Loading...

Table of Content

    15 April 2010, Volume 12 Issue 2
    Retrospect and Prospect of Wheat Breeding in China
    LI Zhen-sheng
    2010, 12(2):  1-4.  DOI: 10.3969/j.issn.1008-0864.2010.02.01
    Asbtract ( )   PDF (309KB) ( )  
    Related Articles | Metrics

    This paper describes the general facts of wheat production and developmental history of wheat breeding in China. There have been three main stages of wheat breeding and improvement research since the foundation of new China. The major breeding objectives of stage one (1950s-1960s) are improving disease resistance and yield stability, whereas those of stage two (1970s-1980s) are improving plant height and raising yield potential. The key breeding target of stage three (1990s to the new century) is simultaneous improvement of grain yield and quality. Finally, the recent changes in grain consumption and crop production in China and their impacts on the direction of future wheat breeding and improvement efforts are discussed.

    Status and Trends of Hybrid Wheat Research in China
    ZHAO Chang-ping
    2010, 12(2):  5-8.  DOI: 10.3969/j.issn.1008-0864.2010.02.02
    Asbtract ( )   PDF (386KB) ( )  
    Related Articles | Metrics

    Since 1930s, the utilization of heterosis has significantly increased crop yields, and made an important contribution to safeguard world food security. At present, the hybrids crops of rice, corn, cotton and rape etc.  have been applied and extended in large-scale, but the utilization of wheat heterosis is still situated in an initial stage.

    Progress in Research and Development of Transgenic Rice
    ZHU Zhen
    2010, 12(2):  9-16.  DOI: 10.3969/j.issn.1008-0864.2010.02.03
    Asbtract ( )   PDF (805KB) ( )  
    Related Articles | Metrics

    Rice is one of the most important crops in world, which occupies an important position in grain production in China. Remarkable achievements have been gained in the field of hybrid rice breeding, which have made important contribution to food security of China. Transgenic technology provides a new means for rice breeding. Since the startover of transgenic rice projects in 1980s, China has carried out  transgenic rice breeding research on every side. At present, China's transgenic rice research is located at the forefront of international level in general, and the insect-resistant transgenic rice research is taking the world-leading position, which may probably be the first in realizing industrialization. The application of transgenic rice will make an important contribution to ensure food security in China.

    Development and Technological Innovation of Hybrid Rice Industry
    HU Pei-song
    2010, 12(2):  17-23.  DOI: 10.3969/j.issn.1008-0864.2010.02.04
    Asbtract ( )   PDF (629KB) ( )  
    Related Articles | Metrics

    Hybrid rice is a major scientific and technological achievement with independent intellectual property right in China. Due to lacking of intellectual property protection for core technology, hybrid rice seed industry has missed opportunity for cultivation. Aiming at the status quo of hybrid rice research and development in China, it is necessary to continuously improve the R & D capacity and competing ability of hybrid rice seed enterprises, so as to reply to the tight competition between cross-border seed industry groups; and to speed up the intensification, marketing, industrialization of seed industry, so as to ensure grain security.

    Vegetable Crops Genomics Research and Molecular Breeding in China
    DU Yong-chen
    2010, 12(2):  24-27.  DOI: 10.3969/j.issn.1008-0864.2010.02.05
    Asbtract ( )   PDF (396KB) ( )  
    Related Articles | Metrics

    China is the largest vegetable producing country in the world and also has big vegetable seed sales volume. Vegetable crops breeding and promotion are very important. This paper analyzes the advantages of vegetable crops breeding in China and the challenges facing us; expounds the research progress made in vegetable crops genomics and molecular breeding; prospects the development of vegetables research during the twelfth “Five Years Plan” period.

    Studies on Peanut Quality Regional Planning in China —&mdash|Guiding Thoughts, Aims and Principle
    GUO Hong-hai1, YANG Li-ping1, LI Xin-hua1, YANG Ping1, WAN Shu-bo2
    2010, 12(2):  28-32.  DOI: 10.3969/j.issn.1008-0864.2010.02.06
    Asbtract ( )   PDF (508KB) ( )  
    Related Articles | Metrics

    In order to guide and deeply carry out regional division of peanut production and enhance the regional peanut producing capacity, this paper puts forward several guiding thoughts according to Chinas overall strategy for regional agriculture development. They are: taking the concept of scientific development as guidance; ensuring the national fuel security as overall objective; taking efficient and reasonable use of agricultural resources; standardizing spatial order of peanut production as main guideline; strengthening spatial constraint function of peanut product quality; rationally allocating regional edible oil sources and fats, vegetable protein sources, processing raw material resources, foreign exchange-earning resources and agriculture biological complementary resources. The diferentiation of peanut quality should follow the coupling principles, such as: relationship between light, temperature, water, soil, cultivation measures and peanut quality; quality heredity of varieties and its coordination with ecological environment; peanut consumption channel and its commercial value; and the operability of taking major producing areas as principle with paying attention to programming.

