|
|
|
题名
|
作者
|
年代
|
出处
|
被引量
|
| 1 | Development of Hybrid Rice to Ensure Food Security显示文摘Rice is the staple food for more than half of the world’s population and for more than 60%of China population.Increasing rice yield is therefore crucial for solving food shortage problem,ensuring food secruity,and reducing poverty.Given the vast population and limited per capita cultivated land in China,meeting food demands by increasing the yield per unit area with the aid of advanced sciences and technologies would be the only option.Several alternative | YUAN Long-ping | 2014 | Rice science2014，21，1： | 37 |
| 2 | Effects of Different Nitrogen Fertilizer Levels on Fe,Mn,Cu and Zn Concentrations in Shoot and Grain Quality in Rice (Oryza sativa)显示文摘In a pot experiment, effects of N fertilizer application on the concentrations of Fe, Mn, Cu and Zn in shoot of rice and the quality of brown rice were studied. In the treatments with N fertilizer application, the concentrations of Fe, Mn, Cu and Zn in most parts of rice shoot increased compared with control (no N fertilizer application). This indicated that the transportation ability of microelements from root to shoot in rice was improved with N fertilizer application. Effect of N fertilizer on IR68144 was similar to that of on IR64, but the concentrations of the microelements in plant differed, suggesting that the characteristic expression of the two rice genotypes was not controlled by the amount of N fertilizer supplied. The concentrations of those microelements in brown rice increased at first and then decreased with increasing N fertilizer application, reaching the highest at 160 kg/ha, at which the Fe, Mn, Cu and Zn concentrations in brown rice increased by 28.96%, 41.34%, 58.31% and 16.0% for IR64, and by 22.16%, 13.75%, 8.75% and 20.21% for IR68144 compared with control, respectively. Moreover, N fertilizer promoted the accumulation of protein, decreased the accumulation of amylose in grain, and enhanced gel consistency of brown rice. These results indicate that appropriate N fertilizer management could increase micronutrient contents in grain and improve nutrition quality of rice. | HAO Hu-lin WEI You-zhang YANG Xiao-e FENG Ying WU Chun-yong | 2007 | Rice science2007，14，4： | 31 |
| 3 | Effects of Aerated Irrigation on Leaf Senescence at Late Growth Stage and Grain Yield of Rice显示文摘With the japonica inbred cultivar Xiushui 09,indica hybrid combinations Guodao 6 and Liangyoupeijiu as materials,field experiments were conducted in 2007 and 2008 to study the effects of aerated irrigation on leaf senescence at late growth stage and grain yield of rice.The dissolved oxygen concentration of aerated water evidently increased and decreased at a slow rate.The soil oxidation-reduction potential under aerated irrigation treatment was significantly higher than that of the CK,contributing to significant increases in effective panicles,seed setting rate and grain yield.In addition,the aerated irrigation improved root function,increased superoxide dismutase activity and decreased malondialdehyde content in flag leaves at post-flowering,which delayed leaf senescence process,prolonged leaf functional activity and led to enhanced grain filling. | ZHU Lian-feng Yu Sheng-miao JIN Qian-yu | 2012 | Rice science2012，19，1： | 29 |
| 4 | Research Progress on Functional Analysis of Rice WRKY Genes显示文摘Rice is a model plant for genomic study of grass species.Functional identification and definition of rice genes becomes the object of its functional genomics research.WRKY gene superfamily,one of the transcription factor gene families,was recently suggested to play important roles in plant development and stress response.In rice,the results of analyses of expression pattern and ectopic overexpressor lines also support this viewpoint,and the evidences implicate rice WRKY proteins in transcriptional reprogramming during biotic or abiotic stresses,senescence,sugar metabolites,and morphological architecture.In this paper,we review the advance in study of rice WRKY gene family and also propose unified nomenclature for rice WRKY factors to eliminate confusion. | SONG Yu AI Chong-rui JING Shao-juan Yu Di-qiu | 2010 | Rice science2010，17，1： | 28 |
