蜂

基本解释 (translations)

apis

词组短语

in swarms

与蜂相关的网络例句 [注：此内容来源于网络，仅供参考]

Chinese bee have two fly peak, critical flight int...

中蜂有两个飞行高峰，临界飞行强度为3604只／小时；意蜂有三个飞行高峰，临界飞行强度为7669只／小时，强度大于中蜂而且意蜂的采集范围完全覆盖并明显大于中蜂。

In addition this paper,"Bio-Rad method," two parasitic wasps of the post-embryonic development the process of protein accumulation in young bees and the host Plutella xylostella in this process in vivo haemolymph protein content were measured and found that over time, was gifuensis parasitic larvae of the diamondback moth haemolymph protein content showed an upward trend in nearly a straight line, Ichneumonidae parasitic For example, in the early parasitic diamondback moth haemolymph protein content also showed the trend of slow growth, but in the mid-and late parasitic young bee about to be completed in the development of the host body when to stop feeding, a significant downward trend却呈, and significantly lower than the third day of its own protein content; on the same day of the different species of the diamondback moth parasitic wasp hemolymph protein content compared Ichneumonidae Parasitism of diamondback moth have hemolymph protein content than in the third and fourth day after the parasitic Braconidae hemolymph content to be high, but very different in the case of the fifth day, as evidenced by her side after the parasitic bee moth haemolymph protein content is cocoon of the parasitic bee hemolymph protein content of 0.7 times.

另外本文采用"Bio-Rad法"对两种寄生蜂胚后发育过程中幼蜂蛋白积累及寄主小菜蛾在此过程中体内血淋巴蛋白含量进行了测定，结果发现随时间的推移，被茧蜂寄生小菜蛾幼虫的血淋巴蛋白含量是呈近直线增加趋势，而对于姬蜂寄生来说，在寄生初期小菜蛾血淋巴蛋白含量也呈缓慢增长趋势，但在寄生中后期，幼蜂即将完成在寄主体内的发育取食停止时，却呈大幅下降趋势，且明显低于其自身第三天的蛋白含量；对同一天的被不同种寄生蜂寄生的小菜蛾血淋巴蛋白含量进行比较，姬蜂寄生过的小菜蛾血淋巴蛋白含量在第三天和第四天均比茧蜂寄生后的血淋巴含量要高，但在第五天的情况大不相同，表现为被姬蜂寄生后的小菜蛾血淋巴蛋白含量是被茧蜂寄生的血淋巴蛋白含量的0.7倍。

The results of three cladistic methods showed: the consanguinities of different genera in a same tribe were closer, such as Chalcis and Conura, Trigonurella, Megalocolus and Trigonura; the consanguinities of genera between different tribes were farther, such as Chalcis and Brachymeria, Dirhinus and Hallichella; Chalcis, Conura, Brachymeria and Epitranus were the most primitive relatively, Tainaniella and Oxycoryphe were the most evolutional, the consanguinities were the farthest between the former and the latter; the genera with the closest consanguinities were: Tainaniella and Oxycoryphe, Proconura and Nipponochalcidia, Chalcis and Conura, Megalocolus and Trigonura, they were regarded as 4 pairs of sister groups.

三种支序分析方法一致支持的结果为：同一族内成员之间亲缘关系较近，如小蜂属和卡诺小蜂属，微三角小蜂属、细尾小蜂属和三角小蜂属之间；不同族内成员相互之间的亲缘关系则较远，如小蜂属和大腿小蜂属之间，角头小蜂属和截胫小蜂属之间；小蜂属、卡诺小蜂属、大腿小蜂属和脊柄小蜂属相对最为原始，而泰内小蜂属和背突小蜂属最为进化，前者和后者之间的亲缘关系最远；亲缘关系最近的有：泰内小蜂属和背突小蜂属，泊卡小蜂属和日本小蜂属，小蜂属和卡诺小蜂属以及细尾小蜂属和三角小蜂属，它们各自之间都构成姊妹群关系。

P. pilosa oviposits in the same day as the fig wasp pollinators, and they can oviposit on the sycouia for two days. Philoirwesis sp. oviposits much later, 6 to 13 days later than the pollinators. The ovaries inside the post-floral phase male syconium of F.