    Research Progress in Plant Green Tissue Specific Promoter
    WANG Miao1,2, WANG Xu-jing2, TANG Qiao-ling2, WANG Zhi-xing2, WANG Yu-qing1
    2010, 12(2):  33-37.  DOI: 10.3969/j.issn.1008-0864.2010.020.07
    Asbtract ( )   PDF (493KB) ( )  
    Related Articles | Metrics

    In plant genetic engineering, development and application of tissue-specific promoter has been a hot spot in order to express foreign genes correctly, efficiently and specifically. Green tissue-specific promoters can regulate the expression of foreign genes in green tissues. The specificity of tissue-specific promoters is determined by the interaction of positive and negative regulatory elements. This paper expounds the kinds of specific promoters and regulatory elements. It also prospects its future application in plant engineering.

    Metabolism and Signal Transduction of H2O2 in Plants under Abiotic Stresses
    PAN Xiao-wu1, LI Yong-chao2, LI Xiao-xiang2, HUANG Rong-feng3
    2010, 12(2):  38-43.  DOI: 10.3969/j.issn.1008-0864.2010.02.08
    Asbtract ( )   PDF (599KB) ( )  
    Related Articles | Metrics

    Hydrogen peroxide (H2O2) is a pleiotropic molecule, playing key roles in regulating plant response to various abiotic stresses. As a signal molecule, H2O2 is involved in controlling the expression of stress-related genes and physiological processes via different signal transduction pathways in a certain range of concentration. Excess concentration of H2O2 will cause the degradation of cell components and cell death. Thus, it is necessary to maintain the balance between production and scavenging of H2O2. This paper reviews the generation, scavenging and roles of H2O2 in plant abiotic stress response.

    Research Progress in Methodology for Folate Detection in Crops
    CHANG Na-ning1,2, JIANG Ling2, PU Xun1, FAN Yun-liu2, ZHANG Chun-yi2
    2010, 12(2):  44-49.  DOI: 10.3969/j.issn.1008-0864.2010.02.09
    Asbtract ( )   PDF (619KB) ( )  
    Related Articles | Metrics

    Folic acid is a water-soluble vitamin and an extremely important co-factor that can mediate one-carbon unit transfer. Human cannot synthesize folate de novo, and the folate content in crops is usually quite low, especially in cereal grains, thus causing a global problem of folate deficiency in human. At present, people are improving the folate content in crops through biofortification. How to obtain reliable data about the content of folate derivatives in crops is very important. This paper provides a brief overview of folate extraction and various methodologies for folate analysis, with focus on microbiological method and high performance liquid chromatography (HPLC) concerning detection method establishment, technical principles and applications.

    Research Progress on Bifunctional Xylanases
    LIU Xin, SHI Peng-jun, YANG Pei-long, YAO Bin
    2010, 12(2):  50-56.  DOI: 10.3969/j.issn.1008-0864.2010.02.10
    Asbtract ( )   PDF (668KB) ( )  
    Related Articles | Metrics

    Since the degradation of plant cell wall needs a variety of enzymes, bifunctional xylanase with activities of xylanase and cellulase or other coenzyme has certain advantages to reduce production costs and improve efficiency in catalysis. With the improvement and perfecting of molecular biology techniques, many new bifunctional enzymes have been isolated and identified. This paper reviews the research progress on bifunctional xylanases in structure, function and effect mechanism, and it also discusses about application potential of bifunctional xylanases in industry.