| 5 | Acclimation and Tolerance Strategies of Rice under Drought Stress显示文摘Rice(Oryza sativa L.) is an important food crop and requires larger amount of water throughout its life cycle as compared to other crops. Hence,water related stress cause severe threat to rice production. Drought is a major challenge limiting rice production. It affects rice at morphological(reduced germination,plant height,plant biomass,number of tillers,various root and leaf traits),physiological(reduced photosynthesis,transpiration,stomatal conductance,water use efficiency,relative water content,chlorophyll content,photosystem Ⅱ activity,membrane stability,carbon isotope discrimination and abscisic acid content),biochemical(accumulation of osmoprotectant like proline,sugars,polyamines and antioxidants) and molecular(altered expression of genes which encode transcription factors and defence related proteins) levels and thereby affects its yield. To facilitate the selection or development of drought tolerant rice varieties,a thorough understanding of the various mechanisms that govern the yield of rice under water stress condition is a prerequisite. Thus,this review is focused mainly on recent information about the effects of drought on rice,rice responses as well as adaptation mechanisms to drought stress. | Veena PANDEY Alok SHUKLA | 2015 | Rice science2015，22，4： | 23 |
| 6 | Factors Affecting Sensory Quality of Cooked japonica Rice显示文摘The sensory quality of cooked rice is an important factor in determining its market price, as well as consumer acceptance and breeding efforts aimed at improvement of rice grain quality. In this study,the sensory quality and physicochemical properties of three japonica rice varieties harvested in two different growing locations(Xiangshui and Hangzhou of China) were compared to determine the most important factors affecting the sensory quality. All the three varieties had higher scores for overall sensory quality in Xiangshui than in Hangzhou, indicating that the growing location is a key factor in determining the sensory quality of cooked japonica rice. In addition to growing location, variety(genotype) also had an important effect. Longdao 18 scored the highest for overall sensory quality in the two locations, whereas Longdao 30 had the lowest score in Xiangshui, and both Longdao 20 and Longdao 30 had the lowest scores in Hangzhou. Many physicochemical properties, such as apparent amylose content, protein content, thermal properties and free amino acid contents, showed significant differences between the two locations. Correlation analysis showed that apparent amylose content and protein content had contrasting effects on all the sensory attributes. The overall sensory quality was negatively correlated with protein content(r =-0.89, P < 0.01) and positively correlated with gel hardness(r = 0.91, P < 0.01),indicating that the protein content and hardness are important physicochemical properties for predicting the sensory quality of japonica rice. These findings will provide guidance for selection from the diverse genotypes available to develop new varieties with the desired eating and cooking quality. | XU Yanjie YING Yining OUYANG Shuhong DUAN Xiaoliang SUN Hui JIANG Shukun SUN Shichen BAO Jinsong | 2018 | Rice science2018，25，6： | 23 |
| 7 | Protective Roles of Brassinolide on Rice Seedlings under High Temperature Stress显示文摘Two indica rice (Oryza sativa L.) materials, Xieqingzao B (sensitive to heat stress) and 082 (tolerant to heat stress), were used to study the role of brassinolide (BR) in protection of rice seedlings from heat stress. Young seedlings were subjected to high temperature (38?C/30?C) and sprayed with 0.005 mg/L of BR. Analysis was conducted on the contents of chlorophyll, protein and malondialdehyde (MDA), the leakage of electrolyte, the activities of peroxidase (POD) and superoxide dismutase (SOD) and their isozymes expression levels in leaves. Under the high temperature treatment, application of BR significantly increased the contents of chlorophyll and protein, and the activities of POD and SOD, and reduced the content of MDA and the leakage of electrolyte in the leaves of the heat-sensitive material Xieqingzao B, whereas BR had less effect on those of the heat-tolerant material 082 relatively. The BR treatment enhanced the expression of POD isozymes in the leaves of both materials. Under the high temperature stress and BR treatment, the expression of four SOD isozymes reduced in 082, but the expression of two SOD isozymes increased in Xieqingzao B. This suggests that BR plays an important role in protection of rice seedlings from heat stress by enhancing the activities or expression level of protective enzymes in the leaves. The materials with various heat-tolerance might differ in the mechanism of response to heat stress with BR application. | CAO Yun-ying ZHAO Hua | 2008 | Rice science2008，15，1： | 20 |
