热带

基本解释 (translations)

tropic  ·  tropics  ·  tropicality

词组短语

torrid zone · Torrid Zone

与热带相关的网络例句 [注：此内容来源于网络，仅供参考]

In relationship with vegetations of Yunnan, the genera of Tropical Asia, Old world tropics and Tropical Asia to Australia distributions occur mainly in the tropical forests in southern Yunnan; the genera of Pantropical and Tropical Asia to Tropical Africa distributions occur mainly in the vegetations on dry and hot valleys; the genera of North temperate distribution occur mainly in forests on mountains with a cold and wet climate, while the genera of East Asian, East Asian and North America disjunct, and Old world temperate distributions occur mainly in the vegetations of the area with a warm climate.

在与云南植被的关系上，热带亚洲分布属、旧世界热带分布属和热带亚洲至热带大洋洲分布属是云南热带森林的主要成分；全热带分布属和热带亚洲至热带非洲分布属是干热河谷植被的主要成分，北温带分布属主要出现在冷湿山地森林植被中，而东亚分布属、东亚和北美洲间断分布属及旧世界温带分布属与温凉气候地区的森林植被联系相对密切。

Climatic gradients were based on data sets from 841 meteorological stations throughout China. Definitions for floristic distributional patterns were based upon the work of Prof. Z. Y. Wu. Most of these floristic distributional patterns were strongly correlated with the geographic gradients in climate, except for cosmopolitan, cultivated and invasive genera. Tropical genera form a large fraction of the total genera (ranging from 0.84% to 94.38% in the regional floras) with the highest proportion in southern Yunnan and Hainan Island. Tropical genera occur predominantly in southern China of 0° N latitude and decreased with increasing latitude, as would be expected. Interestingly, the disjunct Tropical Asia and Tropical America distribution were not restricted to southern latitudes. Temperate genera account for 5.1% to 98.83% of the total genera in regional floras with the highest proportion in the province of Xinjiang. Most of these genera followed geographic gradients in climate as expected (temperate genera conspicuously dominate the landscape at higher latitudes), except the East Asian and North American disjunct distribution, Eastern Asian distribution and Chinese endemic distribution. Generally, most plant genera demonstrated some correlation with climatic and geographic gradients. The most important gradients were those of annual air temperature and precipitation. A small fraction did not demonstrate significantly particular pattern:"Cosmopolitan","East Asian and North American disjunct","Eastern Asian" and "Chinese endemic" distributions. The North Temperate distribution had the highest correlation with mean annual air temperature and precipitation.

结果如下：(1)除世界分布、栽培和入侵成分外，大部分中国种子植物属的地理成分的分布与地理相关密切；(2)热带分布属（泛热带分布、热带亚洲至热带美洲间断分布、旧世界热带分布、热带亚洲至热带大洋洲分布、热带亚洲至热带非洲分布及热带亚洲分布合计）占各地方植物区系的0.84%到94.38%，其最低值出现在中国西北部的新疆和青海地区，最高值出现在中国云南南部和海南；(3)热带分布属在＜北纬30°的地区占优势，除热带亚洲至热带美洲间断分布外，其它热带成分随纬度增加迅速减少；(4)温带分布属（北温带分布、东亚和北美间断分布、旧世界温带分布、温带亚洲分布、地中海区、西亚到中亚分布、中亚分布和东亚分布合计）占各地方植物区系的5.1%至98.83%，其最高值出现在中国西北部的新疆地区，最低值出现在中国云南南部和海南；(5)除东亚和北美间断分布、东亚分布和中国特有分布外，其它温带成分随纬度增加迅速增加；(6)在温带成分中，东亚和北美间断分布及东亚分布属主要出现在中国亚热带到暖温带地区，北温带分布、旧世界温带分布和温带亚洲分布属在中国北部占优势，而地中海区、西亚到中亚分布和中亚分布属则在中国西北部占优势；(7)除世界分布、东亚和北美间断分布、东亚分布和中国特有分布外，所有其他成分都显示了与气候因素密切相关，其中，北温带分布属与年均温和年降雨量最为密切相关。

