural popularization农业环境保护Agricultural environmental protection作物栽培学与耕作学Crop cultivation & geoponics蚕桑系(Department of Sericulture)艺术设计学院(College of Art Design)蚕桑综合利用Silkworm-mulberry multipurpose utilization茧丝学Cocoon silk science养蚕学Seri cultural science蚕体解剖生理Anatomy and physiology of silkworm桑树栽培及育种学Mulberry cultivation & breeding桑树病虫害防治学蚕种学Silkworm egg production家蚕遗传育种Silkworm genetic of thremmatology遗传学Genetics蚕病学Silkworm pathology蚕桑学Sericulture园艺系(Department of Horticulture)园艺学院(College of Horticulture)插花艺术Art of floweral arrangement蔬菜育种学Vegetable breeding花卉园艺学Floriculture园艺商品学Marketing of horticultural product园艺设施栽培Horticultural facilities culture植物显微技术Plant microtechnology园艺通论General horticulture园艺昆虫学Horticultural entomology园艺植物育种学Plant breeding in horticulture果树生理学Fruit tree physiology园艺研究法Horticulture studies果树栽培学总论Pomology园艺产品贮藏保鲜学Techniques in preservation of horticultural products园艺植物病理学The pest control of horticulture plant花卉保鲜学Techniques in preservation of flowers & plants园艺植物生理学Horticulture plant pathology蔬菜栽培学Vegetable culture盆景艺术Pruning采后生理Post harvest physiology果树抗性育种专题Special topic on fruit tree resistance园艺植物的生物技术The biotechnique of horticultural plant园艺概论An outline of horticulture蔬菜学Olericulture果树学Pomology工程技术学院(College of polytechnics)工程学院(College of Engineering)建筑电工Architectural electrotechnics电工学Electrotechnics工业电子学Industrial electronics材料力学Strength of materials建筑力学(结构力学部分)Mechanics of structure理论力学Theoretical mechanics机械设计Machinery design机械原理Theory of machine and mechanism画法几何学Drawing geometry机械制图Engineering drawing工程制图Engineering drawing园林工程制图Landscape drawing建筑制图Building drawing液压技术2 Hydraulic technique 2机械工程材料Materials of mechanical engineering机床夹具设计原理Theory of jig design for machine tool冷冲工艺及冷冲模设计Punching technology and punch die design金属切削原理与刀具Principle of l cutting and cutting tool金属工艺学l technology机械制造工艺学Manufactural technology of machinery金属工艺学l technology液压技术1 Hydraulic technique 1汽车维修理论Theory of automobile service汽车运输学Transportation of automobile互换性与测量技术Interchangeability and technical measurement汽车构造Construction of automobile汽车运用工程Automobile application engineering热工基础Fundamental of thermo-technology食品干燥工艺与设备Food drying technology and equipment食品包装机械Food packaging machinery农业机械学Agricultural machinery食品工程原理Theory of food process engineering食品加工机械与设备Foot processing machinery and equipments砼与砌体结构Reinforce concrete建筑构造Structure of building建筑材料Constructional material建筑施工技术与施工组织Technology and planning of building operation单层工业厂房排架结构设计The design of single-factory building with d structure 高层建筑结构设计Design of high rise building民用建筑设计原理Design of civil architecture农业系统工程及管理工程Systems engineering and management engineering资源环境学院(College of Resources and Environment)环境监测Environmental monitoring土壤农业化学Agrochemistry analysis生产布局学原理Principle of productive distribution城镇建设用地管理Management of land urban construction城市规划原理Principle of urban planning资源经济学Resources economics经济地理Economic geography土地资源调查Land resources survey地图绘编Map establishment遥感技术基础Fundamental of remote sensing technology土地信息系统Land information system地籍管理Land management土地规划学Land planning science土地管理学Land management土地经济学Land economic房地产管理Management of real estate房地产估价Appraisement of real estate固体废物的处理与处置Treatment & disposal wastes城市污泥的农业再循环与生态环境The agricultural recycling of municipal sludge and the ecological environment 大气污染控制工程Air pollution controlling engineering环境质量评价Environmental quality assessment环境化学Environmental