| 8 | Integration of Growing Milk Vetch in Winter and Reducing Nitrogen Fertilizer Application Can Improve Rice Yield in Double-Rice Cropping System显示文摘To study whether integrative fertilization [growing milk vetch in winter and reducing the dose of chemical nitrogen(N) fertilizer] can improve rice yield, and to reveal the underlying regulatory mechanisms for integrative fertilization, a three-year field trial including two treatments, milk vetch-rice-rice(MRR) and winter fallow-rice-rice(FRR), was conducted in 2010, 2011 and 2012.Our results demonstrated that the MRR treatment could significantly improve rice yield compared with the FRR treatment, especially when the application ratio of milk vetch and chemical fertilizer was 1:2.MRR treatment increased the effective panicle number and the spikelet number per panicle.In addition, a higher tillering number, leaf area index, photosynthetic-potential and photosynthetic-potential to grain ratio were observed in MRR treatment, which could provide enough dry matter for yield formation.Moreover, in MRR treatment, we discovered a higher transportation ratio and transformation ratio of dry matter in culm and leaves, and a stronger total sink capacity and spikelet-root bleeding intensity at the heading stage and 15 d after heading.Furthermore, the MRR treatment showed higher total N, phosphorus and potassium uptakes than FRR treatment, which was associated with the higher root dry weight in each soil layers.These results suggest that growing milk vetch in winter can improve rice yield under less chemical N fertilizer application, which is due to the improvement of soil nutrient status and the increased of rice root growth and development. | ZHOU Chun-huo ZHAO Zun-kang PAN Xiao-hua HUANG Shan TAN Xue-ming WU Jian-fu SHI Qing-hua | 2016 | Rice science2016，23，3： | 18 |
| 9 | Genotypic Differences in Growth and Physiological Responses to Transplanting and Direct Seeding Cultivation in Rice显示文摘The field experiments were conducted to investigate the growth and physiological responses of six super hybrid rice combinations to two planting methods,transplanting(TP) and direct seeding(DS) during 2006-2007 and 2007-2008. The 1000-grain weight and number of tillers per plant at the early growth stage,the maximum quantum yield of PSII(Fv/Fm) and transpiration rate(Tr) were higher in DS plants than in TP ones,whereas the grain yield,number of panicles per square meter,seed setting rate,net photosynthetic rate(Pn) and stomatal conductance were lower in DS plants.However,little difference was detected in number of grains per panicle,stem(shoot) and leaf weight between the combinations in the two planting methods.The responses of plant growth and physiological traits to planting method differed greatly among the six combinations.In both planting methods,Chouyou 58 and Yongyou 6 had the highest and lowest panicle biomass and Pn,respectively.The higher yield of Chunyou 58 was associated with more numbers of panicles per square meter and grains per panicle in both planting methods.The results indicate that lower grain yield in DS relative to TP is attributed to more excessive tillers at the early stage,lower leaf biomass and photosynthetic rate at the late stage. | CHEN Song CAI Sheng-guan CHEN Xin ZHANG Guo-ping | 2009 | Rice science2009，16，2： | 18 |
| 10 | Effects of Lodging at Different Filling Stages on Rice Yield and Grain Quality显示文摘The effects of lodging of rice plants from 20 d after full heading to maturity on yield and grain quality were investigated with a hybrid rice combination Liangyoupeijiu and a japonica rice cultivar CY-6.The results showed that,except for brown rice rate,almost all parameters for yield and grain quality including ratio of grain length to grain width,gelatinization temperature and gel consistency,were significantly influenced by lodging and thus deteriorated.Regression analysis suggested that,lodging one day earlier at the grain-filling stage could cause 2.66% to 2.71% of yield loss,1.8 to 2.6 percentage points decrease of seed-setting rate,0.26 to 0.32 g reduction of 1000-grain weight,0.097 to 0.155 percentage point decline of milled rice rate,as well as 0.13 to 0.27 percentage point increase of chalky grain rate,and 0.021 to 0.024 percentage point rise of protein content,and subsequently lower the eating quality. | LANG You-zhong YANG Xiao-dong WANG Mei-e ZHU Qing-sen | 2012 | Rice science2012，19，4： | 17 |