Top Click: Beijing prosperous band \ power with tropical \ power tracing \ with tropical \ Electric Heating Band \ plus tropical \ Beijing band \ prosperous band \ constant power band \ Self-Regulating band \ explosion-proof band \ since limit temperature band \ silicone rubber band \ glass fiber band \ ceramic crawler band \ tank insulation band \ electricity with thermal insulation band \ Chemical pipeline explosion-proof band \ pipeline special explosion-proof band \Natural gas pipeline explosion-proof band \ special explosion-proof band \ offshore oil platform explosion dedicated band \ marine explosion-proof band \ silicone rubber band drums \ to heating a dedicated band \ Fire pipeline explosion dedicated band \ Instrumentation Pipeline explosion-proof band \ Power Plant special explosion-proof band \ steel plant-specific anti-band \ chemical special explosion-proof band \ solar water pipes dedicated band \ cement pipe dedicated band \Pipe insulation dedicated band \ constant power electric tracing band \ Self-Regulating Electric with tropical \ Distribution HA-specific anti-desiccant band \ substation explosion-proof band dedicated dehumidification \ high-pressure explosion-proof cable dedicated band of snow and ice \ Pharmaceuticals explosion-proof plant cooling tower dedicated band \ mine water pipeline explosion-proof band dedicated \ Oil and Gas Transport Special Vehicle explosion-proof band \ super-long and other type of special explosion-proof band.

热门点击：北京富强电热带 \电伴热带\ 电伴热\ 伴热带\ 电加热带\ 加热带\ 北京电热带 \富强电热带\ 恒功率电热带\ 自控温电热带 \防爆电热带 \自限温电热带 \硅橡胶电热带 \玻璃纤维电热带 \陶瓷履带式电热带\ 水箱保温电热带 \电伴热保温电热带 \化工管道防爆电热带 \输油管道专用防爆电热带\ 天然气管道防爆电热带\ 特种防爆电热带\ 海洋石油平台专用防爆电热带\ 船用防爆电热带\ 硅橡胶油桶电热带 \地采暖专用电热带 \消防管道专用防爆电热带 \仪表管线防爆电热带 \热电厂专用防爆电热带 \钢铁厂专用防爆电热带 \化工厂专用防爆电热带 \太阳能水管专用电热带 \水泥厂管道专用电热带\ 管道保温专用电热带\ 恒功率电伴热带 \自控温电伴热带\ 配电房除湿专用防爆电热带 \变电站除湿专用防爆电热带\ 高压电缆化冰雪专用防爆电热带 \制药厂冷却塔专用防爆电热带 \煤矿水管道专用防爆电热带\ 油气运输专用车防爆电热带\ 超长型特种防爆电热带等。

Dry, cold air is induced reaction of transformation.6vertical wind shearIS a important role 7 the interaction stage of tropical cyclone with a midlatitude baroclinic zone was an essentialcomponent.

垂直风切变相互作用是激发热带气旋的变性不可获缺的条件(7)热带风暴和中纬度斜压带相互作用是变性的必要条件：只有减弱的热带风暴嵌入先前存在的中纬度斜压带，才能完成正压向斜压的转变。正是热带气旋环流和斜压带和垂直风切变相互作用激发了热带气旋的变性。