chemistry水体污染控制工程Water pollution controlling engineering环境生态Environmental ecology土壤污染与防治Soil pollution环境保护概论Introduction of environmental protection农业环境保护概论Introduction of agricultural environmental protection无土栽培原理与技术Theories and techniques of soilless culture农业化学总论Introduction of agrochemistry作物施肥原理Principles of crop fertilization作物营养研究法Methodology of plant nutrition土壤物理学Soil physics土壤学Pedology环境土壤学Environmental pedology土壤化学Soil chemistry土壤粘粒矿物Mineral of soil clay fration土质学基础Basis of geology土壤地理学Soil geography区域土壤学Regional pedology土壤资源调查Soil resources survey茶树病虫害(病害部分) Tea disease and pest (disease section)植物检疫学Quarantine for pests植物病毒学Plant virology果树病理学Fruit tree pathology果蔬病害Fruit and vegetable diseases植物免疫学Plant immunology普通昆虫学General entomology真菌资源及利用Fungal resources and their utilization除草剂毒理学Toxicology of herbicides植物病害生物防治学Biological prevention and control of plant diseases害虫生物防治Biological control杀菌剂毒理学Toxicology of fungicides植物病害流行学Epidemiology of plant diseases农业螨类学Agricultural acarology害虫综合防治Integrated pest management生物统计学Biometrics城市昆虫学Civil entomology作物抗虫育种原理及应用Principle and application of resistant plant breeding 植物病原细菌学Plant bacteriology植物病理学Plant pathology真菌分类学Taxonomy of fungi植物线虫学Plant nematology农业植物病理学Agricultural phytopathology普通植物病理学General phytopathology果蔬昆虫学Fruit plant & vegetable entomology果蔬贮运病害Fruit and vegetable diseases during storage食用真菌学Edible fung林学院College of Forestry数理统计Mathematical statistics遗传学Genetics树木育种学Forest tree breeding树木育苗学Tree seeds and nursery stock science自然保护区学Science of nature reserve造林学Silviculture林业技术经济学Forestry technology economics森林经营学Forest management林业经济管理学Management of forestry economics林业政策与法规Policies and laws of forestry会计学原理Fundamentals of accounting树木病理学Forest pathology测树学Forest measuration测量学Surveying森林生态学Forest ecology森林土壤学Forest soil science森林经理学Forest management森林昆虫学Forest entomology树木学Dendrology机械设计基础Fundamentals of mechanical design厂内运输Equipment of transit in factory胶合板制造学The manufacturing of plywood木材加工企业管理Forest products management胶粘剂与涂料Adhesive and paint木材学Wood science木材干燥Timber drying木制品生产工艺学Tec manufacturing of wood products纤维板制造学Fiberboard manufacturing technology刨花板制造学The manufacturing of particleboard木材切削原理与刀具The principles of wood cutting and tools木工机械Wood machinery土壤学Soil science经济林育种学Economic forest breeding经济林昆虫学Economic forest entomology经济林病理学Economic forest pathology经济林栽培学Economic forest culture园林设计Parks and gardens design造型艺术Plastic art城市绿地规划City open spaces planning园林树木栽培养护学Garden tree cultivation园林树木学Ornamental dendrology园林专业绘画课Painting of landscape architecture城市规划基础Fundamentals of city planning城市园林绿化经济管理Economic management of urban landscape gardening 风景园林设计初步Elementary landscape architecture design园林植物病理学Ornamental plant pathology园林昆虫学Ornamental plant entomology园林史History of landscape architecture园林工程Landscape architectural engineering土壤学Soil science城市生态学Urban ecology森林保护学Forest protection。
农学专业英语翻译

To pinpoint the co-elution problem mentioned above, the electrospray ionzation-quadrupole time-of-flight mass spectrometry in negative mode was used for further confirmation of the HPLC fractions of the glucosinolates detected in the sample extracts. The identification was based on the molecular ion mass and the pattern of their corresponding fragment ions. It was a more powerful method than the spiked standard method and capable of providing the information on the elemental compositions and the structures of the molecules.
