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   western mediterranean 的翻译结果: 查询用时:0.007秒
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western mediterranean
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  西地中海
     The back-arc basins in the western Mediterranean
     西地中海的弧后盆地
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  “western mediterranean”译为未确定词的双语例句
     The trends and abrupt variations of Northern hemisphere (NH) 500 hPa seasonal geopotential height are examined using the data for the period 1951-1998. Evidence suggests that low (high) latitude 500 hPa geopotential height displays a remarkably positive (negative) trend; the positive anomaly of the height is maintained over NW Africa, the western Mediterranean Sea and northern North Africa, mid-Pacific at lower latitudes, Lake Balkal and area to the east and NW North America;
     用1951~1998年的资料研究了北半球500 hPa四季高度场的长期趋势变化.结果表明, 48年来低纬度 500 hPa高度场多为正趋势而高纬度则多为负趋势.近 48年低纬的西北非洲、地中海及以西的北非北部,低纬度的中太平洋、贝加尔湖及以东地区,西北北美的高度呈持续正趋势;
短句来源
  相似匹配句对
     The back-arc basins in the western Mediterranean
     西地中海的弧后盆地
短句来源
     Western Blotting;
     western Blot; 地高辛标记的EMSA;
短句来源
     Western Aesthetics
     《西方美学》
短句来源
     Saving the Mediterranean
     拯救地中海
短句来源
     Mediterranean Reverie
     情迷地中海
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  western mediterranean
roscidella, is considered a distinct species with the range extending throughout the Western Mediterranean.
      
Aspects of population ecology of Testudo hermanni hermanni from Asinara Island, NW Sardinia (Italy, Western Mediterranean Sea):
      
The viperine snake Natrix maura is a common water snake, which forages on aquatic prey such as fish and frogs in Western Mediterranean water bodies.
      
It is the sister group of another clade (B) from North Africa and western Mediterranean islands.
      
Life-history traits of the prawn Palaemon serratus were studied in shallow seagrass meadows in the Alfacs Bay (Ebro delta, western Mediterranean) from October 1989 to March 1992.
      
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In the light of current ideas on the western Mediterranean back arc-thrust system, the Mlocene sedimentation in the Ragglo di Calabrla area was studied.With a local provenance, the Miocene sedimentation started with local deposition of coarse-grained subaerial sediments in the form of alluvial fans.These rapidly evolved to a fan- delta-turbidite facies association. The synsedimentary structures locally affected the sedimentation.The Miocene sedimentation was terminated at about Messinian time due to the...

In the light of current ideas on the western Mediterranean back arc-thrust system, the Mlocene sedimentation in the Ragglo di Calabrla area was studied.With a local provenance, the Miocene sedimentation started with local deposition of coarse-grained subaerial sediments in the form of alluvial fans.These rapidly evolved to a fan- delta-turbidite facies association. The synsedimentary structures locally affected the sedimentation.The Miocene sedimentation was terminated at about Messinian time due to the regional tectonic activities.

本文主要讨论意大利南部雷焦卡拉布里亚地区中新世的沉积作用。中新世时,该区为一濒海盆地,具有自己的物源区。中新统下部沉积了一套粗碎屑的冲积扇沉积物,然后迅速进入扇-三角洲-浊流沉积环境。与此同时,同沉积构造局部影响了中新世的沉积作用。受区域构造活动的影响,大约在Messinian时结束了沉积作用。

Cupressaceae and Taxodiaceae have recently been merged under the earlier name Cupressaceae s. 1. by many authors, as the two families are similar in a number of morphological characters. Sciadopitys S. et Z. , which has often been treated as a morphologically isolated member of the Taxodiaceae, has recently been considered as a monotypic family, Sciadopityaceae. The Cupressaceae s. s. may be reorganized into two subfamilies. The Cu-pressoideae is composed of genera with the uppermost cone-scales infertile and...

Cupressaceae and Taxodiaceae have recently been merged under the earlier name Cupressaceae s. 1. by many authors, as the two families are similar in a number of morphological characters. Sciadopitys S. et Z. , which has often been treated as a morphologically isolated member of the Taxodiaceae, has recently been considered as a monotypic family, Sciadopityaceae. The Cupressaceae s. s. may be reorganized into two subfamilies. The Cu-pressoideae is composed of genera with the uppermost cone-scales infertile and can be divided into four tribes; Cupresseae, including Cupressus , X Cupressocyparis , Chamaecyparis and Fokeinia; Thujopsideae, including Thuja, Thujopsis and Platycladus; Junipereae, including Juniperus and Microbiota; and Tetraclineae, including Calocedrus and Tetraclinis. The Callitroideae is composed of genera with the uppermost cone-scales fertile and can be divided into three tribes; Actinostrobeae, including Actinostrobus, Callitris, Fitzroya and Neocallitropsis; Widdringtoneae, including Pilgerodendron , Diselma and Widdringtonia ; Libocedreae, including Libocedrus, Papuacedrus and Austrocedrus. Five geographical distribution patterns are recognized in the 21 genera of Cupressaceae. (a) One genus, X Cupressocyparis , is a natural hybrid derived from selections in England; (b) Two genera, Cupressus and Juniperus, are distributed in Africa, Europe, Asia and North America; (c) Three genera, Thuja , Chamaecyparis, and Calocedrus, are disjunctly distributed in Eastern Asia and North America; (d) Five genera, Actinostrobus, Callitris, Libocedrus, Papuacedrus and Widdringtonia, have limited distribution; and (e) The other 10 genera, which are monotypic, are restricted to narrow areas except Platycladus. Three centers of genera diversity are identified in the Cupressaceae, i. e Eastern Asia with nine genera, southwestern North America with five genera, and Australia and its adjacent islands in the east with six genera, including New Zealand,. Tasmania, New Caledonia, and New Guinea. Other important areas are western Mediterranean with three genera and Chile and Argentina with three genera.