    Research Progress in Gene Mapping of Important Quantitative Traits in Cotton
    ZHAO Hai-yan, QU Yun-fang, HUANG Jin-ling
    2010, 12(2):  57-61.  DOI: 10.3969/j.issn.1008-0864.2010.02.11
    Asbtract ( )   PDF (489KB) ( )  
    Related Articles | Metrics

    Cotton is an important cash crop, which is not only one of the main natural fiber resources, but also a potential resource of high-quality protein and edible oil. Genes controlling cotton quantitative traits can be mapped onto relevant genetic linkage map or chromosome by all kinds of molecular marker technologies and methods of quantitative trait loci (QTLs) mapping. It provides a solid foundation for map-based cloning, resistance mechanisms understanding, molecular marker-assisted selection (MAS), gene transfer and pyramiding breeding. This paper summarizes the progress made in gene mapping, conferring important cotton quantitative traits in recent years; analyzes and prospects the major problems existing in research.

    Research Progress on Cassava Nutrition and Fertilizer Application
    HUANG Qiao-yi, HUANG Xu, TANG Shuan-hu, CHEN Jian-sheng, XU Pei-zhi, ZHANG Fa-ba
    2010, 12(2):  62-68.  DOI: 10.3969/j.issn.1008-0864.2010.12
    Asbtract ( )   PDF (623KB) ( )  
    Related Articles | Metrics

    This paper expounded the research progress on cassava nutrition and fertilizer application; summarized the nutrients absorption mechanism; index for nutrient  concentration; physical, yield and quality effects of various nutrient; fertilizer application efficiency and optimal fertilizer recommendation. The paper also put forward directions for developing cassava production in China with superior quality, high yield and high efficiency.

    Investigation Report about Upgrading and Key Technology of Natural Rubber Industry in China——Thoughts and Suggestions for Selective Breeding and Extension of Rubber Tree Varieties
     
    QI Dong-ling, WANG Xiu-quan, HUANG Yue-qiu,
    2010, 12(2):  69-75.  DOI: 10.3969/j.issn.1008-0864.2010.02.13
    Asbtract ( )   PDF (380KB) ( )  
    Related Articles | Metrics

    Based on a survey about rubber industry development in three major rubber planting provinces Hainan, Yunnan and Guangdong, this paper briefly expounds the role of science and technology in promoting breeding and extension of rubber tree varieties. It also discusses and analyzes issues of rubber tree breeding and variety extension facing rubber industry development, such as too unitary cultivar,  weak ability to resist natural disaster, tardiness in extending new variety, unsatisfactory breeding for native applicable variety, low accuracy of early predicting technology, poor creation and utilization for germplasm resources, lacking of effective genetic transformation system, etc. Before ending, the paper puts forward suggestions for future research.

    Research Progress on Composting Treatment of Dead Livestock
    XI Jia-lin, DONG Hong-min, ZHU Zhi-ping, TAO Xiu-ping, HUANG Hong-kun
    2010, 12(2):  76-80.  DOI: 10.3969/j.issn.1008-0864.2010.01.14
    Asbtract ( )   PDF (509KB) ( )  
    Related Articles | Metrics

    With the development of large-scale livestock and poultry farms, the safely and harmless disposal of dead animals has become an outstanding issue, and it has been massively studied and applied with demonstration abroad. This paper expounds the principle of composting system for dead livestock and poultry,  and key parameters such as ventilation, moisture, temperature, C/N and pH; describes in detail the research progress and status quo of composting treatment for dead livestock and poultry; discusses about the advantages and disadvantages of different treatments for animal carcass composing; and proposes to carry out research on forced aeration composting system in disposing dead livestock and poultry.

    Preliminary Studies on Sclerotinia sclerotiorum Resistant Mutant 275-7 of Arabidopsis thaliana
    LI Dan1,2, HUANG Jun-yan2, ZHANG Xue-jiang2, LIU Xue-qun1, QIN Rui1, LIU Sheng-y
    2010, 12(2):  81-85.  DOI: 10.3969/j.issn.1008-0864.2010.02.15
    Asbtract ( )   PDF (499KB) ( )  
    Related Articles | Metrics

    Oxalic acid is a toxin produced when plant is attacked by Sclerotinia sclerotiorum. An oxalic acid insensitive mutant named 275-7 was screened from the T-DNA insertion mutant library of Arabidopsis thaliana (about 1 000 lines) using 1/2 MS with 3 mmol/L oxalic acid. In vivo leaf inoculation test was undertaken, in order to assess the resistance to Sclerotinia sclerotiorum of mutant 275-7. The result indicated that mutant 275-7 exhibited a higher resistance to S. sclerotiorum than the wild type Arabidopsis (P<0.05). Fluorescence real-time quantitative PCR result showed that the expression of jasmonic acid (JA)-responsive marker gene PDF1.2 in 275-7 were significantly up-regulated (12 fold) in comparison with the wild type plants, but the expression level of salicylic acid (SA)-responsive marker gene PR1 was not significantly different from the wild type. This suggested that the enhanced resistance to S. sclerotiorum in mutant 275-7 might be mediated through JA signal pathway.