短尾佩妃延腹小蜂的产卵时间与传粉榕小蜂接近，几乎与传粉榕小蜂同时到达隐头果产卵，该时期隐头果可供其产卵2天；而长尾佩妃延腹小蜂的产卵时间较晚，在传粉榕小蜂产卵后的第6天开始到果外产卵，并可持续产卵约一周时间。

The evolutionary relationships were investgated by comparing the results from molecular data alone or molecular data combined morphological characters using different analysis methods: maximum parsimony by PAUP(superscript *) 4.0 and Bayesian inference by MrBayes 3.0B4. Base composition and ti/tv of 28S rDNA D2 regions were analyzed by PAUP(superscript *) 4.0. The results showed that GC content of the 28S rDNA D2 gene sequences of subfamily Euphorinae ranges from 40.00% to 49.25%. Transversion frequency of sequence variable sites among species of Euphorinae was higher than that of transition. The subfamily Euphorinae was proved to be a paraphyletic group with close relationship to subfamilies Neoneurinae and Cenocoelinae; only two tribes, Meterorini and Microctonini, were proved to be monophyletic groups; Centistini, Cosmophorini, Euphorini and Dinocampini were paraphyletic groups; the basal position of tribe Meterorini within Euphorinae was partially supported by our phylogenetic trees, and tribe Microctonini was proved to be a group at the top of the trees.

结果表明：优茧蜂亚科的28S rDNA D2基因序列片段的GC%含量在40.00%~49.25%之间变动，而对于碱基替代情况来讲，优茧蜂亚科各个成员间序列变异位点上颠换大于转换；不同的分析和算法所产生的系统发育树都表明目前根据形态定义出的优茧蜂亚科Euphorinae不是一个单系群，而是一个与蚁茧蜂亚科Neoneurinae和高腹茧蜂亚科Cenocoelinae混杂在一起的并系群；在优茧蜂亚科内部，悬茧蜂族Meterorini和食甲茧蜂族Microctonini（排除猎户茧蜂属Orionis）为单系群，而宽鞘茧蜂族Centistini、大颚茧蜂族Cosmophorini、优茧蜂族Euphorini、瓢虫茧蜂族Dinocampini为并系群；悬茧蜂族Meterorini在优茧蜂亚科Euphorinae内位于基部位置的观点得到部分的支持，同时食甲茧蜂族Microctonini被判定为相对进化的类群。

There were 22 pollinating insect species belonging to 4 orders and 11 families, among which, native bee species Megachile abluta, M. spissula, Xylocopa valga, Andrena parvula and Anthophora melanognatha were the main pollinators. M. abluta, M. spissula and X. valga were of uni-peak type with diurnal foraging activities trom 11:30 to 15:30, while A. parvula and A. melanognatha were of double-peak type with diurnal foraging activities on 9:30-11:30 and 16:30-18:30, indicating a complementary relationship among the pollinators. The main pollinators had significant differences in their tripping frequency and landing time, and their foraging behaviors were correlated with their body sizes.

结果表明：苜蓿访花昆虫共计22种，分别属于4个目，11个科，根据弹花效率初步确定鳞地蜂、黑颚条蜂、净切叶蜂、细切叶蜂和紫木蜂为河西地区主要传粉昆虫；主要传粉昆虫的日活动规律出现单峰型和双峰型2种，净切叶蜂、细切叶蜂和紫木蜂属于前者，只在11：30-15：30出现一个活动高峰，而鳞地蜂与黑颚条蜂则为双峰型，在9：30-11：30和16：30-18：30分别出现访花高峰，不同的传粉昆虫之间存在互补关系；主要传粉昆虫的弹花频率和小花停留时间存在显著差异，且访花行为与野生蜂体型紧密相关。