During the four years study on the project, we develop a dynamical forecast model that describing the subtropical ridge surface. A new theory on the role of the land-sea thermal difference on the formation of the Subtropical High is advanced. It is concluded that in the summer subtropics over each continent and its adjacent ocean LO, SE, CO, and a double-dominant heating from west to east compose a LOSECOD heating quadruplet. The influence of the Eurasia continent on SH varies according to the seasonal variation. From the ideal numerical simulation it is shown the important role of the Eaiuan continent and the huge topography on the mechanism of formation and mantanence of the SH during the summer. It is verified by the numerical simulation that the extension of the subtropical continent into the tropics greatly enhances the " East Asian monsoon". Through the Rossby energy dissipation theory it is verified that the deep latent convective heating induces the onset of the South China Sea monsoon over the Bay of Bengal. The relationship and mechanism between the precipitaiton over the East Asia and the Subtropicla high is illustrated by the data. It is also found the close phase lock between the east-west shift of the SH and the disturbence of the east wind belt over the tropical troposphere. The interaction between the structure and activity feature of the SH and the Meiyu over the Yangtze-Huaihe river valley is revealed from the data. The numerical simulation verified the impact of the different SH pattern on the path of the typhoon.

本项目的研究发展了描述副热带高压脊面变化的动力模型，提出了夏季副热带地区四叶型非绝热加热分布型及相应环流拼图的创新理论；明确了大陆尺度的海陆热力差异在副热带高压形成中的作用；指出欧亚地形对副热带高压和气候的影响随季节变化而变化，通过数值试验证明春季青藏高原的感热加热对亚洲夏季风的爆发地点起了"锚定"的作用，进一步证实了副热带高压断裂和亚洲夏季风的最早爆发地点发生在孟加拉湾东岸；利用Rossby波能量频散理论证明了孟加拉湾深对流潜热释放诱导南海季风爆发的机制；揭示了东亚季风降水的季节内变化与西太副高的关系及机理；揭示了西太副高与东西风带中扰动之间的相互作用过程，指出西太副高的东西活动与热带对流层上空东风带扰动和中纬度西风带扰动的移动和锁相密切相关；研究了夏季淮河流域梅雨期间副高结构和活动特征及其与江淮暴雨的相互作用；验证了不同副热带高压形态对台风路径的不同影响；通过数值试验证明了欧亚大陆和青藏高原等大地形对副热带高压形成和维持的重要作用。

On the other hand, when the tropical western Pacific is in a cooling state in spring, convective activities are weakened around the Philippines. In this case, there is an anticyclonic anomaly circulation in the lower troposphere over the South China Sea, and the western Pacific subtropical high shifts westward, thus, the late onset of the SCSM can be caused. Moreover, when the tropical western Pacific is also in a cooling state, convective activities around the Philippines are also weak in summer, since the abrupt northward-shift of the western Pacific subtropical high is not obvious in mid-June and early July and it gradually shifts northward during its northward advance in this case, the East Asian summer monsoon rainband can be maintained in the Yangtze River and the Huaihe River valleys.

相反，当春季热带西太平洋处于冷状态，菲律宾周围对流活动弱，在这种情况下，南海上空对流层下层有反气旋性距平环流，西太平洋副热带高压偏西，从而使得南海夏季风爆发晚；并且，当夏季热带西太平洋也处于冷状态，菲律宾周围对流活动也很弱，在这种情况下，西太平洋副热带高压北进时，在6月中旬或7月初向北突跳并不明显，而是以渐进式向北移动，从而使得东亚季风雨带一直维持在长江流域和淮河流域。

Asian (47.4%) and temperate genera mainly constituted by North temperate (50%) and E. Asian (50%). So that the geographical elements are discomplex. In the 25 species of arborous layer, 76% is the middle subtropical zonal type, 16% south subtropical zonal type and 8% north subtropical zonal type, of which the first 6 positions of important value index were all middle subtropical zonal type. This showed that the community was subtropical characteristic. There are 59.5% evergreen and 40.5% deblade of 79 known species in which the mid-phaenerophytes is the first position of all, accounting for 27.8%, and the evergreen broad-leaved species constituted the majority of meso-phaenerophytes which accounts for 15.2%.