柏科Cupressaceae和杉科Taxodiaceae有许多相似之处,近年来不少分类学家主张把两科合并成广义的柏科。原杉科中的金松属Sciadopitys与两科其他属的差异较大,被提升为单种科Sciadopity-aceae。本文根据球果可育种鳞的位置把柏科(狭义)分为2亚科,即上部种鳞不可育的柏木亚科Cupres-soideae和上部种鳞可育的澳洲柏亚科Callitroideae。综合其他形态学和解剖学证据,柏木亚科又分4族,即柏木族Cupresseae(包括:柏术属Cupressus、杂交柏属×Cupressocyparis、扁柏属Chamaecyparis和福建柏属Fokeinia)、侧柏族Thujopsideae(包括:崖柏属Thuja、罗汉柏属Thujopsis和侧柏属Platycladus)、圆柏族Junipereae(包括:圆柏属Juniperus和海参威柏属Microbiota)以及香漆柏族Tetraclineae(包括:翠柏属Calocedrus和香漆柏属Tetraclinis)。澳洲柏亚科又分3族,即澳洲柏族Actinostrobeae(包括:西澳柏属Actinostuobus、澳洲柏属...

柏科Cupressaceae和杉科Taxodiaceae有许多相似之处,近年来不少分类学家主张把两科合并成广义的柏科。原杉科中的金松属Sciadopitys与两科其他属的差异较大,被提升为单种科Sciadopity-aceae。本文根据球果可育种鳞的位置把柏科(狭义)分为2亚科,即上部种鳞不可育的柏木亚科Cupres-soideae和上部种鳞可育的澳洲柏亚科Callitroideae。综合其他形态学和解剖学证据,柏木亚科又分4族,即柏木族Cupresseae(包括:柏术属Cupressus、杂交柏属×Cupressocyparis、扁柏属Chamaecyparis和福建柏属Fokeinia)、侧柏族Thujopsideae(包括:崖柏属Thuja、罗汉柏属Thujopsis和侧柏属Platycladus)、圆柏族Junipereae(包括:圆柏属Juniperus和海参威柏属Microbiota)以及香漆柏族Tetraclineae(包括:翠柏属Calocedrus和香漆柏属Tetraclinis)。澳洲柏亚科又分3族,即澳洲柏族Actinostrobeae(包括:西澳柏属Actinostuobus、澳洲柏属Callitris、智利柏属Fitzroya和杉叶柏属Neocallitropsis)、南非柏族Widdring-toneae(包括:白智利柏属Pilgerodendron、塔斯曼柏属Diselma和南非柏属Widdringtonia)以及甜柏族Libocedreae(包括:甜柏属Libocedrus、巴布亚柏属Papuacedrus和南美柏属Austrocedrus)。柏科21个属的地理分布可划分为5种类型,即:(

The trends and abrupt variations of Northern hemisphere (NH) 500 hPa seasonal geopotential height are examined using the data for the period 1951-1998. Evidence suggests that low (high) latitude 500 hPa geopotential height displays a remarkably positive (negative) trend; the positive anomaly of the height is maintained over NW Africa, the western Mediterranean Sea and northern North Africa, mid-Pacific at lower latitudes, Lake Balkal and area to the east and NW North America; the height drops significantly...

The trends and abrupt variations of Northern hemisphere (NH) 500 hPa seasonal geopotential height are examined using the data for the period 1951-1998. Evidence suggests that low (high) latitude 500 hPa geopotential height displays a remarkably positive (negative) trend; the positive anomaly of the height is maintained over NW Africa, the western Mediterranean Sea and northern North Africa, mid-Pacific at lower latitudes, Lake Balkal and area to the east and NW North America; the height drops significantly over the Aleutians and North pacific, the area to the south of the Greenland and NE North America and the sector to the north of the Arabian sea. Further, analysis of abrupt change shows that the 500 hPa circulations experience noticeable sudden change twice, once around the early 1960s and again in 1976, during which, however, the height exhibits great difference between the Pacific and Atlantic. In the first case it drops (rises) over the mid Atlantic at lower latitudes (NW Africa) in contrast to the height rise (drop) over the mid-Pacific at lower latitudes and Lake Balkal (the North Pacific) in the second abruptness. Statistical test indicates that in the 1976 case the low-latitude positive abrupt change is even more noticeable compared to the negative of the North pacific, thus representing a large-scale jumping event of the northern 500 hPa height.

用1951~1998年的资料研究了北半球500 hPa四季高度场的长期趋势变化.结果表明, 48年来低纬度 500 hPa高度场多为正趋势而高纬度则多为负趋势.近 48年低纬的西北非洲、地中海及以西的北非北部,低纬度的中太平洋、贝加尔湖及以东地区,西北北美的高度呈持续正趋势;而阿留申及北太平洋、格林兰以南及东北北美、阿拉伯海以北高度明显降低。突变分析表明,大约60年代初及1976年,500 hPa发生明显的环流突变。这两次变化在两大洋上的 500 hPa有明显不同,第 1次表现为低纬中大西洋高度降低,西北非洲高度增加。第2次则表现为低纬中太平洋、贝加尔湖地区高度增加,北太平洋高度降低。统计检验表明第2次突变,低纬的正突变比北太平洋负突变更明显,是一次北半球的大尺度跃变事件。

 
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