<![CDATA[Editorial Department of Guangdong Agricultural Sciences -->Crop Cultivation

<![CDATA[Editorial Department of Guangdong Agricultural Sciences -->Crop Cultivation · Genetic Breeding]]> <![CDATA[Sixty Years’Devotion to Green Revolution andA Life Time Commitment to Food Security—Review on the Academic Achievements of Huang Yaoxiang, Father of Semi-dwarf Rice Breeding]]> 2019/11/15 0:00:00 涂从勇，王丰 149true <![CDATA[Studies and Applications on Dynamic Plant Type Breeding Theories in Double Cropping Super Oryza sativa L. subsp. hsien Ting in South China]]> 2019/11/15 0:00:00 陈友订 1 ，刘传光 1 ，周新桥 1 ，陈达刚 1 ，郭洁 1 ，陈平丽1 ，万邦惠 2，张旭 1 148true <![CDATA[Research of Panicle Nitrogen Fertilizer Amount on Reducing Yield Reduction Caused by Shading at Young Panicle Differentiation Stage of Rice]]> 2019/11/15 0:00:00 伍龙梅 1 ，李惠芬 1 ，黄庆 1,2，邹积祥 1 ，张彬 1 ，包晓哲 1 ，李锐 1 147true <![CDATA[Comparison of the Ability of Several Regions as DNA Barcode for Identifying Euphorbiaceae in Hainan]]> 2019/11/15 0:00:00 徐腊红 1 ，陆籽豪 2，唐历波 3，李栎 3 146true <![CDATA[An Extraction Technique of Rice DNA SamplesSuitable for High-throughput Genotyping]]> 2019/9/24 0:00:00 夏澳运，彭子艾，李丹丹，赵壮壮，王慧，陈志强，郭涛 145true <![CDATA[Comparative Test on Forage Grass Cultivars of Pennisetum]]> 2019/9/24 0:00:00 丁迪云 1 ，陈卫东 1 ，陈杰雄 1 ，王刚 1 ，吴林瑛 1 ，陈三有 2，李品红 2 144true <![CDATA[Status and Development Tendency of Chinese HerbalMedicine Planting in Guangdong Province]]> 2019/9/24 0:00:00 王继华，蔡时可，杨少海 143true <![CDATA[Research Progress on Multi-omics Association Analysisof Crop Resistance to Adversity Stress]]> 2019/9/24 0:00:00 李洁，姚晓华 142true <![CDATA[Effects of Farmland Shelterbelt on Microclimate and Maize Yield in Ningxia Plain]]> 2019/8/22 0:00:00 何　俊 1 ，李妍红 2 141true <![CDATA[Research Progress of Non-coding RNA in Plants]]> 2019/8/22 0:00:00 马博涵，姚　丹，焦苏淇，鲁中爽，李泽远，张爱晶，何浩博，张家野 140true <![CDATA[Effects of Cultivation Density on Yield andAgronomic Traits of Xiangliangyou 900]]> 2019/8/8 0:00:00 于相满 1，古幸福 2，李冬娴 2，文嘉瑜 2，陈锐明 2，李　锐 1 139true <![CDATA[Emergy-based Sustainability Analysis of Double-cropping rice Farming System in South China]]> 2019/8/8 0:00:00 冯海怡，陈晓炜，谭康铭，王小龙 138true <![CDATA[Study on Different Planting Distances of RatoonSugarcane Adapted to Mechanical Harvesting]]> 2019/8/8 0:00:00 杨业彬，韦开军，邓　思，阳康春，周　颀，覃耀冠，张　燕 137true <![CDATA[Correlation Analysis on Economic Traits and Quality Traits of Spring Rapeseed(Brassica campestris L.) in Tibet]]> 2019/7/1 0:00:00 次仁白珍，唐琳，袁玉婷，王晋雄，尼玛次仁，赵彩霞，李施蒙，南志强 136true <![CDATA[Effects of Soil Amendments on Tobacco Yield and Quality, Soil Physical and Chemical Properties and Soil Enzyme Activities]]> 2019/7/1 0:00:00 李集勤 1 ，杨少海 1 ，卢钰升 2，顾文杰 2，刘阳 4，刘兰 3，李淑玲 1 ，陈俊标 1 135true <![CDATA[Diurnal Variation of Chlorophyll Fluorescence Parameters of Four Varieties of Coffea Leaves]]> 2019/7/1 0:00:00 武瑞瑞，黄家雄，杨　阳，李亚男，张晓芳，吕玉兰，何红艳，李贵平 134true <![CDATA[Study on the Determination Method of Three Kinds of Phenolic Acids in Potato Soil Under Different Continuous Cropping Patterns]]> 2019/5/23 0:00:00 熊湖 1 ，郑顺林 1，2，黄强 1 ，龚静 1 ，梁衍铃 2，袁继超 1 133true <![CDATA[Study on Physiological Differences Between ISF Line and Pistillate Line of Ricinus communis L.]]> 2019/5/23 0:00:00 何晓琳 1 ，施玉珍 2，殷学贵 1 ，杨婷 1 ，陆建农 1 132true <![CDATA[Effect of Different Nitrogen Application Rate on Growth and Yield of Wild Chrysanthemum under Intercropping System]]> 2019/5/23 0:00:00 李小勇1 ，夏祥华 2，陶进科 3，黄丹娜 2，罗菊云 3，吴秀光 3 131true <![CDATA[Evaluation and Classification of Low Fertility Tolerance of Main Rice Varieties in Guangxi]]> 2019/4/24 0:00:00 李发桥 1 ，戴晓萧 1 ，王伦伟 1 ，夏小舟 1 ，韦善清 1 ，梁和 1 ，江立庚 130true <![CDATA[Study on the Effect of Cassava Leaf Allelopathy on Soil Nutrient and Enzyme Activity]]> 2019/4/24 0:00:00 李静 1 ，何时雨 1 ，刘世伟 2，林希昊1 ，郑永清 1 ，刘青 129true <![CDATA[Analysis on Yield Increase, Quality Improvement and Cost Saving Effects of Disaster Avoidance and Efficient Cultivation Technique for Mountain Rapeseed]]> 2019/4/24 0:00:00 胡新洲 1 ，杨进成 1 ，李红彦 1 ，李祥 1 ，刘坚坚 1 ，安正云 1 ，李明芳 2，普家富 128true <![CDATA[Research Progress