    Studies on Optimization of Constructing an Integrated Agro-environmental Database Mechanism Based on SQL Server+ SDE
    HUANG Jin-quan1, LI Zhong-wu1, ZENG Guang-ming1, WANG Zhen-xing2, LUO Xiao1, RE
    2010, 12(2):  86-92.  DOI: 10.3969/j.issn.1008-0864.2010.02.16
    Asbtract ( )   PDF (797KB) ( )  
    Related Articles | Metrics

    In accordance with the requirements of Chinas precision and digital agriculture development at present stage; and with the spatial database engine technology, database technology, and 3S technology, etc., this paper puts forward a portfolio theory of optimized techniques for building regional integrated agro-environmental database. It also provides instance feature of the database and analysis of its overall effect. The results show that on the basis of its own characteristics of aiming at agro-environmental information data, this theory established on Ice mixed-level spatial database engine + SQL Server 2000 for agricultural databases has optimized the unified storage mechanism based on management system of relational database; and improved the coordination and inter-operation between structural and nonstructural agro-environmental information data. It also provides theoretical and technical support for further excavation and efficient management of regional agro-environmental information.

    A Digital Method for Detecting Rat Hole in Grassland of Northeastern China
    LEI Ling1, LI Wen-hui1, LI Hui-ying1, ZHANG Zhong-hui2, ZHANG Xiao-jun2, XIE Pen
    2010, 12(2):  93-97.  DOI: 10.3969/j.issn.1008-0864.2010.02.17
    Asbtract ( )   PDF (510KB) ( )  
    Related Articles | Metrics

    Traditional manual survey methods for rodent in grassland commonly waste human resources and with long investigation cycle. This paper presents a new automated method for investigating rodent by wireless sensor networks to collect prairie rat hole images. This method uses digital image processing to firstly put these colorful images into regional segments. Then multi-template mask is adopted to remove noise, the images edge is extracted by Sobel edge mask. The discontinuous edges are connected with binary dilation operator. Finally, the rat hole numbers are counted according to connected component to statistics. The experimental results show that this method can effectively count the number of rat holes, and also effectively survey the occurrence of rodent damage.

     Initial Studies on Endoglucanase Purification from Penicillium Citrinum Strain CR-2
    DUN Bao-qing, QU Xiao-shuang, GUO Ming-ming, LU Ming, LI Gui-ying, ZHANG Bao-min
    2010, 12(2):  98-102.  DOI: 10.3969/j.issn.1008-0864.2010.02.18
    Asbtract ( )   PDF (503KB) ( )  
    Related Articles | Metrics

    Endoglucanase was purified firstly with molecular sieve and ion exchange technology from Penicillium citrinum strain CR-2. The electrophoretically purified enzyme protein was obtained. Its molecular size is 27.26 kDa. The optimum functional temperature of enzyme is 60℃ and the optimum pH is 5. This study is of great significance to explore the enzymatic degradation mechanism of cellulose by Penicillium citrinum strains and the application of CR-2 strain.

    Cloning, Bioinformatics Analysis and Prokaryotic Expression of Chitinase ClassⅡ Gene in Leymus chinensis
    LI Rui-qin1, FENG Shu-dan1, YU Ying2, LV Zhao-zhi1, LI Li1, XU Ming-hua1, YIN Yu
    2010, 12(2):  103-110.  DOI: 10.3969/j.issn.1008-0864.2010.02.19
    Asbtract ( )   PDF (1017KB) ( )  
    Related Articles | Metrics

    Based on the reported EST from Leymus chinensis, the chitinase ClassⅡgene (GenBank accession number GQ397277) from leaves of Leymus chinensis under 100 mmol/L Na2CO3 stress, named LcChi2 gene, was cloned by RACE. The sequencing and bioinformatic analysis revealed that the opening reading-frame (ORF) of this gene was 771 bp and encoding 256 amino acid. LcChi2 protein belonged to chitinase ClassⅡ, Family 19. The molecular weight of the protein was 27.4 kDa and the isoelectric point was 8.67. LcChi2 protein was highly identified with chitinase in Triticum aestivum, Hordeum vulgare, Secale cereale and Oryza sativa, sharing 96.5%、96.5%、95.2% and 80.5% homology, respectively, indicating that they had similar biological functions. The gene was expressed in E.coli for preparation of its polyclonal antibody used for detection of transgenic plant. The data predicted by bioinformatics are helpful for further analysis of LcChi2.

