赤潮 的英文怎麼說

中文拼音 [chìcháo]
赤潮 英文
discoloured water
  • 赤 : Ⅰ形容詞1. （紅色） red 2. （忠誠） loyal; sincere; single-hearted 3. （光著; 裸露） bare Ⅱ名詞（姓氏） a surname
  • 潮 : Ⅰ名詞1 （潮汐; 潮水） tide 2 （比喻大規模的社會變動或運動發展的起伏形勢） （social） upsurge; cur...
  1. First, to construct a recombinant plasmid pegfp - c - fos with c - fos promoter and egfp, and then transfect it into human bladder transitional cell carcinoma biu - 87 cell ; second, based on the changes of the expression of gfp in the biu - 87 cell which induced by the aconitine and hab toxins, the concentration of the hab toxins could be detected

    目的：構建一個含c - fos啟動子和egfp報告基因的pegfp - c - fos重組質粒載體。體外轉染膀胱癌biu - 87細胞后，利用赤潮毒素作用后細胞表達綠色熒光蛋白的變化來檢測赤潮毒素，初步建立一種以細胞為基礎受體水平的赤潮毒素檢測方法。
  2. The main contents include : water environment, marine sediment and the trend monitoring of marine life quality ; at the same time, to consolidate the monitoring of the functional zones, such as seashore bathing places, oceanic reserves, marine aquafarms ; to set up the seashell monitoring and controlling zones in the sea areas of both pingtan and yunxiao at the first time ; to carry out the statistical monitoring of polder, exploiting sea sand, spartin aallerni flora, terrestrial sewages, etc., to carry out monitoring of the total quantity of pollutants into the offshore marine areas in the min river, the jiulong river as well as the municipal sewages of xinlin industry in xiamen and jiaocheng in ningde ; to carry out the red tide monitoring in the offshore marine areas of fujian province ; to implement time - lapse, pointing and continuous red tide monitoring of high frequency and high intensity in the sandu gulf, the min river estuary and offshore marine areas of xiamen

    主要內容包括水環境、海洋沉積物和海洋生物質量的全海域環境趨勢性監測，同時加強了海水浴場、海洋保護區、海水增養殖區等功能區監測；首次在平潭和雲霄海域設置了貝類監控區；開展了圍填海、海砂開采、互花米草、陸源排污口統計監測；並在閩江、九龍江、廈門杏林工業排污口、寧德蕉城市政排污口鄰近海域開展污染物入海總量監測；在全省近岸海域開展赤潮監視監測，對三都灣、閩江口、廈門近岸海域赤潮監控區實施高頻率、高密度的定時定點連續監測。
  3. Research on intelligence habs early - warning system based on cbr

    的智能赤潮預測預警系統研究
  4. It was suggested that the urban sewage of shanghai city be de - nitrogenized and de - phosphorusized before releasing in order to control the occurrence of red tide

    ?控制赤潮的發生，建議上海城市污水排放前進行脫氮除磷處理。
  5. Stochastic stability behaviors analysis in a nonlinear harmful algal model

    赤潮藻類模型的非線性隨機穩定性研究
  6. Flocculation and removal of p. globosa red tide by inorganic aluminum flocculating agents were discussed. the results showed that flocculation is compatible to meet the emergency removal p. globosa red tide. it is a method effective and quick

    用絮凝劑pac和pass絮凝處理方法對棕囊藻去除是可行，因其見效快，效果好，可作為應急措施處理棕囊藻赤潮。
  7. Absorption of n, p nutrients by gracilaria tenuistipitata and its resistant effect on the outbreak of red tide

    磷營養鹽的吸收及其對赤潮發生的抑制作用
  8. Red tides also can be made worse by water pollution

    另外，水污染也會加劇赤潮。
  9. Environmental woes that might be considered catastrophic in some countries can seem commonplace in china : industrial cities where people rarely see the sun ; children killed or sickened by lead poisoning or other types of local pollution ; a coastline so swamped by algal red tides that large sections of the ocean no longer sustain marine life

    被一些國家認為災難性的事件的環境污染在中國己經司空見慣：在工業化城市人們極少見到太陽;孩子們因鉛中毒或其他類型的本地化污染而死亡或生病;海岸線被沼泥狀的赤潮所圍困，大部份海洋己經不再適合海洋生物的生存。
  10. Thus serious problems in marine environment and ecosystem were induced, such as the worsen of sea water, unbalance of marine ecosystem and the high frequency of red tide, especially in changjiang estuary and the adjacent area which become the high frequency area of red tide