| 11 | Comparative Effects of Salt Stress and Extreme pH Stress Combined on Glycinebetaine Accumulation,Photosynthetic Abilities and Growth Characters of Two Rice Genotypes显示文摘Glycinebetaine (Glybet) accumulation, photosynthetic efficiency and growth performance in indica rice cultivated under salt stress and extreme pH stress were investigated. Betaine aldehyde dehydrogenase (BADH) activity and Glybet accumulation in the seedlings of salt-tolerant and salt-sensitive rice varieties grown under saline and acidic conditions peaked after treatment for 72 h and 96 h, respectively, and were higher than those grown under neutral pH and alkaline salt stress. A positive correlation was found between BADH activity and Glybet content in both salt-tolerant (r2=0.71) and salt-sensitive (r2=0.86) genotypes. The chlorophyll a, chlorophyll b, total chlorophyll and total carotenoids contents in the stressed seedlings significantly decreased under both acidic and alkaline stresses, especially in the salt-sensitive genotype. Similarly, the maximum quantum yield of PSII (Fv/Fm), photon yield of PSII (ΦPSII), non-photochemical quenching (NPQ) and net photosynthetic rate (Pn) in the stressed seedlings were inhibited, leading to overall growth reduction. The positive correlations between chlorophyll a content and Fv/Fm, total chlorophyll content and ΦPSII, ΦPSII and Pn as well as Pn and leaf area in both salt-tolerant and salt-sensitive genotypes were found. Saline acidic and saline alkaline soils may play a key role affecting vegetative growth prior to the reproductive stage in rice plants. | Suriyan CHA-UM Kanyaratt SUPAIBULWATTANA Chalermpol KIRDMANEE | 2009 | Rice science2009，16，4： | 17 |
| 12 | Assessment on Evaluating Parameters of Rice Core Collections Constructed by Genotypic Values and Molecular Marker Information显示文摘Eleven evaluating parameters for rice core collection were assessed based on genotypic values and molecular marker information. Monte Carlo simulation combined with mixed linear model was used to eliminate the interference from environment in order to draw more reliable results. The coincidence rate of range (CR) was the optimal parameter. Mean Simpson index (MD), mean Shannon-Weaver index of genetic diversity (MI) and mean polymorphism information content (MPIC) were important evaluating parameters. The variable rate of coefficient of variation (VR) could act as an important reference parameter for evaluating the variation degree of core collection. Percentage of polymorphic loci (p) could be used as a determination parameter for the size of core collection. Mean difference percentage (MD) was a determination parameter for the reliability judgment of core collection. The effective evaluating parameters for core collection selected in the research could be used as criteria for sampling percentage in different plant germplasm populations. | WANG Jian-cheng HU Jin ZHANG Cai-fang ZHANG Sheng | 2007 | Rice science2007，14，2： | 16 |
| 13 | Analysis on Dry Matter Production Characteristics of Super Hybrid Rice显示文摘Six middle-season indica hybrid rice combinations, including five super hybrid rice combinations with the high yield about 10.5 t/ha and a check hybrid rice combination Shanyou 63 with a yield potential about 9.5 t/ha, were used as materials to study the dry matter production characteristics. The super hybrid rice showed a high ability in dry matter production and accumulation and its yield enhanced with the increase of dry matter accumulation. The advantage period of dry matter production in the super hybrid rice was mainly at the middle and late growth stages compared with the check. The grain yield had no significant correlation with the dry matter accumulation before the elongation stage while had a significantly positive correlation with the dry matter accumulation from the elongation to maturity stages in super hybrid rice. There were more dry matter in vegetative organs at the heading stage in the super hybrid rice but its contribution to yield (apparent conversion percentage) was averagely 4.3 percent points lower than that in the check. For crop growth rate (CGR), the comparative advantage of super hybrid rice was at the middle and late stages, especially after flowering. Moreover, as the rising of leaf area index (LAI) and leaf area duration (LAD), CGR enhanced. The total LAD and the mean of LAD per day of super hybrid rice was about 14.79% and 10.31% higher than those of the check, respectively. The results indicate that the high yield of super hybrid rice mostly comes from the products of photosynthesis after heading, which is shown by the increased CGR at middle and later stages. It is suggested that LAD character might be used to better explain the advantage in the dry matter production of super hybrid rice than LAI. | WU Wen-ge ZHANG Hong-cheng QIAN ZHAI Chao-qun DAI Qi-gen Ying-fei CHENG Ye Wu Gui-cheng | 2008 | Rice science2008，15，2： | 16 |