Identification of the glucosinolates in vegetable and Traditional Chinese Medicine (TCM) samples by using ESI-QTOF-MS and MS/MS analysis蔬菜和中医(TCM)样品中的硫代葡萄糖苷使用ESI- QTOF- MS和MS / MS分析鉴定
农学研究生专业英语1-3

繁殖系统(一)BREEDING SYSTEMSKey Notes: 要点Range of breeding systems: 繁殖系统的类型和分布Most plants are hermaphrodite and they may cross or self-fertihze. Others have unisexual flowers either on the same plant (monoecious), or separate plants (dioecious), and others are intermediate or variable. A few are asexual.大多数植物都是两性花,它们可以杂交或自交。
也有少数植物是单性花,有的位于同一植株上(雌雄同株);有的位于不同的植株上(雌雄异株);还有一些植物的花是处于过渡态或者可变的,少数植物是无性花。
Cross- and self-fertility: 杂交和自交Many plants have a self-incompatibility system stopping self fertilization, but others are self-fertile. Early maturation of flowers can lead to self-fertility. Some species are partially self-incompatible.多数植物具有一个防止自花受精的自交不亲和系统,但有些植物是自花能稔的。
花的早熟可以导致自稔性,有些植物是部分自交不亲和。
Separation of floral organs: 花器官分离Cross-pollination is favored by a separation of fertile organs in the flower.Stamens may mature before carpels, known as protandry, or after, protogyny.Protandry is common in specialized insect-pollinated flowers in inflorescences and protogyny is associated with wind pollination and unspecialized flowers.Stamens and carpels may be separated spatially.可育花器官分离的花偏爱异花传粉。
- 1、下载文档前请自行甄别文档内容的完整性,平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益,请联系客服反馈,我们会尽快为您处理(人工客服工作时间:9:00-18:30)。
Unit 11.The basic parts of a plant a the root system, which is below the ground , and the shoot system above. 一植株最基本组成部分是地下根系统和地上茎系统2.It takes in, or absorbs, water and mineral from the soil through the root hairs, which are single cells near the tip of each root根毛是靠近根顶端的单细胞,它可以从土壤中吸收水分和矿物质3.In addition, plants such as clover and Lucerne, known as ‘legumes’ have special bacteria which live on the roots. 另外,一些豆科作物,如三叶草和苜蓿,有特殊的寄生在根部的细菌4.Another important function is to enable water and mineral to pass up from the roots to the leaves and flowers.另一种重要的功能是使水和矿物质从根运输到叶片和花上5.Their main job is to make food for the plant by the process known as photosynthesis.它们的主要任务是光合作用为作物提供营养6.Water from the soil and carbon dioxide from the air are converted into sugars and other carbohydrates.来自土壤中的水和来自大气中的二氧化碳被转变成糖和碳水化合物7.The stamens produce the male sex cells, or spermatic, which are carried in the pollen grains雄蕊产生雄性细胞或是性孢子,它们被花粉粒携带.8.The fruit, the ripened ovary of the flower, encloses the seeds and protects them while they are developing,果实,花中成熟的子房,包围着种子,当它们发育时候并保护它们9.The seed itself consists of an embryo and foodstore种子是由胚和.胚乳构成的10.The embryo is the part which will develop into anther plant and the foodstore is necessary to provide nourishment for the young plant while it is growing.胚是能发育成另外作物的器官,胚乳是为发育中的幼体提供必要的营养Unit 21.Seeds remain dormant, or in a resting state, if they are kept cool and dry.种子在低温和干燥条件下,处于休眠状态2.When the amount of moisture and the temperature level are right, the seeds germinate and start growing.当温度和湿度适宜时,种子发芽并开始生长3.This is because wet soils remain cold for a longer period of time than drier, well-drained soils.