豆科植物

基本解释 (translations)

legumes

与豆科植物相关的网络例句 [注：此内容来源于网络，仅供参考]

The sixteen plants are firstly divided into six types according to evaluation grades and subject function statistical method:the first type is Cajanus cajan and Crotalaria mucronata,the best adaptability ,which can be used pioneer plant or constructive species; the second type is Cynodon dactylon,the better adaptability, which can be used constructive species ;the third type is Eragrostis curvula, Paspalam notatum,which can be used constructive species on rotten rock slope ; the forth type is kummerowia striata,Lotus corniculatus and Vitex negundo.The adaptability is centered,and can be used protection species and auxiliary species;the fifth type is Robinia pseudoacacia,Eremochloa ophiuroides,Vitex negundo,Lespedeza formosa,Leucaena leucocephala,Desmodium sequax, Rhus chinne- nsis,which can't be plant singly and be used accessory species;the sixth is Trifolium repens,which can be used pioneer plant.

根据评价边坡防护植物适应性的十个重要指标，首次运用隶属函数和聚类分析方法，对各供试植物的边坡适应性综合排序并分为六类：第一类为木豆和猪屎豆，边坡适应性最强，适宜作为先锋植物和建群种；第二类为狗牙根，边坡适应性强，适宜与豆科植物混播，作为建群种；第三类为弯叶画眉草和百喜草，边坡适应性较强，适宜与豆科植物混播，作为风化岩边坡的建群种；第四类为鸡眼草、百脉根和马棘，边坡适应性中等，适宜作为保护种与伴生种；第五类为刺槐、假俭草、荆条、美丽胡枝子、银合欢、波叶山蚂蝗和盐肤木，边坡适应性较差，不宜单独在边坡上种植，最好与速生型豆科草本混播，作为边坡防护植物群落的辅助植物；第六类为白三叶，边坡适应性最差，但因其出苗率高、生长速度快，作为先锋植物，起到前期覆盖坡面的作用。

By collecting ,testing, comparing, and analyzing the soil samples, soil recovery under the various recovery conditions along Mian CountyNingqiang highway was studied. The results were as follows herbaceous recovery to the soil fertility recovery in the prior was greater than the combination of grass and irrigation or than the pure bushes recovery. In each of them, the content of organic matter were 13.84, 7.50, 6.00 g·kg-1; In the recovery of herbaceous ecology, to grow leguminous plant and granminaceous plant together was better than pure graninaceous plant or pure leguminous plant. In each of them, the content of organic matter was 29.67, 17.51, 9.37 g·kg-1; to sow ryegrass and alfalfa together with some local grass seeds or to grow coxcomb, alfalfa and local couch grass together could bring better effects than to plant the alfalfa only. In each of them the increased organic matter contents were 4.93,17.51 and 9.37 g·kg-1;the quotas of the organic matter and alkaline hydrolysis nitrogen in soil fetility factor were closely connected, mainly because of the difference between the generation quantity and resolution quantity of the organic matter in the soil surface.

采集土壤样品，经室内分析化验，用对比分析的方法对勉县至宁强高速公路生态恢复中不同恢复类型条件下的土壤恢复进行了研究，结果表明草本恢复类型对前期土壤肥力的恢复作用大于草灌结合，并大于单纯灌木恢复类型，其中有机质含量分别为13.84、7.50和6.00 g·kg-1；在草本生态恢复类型中，豆科植物与禾本科植物混播恢复类型大于禾本科植物恢复类型的作用，并大于单纯豆科植物恢复类型的作用，其中有机质含量分别为29.67、17.51和9.37 g·kg-1；黑麦草与苜蓿混播并有当地草种入侵以及小冠花与苜蓿混播并播入当地草种羊茅，明显优于纯苜蓿单播，其中有机质含量分别增加了4.93和3.32 g·kg-1；土壤肥力因子中有机质与碱解氮两个指标有较好的相关性，主要与土壤表层有机质的生成量和分解量之差有关。

Also,the differences between those in sandy habitat and those in non-sandy habitat are significant.2 There existed two common factors called macroelement factor and trace element factor,which indicate the contents of macroelements and trace elements in the plants respectively.

豆科与禾本科相比，豆科植物因其具固氮能力，所含大量元素水平较高，而禾本科植物因细胞壁硅质化，含微量元素稍高；沙质生境因其养分贫瘠，植物的大量与微量元素均较非沙质生境中的低；特别是本区地带性土壤-栗钙土与特异性生境沙带中的疏林沙土相比，疏林沙土上植物大量与微量元素含量较栗钙土区植物明显偏低。

To be hosts for nitrogen-fixing bacteria.

这其中的一个新颖思想就是，在植物的染色体内注入并非是该植物自然构造一个部分的那些不相关联的因基：具体而言，这一思想是，在非豆科植物内注入这样一些基因，倘若这些基因可被辨识出来并被分离开来，而这些基因业已使豆科植物宜于充当那些具备固氮作用的细菌的寄主。

One such novel idea is that of inserting into the chromosomes of plants discrete genes that are not a part of the plants' natural constitution; specifically, the idea of inserting into nonleguminous plants the genes, if they can be identified and isolated, that fit the leguminous plants to be hosts for nitrogen-fixing bacteria.

这其中的一个新颖思想就是，在植物的染色体内注入并非是该植物自然构造一个部分的那些不相关联的因基：具体而言，这一思想是，在非豆科植物内注入这样一些基因，倘若这些基因可被辨识出来并被分离开来，而这些基因业已使豆科植物宜于充当那些具备固氮作用的细菌的寄主。

One such novel idea is that of inserting into the chromosomes of plants discrete genes that are not a part of the plants' natural constitution:specifically,the idea of inserting into nonleguminous plants the genes,if they can be identified and isolated,that fit the leguminous plants to be hosts for nitrogen-fixing bacteria.