| 14 | Effects of Silicon-Based Fertilizer on Growth, Yield and Nutrient Uptake of Rice in Tropical Zone of Vietnam显示文摘Application of silicon(Si) could greatly boost rice yield and mitigate abiotic stress,especially drought.A field experiment was conducted during 2015 at the research farm of Hong Duc University,Thanh Hoa City,Vietnam,to evaluate the effects of five different combined doses of standard fertilizer practice and Si fertilizer on growth,yield and yield components,as well as nutrient uptake of rice.The treatments consisted of the recommended dose of fertilizer(RDF,110 kg/hm^2 N + 90 kg/hm^2 P_2O_5 + 80 kg/hm^2 K_2O) as the control,RDF + 100 kg/hm^2 SiO_2,RDF + 200 kg/hm^2 SiO_2,RDF + 300 kg/hm^2 SiO_2 and RDF + 400 kg/hm^2 SiO_2.The results showed that the growth,grain and straw yields as well as yield components(number of grains per panicle,seed-setting rate and 1000-grain weight) were significantly affected by Si application.The highest grain yield of 3 705 kg/hm^2 was obtained with the highest level of Si fertilizer in combination with RDF(RDF + 400 kg/hm^2 SiO_2),however,it was statistically at par with the yields obtained with RDF + 300 kg/hm^2 SiO_2(3 664 kg/hm^2) and RDF + 200 kg/hm^2 SiO_2(3 621 kg/hm^2).The optimum dose of Si fertilizer with maximized grain yield(3 716 kg/hm^2) was 329 kg/hm^2 SiO_2.The nutrient(Si,N,P and K) uptakes of rice were also significantly enhanced by Si application.Si application at the level of 329 kg/hm^2 along with RDF would help in the sustainable production of rice in the tropical zone of Vietnam. | Tran Xuan CUONG Hayat ULLAH Avishek DATTA Tran Cong HANH | 2017 | Rice science2017，24，5： | 16 |
| 15 | Ustilaginoidea virens: A Fungus Infects Rice Flower and Threats World Rice Production显示文摘Rice false smut disease, which is caused by the fungus Ustilaginoidea virens, is currently one of the most devastating rice fungal diseases in the world. Rice false smut disease not only causes severe yield loss and grain quality reduction, but also threatens food safety due to its production of mycotoxins. In this review, the most recent progresses regarding the life cycle, infection processes, genome and genetic diversity, pathogenic gene and disease resistance in rice were summarized in order to provide theoretical basis for the control of U. virens. We also proposed some future directions and key questions that need to be addressed for a better understanding of the molecular mechanism that leads to rice false smut disease and the prospects for sustainable control of rice false smut. | QIU Jiehua MENG Shuai DENG Yizhen HUANG Shiwen KOU Yanjun | 2019 | Rice science2019，26，4： | 16 |
| 16 | Down-Regulated Expression of RACK1 Gene by RNA Interference Enhances Drought Tolerance in Rice显示文摘The receptor for activated C-kinase 1 (RACK1) is a highly conserved scaffold protein with versatile functions, and plays important roles in the regulation of plant growth and development. Transgenic rice plants, in which the expression of RACK1 gene was inhibited by RNA interference (RNAi), were studied to elucidate the possible functions of RACK1 in responses to drought stress in rice. Real-time PCR analysis showed that the expression of RACK1 in transgenic rice plants was inhibited by more than 50%. The tolerance to drought stress of the transgenic rice plants was higher as compared with the non-transgenic rice plants. The peroxidation of membrane and the production of malondialdehyde were significantly lower, and the superoxide dismutase activity in transgenic rice plants was significantly higher than those in non-trangenic rice plants. It is suggested that RACK1 negatively regulated the redox system-related tolerance to drought stress of rice plants. | LI Da-hong LIU Hui YANG Yan-li ZHEN Ping-ping LIANG Jian-sheng | 2009 | Rice science2009，16，1： | 15 |
| 17 | Effects of Cadmium Stress on Seed Germination, Seedling Growth and Seed Amylase Activities in Rice (Oryza sativa) | Jun-yu HE Yan-fang REN Cheng ZHU De-an JIANG | 2008 | Rice science2008，15，4： | 15 |
| 18 | Practices and Prospects of Super Hybrid Rice Breeding显示文摘The great progress in super rice breeding both in China and other countries has been made in recent years. However, there were three main problems in super rice breeding: 1) the super rice varieties were still rare; 2) most super rice varieties exhibited narrow adaptability; and 3) current breeding theories emphasized too much on the rice growth model, but they were unpractical in guidance for rice breeding. According to the authors’ experience on the rice breeding, the breeding strategies including three steps (super parent breeding, super hybrid rice breeding and super hybrid rice seed production) were proposed, and the objectives of each step and the key technologies to achieve the