of Plant Heat Shock Protein Response to Abiotic Stress]]> 2019/4/24 0:00:00 李广隆，刘思言，鲁中爽，么梦凡，李远强，关淑艳，姚丹，曲静 127true <![CDATA[Changes of High-Temperature Damage to Double Cropping Rice of Six Counties (Cities) in Southwest Guangxi and Countermeasure]]> 2019/3/26 0:00:00 孙雯1，王月 126true <![CDATA[A Comparative Study on Transplanting and Direct Seeding of Rapeseed Blanket Seedling]]> 2019/3/26 0:00:00 冯云艳 1，2，冷锁虎 1 ，冯倩南 1 ，张含笑 1 ，刘浩 1 ，盖小斌 1，3，杨光 1 ，左青松 1 125true <![CDATA[Analysis of Differences in Potassium Content among Tobacco Germplasm and Screening of Field Identification Indicators]]> 2019/3/26 0:00:00 马柱文，张振臣，袁清华，屈玉娇，李集勤，李淑玲，陈俊标 124true <![CDATA[Study on the Comparison and Evaluation of the Growth Differences of 8 Bletilla formosana Provenances from Yunnan Province]]> 2019/3/26 0:00:00 韩明升 1，2，王翔 1 ，陈朝红 1 ，王世优 1 ，章金龙 1 ，马前涛 1 ，宋志姣 1 123true <![CDATA[Effects of Exogenous NO on Seed Vigor and Ultra-weak Luminescence of Paris]]> 2019/3/26 0:00:00 李海明 1 ，李梅香 1 ，孟艳艳 1 ，宋发军1 ，戴甲培 2，李泽华 2，耿红 1 122true <![CDATA[Impact of Exogenous Methyl Jasmonate on Water Absorption of Maize Roots Under Salt Stress]]> 2019/3/12 0:00:00 严加坤，严荣，汪亚妮 121true <![CDATA[Effect of Planting Density on Seed Yield and Dry Matter Production of Flemingia philippinensis]]> 2019/3/12 0:00:00 李小勇1，夏祥华 2，黄丹娜 2，蒋臻韬 3，马小军 120true <![CDATA[Research Progress in Biological Functions and Methods of Extraction, Seperation, Determination of Flavonoids from Camellia nitidissima]]> 2019/3/12 0:00:00 张佩霞，于波，邹春萍，黄丽丽，赵超艺，孙映波 119true <![CDATA[Analysis on Correlation between Meteorological Factors and Rice Filling Speed and 1000-grain Weight in Central Guizhou]]> 2020/3/4 0:00:00 张　皓 1，2，翁　玲 3，刘宇鹏 4，吴　丹 5，金昭贵 1 ，王禄静 1 ，杨　涛 3 118true <![CDATA[Comprehensive Analysis of Combining Ability of Agronomic Traits in Sweet Corn Inbred Lines]]> 2020/3/4 0:00:00 宫庆友，陈燕红，龚衍熙，陈川雁 117true <![CDATA[Effects of Different Damage Treatments on Photosynthetic Characteristics and Chlorophyll Fluorescence Parameters of Aquilaria sinensis (Lour.) Spreng.]]> 2020/3/4 0:00:00 吴文华 1，2，韦阳莲 3，蔡楚雄 3，郭　韵 1,2，曹洪麟 1 116true <![CDATA[Comparative Test Study on the Introduction of NewVarieties of Sweet and Waxy Corn in Yangchun]]> 2020/1/19 0:00:00 李　武 1 ，吴　晓 2，卢文佳 1 ，梁炳荣 2，欧　珊 2，陈家强 2，刘建华 1 115true <![CDATA[Analysis of Differences in Traits of Spring Rapeseed(Brassica napus L.) in Different Ecological Regions of Tibet]]> 2020/1/10 0:00:00 袁玉婷 114true <![CDATA[Study on the Fertilizer Efficiency of CompoundBiofertilizer applying in Wheat]]> 2019/12/17 0:00:00 张志鹏 1,2，蔡燕飞 1 ，段继贤 2，王宗抗 2 113true <![CDATA[Culture in vitro and Rapid Propagation of Ardisia gigantifolia]]> 2019/12/17 0:00:00 蔡时可，梅瑜，顾艳，谢梅新，王继华 112true <![CDATA[Investigation and Analysis of Crops Germplasm Resources in Guangdong Province]]> 2020/11/7 0:00:00 WU Rouxian, XU Hengheng, GAO Jiadong, GAO Yintao, CHEN Bingxian, ZHANG Wenhu, LIU Jun 111true <![CDATA[Thermal Resources Variation in Early Spring and Feasibility Analysis on Early Rice Sowing in Advance in Double Cropping System]]> 2020/11/7 0:00:00 GUO Ruige, CAI Zhe, LIU Wenying 110true <![CDATA[Study on the Impact of Projected Temperature and Precipitation Changes on Yields of Winter Wheat in Shanxi Province]]> 2020/11/7 0:00:00 ZHANG Yiwei1, ZHANG Jianxin2 109true <![CDATA[Effect of Ethyl Methane Sulfonate on Seedling Formation of Andrographis paniculata]]> 2020/11/7 0:00:00 ZHOU Fang，MEI Yu，GU Yan，CAI Shike，WANG Jihua 108true <![CDATA[Effects of Nitrogen Sources on Manganese Toxicity in Sugarcane]]> 2020/9/27 0:00:00 WANG Xiaoxia, CHEN Yangmingzhu, QIN Mei, XIAO Jinglin, LING Guizhi, LI Xiaofeng 107true <![CDATA[Study on Air-curing Modes of Burley Tobacco Adapted to Alpine Tobacco Areas]]> 2020/9/27 0:00:00 JI Fei, DING Caifu, WU Baocheng, LU Shengguo, LI Shijie, WEN Tao, DUAN Xiaolin 106true <![CDATA[Effects of Seeding Date, Seeding Rate and Nitrogen Rate on Yield and Agronomic Characters of Direct - seeding Rape Dadi 95]]> 2020/9/8 0:00:00 LI Shimeng, YUAN Yuting, Nimaciren, WANG Jinxiong 105true <![CDATA[Effects of PEG Simulation Drought Stress on Growth Characteristics of Spring Rapeseed（Brassica campestris L.）at Bud Stage]]> 2020/9/8 0:00:00 GAO Xue, Nimazhaxi, LIU Guoyi, TAN Haiyun 104true <![CDATA[Root Characteristics and Drought Resistance of Tibetan Spring Rapeseed（Brassica napus L.）at Bud Stage Under PEG Simulation Drought Stress]]> 2020/9/8 0:00:00 YUAN Yuting 103true <![CDATA[Parentage Analysis of Eighteen Yuetang Series of Sugarcane Varieties and Breeding Suggestions]]> 2020/9/8 0:00:00 LUO Qingwen, PAN Fangyin, AO Junhua, QI Yongwen, WU Jiayun, PENG Lichong, LIANG Qiru, WEN Mingfu 102true <![CDATA[Analysis of Transcriptome and Exploration of Genes Related to Flavonoid Biosynthesis in Sauropus spatulifolius Beille]]> 2020/9/8 0:00:00 XU Shiqiang1, MEI Yu1, CAO Yang2,3, HUANG Zhina4, CAI Shike1, WANG Jihua1,3 101true <![CDATA[Effects of Different Arbuscular Mycorrhizal Fungi on Growth and Volatile Oil Accumulation of Pogostemon cablin]]> 2020/9/8 0:00:00 LIU Lu1, MA Junqing1, LIAO Honglin1, SUN Chenyu1, WANG Yong2, HUANG Jinghua1，2 100true <![CDATA[Effect of RNA Interference Triggered by Small Fragment of EuCAD Gene on Lignin Synthesis in Tobacco]]> 2020/8/10 0:00:00 CHEN Bowen, XIAO Yufei, LI Junji, ZHANG Ye, QIN Zihai, ZHANG Xiaoning, LIU Hailong 99true <![CDATA[Introduction and Screening Test of Red-skinned Potatoes in Guangdong]]> 2020/8/10 0:00:00 LUO Huanming, LI Chengchen, SUO Haicui, SHAN Jianwei, AN Kang, WANG Li, LIU Jitao, LI Xiaobo 98true <![CDATA[Research Progress in Medicinal Plant of Ficus microcarpa]]> 2020/8/10 0:00:00 LIU Min1, HE Menglu1, MEI Yu1, CHEN Xinquan2, WANG Jihua1 97true <![CDATA[Research Progress on Identification and Analysis of lncRNA in Major Crops]]> 2020/7/15 0:00:00 ZHANG Aijing1, GUO Xingyu2, HE Haobo1, MA Bohan1, LI Zeyuan1, ZHAO Qiuzhu1, LIU Mingming1, YAO Dan1 96true <![CDATA[Research Advances and Applications of Rice Grain Quality Traits]]> 2020/7/15 0:00:00 FANG Zhiqiang1,2, LU Zhanhua1, WANG Shiguang1, LIU Wei1, LU Dongbai1, WANG Xiaofei1, HE Xiuying1,2 95true <![CDATA[Salt Tolerance Trial of Different Sweet Potato Varieties at Seedling Stage]]> 2020/6/16 0:00:00 CUI Jichao, ZHONG Yi, ZHONG Yuyang, YU Jinjiang, WU Xiaoxia 94true <![CDATA[Analysis and Comprehensive Evaluation of Main Agronomic Traits of Ten New Lines of Cassava]]> 2020/6/16 0:00:00 SONG Jiming1, ZHANG Linhui1, DUAN Chunfang1, JIANG Tailing1, LIU Qian1, XIONG Xiankun1, CHANG Ruishan2, LIU Guanghua1 93true <![CDATA[Effects of Seed Soaking with Uniconazole on Tillering and Agronomic Traits of Sugarcane]]> 2020/6/16 0:00:00 FAN Yegeng, CHEN Rongfa, ZHOU Huiwen, YAN Haifeng, WENG Mengling, QIU Lihang, HUANG Xing, ZHOU Zhongfeng, WU Jianming 92true <![CDATA[Study on the Effect of Fertigation Technology on Prolonging the Life of Sugarcane Ratoon]]> 2020/6/16 0:00:00 JING Fulin, GUAN Jinglun, HUANG Suo, SU Haiyang, LU Shaode, JIE Yuqi, SU Ziwen 91true <![CDATA[Genetic Analysis of Quality Traits in Xikehui Rice]]> 2020/6/1 0:00:00 肖　瑶，张　杰，王学春，杨国涛，胡运高 90true <![CDATA[Breeding of the New Fresh-eating Sweet Potato Variety “Guangshu 72”Rich in Carotene]]> 2020/6/1 0:00:00 张雄坚，陈景益，黄立飞，王章英，罗忠霞，姚祝芳，房伯平 89true <![CDATA[Research Progress in Genetic Transformation and Regeneration System of Soybean]]> 2020/6/1 0:00:00 王立平 1 ，何展泳 2，年　海 2，王宏杰 2，马启彬 2 88true <![CDATA[Preliminary Report on Characters of Local Amomum villosum Lour. Variety“Reke 2”]]> 2020/6/1 0:00:00 贺军军，姚艳丽，李文秀，张华林，罗　萍 87true <![CDATA[Effect of Low Temperature on Rice Qualityat Jointing and Heading Stages]]> 2020/4/26 0:00:00 吕　晓 1 ，张兵兵 1 ，杨　璐 1 ，战莘晔 2，吴　航 1 ，高　全 1 ，张　慧 1 ，高莉莉 1 86true <![CDATA[Correlation Analysis Between Fiber Quality Traits andGrowth Periods of Early-maturing Upland Cotton]]> 2020/4/26 0:00:00 马晓梅 1 ，李保成 1 ，王　新 1 ，赵素琴 2，董承光 1 ，周小凤 1 ，刘永昌 3 85true <![CDATA[Effects of Doubling the CO2 Concentration onPhotosynthetic Characteristics and Growthof Dendrobium officinale]]> 2020/4/26 0:00:00 何　梅 1，2，章金辉 1 ，王再花 1 ，李　杰 1 ，叶广英 1 ，叶庆生 2 84true <![CDATA[Analysis on Combining Ability and Heritability inAgronomic Traits of Key Parents of Hybrid rice]]> 2020/4/1 0:00:00 刘倩，张国豪，车万均，肖瑶，张杰，胡运高 83true <![CDATA[Comparative Trial of 10 Vegetable Sweet Potato Varieties in Hainan in Summer and Autumn]]> 2020/4/1 0:00:00 黄婷，梁清干，陈艳丽，李思明，朱国鹏 82true <![CDATA[Comparative Trial of New Soybean StrainsSowed in Summer in Huang-Huai Area]]> 2020/4/1 0:00:00 王路路，姜磊，沈维良 81true <![CDATA[Characteristics of Main Chemical Components in Flue-curedTobacco Leaves from New Tobacco Growing Areas of Yunnan and Relationships with Smoking Quality]]> 2020/4/1 0:00:00 杨　欣，胡男君，关罗浩，冀　浩，王初亮，谢　晋，李　超 80true <![CDATA[Experimental Study of New Spring Wheat Variety JZ5 Introduced to Zambia]]> 2020/12/28 0:00:00 WANG Xiaobo1, BAO Heping1,2 79true <![CDATA[Identification and Evaluation of Main Agronomic Traits of Buckwheat Germplasm Resources in Guangxi]]> 2020/12/28 0:00:00 QIN Chuxian1，QIN Xinguang1，XING Yihao1，WEN Dongqiang1，WANG Feiyong2 78true <![CDATA[Creation of Rice Core Germplasm Breeding Systems and Practices in Good-quality Rice Breeding]]> 2021/9/24 0:00:00 周少川，柯　苇，缪若维，李　宏，黄道强，王重荣 77true <![CDATA[Research Progress of Rice Green-Revertible Albino Mutants]]> 2021/9/24 0:00:00 唐辉武，张兰，蔡培荣，黄潇溢，秦银娇，吴梓鹏，朱嘉慧，王丽敏 76true <![CDATA[Research Progress of Dwarfing Genes in Plants]]> 2021/9/24 0:00:00 宋秋平，俞佳虹，刘　佳，尹玉和，张　强，王凤梧，刘乐承，万红建 75true <![CDATA[Analysis on Pedigree and Parent Use of Sweetpotato Cultivars Bred in Guangdong Province from 1978 to 2016]]> 2021/9/24 0:00:00 王章英，唐朝臣，江炳志，张湘博，房伯平 74true <![CDATA[miR156-mediated SPLs Controls the Regulation of Arabidopsis Seed Maturation]]> 2021/9/24 0:00:00 张小乙，韩　雪，李红雪，王晶莹，王守文，翟璐璐 73true <![CDATA[Study on TTC Staining and Germination Characteristics of Rice Seeds]]> 2021/8/26 0:00:00 陈兵先，张　琪，戴彰言，高家东，张文虎，吴柔贤，宋松泉，刘　军 72true <![CDATA[Research Advances of Haplotype Variation at Badh2 Gene and 2-Acetyl-1-pyrroline Bi osynthetic Pathway in Aromatic Rice]]> 2021/8/26 0:00:00 潘阳阳，黄道强，王重荣，李　宏，周德贵，王志东，陈宜波，赵　雷，龚　蓉，周少川 71true <![CDATA[Analysis of Controlled Factors of Stable Carbon Isotope Composition in Tobacco Leaves]]> 2021/8/26 0:00:00 毛佳琦，郑允允，张二强，王　培，付玉洁，王　瑶 70true <![CDATA[Effects of Molybdenum Application on Growth and Fluorescence Parameters of Lycium ruthenicum Seedlings]]> 2021/8/26 0:00:00 聂必林，田中平，巫利梅，如马南木·尼合买提，吕海英 69true <![CDATA[Study on Wet Damage Index of Rape in Flowering and Pod-bearing Period in Hunan Province]]> 2021/7/21 0:00:00 袁小康 68true <![CDATA[Effects of Drought Stress on Photosynthesis and Leaf Tissue Structure of Litsea coreana Levl. var. lanuginosa Cutting Seedlings]]> 2021/7/21 0:00:00 曾维军，屈坤杰，万　诚，李　鹏，席培宇，李蕾佳，王济红 67true <![CDATA[Response of Outcrossing Ability of Different Rice CMS Lines to Nitrogen Fertilizer Regulation]]> 2021/7/4 0:00:00 钟　颖，刘　蓉，黄　苗，宋　翔，朱美霖，李纯华，胡运高 66true <![CDATA[Screening of Castor Germplasm with High Photosynthetic Efficiency]]> 2021/7/4 0:00:00 顾帅磊，陆建农，杨　婷，Akwasi Yeboah，李东娜，曾泳怡，殷学贵 65true <![CDATA[Research Progress in Biosynthesis and Metabolism Regulation of Carotenoids in Tea Plants]]> 2021/7/4 0:00:00 傅秀敏，唐劲驰，杨子银 64true <![CDATA[Comparative Analysis of Growth Characteristics and Effective Components of Sarcandra glabra from Different Provenances]]> 2021/5/27 0:00:00 聂小英，朱春晓，郑东升，李自强，胡庆一，陈阳峰，肖深根 63true <![CDATA[Study on Selenium-enriched Cultivation of Ganodermal ucidumin the Artificial Intelligence Climate Chamber]]> 2021/5/27 0:00:00 张玉华，张北壮，黄仕祥，何焕清，龚玉莲，曾碧健，蔡文韬，王　璐 62true <![CDATA[Analysis on the Variation Characteristics of Climate Resources and Its Influence During Tea Growing Season in Southern Anhui Province]]> 2021/5/27 0:00:00 徐建鹏，伍　琼，王　晖 61true <![CDATA[Study on the Latex Physiological Characteristics of Six Introduced Hevea brasiliensis Varieties]]> 2021/5/27 0:00:00 张晓飞，黄　肖，李　琛，左如斌，李维国 60true <![CDATA[Effect of Planting Density on Grouting and Dehydration of Spring Maize in Eastern Hebei Province]]> 2021/3/8 0:00:00 刘学锐 1 ，于青松 1 ，窦克磊 1 ，郭雪云 1 ，姚丹丹 1 ，郝茹雪 1 ，张　萌1 ，杨　晴 1，2 59true <![CDATA[Expression Analysis of Group Ⅲ WRKY