    近年來，由於人類活動的影響，東海海域富營養化程度和范圍逐年加重和擴大，由此導致了水質惡化、海洋生態系失衡、赤潮等海洋災害頻發等重大海洋生態環境問題，尤其是長江口鄰近海域。
  11. Grazing of phytoplankton by zooplankton and suspension - feeding benthos is also considered a promising control agent, but this approach has many logistical problems and is a long way from the application stage

    另一方面，利用大型海藻與微藻間的相生相剋和營養競爭等作用在養殖區域內進行赤潮的防控被認為具有較強的理論和實踐意義。
  12. This control strategy is not well understood due to a lack of experimental data, especially under natural conditions

    浮遊動物和一些濾食性的貝類在水體中與赤潮生物共存，並能以這些赤潮生物為食，是具有明顯赤潮治理功效的生物控制劑。
  13. The relationship between microbial ecological progress and marine productivity, the preventing and curing of aquacultural animal diseases, aquatic probiotics, biodegradation and resource utilization of harmful pollutants, the microbial prevention of the harmful bloom as well as deep - sea extreme environmental microbial resources

    水產養殖動物的病害與防治，水產養殖微生態制劑，有害污染物的微生物降解及資源化，微生物的生態過程與海域生產力的關系，赤潮災害的微生物防除和深海極端環境微生物資源等研究
  14. The paper quotes a local marine expert as blaming the 50 - square kilometer slick on a combination of heavy rainfall and hot weather

    報導援引當地水產專家的話說，這次50平方公立的「赤潮」是大量降雨和高溫造成的。
  15. Potential harm of coastal sedimentary nutrient in inducing red tide

    沿海沉積營養物質對引發赤潮的潛在影響
  16. Red tide occurs randomly, with short duration and large incidence. airborne hyperspectral remote sensing technique can play an important role in red tide ' s monitoring. and the precondition is to acquire in situ spectral data of red tide, to grasp red tide ' s spectral characteristics by data processing and analysis and to set up spectral library of different dominant species of red tide

    赤潮是海水中的浮游生物在一定條件下過度繁殖或聚集致使海水變色的一種生態異常現象，因其具有隨機性、突發性、持續時間短、影響范圍大等特點，客觀上要求利用航空高光譜遙感技術對其進行監測；但首要的前提與基礎性工作是大量獲取赤潮水體的現場光譜數據，通過處理與分析，掌握其光譜特性，不斷充實赤潮優勢種類的光譜數據庫。
  17. Spectral matching algorithm is applied, such as spectral angle mapping ( sam ) in section 3. 4 and cross correlogram spectral matching ( ccsm ) in section 3. 5 in order to discriminate different dominant species of red tide. the results of sam spectral matching are satisfying : identifications of mesodinium rubrum and leptocylindrus danicus succeed, identification of chattonella marina has wrong possibility and that of skeletonema costatum fails

    3 . 4節將光譜角度制圖（ spectralangl 「 mapping ， sam ）這一光譜匹配方法引入赤潮光譜識別研究之中，所進行的赤潮優勢種類識別取得了令人較為滿意的結果:紅色中繞蟲、丹麥細柱藻赤潮的光譜識別取得了成功;海洋褐胞藻赤潮有誤識別的情況發生;只有中肋骨條藻赤潮的識別失敗。
  18. The wavelengths of reflectance peaks and vales are got by spectral derivative method in section 3. 3. mechanism of them is analyzed. red tide and normal seawater, as well as some different dominant species of red tide, such as chattonella marina and mesodinium rubrum, can be discriminated by using the wavelength information of second reflectance peak

    3 . 3節運用該方法得出了實驗赤潮水體光譜曲線的兩個反射峰和一個吸收峰的波長范圍，並對其產生機理進行了分析;更為重要的是，利用光譜曲線第二反射峰的波長位置實現了赤潮與非赤潮水體的光譜辨別，以及紅色中繞蟲、海洋褐胞藻等不同優勢種類赤潮的識別。
  19. At the same time of trend monitoring, we strengthened output monitoring of the main rivers, sewages alongshore, oceanic functional zones and algae bloom inshore, made an integrative analysis and assessed the present quality state of fujian ' s ocean and finally compiled < report on the state of the marine environment in fujian, p. r. c in 2003 >

    在開展趨勢性監測的同時，加強了主要江河排污、近岸排污口、近岸海洋功能區和赤潮災害的監測，綜合分析和評價了海洋環境質量狀況，編制了《 2003年福建省海洋環境質量公報》 ，現予以發布。
  20. With the industrialization of littoral cities, marine entironment has been severely destroyed. red tide occurs more and more frequently in china ' s coastal sea area, and has been one of china ' s ocean calamities and one of the three severe pollution problems

    隨著沿海城市工業化的發展，海洋生態環境受到嚴重破壞；赤潮災害頻發，已經成為我國的一大海洋災害和三大近海污染問題之一。
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