leguminous feed

Environmental factors are always one of the major reasons why the symbiotic nitrogen-fixing system of rhizobia and legumes cannot come into full play in agricultural production.

環境因子的限制一直是豆科植物-根瘤菌共生固氮體系沒有在農業生產中充分發揮作用的重要原因之一。

Study on Seed and Seedling of Five Rare Species of Leguminosae Such as Ormosia Hosiei;

紅豆樹等五種豆科珍稀樹種種子及幼苗研究

The Present Situation and Utilization Prospect of Protein Forage Shrub of Leguminosae in Yunnan;

云南豆科蛋白飼料灌木的研究現狀和利用前景

Ecological-geographical Characters and Crazing Values of Major Leguminosae Forages in Grassland of Qinghai.;

青海省天然草地主要豆科牧草的生態地理特征及飼用價值

Resources and Flore Study on the Forage Grass of Fabaceae From Shaanxi;

陜西豆科牧草資源及植物區系分析

Taxonomic relationship between Desmodium diffusum DC. and D. laxiflorum DC. (Fabaceae: Papilionoideae);

彌散山螞蝗與大葉拿身草(豆科:蝶形花亞科)的分類學關系(英文)

belongs to Fabaceae, Galegeae, Glycyrrhizinae, and is distributed in all the continents.

)隸屬于豆科蝶形花亞科山羊豆族甘草亞族,各大洲均有分布。

Studies on Introduction of Legumes in Alpine Region.;

高寒地區豆科牧草引種試驗

Seedcoat Ultrustructures of Legumes in Inner Mongolia Steppe;

內蒙古草原地區豆科植物種子種皮微形態學研究

Studies on the Salt Tolerance in the Stage of Seed Germination and Seedlings of Four Legumes.;

花棒等四種豆科植物種子萌發及苗期耐鹽性的研究

Effects of mixed planting legume and Eucalyptus on soil available nutrients;

桉樹與豆科植物混交種植對土壤速效養分的影響

Comparison of the Primary Methods to Determine the Ability of Nitrogen Fixation of Legume;

豆科植物固氮能力的主要測定方法比較

Molecular Basis Between Rhizobia and Legumes;

豆科植物結瘤及其結瘤的分子基礎

Investigation of leguminous plants and rhizobial resources in some areas of Gansu Province;

甘肅省部分地區豆科植物根瘤菌資源調查

The matching relations between two kinds of AM fungus and three kinds of leguminous plants including white clover,alfaifa and acacia was studied based on two special kinds of solid waste(coal gangue and fly ash) in mine area.

以煤礦區2種特有的固體廢棄物粉煤灰、煤矸石為基質,分別對2種AM菌根真菌與3種豆科植物白三葉草、紫花苜蓿和刺槐之間的匹配關系進行了研究,以宿主植物的生物量、吸磷效率、侵染率和菌根依賴性為標準,初步篩選出G。

The investigation on nodulation for leguminous plant was representative in Tarim Basin because a widespread area was investigated within Tarim Basin.

2003年至2005年對塔里木盆地36個縣(市)進行了豆科植物資源的調查及根瘤菌的采集工作,共采集到豆科植物30屬66種,根瘤樣品1160份;屬內種間豆科植物根瘤的形狀、大小、顏色及其在根上的著生位置相似,而屬間植物根瘤特性差異明顯。

The investigation on nodulation and rhizobial collection for leguminous crops was representative of Guangdong because a widespread area was investigated within the province (from 110°54′ to 117°11′E and from 21°04′to 24°52′N).

調查發現廣東省現有栽培豆科作物種類與《廣州植物志》的記載相似 ,所以本研究在豆科栽培作物方面有一定的代表性。

Research advances in arbuscular mycorrhizal fungi-legumes-rhizobia symbiosis;

叢枝菌根真菌-豆科植物-根瘤菌共生體系的研究進展

The Relationship Between the Symbiotic Promiscuity of Rhizobia and Legumes and Their Geographical Environments;

根瘤菌-豆科植物共生多樣性與地理環境的關系

Studies on the Characteristics Related to Symbiotic Nitrogen Fixation of Legumes in Shapotou Region;

沙坡頭地區豆科植物共生固氮資源初步研究