Transcription Factors in Sorghum Under Drought Stress]]> 2021/3/8 0:00:00 徐　磊，刘　洋 58true <![CDATA[Study on Effects of Glutinous Sorghum and Soybean Intercropping Mode on Agronomic Characters of Fresh Soybean and Economic Benefits]]> 2021/3/8 0:00:00 杜勇利，周俊辉，廖霏霏，刘兴贵，熊　湖，张　林，殷　勇，张德银 57true <![CDATA[Analysis of Root Growth Characteristics and Salt Resistance of Tibetan Highland Barley at Bud Stage under NaCl Stress]]> 2021/3/8 0:00:00 杨春葆，原红军 56true <![CDATA[Screening of New Flue-cured Tobacco Varieties with Strong Aroma Characteristics in Southern Jiangxi]]> 2021/3/8 0:00:00 苑举民 1 ，丁永亮 1 ，刘润生 2，张启明 1 ，李红霞 3，何宽信 1 ，李　卓 1 ，陈仁霄 1 55true <![CDATA[Introduction, Identification and Screening of Fruit Type Super-sweet Corn Varieties]]> 2021/1/26 0:00:00 WANG Qiuyan, TIAN Yaojia, WU Bei, YE Weizhong，CHEN Hongdi 54true <![CDATA[Study on the Characteristics of Biomass Accumulation and Water Requirement of Disease-free Sugarcane Original Seedlings]]> 2021/1/26 0:00:00 JIANG Shuting1, 2，PENG Lishun2，CAO Zhengying2，YANG Benpeng2，YANG Xue2 53true <![CDATA[Creation of High Oleic Acid Rice Mutant by Targeted Knockout of OsFAD2 via CRISPR/Cas9 Genome Editing Technology]]> 2021/12/13 0:00:00 任代胜，刘　浩，乔保建 52true <![CDATA[Study on Carbon Footprints and Economic Benefits of Different Rice Cropping Patterns in Double Cropping Rice Area of Southern China]]> 2021/12/13 0:00:00 何　浩，伍龙梅，黄　庆，邹积祥，何瑞毓，黄海鹏，王天平，林鸿生 51true <![CDATA[QTL Mapping of Vitamin C Content in Sweet Corn]]> 2021/12/13 0:00:00 蒋　锋，闫　艳，罗智佳，陈青春，张姿丽，刘鹏飞 50true <![CDATA[Embryogenic Callus Induction and Somatic Embryogenesis of Ipomoea batatas from Vietnam]]> 2021/12/13 0:00:00 胡根海，张晓红，赵元增 49true <![CDATA[Targeted Editing of OsIDQ1 Gene in Rice Based on CRISPR /Cas9 Technology]]> 2022/10/9 0:00:00 LIN Chunzi, XIE Huabin, HUANG Qiwei, GAO Shang, WANG Jiafeng 48true <![CDATA[Effects of Cultivation Measures on Yieldand Quality of Yunkejing 5]]> 2022/10/9 0:00:00 CUN Jie1,2 , LI Xiaolin1 , HUANG Xiaorong1,2, GUAN Junjiao1 , KUI Limei1 , GU Anyu1 , HU Maolin3 , ZHANG Jianhua1 47true <![CDATA[Genetic Analysis and QTL Mapping ofPericarp Thickness in Sweet Corn]]> 2022/10/9 0:00:00 JIANG Feng1,2, LIANG Rilang1 , YAN Yan1 , LIANG Zeen1 , HUANG Zhenggang1 , LIU Pengfei1,2 46true <![CDATA[Comprehensive Trait Evaluation of Five Different Flue-curedTobacco Genotypes in Ji’an Tobacco Production Area of Jiangxi]]> 2022/10/9 0:00:00 DING Yongliang1 , CHEN Renxiao1 , HE Kuanxin1 , ZHANG Qiming2, LI Hongxia3 , XIA Hao3 , CHEN Jiayu3 , YUAN Jumin1 45true <![CDATA[Efficient Rice Breeding in South China—From Early-late Season Double-cropping Rice Breeding to Variety-restorer Line Rice Breeding]]> 2022/9/5 0:00:00 LI Hong, ZHOU Shaochuan, 　HUANG Daoqiang, WANG Chongrong,WANG Zhidong, CHEN Yibo, ZHAO Lei, GONG Rong, PAN Yangyang 44true <![CDATA[Analysis on Combining Ability of Yield and QualityCharacters of 13 Foundation Parents of Brassica napus]]> Xiangyou 420 = Jinghua 165 > Yumiao 10 >Dadi 95, while that of 8 female parents ranked as: 04306-2 > 127025-3 = 158106-2 = 158112-3 > 08014-2 > 68-3 = Nianhe 18 > 06034-3. The combination with the best special combining ability for yield per plant was Jinghua 165×Nianhe 18 (28.8798). The combinations of Jinghua 165×Nianhe 18 and Xiangyou 420×158112-3 had the potential of high yield and high quality. And the combinations of Yumiao 10×68-3, Yumiao 10×127025-3, Xiangyou 420×06034-3, with SCA values of 28.8316, 25.3975 and 22.4819 respectively, had yield advantage. The broad heritability of oleic acid content was the highest, up to 96.93%; while yield per plant was the lowest, only 56.09%.【Conclusion】The two foundation parents Xiwang 759 and 04306-2 with the optimal general combination ability could be mainly used in the selection of hybrid combinations of B. napus. In the process of breeding, the three quality traits of oil content, protein content and oleic acid could be selected early, while the trait of yield per plant was not suitable for early selection.]]