In addition this paper,"Bio-Rad method," two parasitic wasps of the post-embryonic development the process of protein accumulation in young bees and the host Plutella xylostella in this process in vivo haemolymph protein content were measured and found that over time, was gifuensis parasitic larvae of the diamondback moth haemolymph protein content showed an upward trend in nearly a straight line, Ichneumonidae parasitic For example, in the early parasitic diamondback moth haemolymph protein content also showed the trend of slow growth, but in the mid-and late parasitic young bee about to be completed in the development of the host body when to stop feeding, a significant downward trend却呈, and significantly lower than the third day of its own protein content; on the same day of the different species of the diamondback moth parasitic wasp hemolymph protein content compared Ichneumonidae Parasitism of diamondback moth have hemolymph protein content than in the third and fourth day after the parasitic Braconidae hemolymph content to be high, but very different in the case of the fifth day, as evidenced by her side after the parasitic bee moth haemolymph protein content is cocoon of the parasitic bee hemolymph protein content of 0.7 times.

另外本文采用&Bio-Rad法&对两种寄生蜂胚后发育过程中幼蜂蛋白积累及寄主小菜蛾在此过程中体内血淋巴蛋白含量进行了测定，结果发现随时间的推移，被茧蜂寄生小菜蛾幼虫的血淋巴蛋白含量是呈近直线增加趋势，而对于姬蜂寄生来说，在寄生初期小菜蛾血淋巴蛋白含量也呈缓慢增长趋势，但在寄生中后期，幼蜂即将完成在寄主体内的发育取食停止时，却呈大幅下降趋势，且明显低于其自身第三天的蛋白含量；对同一天的被不同种寄生蜂寄生的小菜蛾血淋巴蛋白含量进行比较，姬蜂寄生过的小菜蛾血淋巴蛋白含量在第三天和第四天均比茧蜂寄生后的血淋巴含量要高，但在第五天的情况大不相同，表现为被姬蜂寄生后的小菜蛾血淋巴蛋白含量是被茧蜂寄生的血淋巴蛋白含量的0.7倍。

The results of the study on the occurrence, distrbution and natural control effect of fourteen parasitic wasps parasitized on two scales in Zhejiang citrus planting areas are presented. The results indicated that Microterys flovus How., M. ceroplastae Prirtsloo, M.sp and Metaphycus pulvinariae How. of Encyrtidae and Coccophagus iycimnia of Aphelindae are predominant, the rate of parasitism is 80-100%. If any one of the above mentioned five species of parasitic wasp is occurred in the orchard, the damage caursed by those two scales could be controlled.

本文对浙江桔区这两类蚧虫的14种寄生蜂的发生、分布及其天然制约作用进行了深入研究，以跳小蜂科的软蚧花翅跳小蜂、蜡蚧花翅跳小蜂、黑褐花翅跳小蜂、软蚧阔柄跳小蜂和蚜小蜂科的赖食软蚧蚜小蜂为优势种，寄生率高达80%～100%，在桔园只要有上述5种中任何一种寄生蜂存在，足以控制两类蚧虫为害。

The results basically supported Masons framework of two main clades(Apantelini +Microgastrini) and (Fornicini +Cotesiini + Microplitini ) in the Microgastrinae. The tribes arranged by Mason(1981), although imperfect, are basically credible and applicable.

研究证实了小腹茧蜂亚科族级分类单元可以分为两个主要分支，即绒茧蜂族Apantelini+小腹茧蜂蜂族Microgastrini和拱茧蜂族Fornicini+盘绒茧蜂族Cotesiini+侧沟茧蜂族Microplitini。

Colorful garden of colorful, light spring green spring vegetable bed, jade-like transparent, Doo-Yan flowers, blooming race, cold wind and opened the Happy蜂蝶; calm sea, fishes fish salty gash of the wind waves,水灵like precious stones, rough waves, one after the other, petrels soar down in the storm clouds; sparsely populated desert, the scorching sun baked the shortage of barren rock, hell dead, Cheng Wang snow from cold water, flowing babble, Ganquan started Oasis of the curtain.

