species of tide 中文意思是什麼
species of tide
解釋
潮汐的種類-
These schools include the universities of arkansas ( the razorbacks, a fancy name for hogs, sus scrofa ), south carolina ( the gamecocks, a belligerent kind of chicken, gallus domesticus ) and alabama ( the crimson tide, presumably a bloom of the algae species karenia brevis )
鱷人隊的這個錯誤，毫無疑問地，已經從東南聯盟各成員那兒招致眾多的言詞羞辱，其中包括阿肯色大學（野豬隊） 、南卡羅來納大學（斗雞隊，為一種好戰的雞） 、阿拉巴馬大學（紅潮隊，應該是一大群藻類） 。 -
In front of the tainan branch of the taiwan fisheries research institute, at the south end of the lagoon, is the clam park, where at low tide adults and children alike can dig for various species of clams
另外位於七股水產試驗所前方的七股舄湖觀光赤嘴園，退潮時分來到此挖拾赤嘴仔文蛤，適合親子同游。 -
When the tide is low, deep bay is transformed into expansive mudflats where different species of wetland animals feed and breed
在潮退的時候，更把海邊的河沙退成一片廣闊的泥灘，提供該區生物所需食物。 -
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。 -
Another red tide was observed by staff of ocean park at deep water bay near the park. the red tide was formed by dictyocha speculum, species of chattonella and noctiluca scintillans
同日，海洋公園職員亦在深水灣近海洋公園海域發現紅潮，紅潮由六異刺硅鞭藻、褐胞藻和夜光藻組成。 -
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。 -
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。 -
The red tide was formed by species of chaetoceros. it had been sighted in hong kong waters before and was non - toxic
這次紅潮由角毛藻組成，並不含毒素，過往亦曾在香港水域出現。 -
The red tide was formed by karenia mikimotoi. the species is relatively rare in hong kong waters and there is no evidence of toxic effect found in hong kong in recent decade
這次紅潮由裸甲藻組成，屬香港水域比較少見的藻類，近年在本港並無證據顯示該藻類含毒素。 -
Occurrence and distribution of red tide species in different water control zones wczs, 1980 - 2005
紅潮種類在不同水質管制區的分佈狀況1980 - 2005 pdf -
After spectral data processing, remote sensing reflectance data of red tide are got, whose dominant species are leptocylindrus danicus, chattonella marina, skeletonema costatum and mesodinium rubrum respectively. section 3. 1 gives the data processing steps, results and biological details of the dominant species described above. method of extract spectrum absorption parameters such as absorption depth, width, symmetry and area is given in section 3. 2
對所獲光譜數據進行處理，得出了丹麥細柱藻、海洋褐胞藻、中肋骨條藻、紅色中縊蟲等不同優勢種類赤潮水體的遙感反射率光譜曲線；上述數據處理步驟、數據處理結果以及不同赤潮種類的生物特徵在本章的3 . 1節給出。 -
Of the 29 red tide incidents recorded this year, all but one were formed by non - toxic species. as all these red tides receded within a short time, they had not caused any serious oxygen depletion in seawater and thus should not have caused significant impact on the marine resources and ecology
（二）在今年錄得的二十九宗紅潮中，除了一宗是由有毒品種組成外，其餘均為無毒品種，而所有紅潮亦在短時間內消退，並沒有引致海水出現嚴重缺氧的情況，相信不會對海洋資源及環境生態造成大的影響。
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