乔木层多数优势种为稳定型种群，所以乔木层优势区系成分相当稳定，表明该群落为一种顶极群落。59个种子植物属只有10个分布区类型和4个变型，地理成分不复杂，其中热带分布27属占46.6%，温带分布31属占53.4%；热带分布以泛热带和热带亚洲分布为主，分别占52.6%和47.4%，温带分布为北温带和东亚分布各占50%。25个乔木层树种中，中亚热带地理分布类型的占76%，南亚热带地理分布类型的占16%，北亚热带地理分布类型占8%，重要值指数排列前6名的均为中亚热带地理分布类型，所以该群落为亚热带性质。

When a tropical cyclone near the center of the largest wind power is less than 8 hours as the tropical low pressure, 8 and 9 as the tropical storm's winds, 10 and 11 the wind was stronger tropical storm, the only center in the vicinity of the largest wind power reached 12 tropical cyclones It is called a typhoon.

当热带气旋中心附近最大风力小于8级时称为热带低压，8和9级风力的称为热带风暴，10和11级风力的为强热带风暴，只有中心附近最大风力达到12级的热带气旋才称为台风。

This part explains the purpose, significance and methods of the study. In the second section, it confirms the basic conceptions and definers of agricultural tourism and characteristics, and the function of agriculture and tourism is described and its impact on Chinese agricultural economy is analyzed, giving a further understanding of agricultural tourism. In Part III, it presents development, models and research of agricultural tourism in Countries in the world and Taiwan, and form the macro objective analysis the agricultural tourism development gap of China and International. The next three parts summed up the status and the existing problems of tourism tropical agriculture of Hainan, and proposed the development significance of Hainan's tropical agriculture tourism, and marketed analysis from product mix, tourist spending psychological and social development of Hainan's; and draw the advanced experience that the agriculture tour develops at home and abroad, suggest that the Hainan tropics agriculture develops principle; Seventh parts direction and suggestion having suggested that the agriculture tour develops to Hainan tropics on the first seven parts.

第一部分介绍本文研究的意义及方法、途径，第二部分介绍了农业旅游的相关概念、各种定义、内容及特征；并对农业旅游的功能和其对我国农业经济的影响进行剖析，加深对农业旅游的认识；第三部分介绍了世界各国及我国台湾地区一些先进国家的农业旅游发展现状、模式及相关研究，从宏观上客观的分析我国农业旅游发展与国际先进水平之间的差距；第四、五、六部分，总结了海南热带农业旅游的现状及存在的问题，提出对海南发展热带农业旅游的意义，并从产品结构、游客消费心理、社会发展等角度对海南热带农业旅游的市场情况进行分析；借鉴国内外农业旅游发展的先进经验，提出海南热带农业发展原则；第七部分在前几个部分的基础上提出了对海南热带农业旅游发展的方向及建议，建议要充分利用农业科技优势、合理规划热带农业资源、挖掘热带农业文化内涵，加强对海南热带农业资源的保护以及琼台合作，进一步发展海南热带观光农业产业。

During the four years study on the project, we develop a dynamical forecast model that describing the subtropical ridge surface. A new theory on the role of the land-sea thermal difference on the formation of the Subtropical High is advanced. It is concluded that in the summer subtropics over each continent and its adjacent ocean LO, SE, CO, and a double-dominant heating from west to east compose a LOSECOD heating quadruplet. The influence of the Eurasia continent on SH varies according to the seasonal variation. From the ideal numerical simulation it is shown the important role of the Eaiuan continent and the huge topography on the mechanism of formation and mantanence of the SH during the summer. It is verified by the numerical simulation that the extension of the subtropical continent into the tropics greatly enhances the " East Asian monsoon". Through the Rossby energy dissipation theory it is verified that the deep latent convective heating induces the onset of the South China Sea monsoon over the Bay of Bengal. The relationship and mechanism between the precipitaiton over the East Asia and the Subtropicla high is illustrated by the data. It is also found the close phase lock between the east-west shift of the SH and the disturbence of the east wind belt over the tropical troposphere. The interaction between the structure and activity feature of the SH and the Meiyu over the Yangtze-Huaihe river valley is revealed from the data. The numerical simulation verified the impact of the different SH pattern on the path of the typhoon.