> 2022/9/5 0:00:00 LI Shimeng, YANG Guanghuan, Nimaciren, WANG Jinxiong 43true <![CDATA[Effects of Different Planting Densities onPhotosynthetic Characteristics, Yield andQuality of Centella asiatica (L.) Urban]]> 2022/9/5 0:00:00 YAO Shaochang, MING Ruhong, FU Peng, PAN Dongjin, JIANG Xiangjun, LI Liangbo, HUANG Rongshao 42true <![CDATA[Establishment of In Vitro RegenerationSystem for Murraya paniculata]]> 2022/9/5 0:00:00 LUO Yi, YANG Ganlin，TAN Jiana，CHEN Yuegui，LUO Jianpiao，YANG Junxian 41true <![CDATA[Effects of Different Planting Patterns on Rice Growth and Selection of Rice Varieties Suitable for Direct Seeding]]> 2022/8/9 0:00:00 FANG Zhiqiang, 　LU Zhanhua, WANG Shiguang, LIU Wei, LU Dongbai, WANG Xiaofei, WU Haoxiang, CHEN Hao, HE Xiuying 40true <![CDATA[Investigation and Analysis of Comprehensive Agronomic Traits of New Peanut Varieties in Guangzhou]]> 2022/8/9 0:00:00 XU Yangyu, 　QIAN Zhaojun, LIU Hao, HONG Yanbin, LIANG Xuanqiang, CHEN Xiaoping, LU Qing, LI Shaoxiong 39true <![CDATA[Development and Utilization of TRAP Molecular Markers on Medicinal Plant Magnolia offi cinalis]]> 2022/8/9 0:00:00 LI Luoye，DENG Miao，HUANG Shaobin，LI Xi，YANG Tongtong，KE Biying 38true <![CDATA[Analysis on the Nutritional Components of Different Varieties of Longan Flowers]]> 2022/8/9 0:00:00 HUANG Shilian, FENG Jianping, HAN Dongmei, GUO Dongliang, LYU Xinmin, LI Jianguang 37true <![CDATA[Research Advances on Cytoplasmic Male Sterility and Restorer Genes in Maize]]> 2022/7/11 0:00:00 ZHANG Huaisheng, ZHANG Xiaoxiang, WANG Pingxi, JIN Xining, WU Xiangyuan 36true <![CDATA[Establishment of Tissue Culture and Rapid PropagationSystem for Paris polyphylla var. chinensis]]> 2022/7/11 0:00:00 WU Qiaofen, XIA Ke, ZHAO Zhiguo, MA Xiaoya, QIU Shuo 35true <![CDATA[Effects of Acid Rain on Germinationand Seedling Growth of Rice]]> 2022/6/6 0:00:00 LIN Miaojun, LIN Mindan, XU Zhanying, FENG Tingshi, CHEN Xiaomei 34true <![CDATA[Advances in Lodging Resistance of Rice Since the“Green Revolution”]]> 2022/5/7 0:00:00 WANG Xiaofei, LU Zhanhua, LIU Wei, LU Dongbai, WANG Shiguang, WU Haoxiang, FANG Zhiqiang, HE Xiuying 33true <![CDATA[Effects of Nitrogen Application Rate and TransplantingDensity on Dry Matter Production and Nitrogen UseEfficiency of Double Cropping Hybrid Rice]]> 2022/5/7 0:00:00 SHI Ailong, ZHU Haijun, WEN Can, WEN Tian, WANG Xuehua 32true <![CDATA[Screening of Candidate Genes Resistant to Drought Stressin Wheat Leaves Based on Transcriptome Sequencing]]> 2022/3/29 0:00:00 ZENG Qianqian, LIU Yan, ZHU Mo, QIU Zongbo 31true <![CDATA[Molecular Identification and Analysis of New Cultivar WuzhiNo. 2 Based on Ribosomal DNA ITS and ITS2 Sequence]]> 2022/3/29 0:00:00 ZHONG Liyi, YING Zhenghe, LIU Xinrui, CHEN Tiqiang 30true <![CDATA[Genetic Basis of Direct Seeding Adaptability in Rice and its Breeding Strategy]]> 2022/2/25 0:00:00 YAN Xiaoxia1,2, WANG Feng1, LIU Wuge1 , LIAO Yilong1 , ZHU Manshan1 , FU Chongyun1 , HUO Xing1 , LIU Dilin1 29true <![CDATA[Effects of Nitrate and Ammonium Nitrogen on the Accumulation and Distribution of Imidacloprid in Maize Seedlings]]> 2022/2/25 0:00:00 HE Qin1,2, ZHANG Xingxing2 , LAI Jiantian1,2, SHAO Danqing1,3, ZHOU Yuming1 , SHEN Jianmei1 , LU Yinglin2 , AN Yuxing2 28true <![CDATA[Content Characteristics and Health Risk Assessment of Heavy Metals in Various Organs of Panax notoginseng]]> Cr > Pb > Cd; while those in tuber and tendon ranked as follows: Cr > Cu > Pb > Cd. Four heavy metals in the underground part of various organs of P. notoginseng were higher than those in the aboveground part, and the heavy metals were mostly concentrated in fibrous root of the underground part. According to the 2020 Edition of Chinese Pharmacopoeia, there were excessive heavy metals in different organs of P. notoginseng to different degree, and the over-standard degree of heavy metal elements ranked as follows: Cr > Pb > Cd > Cu. The over-standard rate of each organ of Panax notoginseng was fibrous root > reed head > stem and leaf > tuber > tendon. The average transport capacity of four heavy metals from underground parts to stems and leaves was as follows: Pb > Cu > Cr > Cd. The intake risks of Cu, Cr, Cd and Pb in P. notoginseng roots from different origins to the human body were 0.37%, 46.69%, 3.80% and 5.23%, respectively. Among them, Cr element had higher health risks, therefore, the control of Cr intake risk should be strengthen.