这是因为湿的土壤比干燥的排水好的土壤更能保持更长时间的低温4.Dormant seeds require very little oxygen in order to stay alive, but when they start to germinate they require more. 种子在休眠状态时为保持活力需要较少o2,但当它们发芽时需要较多的o25.In the early stages of development the seedling depends entirely on the foodstore in the seed but as soon as the first leaves are produced, it is able to manufacture food for itself.发育早期,幼苗完全依靠种子中的胚乳,但是一旦第一片子叶产生,它就能为自己生产食物6.In the process of pollination the pollen is carried by wind or insects from the stamens to the stigma of the carpel.传播花粉过程中,花粉被风或是昆虫从雄蕊传播,到雌蕊柱头上7.It germinates on the stigma and grows down the style into the ovary, where fertilization takes place.它在柱头上产生并在子房中发育,进行受精Unit 3anic material originates from dead plants and animals and material other than this are derived from rocks of various kinds. 有机质发源于死的动植物,而矿物质是与之不同的不经分解,来源于不同种类的岩石2.These rocks are broken down into small particles by mechanical disintegration and chemical decomposition.这些岩石通过物理和化学分解成小颗粒3.In arid regions weathering is mostly by physical means.在干旱地区,风化主要由于物理因素4.But in humid regions chemical processes of weathering are equally important但是在湿润的地区,风蚀的化学过程是同等重要的.5.Consequently, the insoluble mineral residues in the soils have less resemblance to the original rocks. 因此,土壤中难以溶解的残余矿物质与原始的岩石无什么类似处6.Most of them contain various proportions of sand, silt and clay and these varying proportions make up a soil’s textural class.土壤主要包括沙子,粉砂,粘土。
它们不同的比例构成了土壤不同的质地等级7.The principle classes in order of increasing fineness of material are sand, loamy sand, loamy, silt loamy, silty clay loam, clay loam, silt and clay.依照矿物质纯度顺序排列依次为沙土,壤砂土,壤土粉砂土,粘壤土,粉砂和粘土8.That is to say, smaller sized particles can react or combine with water, nutrients and humus more sassily than larger sized particles.就是说,小颗粒与水,营养和腐殖质比大颗粒更容易结合9.Humus from decomposed organic matter is vital to a soil as it makes a heavy soil lighter. 来源于腐烂有机物质的腐殖质,对土壤至关重要,因为它使土壤变的更疏松Unit 42.The ease with which water san pass through a soil depends on the proportions in it of coarse and fine particles such as sand and clay.水分渗入土壤的容易度依靠土壤粗细比例,例如砂土和粘土10.Another advantage is that a well-drained soil will have enough air for aerobic bacteria to break down humus and so provide food for the plant.另一个优点是排水很好的土壤会有足够的空气,为好氧的细菌去分解腐殖质,然后为作物提供营养12.Ditches can be cut at certain intervals between the crops.在作物之间沟渠被切割成特定的间隔16.Porous drainage tiles may be laid in or on the land and these will help draw off the surplus water. 多孔排水管平放入地下或地面下,这样会有助于放掉多余水分17.The distance between the drains will depends on the level of the land, the permeability of the soil, and the amount of rainfall.排水间的距离取决于土地的平坦程度,土壤渗透性和雨量的多少22.We should distinguish between the collection of water and its application我们应辨别水的集合和它的利用之间加以区别.23.There are two main sources of irrigation water: surface water and ground water.有两种主要的灌溉水资源:地表水和地下水31.By this we mean the amount of water which is needed to bring the soil to full capacity.意思是需要的水的量是能使土壤达到充分的?的数量32.It also depends on the type of crop, the stage of growth of the crop and the amount which it will use at that particular time.