    Evolution Charcteristics of Rice Grain Quality in Early Season Indica Rice Cultivars
    YUAN Jiang1,2, WANG Dan-ying1, XU Chun-mei1, ZHANG Xiu-fu1
    2010, 12(2):  111-115.  DOI: 10.3969/j.issn.1008-0864.2010.02.20
    Asbtract ( )   PDF (423KB) ( )  
    Related Articles | Metrics

    To explore the evolution characteristics of early season indica rice grain quality, sixteen cultivars released from different years and widely planted ever in southern China were used. The milling, appearance, nutrition, cooking and eating quality were measured by the national standard of rice grain quality. The results indicated that: (1) There was little change of milling quality, but head milled rate became lower; (2) In external quality, the grain length became longer but the grain width was the opposite, the chalky ratio, chalky area and chalkiness all become lower, and the transparency was significantly lower; (3) In cooking and edible quality of rice grain, there was little change in alkali-spreading score and gel consistency; (4) In nutritional quality of rice grain, the amylose content ranged from 23.3% to 24.7%, and protein content from 11.7% to 12.4% without significant difference. When the quality index increased, the ministerial standard for early season indica rice cultivars were five or six grade. Studies suggested that rice variety should be explored based on different requirements and during quality improvement of early season rice varieties.

    Studies on Crop Coefficient of Soybean   in Guanzhong Region of Shaanxi Province
    YAN Ju-fang1, YANG Xiao-guang2
    2010, 12(2):  116-121.  DOI: 10.3969/j.issn.1008-0864.2010.02.21
    Asbtract ( )   PDF (453KB) ( )  
    Related Articles | Metrics

    Crop coefficient-reference crop evapotranspiration method is a popular method to calculate water requirement of crop. As an important parameter for this method, ascertained crop coefficient has become a key issue to study water requirement of crop. According to the field experiments from 2005 to 2007, reference crop evapotranspiration in Guanzhong region was calculated by using Penman-Monteith equation and actual crop evapotranspiration was achieved by water balance equation and adjustment coefficient of soil water. Crop coefficients of soybean in different stages were calculated based on the above results. Variations of crop coefficient were also analyzed. The results indicated that average reference crop evapotranspiration during crop growing stage in Guanzhong region is 498.4 mm. Average crop coefficient for the whole growing period is 0.89. The highest value 1.26 occured at the stage from flowering to fructification, followed by the stage from fructification to maturity with the average value of 1.04 and the lowest value 0.29 is at the stage between seeding to seedling. Under the climate background of Guanzhong region, there is a better relationship among soybean crop coefficient and cumulative temperature above 10℃.

    Effects of Soil Pb and Cd Stresses on the Growth and Antioxidative Enzyme System of Swamp Cabbage (Ipomoea Aquatica Forsk.)
    WU Qi1, JI Hui1, ZHANG Wei-jian1,2
    2010, 12(2):  122-127.  DOI: 10.3969/j.issn.1008-0864.2010.02.22
    Asbtract ( )   PDF (526KB) ( )  
    Related Articles | Metrics

    The effects of single lead (Pb) and cadmium (Cd) stresses on the growth, lipid peroxidation and antioxidant enzyme system of swamp cabbage (Ipomoea aquatica Forsk.) were investigated by pot experiment. The results showed that low Pb concentrations stress could slightly increase the biomass of swamp cabbage, whereas its growth would be significantly inhibited under high concentrations. The biomass in 900 mg/kg Pb treatment was only 32.4% of that in the control. Its growth was also inhibited under Cd stress. The biomass in 7 mg/kg Cd treatment was 83.6% of that in the control. The leaf content of malondialdehyde (MDA) increased with increasing Pb and Cd concentrations. The MDA contents under the highest concentrations of Pb and Cd increased by 12.9% and 29.5%, respectively compared to the control, indicating that swamp cabbage was more resistant to Pb than Cd. The activities of superoxide dismutase (SOD), peroxidase (POD), and catalase (CAT) in its leaves increased initially and then declined with the increasing of Pb concentration. The results indicated that the three anti-oxidative enzymes had remarkably synergistic effects under low concentrations of Pb than Cd, and could increase swamp cabbage adaptation to heavy metal stresses.