花园里五彩斑斓，融融春光照亮碧绿的菜畦，翡翠般透明，斗艳的鲜花，竞相绽放，泠风吹开蜂蝶的逍遥；大海上风平浪静，丝丝咸风划开鱼儿的波浪，宝石般水灵，汹涌的巨浪，前赴后继，海燕翱翔在乌云压低的暴风雨中；沙漠中人烟稀少，炎炎烈日炙烤着贫瘠的荒石，地狱般死寂，琤王从的雪凉水，潺潺流淌，甘泉拉开绿洲的帷幕。

与蜂相关的网络解释 [注：此内容来源于网络，仅供参考]

Gotra octocinctus：花胸姬蜂 Ichneumonidae 姬蜂科

Echthromorpha agrestoria 斑翅惡姬蜂 Ichneumonidae 姬蜂科 | Gotra octocinctus 花胸姬蜂 Ichneumonidae 姬蜂科 | Goryphus basilaris 橫帶駝姬蜂 Ichneumonidae 姬蜂科

Propolis：蜂胶

一.初识蜂胶(蜂胶食品) 蜂胶(Propolis)是由两个希腊字母组成的:Pro(前),polis(城市),意思是说:"在城市前方保卫城市. " 古人发现,蜜蜂用蜂胶缩小蜂巢的巢门,并在巢内涂满蜂胶,数万只蜜蜂都要靠蜂胶来保护,因此是用Propolis来命名. 蜂胶是工蜂从杨树、桦树、松树等树

Ammophila atripes：紅足沙泥蜂 Sphecidae 泥蜂科

Sceliphron madraspatanum 黃柄壁泥蜂 Sphecidae 泥蜂科 | Ammophila atripes 紅足沙泥蜂 Sphecidae 泥蜂科 | Megachile takoensis 達戈切葉蜂 Megachilidae 切葉蜂科

Chrysis shanghaiensis Smith：上海青蜂

多寄生于单栖性蜂类,如上海青蜂(Chrysis shanghaiensis Smith)寄生于刺蛾的幼虫. 蜾蠃科采蜜生活,青蜂科,葉蜂科昆虫,叶蜂科昆虫,青蜂科昆虫生活,青蜂科昆虫,膜翅目昆虫科,膜翅目蜂科昆虫,胡蜂科昆虫生活,蜾蠃科昆虫生活,蚁科昆虫

ENCYRTIDAE：跳小蜂科

本文对浙江桔区这两类蚧虫的 14种寄生蜂的发生、分布及其天然制约作用进行了深入研究 ,以跳小蜂科 (Encyrtidae)的软蚧花翅跳小蜂、蜡蚧花翅跳小蜂、黑褐花翅跳小蜂、软蚧阔柄跳小蜂和蚜小蜂科的赖食软蚧蚜小蜂为优势种 ,

花胸姬蜂 Ichneumonidae 姬蜂科：Gotra octocinctus

Echthromorpha agrestoria 斑翅惡姬蜂 Ichneumonidae 姬蜂科 | Gotra octocinctus 花胸姬蜂 Ichneumonidae 姬蜂科 | Goryphus basilaris 橫帶駝姬蜂 Ichneumonidae 姬蜂科

斑翅惡姬蜂 Ichneumonidae 姬蜂科：Echthromorpha agrestoria

Podagrion mantis 中華螳小蜂 Torymidae 長尾小蜂科 | Echthromorpha agrestoria 斑翅惡姬蜂 Ichneumonidae 姬蜂科 | Gotra octocinctus 花胸姬蜂 Ichneumonidae 姬蜂科

Polistes gigas：棕馬蜂 Polistidae 馬蜂科

Polistes tenebricosus 烏胸馬蜂 Polistidae 馬蜂科 | Polistes gigas 棕馬蜂 Polistidae 馬蜂科 | Polistes stigma 點馬蜂 Polistidae 馬蜂科

Polistes hebraeus：亞非馬蜂 Polistidae 馬蜂科

Polistes stigma 點馬蜂 Polistidae 馬蜂科 | Polistes hebraeus 亞非馬蜂 Polistidae 馬蜂科 | Polistes olivaceus 果馬蜂 Polistidae 馬蜂科

Sceliphron javanum：黑盾壁泥蜂 Sphecidae 泥蜂科

Sceliphron deforme 駝腹壁泥蜂 Sphecidae 泥蜂科 | Sceliphron javanum 黑盾壁泥蜂 Sphecidae 泥蜂科 | Sceliphron madraspatanum 黃柄壁泥蜂 Sphecidae 泥蜂科