它也取决于作物的类型,作物生育时期和它在特殊时期的使用量34.Most plants require larger quantities of water during the later stages than in the earlier stages.大部分作物在后期比前期需要更大量的水Unit 58.Finally, it makes up for the plant nutrients which have been removed by crops or lost by leaching and soil erosion.最终,它弥补了作物吸收,淋溶土壤侵蚀所流失的营养14.So, they maybe grouped as nitrogenous fertilizers, phosphatic fertilizers, potassic fertilizers and so on.因此,它们被分为氮肥,磷肥,钾肥等15.The most commonly used fertilizer which contains nitrogen is ammonium sulphate, which is made from ammonia and sulphuric acid, and which contains 21% nitrogen使用最普遍的肥料是含氮的,主要有硫酸铵等,它由氨和硫酸组成,其中含氮量百分二十一.16.This element encourages rapid vegetative growth and gives plants a healthy green colour.这个要素促进作物快速生长并给作物一个健康的绿色19.Phosphorous stimulates the formation of a plant's root, and promotes fruit and seed production.磷刺激根系形成,促进结果和种子产量21.finally, wherever high crop yields are expected, potash is used together with nitrogen and phosphorous.最终,无论在哪高产量都是被期望的,通过k与n,p混合使用23.This help plant to withstand mechanical damage such as broken branches and torn leaves.k有助于作物抵抗机械伤害,例如残枝败叶27.It is usually supplied in the form of muriate of potash (potassium chloride), which contains 50 to 60% potassium oxide (K2O) and sulphate of potash (potassium sulphate).它总是以k的化合物形式被使用,包括百分五十到60的k2o和k2so432.If a soil is very acid, with a pH value of less than 5.0, lime can be added to correct this acidity.如果土壤极酸性,ph小于5,石灰能够改善土壤的酸性35.Nitrogen, phosphorous and potassium are more easily available in a well-limed soil than in an acid soil.氮磷钾在用石灰处理的土壤中比在酸性的土壤中更容易被利用Unit 61 In crop production the control of weeds, diseases and pests is essential to obtain high yields.杂草和虫害的控制对于获得高产量是有必要的5 Weeds reduce crop yields on account of the fact that they compete with crops for water.杂草使作物产量降低的原因是它与作物竞争水分,营养,光照7 Most weeds are aggressive and invasive, they grow quickly and spread far, and so are difficult to get rid of.大多数杂草是有竞争性和侵害性的,它们生长迅速,传播的远,因此很难摆脱8 One recommended way of eradicating many persistent weeds is first to plough up the roots and underground parts of the plant.一种值得推荐的根除多年生杂草的方法是首先?根系和作物地下部分11 Weeds may also be killed by means of chemicals which have the collective name of herbicides.杂草也可以被称为除草剂的化学药剂杀死17 They must be used extremely carefully for the simple reason that they will eradicate all plants on contact-which includes the crop itself.它们在使用的时候必须相当小心,原因很简单就是它们会根除所有与之接触的植物包括作物本身18 They are usually used before sowing or before the emergence of the crop itself.它们总是被用于播种前或作物出土前23 Micro-organisms are reproduced and spread by minute bodies such as spores, fungi and bacteria.微生物通过芽孢,真菌,细菌等微小物体进行繁殖和扩散25 It is very difficult to kill the fungi and bacteria, or to make the virus which is inside the host plant inactive消灭真菌和细菌或是使寄生在寄主中不活跃的病毒不传播病毒是非常困难的.26 But the evolution of plant varieties which can resist disease has completely changed methods of disease control但是能够抵抗病害的作物种类的进化,已经完全改变了病害控制的方法36 One way is to use chemicals that easily change into a gas or vapour, which enter the soil and kill the harmful organisms. 一种方法是使用容易变成气体或烟雾状的化学药剂这样就能进入土壤消灭有害生物体。