本项目的研究发展了描述副热带高压脊面变化的动力模型，提出了夏季副热带地区四叶型非绝热加热分布型及相应环流拼图的创新理论；明确了大陆尺度的海陆热力差异在副热带高压形成中的作用；指出欧亚地形对副热带高压和气候的影响随季节变化而变化，通过数值试验证明春季青藏高原的感热加热对亚洲夏季风的爆发地点起了&锚定&的作用，进一步证实了副热带高压断裂和亚洲夏季风的最早爆发地点发生在孟加拉湾东岸；利用Rossby波能量频散理论证明了孟加拉湾深对流潜热释放诱导南海季风爆发的机制；揭示了东亚季风降水的季节内变化与西太副高的关系及机理；揭示了西太副高与东西风带中扰动之间的相互作用过程，指出西太副高的东西活动与热带对流层上空东风带扰动和中纬度西风带扰动的移动和锁相密切相关；研究了夏季淮河流域梅雨期间副高结构和活动特征及其与江淮暴雨的相互作用；验证了不同副热带高压形态对台风路径的不同影响；通过数值试验证明了欧亚大陆和青藏高原等大地形对副热带高压形成和维持的重要作用。

与热带相关的网络解释 [注：此内容来源于网络，仅供参考]

subtropical anticyclone：副热带反气旋

"subtropical air","副热带空气;副热带气团" | "subtropical anticyclone","副热带反气旋" | "subtropical belt","副热带"

tropical climate：热带气候

还有个寒带气候 热带气候 热带气候(tropical climate) 热带气候最显著的特点是全年气温较高,四季界限不明显,日温度变化大于年温度变化. 南纬25度和北纬24度之间是热带气候区. 在这一区域内,由于地表及降水的不同,热带气候又反映出不同的特点.

tropical climate：热带气候,热带性气候

tropical chlorosis 热带萎黄病 | tropical climate 热带气候,热带性气候 | tropical climate variability 熱帯気候変動度

tropical eosinophilia：热带嗜曙红细胞增多,热带嗜曙红细胞增多症

tropical ecology 热带生态学 | tropical eosinophilia 热带嗜曙红细胞增多,热带嗜曙红细胞增多症 | tropical eosinophilic asthma 热带嗜曙红细胞增多性气喘

Tropic inguinal papilloma; Tropic acanthoma：热带棘皮瘤; 热带腹股沟乳头状瘤

Trophoneurotic osteopathy 荣养神经性骨病 | Tropic inguinal papilloma; Tropic acanthoma 热带棘皮瘤; 热带腹股沟乳头状瘤 | Tropical cachexia 热带恶病质

tropicalization：热带条件;热带化

tropicalization test 热带试验 | tropicalization 热带条件;热带化 | tropics 热带;回归线

tropicalization：使设备适应热带气候条件,热带气候化,热带气候处理

"tropical switch ","热带用开关(带有脚架以防潮)" | "tropicalization ","使设备适应热带气候条件,热带气候化,热带气候处理" | "tropopause ","对流层顶,对流层上限,休止层"

tropicalization test：热带气候适应性试验,热带试验,高温湿度试验

tropicalization 热带适应性 | tropicalization test 热带气候适应性试验,热带试验,高温湿度试验 | tropicalize 热带气候处理

tropicopolitan：全热带的 热带地方菌 热带菌

tropicmovement 向性运动 | tropicopolitan 全热带的 热带地方菌 热带菌 | tropicpack 热带包装

subtropical wind belt：副热带风带 subtropical zone 副热带

subtropical westerlies 副热带西风[带] | subtropical wind belt 副热带风带 subtropical zone 副热带 | subtropics 副热带