【Conclusion】The study results can provide a theoretical basis for the characteristics of heavy metal accumulation, health and safety evaluation and selection of suitable planting areas of P. notoginseng.]]> 2022/2/25 0:00:00 GUO Ting1 , HE Zhongjun1 , LI Dongxue1 , LI Xinyue1 , LIANG Shewang2 , XIONG Junfen1 , HONG Changqing1 27true <![CDATA[Analysis on Combining Ability of Main Agronomic Traits to 6 Shanhui Rice Restorer Lines]]> 2023/2/6 0:00:00 LI Zhongjin, XU Dai, XIE Peili, YAO Runmu, WANG Xin, LIAO Xuequn, ZHANG Jianlin, ZHANG Zejia 26true <![CDATA[Research Advance in the Regulatory Mechanism of Phytohormone for Plant Responses to Aluminum Toxicity Stress]]> 2023/2/6 0:00:00 PENG Lishun, CAO Zhengying, YANG Benpeng, CAI Wenwei 25true <![CDATA[Effects of Different Hormone Treatments on Germination of Nicandra physaloides Seeds]]> 2022/11/29 0:00:00 MAI Peiting1 , LIANG Shaofang1 , ZHOU Lichang2 , GONG Chao,1 LUO Shaobo1 , SUN Baojuan1 , HENG Zhou1 , LI Tao1 24true <![CDATA[Effects of Leaf Spraying Biogas Slurry Fertilizer on Cotton Yield and Quality]]> 2023/9/20 0:00:00 LIU Yu, WANG Guodong, CHEN Yun 23true <![CDATA[Research Progress on Biosynthesis and Regulatory Mechanisms of Chlorogenic Acid in Solanaceae Crops]]> 2023/9/20 0:00:00 SHAO Xiuhong1, ZHANG Haixia2, MA Zhuwen1, CHEN Junbiao1, PAN Xiaoying1, LI Jiqin1, HUANG Zhenrui1 22true <![CDATA[Effects of GA3 and 6-BA Combination Treatment on Germination and Seedling Raising of Sweet Potato]]> 2023/8/17 0:00:00 FU Guozhao1,2, ZHANG Zhiwei1 , REN Zhikuan2 , LIU Baiqing1 , DONG Yanan1 , YANG Cuiqin1 21true <![CDATA[Effects of Irrigation Period and Frequency on Yield and Quality of Linseed]]> 2023/8/17 0:00:00 ZHAO Baoxie1 , WANG Lei2 , YU Hualin1 , LI Yuyang1 , TAN Meilian2 , SHI Xuehao1 , YANG Jizhong1 , MA Quanfang1 20true <![CDATA[Cloning and Expression Analysis of Phenylalanine Ammonialyase Gene AdPAL1 in Angelica dahurica cv. Yubaizhi]]> 2023/7/5 0:00:00 ZHANG Xiaodong, LIU Yongjiang, SHA Mo, ZHAO Jingjing, LI Huiping, ZHNAG Xi 19true <![CDATA[Diversity Analysis of Quantitative Traits of Maize Varieties in Different Ecological Regions of Shanxi Province]]> 2023/7/5 0:00:00 WANG Yi, LIU Shouqu, GUO Feng, REN Xiaoyan, DUAN Yunping 18true <![CDATA[Effects of Different Sowing Dates on the Yield and Quality of Fresh Waxy Corn in South China]]> 2023/7/5 0:00:00 MA Ziwei1, LI Wu1，2 17true <![CDATA[Diversity and Correlation Analysis of Traits based on Yunnan Maize Hybrids Testing]]> 2023/7/5 0:00:00 YAO Zongze1, YANG Yan2, WANG Shimin2, LIU Yanfang1 16true <![CDATA[Mapping of QTLs for Tolerance of Hypoxia Germination in Rice with a High-density Genetic Map]]> 2023/6/8 0:00:00 YAN Xiaoxia1, 2, ZHU Manshan2, WANG Feng2, LIU Wuge2, LI Jinhua2, HUO Xing2, HUANG Yongxiang1, LIU Dilin2 15true <![CDATA[Effect of Cadmium Stress on the Growth and Cadmium Absorption Rules of Different Tobacco Varieties]]> stem > root. In the whole growth period, cadmium content showed a trend of increasing first and then decreasing, and the highest value was obtained in the prosperous stage. The cadmium contents in leaves of Zhongyan 100, Yuyan 10 and Yuyan 13 were significantly higher than those of other varieties. The cadmium content in leaves of Yuyan 10 was highest (60.27 mg/kg) at a cadmium concentration of 3 mg/kg, while cadmium contents of Yunyan 87 and K326 were 38.88 mg/kg and 39.23 mg/kg, relatively low. At a cadmium concentration of 10 mg/kg, the cadmium contents in leaves of Zhongyan 100 and Yuyan 13 were 109.3 mg/kg and 101.3 mg/kg, relatively high. The cadmium content in leaves of Yunyan 105 was