goals were elucidated in detail. The super parent of hybrid rice should exhibit excellent performance in all agronomic traits, with the yield or sink capacity reached the level of the hybrid rice control in regional trials. The super hybrid rice combination should meet the following criteria: good rice quality, wide adaptation, lodging resistance, resistance to main insects and diseases, and the yield exceeded above 8% over the control varieties in the national and provincial regional trials. To achieve the goal, the technical strategies, such as selecting optimal combination of the parents, increasing selection pressure, paying more attention to harmony of ideal plant type, excellent physiological traits and all the agronomic traits, should be emphasized. The yield of seed production should reach 3.75 t/ha and 5.25 t/ha for the super hybrid rice combinations derived from early-season and middle-season types of male sterile lines, respectively. The main technologies for raising seed production yield included selecting optimum seed production site, using the male sterile line with large sink capacity and good outcrossing characteristics, and improving the amount of the pollen by intensive cultivation of the male parent. According to the technologies of the three-step breeding on super hybrid rice, two super rice parents, including a male parent 996 and a thermo(photo)-genic male sterile [T(P)GMS] line C815S, were bred. Furthermore, a super early hybrid rice combination, Luliangyou 996, which could be used as a double-season early rice variety in middle and lower reaches of the Yangtze River, China, was bred by using the super rice variety 996 as the male parent, and several hybrid rice combinations with higher yield than control variety in regional trials both of Hunan Province and state were bred with the T(P)GMS line C815S as the female parent. | CHEN Li-yun XIAO Ying-hui TANG Wen-bang LEI Dong-yang | 2007 | Rice science2007，14，2： | 15 |
| 19 | Over-Expression of ICE1 Gene in Transgenic Rice Improves Cold Tolerance显示文摘ICE1, an Arabidopsis thaliana transcription factor gene, was cloned by RT-PCR and successfully transformed into rice variety Kenjiandao 10 by the Agrobacterium-mediated transformation method. PCR amplification and Southern blot analysis indicated that ICE1 had been integrated into rice genome. Compared with the non-transgenic plants, the transgenic plants exhibited high resistance to hygromycin B and were consistent with the Mendelian inheritance of a single copy of the transgenic ICE1. Under the low temperature stress, the transgenic plants showed the lower mortality rate and the increased proline content. These results suggest that the Arabidopsis ICE1 is functional in rice and the over-expression of ICE1 improves the tolerance to cold stress in rice. | XIANG Dian-jun Hu Xiang-yang ZHANG Yu YIN Kui-de | 2008 | Rice science2008，15，3： | 15 |
| 20 | Effects of Nitrogen Application Level on Rice Nutrient Uptake and Ammonia Volatilization显示文摘The effects of different nitrogen application levels on nutrient uptake and ammonia volatilization were studied with the rice cultivar Zheyou 12 as a material.The accumulative amounts of nitrogen,phosphorus and potassium in rice plants across all growth stages showed a trend to increase with increasing nitrogen application levels from 0 to 270 kg/hm 2,but decreased at nitrogen application levels exceeding 270 kg/hm 2.Moreover,the accumulative uptake of nitrogen,phosphorus and potassium by the rice plants was increased by application of organic manure in combination with 150 kg/hm 2 nitrogen.The nitrogen uptake was high during the jointing to heading stages.Correlation analysis showed that rice yield was positively correlated with the accumulative uptake of nitrogen,phosphorus and potassium by the rice plants.The highest correlation coefficient observed was between the amount of nitrogen uptake and rice yield.The rate and accumulative amounts of ammonia volatilization increased with increasing nitrogen fertilizer application level.Compared with other stages,the rate and accumulative amount of ammonia volatilization were higher after base fertilizer application.The ammonia volatilization rates in response to the nitrogen application levels of 270 kg/hm 2 and 330 kg/hm 2 were much higher than those in the other treatments.The loss of nitrogen through ammonia volatilization accounted for 23.9% of the total applied nitrogen at the nitrogen application level of 330 kg/hm 2. | YU Qiao-gang YE Jing YANG Shao-na FU Jian-rong MA Jun-wei SUN Wan-chun JIANG Li-na WANG Qiang WANG Jian-mei | 2013 | Rice science2013，20，2： | 15 |
您所在的机构暂未开通此部分的功能，请联系管理员