这其中的一个新奇思想就是，在植物的染色体内注入并非是该植物自然构造一个部分的那些不相关联的因基：具体而言，这一思想是，在非豆科植物内注入这样一些基因，倘若这些基因可被辨识出来并被分离开来，而这些基因业已使豆科植物宜于充当那些具备固氮作用的细菌的寄主。

One such novel idea is that of inserting into the chromosomes of plants discrete genes that are not a part of the plants' natural constitution:specifically,the idea of inserting intononleguminous plants the genes,if they can be identified and isolated,that fit the leguminous plants to be hosts for nitrogen-fixing bacteria.

这其中的一个新颖思想就是，在植物的染色体内注入并非是该植物自然构造一个部分的那些不相关联的因基：具体而言，这一思想是，在非豆科植物内注入这样一些基因，倘若这些基因可被辨识出来并被分离开来，而这些基因业已使豆科植物宜于充当那些具备固氮作用的细菌的寄主。

Of, belonging to, or characteristic of the family Leguminosae, which includes peas, beans, clover, alfalfa, and other plants.

豆科植物的豆科植物的，属于豆科植物的，具有豆科植物特点的，这种豆科植物包括豌豆、蚕豆、翘摇、紫苜蓿及其他植物

After the lectin gene is transferred from one type of legume into another, the latter could be finally infected and nodulated by the rhizobial bacteria that originally only harbor in the former legume.

将一种豆科植物的凝集素基因转化到另一种豆科植物后，再接种前一种豆科植物的根瘤菌，可以使其被侵染和结瘤。

Soybean planted in the yellow brown soil, althongh they had big difference in nodule numbers caused by different inoculation methods, there were no difference in the fresh shoot weight because of the poor nutritional conditions. Soybean planted in the brown soil, the difference between different inoculations and fresh shoot weight were obviously because of the balance nutritional conditions. Although there were big difference in nodule numbers when soybean were planted in the peat, there were no difference in the fresh shoot weight, this might be caused by peat, the peat were not a natural soil type and the nutritional conditions might be unbalance.

分期采样的结果表明，黄棕壤中栽种的大豆，虽然接种根瘤菌对结瘤作用有较大的影响，但由于黄棕壤的肥力状况欠佳，而对豆科植物地上部分生长的影响未显出作用；棕壤土中栽种的豆科植物，接种根瘤菌在结瘤方面和植物地上部分生长方面，由于土壤肥力状况较为平衡，均表现出明显的效果；草炭土中生长的豆科植物在结瘤方面虽然表现出较大差异，但由于这种土壤的肥力状况不适于豆科植物的生长，而使地上部的生长也未形成统计上的差异。

与豆科植物相关的网络解释 [注：此内容来源于网络，仅供参考]

deerweed：菽豆科植物

deerstalking 猎鹿 | deerweed 菽豆科植物 | deet 避蚊胺

inoculate garden legumes：食用豆科植物的接种

inoculate 接种,嫁接 | inoculate garden legumes 食用豆科植物的接种 | inoculated cast iron 变性铸铁,孕育铸铁

legume：豆科植物

在豆科植物(legume)上,菌根的移入土壤提高了固氮率,其效果要超过单靠增施磷酸化肥所能取得的固氮水准. 某些共生联系还能增强寄生植物对有害的根部真菌的抵抗力. 这种抵抗力是否源自通过场所竞争对有害真菌的驱逐,

leguminous：豆科植物的; 豆类的 (形)

legumin 豆球蛋白 (名) | leguminous 豆科植物的; 豆类的 (形) | legwork 跑腿; 外勤工作 (名)

leguminous plants：豆科植物

抗旱性:transgenic tobacco plants | 豆科植物:Leguminous plants | 植物造景:Plants landscape

leguminous plant：豆科植物

Leech 蚂蟥 | Leguminous plant 豆科植物 | Lemur 狐猴

Locust Bean Gum：豆科植物膠質(類似玻尿酸),強效潤滑、保濕和舒緩

Liposomes of superoxide dismutase:抗氧化物,避免自由基傷害 | Locust bean gum:豆科植物膠質(類似玻尿酸),強效潤滑、保濕和舒緩 | Macadamia Nut Oil 夏威夷核油 結構類似皮膚的油脂是很好之滋潤、保濕劑

mesquite：牧豆树(美国西南部和墨西哥生产的一种豆科植物)

mesotartaricacid中酒石酸;內消旋酒石酸 | mesquite牧豆树(美国西南部和墨西哥生产的一种豆科植物) | mess伙食;餐;供膳;会餐

Agromyza pahaseoli Coquilleet：豆秆蝇[双翅目, 潜蝇科. 为害豆科植物. ]

agrometeorology 农业气象学 | Agromyza pahaseoli Coquilleet.豆秆蝇[双翅目, 潜蝇科. 为害豆科植物. ] | Agromyza pusilla Meigen.豆潜蝇[双翅目, 潜蝇科. 为害豆科作物和牧草. ]

Leguminosae：豆科(植物)

自从1931年Kubo首先在豆科植物(Leguminosae)的根瘤中发现了血红蛋白之后,科学家在番茄(Lycopersicon esculentum)、大麦(Hordeum vulgare)、玉米(Zeamays)等植物中也发现了血红蛋白.