significantly lower (62.75 mg/kg) than that of other varieties. The enrichment capacity of tobacco showed a trend of increasing first and then decreasing after the growth period, and the enrichment coefficient reached the maximum value generally in the prosperous stage. The enrichment coefficient of Yuyan 10 was highest (18.6) at the cadmium concentration of 3 mg/kg, while the enrichment coefficients of Yunyan 87 and K326 were lower with values of 12.00 and 12.11; At the cadmium concentration of 10 mg/kg, the enrichment coefficient of Zhongyan 100 was highest with a value of 9.89, and enrichment coefficient of Yunyan 105 was lowest with a value of 6.13. The enrichment coefficient of Zhongyan 100 was 1.61 times that of Yunyan 105.【Conclusion】The varieties Zhongyan 100, Yuyan 10 and Yuyan 13 are sensitive to cadmium, while the varieties Yunyan 8, Yunyan 105 and K326 are resistant to cadmium.]]> 2023/6/8 0:00:00 LI Chunping1, QIN Dehua1, WEN Xiaoyang1, RAO Wei1, WANG Yujie 2, XU Guowei1, CHEN Mingcan1 14true <![CDATA[Spatial-temporal Variation and Driving Factors of Soil pH in Typical Cigar Area of Southwest China over the Past 35 Years]]> 2023/6/8 0:00:00 HU Yue1,2, FAN Hongzhu2, CHEN Yong3, ZHANG Xiao2, LEI Yunkang3, LI Fucheng1, FENG Wengqiang4 13true <![CDATA[Construction of Rice Mutants of the Polyamine Oxidase Gene OsPAO4 Based on CRISPR/Cas9 Editing]]> 2023/5/5 0:00:00 LIN Chunzi, HUANG Qiwei, HOU Yan, GAO Shang, HAN Zhikai,WEI Danhong, CHEN Chun, WANG Jiafeng 12true <![CDATA[Study on the Data Collection Method and Application of Standard Sample Database of Yunnan High-quality Rice]]> 2023/5/5 0:00:00 GUAN Junjiao1, LI Xiaolin1, KUI Limei1, GU Anyu1, DENG Wei1,TU Jian1, GUAN Min2, ZHANG Jianhua1 11true <![CDATA[Effect of Nitrogen Application Rate on Quality of Cigar Filler in Sichuan]]> 2023/5/5 0:00:00 YUAN Xinyu1, 2, FAN Hongzhu2, CHEN Yong3, ZHANG Xiao2, LEI Yunkang3, LI Fucheng1, CHEN Liping3, FENG Wenqiang4 10true <![CDATA[Effects of Calcium on the Growth and Physiological Characteristics of Camellia oleifera under Aluminum Stress]]> 2023/4/21 0:00:00 HUANG Liyuan, LIU Zhen, JIA Shengbo, DENG Siying, SHENG Yuxiang, WANG Qiong 9true <![CDATA[Effects of Culture Conditions on the Growth of Dominant Strain ZLX10 from Cigar]]> 2023/4/21 0:00:00 PAN Yong1, ZHANG Beibei2, ZHOU Yabin2, HU Jie1, JING Yuhui1, LI Linlin1, HUANG Youyi3, WANG Jian1 8true <![CDATA[Effects of Chemical Fertilizer Reduction and Application of Organic Fertilizer on Growth and Rhizosphere Microorganisms of Litchi]]> 2023/4/21 0:00:00 TU Panfeng1,3, WANG Chuan1, ZHANG Weili1,3, SONG Wenpei1, HU Yibo2, FENG Yueyan3, ZHANG Kunchang1, CEN Yingyuan1 7true <![CDATA[Genetic Characteristics of Permanent Thermo-sensitive Genic Male Sterility in Rice]]> 2024/1/9 0:00:00 JIANG Jianhua, ZHANG Ying, DANG Xiaojing, WANG Dezheng 6true <![CDATA[Evaluation on Comprehensive Traits of Different Cigar Tobacco Varieties in Zhanjiang, Guangdong]]> 2024/6/7 0:00:00 SHU Jiahui1, ZOU Mingmin1, MA Zhuwen1, WU Caiyun2, CHEN Zhenlu3, TAN Yujing2, YU An2, LI Zhangxiao2, LI Jiqin1, PAN Xiaoying1, HUANG Zhenrui1 5true <![CDATA[Research Progress of Peanut Aroma Substances]]> 2024/6/7 0:00:00 LI Lin, QIAO Jingxuan, DING Chao, HE Wenjia, ZHENG Yixiong, WAN Xiaorong, BAO Gegen 4true <![CDATA[Evaluation of Drought Tolerance and Identification of QTL in Single-segment Substitution Lines of Wild Rice at Seedling Stage]]> 2024/4/30 0:00:00 LIAO Bing1，HUANG Xiuyan1，CHEN Ke1，FU Xuelin2，HE Ping1 3true <![CDATA[Analysis of Differences in Nitrogen Metabolism and Carotenoid Metabolism among Different Varieties of Flue-cured Tobacco]]> 2024/4/30 0:00:00 DING Yongliang1, YUAN Jumin1, LI Zhuo1, ZHANG Xiongfeng1, LI Hongxia2, XIA Hao2, CHEN Jiayu2, CHEN Renxiao1 2true <![CDATA[Evaluation on High-yield Cross Combination of Ricinus communis L. Suitable for Mechanical Harvest]]> 2024/3/8 0:00:00 ZUO Jinying, LU Jiannong, YIN Xuegui, HUANG Guanrong, ZHANG Liuqin, LIN Haihong, ZHANG Xingyu, LIU Luzhou 1true