    Screening for Aspergillus Strain with High Virulence to Monochamus alternatus by Protoplast Fusion
    WANG Guo-liang, WANG Yong
    2010, 12(2):  128-132.  DOI: 10.3969/j.issn.1008-0864.2010.02.23
    Asbtract ( )   PDF (444KB) ( )  
    Related Articles | Metrics

    The protoplasts of Aspergillus vitis on Monochamus alternatus and Aspergillus fumigatus var fumigatus on Argopistes tsekooni were inactivated by ultraviolet or heating method, respectively. Then protoplast fusion with PEG6000 as fluxing agent was conducted on them. The fusions were compared by colony and conidial characters, growth rate and sporulation of the 2nd、4th、6th and 8th generations. Five fusions with fast growth and more sporulation were selected for extracellular protease detection on gelatin agar plate. The results of Monochamus alternatus larvae toxicity test showed that the lethal rate of fusion U4-2 strains to Monochamus alternatus larvae was 73.3%. The virulence was significantly enhanced compared with the 2 parent strains.

    Studies on High Throughput Screening for High Spinosad-producing Strains with 96-well Plates
    LUO Li-si1,2, LI Neng-wei2, LI Li2, GUO Wei-qun2, YU Jian-ping1, ZHANG Xiao-lin2
    2010, 12(2):  133-137.  DOI: 10.3969/j.issn.1008-0864.2010.02.24
    Asbtract ( )   PDF (475KB) ( )  
    Related Articles | Metrics

    Based on the growth of Saccharopolyspora spinosa in both solid and liquid medium, a high throughput method was established to screen high spinosadproducing strains with 96well plates. The results showed that applying the sandwich covers for 96well plates could meet the requirement of bacteria filtration and oxygen supply for the growth of S.spinosa. S.spinosa grew well in both 96well plate and slant culture. The optimum seed growing time was 60 h; the broth content of each well was 0.4 mL. Comparing with the traditional shake flask screening platform, this method could significantly improve the screening efficiency of high spinosadproducing strains.

    Design and Realization of Pre-treatment System for Crop Variety Experimental Data
    WANG Hu, LI Shao-ming, LIU Zhe, ZHANG Xiao-dong, ZHU Jun
    2010, 12(2):  138-144.  DOI: 10.3969/j.issn.1008-0864.2010.02.25
    Asbtract ( )   PDF (638KB) ( )  
    Related Articles | Metrics

    Trial, represented by regional crop variety performance test, is one of the most important bases to determine the species value and suitable extension areas  for crop variety. Large scale data are produced each year, but a mass of manual operation often causes input errors. In order to get reward in a short period of time, some breeders tamper with the data at times, making it difficult to protect the data quality. Further more, the traditional experimental data are managed and analyzed through Excel. It is unable to  correct and logically judge the data by big amount. This brings about a great deal of hidden danger to variety evaluation at late stage and accuracy of policy decision. In order to introduce a change, this paper adopts modern information processing means to develop a pre-processing system for crop varieties and their test data, so as to elliminate wrong or even false data with maximum. Thus, superior and reliable data can be provided for further experimental and varietal evaluation, analysis and decision making. This system is being run in trial at some large scale seed companies, such as Jinsenonghua and Beijing Denong. Good application results have been achieved.

    Present Status and Future Choice of Agricultural Informationization in Rural Areas of China
    LI Xiu-feng| AI Hong-bo, ZHANG Lei
    2010, 12(2):  145-149.  DOI: 10.3969/j.issn.1008-0864.2010.02.26
    Asbtract ( )   PDF (332KB) ( )  
    Related Articles | Metrics

    Nowadays, the information technologies are comprehensively penetrating into the construction of rural areas and agricultural informationization. According to the social reality in China, this paper chooses the implementing condition, input scale, social benefit and economical benefit as the evaluation indices. The technologies probably involved in the research are assorted into five categories, and assessed by terms of research, development and application. It also appraises the future application from six sides: social demand, technological support, implementing condition, input scale, social benefit and economical benefit. It is of practical significance for guiding the realization of agriculture informationization.