蚊群 的英文怎麼說

中文拼音 [wénqún]
蚊群 英文
mosquitoes
  • 蚊 : 名詞[動物學] （蚊子） mosquito
  • 群 : Ⅰ名詞（聚在一起的人或物） crowd; group Ⅱ量詞（用於成群的人或物） group; herd; flock
  1. We were beset by mosquitoes in the swamp.

    我們在沼澤地遭受蚊群圍攻。
  2. In the insect community of lichee orchard, the main dominant phytophagous insects are the olethreutes leucaspis meyrick, thalassodes quadraria guen6e, conopomorpha sinensis bradley, tessaratoma papillosa ( drury ), aceria litchii ( kiefer ), dasineura sp., xylebonts fornicatus eichhoff, prodenia litvara fabricius, empoasca flavescens ( fab. )

    深圳市荔枝園昆蟲群落中，植食類群主要優勢種為三角新小卷蛾、樟翠尺蛾、荔枝蛀蒂蟲、荔枝蝽、荔枝癭蟎、荔枝葉癭蚊、茶材小蠹、斜紋夜蛾、小綠葉蟬。
  3. Previous researchers have always determined the sp atial distribution patterns ( sdp ) of castanopsis kawakamii with a sample - dis tance method. however, the distribution patterns may be affected by the quadrat si ze and, in the course of analysis, the density differences among the cluster plots are not considered ; therefore, differences of cluster plot size and the dispersi on degree among individuals of cluster plots can not be known. authers of this pa per have determined the spatial distribution patterns of castanopsis kawakamii population in different habitats by means of non - quadrat distance method and a nalysed the pattern intensity and grain of the sdp. the pattern intensity is defi ned with the relative density differences and the pattern grain can embody the d ispersion degree of the individuals in the plots, and the dispersion degree among the plots. the determined results are as follows. the intensities of the species range in order from strong to week : litsea mollifolia p. kawakamii i. purpure a r. cochinchinensis c. kawakamii c. carlessii d. oldphamii s. superba. the gra ins of the species queue in order from coarse to close : s. superba = litsea mollif olia r. cohinchinensis c. kawakamii = i. purpurea c. carlessii p. racemosam d. oldp hamii. these determined results tally basiclly with the results authers of this paper have got in determining the same plots by means of aggregate index access ing method. in view of this, it is held that the sdp of c. kawakamii is closely related to the habitats and biological features

    前人都是採用樣方方法對格氏栲種群數量的空間格局進行測定，而格局分佈有可能受樣方大小的影響，且分析過程中沒有涉及聚塊間密度差的問題，因而無法掌握種群的聚塊大小差別及聚塊內個體間的離散程度.本研究採用無樣方距離法，測定不同生境的格氏栲種群空間格局，分析格氏栲種群格局的強度和紋理.強度以聚塊和間隙的密度差來定義，紋理則是體現聚塊內個體間的離散程度與諸聚塊間的分離程度.測定結果表明，格氏栲種群格局強度從高到低排列次序為：木姜子蚊母樹冬青茜草樹格氏栲米櫧虎皮楠木荷；格局紋理從粗到細的順序是：木荷=木姜子茜草樹格氏栲=冬青米櫧蚊母樹虎皮楠.這一測定結果與作者採用聚集度指標測定相同樣地格氏栲種群空間格局的結果基本相符.因此，格氏栲空間格局類型及分佈與格氏栲生物學特性及生境的關系密切
  4. The mosquitoes swarmed about us.

    蚊子成群地環繞著我們。
  5. The case study shows that the compounding and distribution of the cave animals has changed under the interference of human activities in the studied area, in detail, the change of the amount of such animals as mosquito and fly, the reduction of the amount of bat, the aberrance of the amount and body size of oreolalaxrhohostig metu stadpole, the death of bat, the shape change of diestrammena marmorata, the change of population and community, the change of bio - relation, the weakening of eco - function, and some special adaptive form

    案例研究顯示，定點調查地區的洞穴動物在人類活動的干擾下：種類組成與分佈發生變化，蚊蠅類動物的數量發生變化，蝙蝠數量趨減與位移或遷移和紅點髭蟾蝌蚪的數量與個體大小發生變異，蝙蝠致死與斑灶馬形態發生變異，動物群落類型發生變化，生物關系發生變異，蝙蝠的生態功能削弱，動物產生特殊的適應形式。
  6. Meanwhile, the study also shows that the diversity of studied cave animals is inversely proportional to human population density and water quality ; and bio - diversity, to some extent, is proportional to soil fertility and amount of chemical fertilizer, but inversely when excessive ; the correlativity between bio - diversity and vegetation cover rate is not obvious, when ground vegetation is strongly interfered by human being ; the amount of diestrammena marmorata is proportional to the d iversity of plant, and inversely proportional to soil fertility, and in a way, to water quality ; and the correlativity between community and water quality and soil fertility, and between water quality and the amount of mosquito and fly, is not as good as expected. the author points out that diestrammena marmorata, bat, mosquito, fly, oreolalaxrhohostig metus ( or cudata ), and fish can be chosen as in

    同時，研究還表明：調查洞穴的物種多樣性與人口密度、水質成負相關；在一定范圍內，物種多樣性與化肥施用量、土壤肥力成正相關，超過一定的值則成負相關;在人類對地表植被的高強度作用下，物種多樣性與植被覆蓋率的相關性不明顯;蚊蠅數量與土壤肥力基本上呈正相關;斑灶馬數量與植物種數呈正相關，斑灶馬數量與在一定水質范圍內與水質呈負相關，與土壤肥力呈負相關;群落數與水質和土壤肥力、蚊蠅數量與水質都不能表現較好的相關性;研究認為，可以選擇斑灶馬、蝙蝠、蚊蠅、紅點囊蟾（或有尾類） 、魚類等作為指示動物對洞穴環境進行監測。
  7. Squadrons of the insects zoomed in on us in an encounter that was beyond anything i had ever experienced. the house had two stories

    那時正值溽暑，蚊子很多，一大群蚊子同時合起來攻擊我們，那是我一輩子也不曾有過的奇遇。
  8. Having gone through the torture of mosquito bombardment, it was a great blessing to sleep in a work shed that was serene, cool, and free of those insects. furthermore, lying on the floor, looking at the countless sparkling stars in the sky and enjoying the fresh air, we felt as though we were sleeping in the palace of mother earth

    因為在歷經無數蚊子的轟炸之後，能睡在清靜涼爽又沒有群蚊干擾的工寮內，已是一種莫大的福份，何況躺在地上，眼觀滿天繁星，鼻吸清新空氣，那種感覺就像睡在大地的宮殿一般，讓人感激不盡了。
  9. Concerted efforts help contain mosquito problem

    群策群力有助控制蚊患問題
  10. The idea is to release genetically engineered insects like these into mosquito populations as a way to control the disease

    這個課題的目的是在蚊子種群中釋放基因工程昆蟲以控制疾病。
  11. The investigation on season change circumstances of mosquito stock at ji nan internaticnal airportp

    濟南國際機場蚊蟲種群季節變化情況的調查
  12. Although the japanese encephalitis virus can be found in birds, the main route of infection is via pigs where the virus reproduces rapidly before entering the mosquito population

    雖然雀鳥身上帶有日本腦炎病毒，然而豬只仍是主要的傳播媒介。病毒在豬隻身上迅速繁殖，然後進入蚊子種群。
分享友人
分享到 Line

分享到臉書