dinoflagellate

dinoflagellate

1. Record of the Dinoflagellate Cysts with Transapical Archaeopyle Sutrue and Palaeoceology.......................Zhu You-hua(340

11具过顶古口缝的沟鞭藻化石记录及古生态.........祝幼华(340

2. Keywords PSP toxin;dinoflagellate cyst;Aleandrium;sediment trap;Daya Bay;South China Sea;

PSP毒素;甲藻孢囊;亚历山大藻;沉积物捕捉器;大亚湾;南海;

3. QIAO Xiu-Yun, ZHANG Ying.Non-marine dinoflagellate of Early Cretaceous in parameter well in Yanji Basin[J].Petroleum Geology and Oilfield Development in Daqing,1995,14 (1): 19-22.

[22]乔秀云,张莹.延吉盆地延参1井早白垩世非海相沟鞭藻[J].大庆石油地质与开发,1995,14(1):19-22.

4. And it has a small A/C value in dinoflagellate environment compared to diatom environment.

不同环境下类腐殖质混合物的组分比例不同,甲藻生长环境下相对于硅藻具有较低的A/C比值.

5. ABSTRACT Non-marine dinoflagellate fossil of middle cretaceous is very rare in the world.

中白垩世非海相沟鞭藻化石在世界上极为罕见。

6. Centromere Proteins in Dinoflagellate Crypthecodinium cohniiand an Analysis on the Relavent Evolutionary Problems

中的着丝粒蛋白及有关进化问题分析

7. Impacts and Toxic Mechanism of Dinoflagellate Alexandrium Species on Egg-hatching Success of Argopecten irradians Lamarck

亚历山大藻对海湾扇贝受精卵孵化的影响及致毒机制研究

8. Among them, the dinoflagellate, 39 species (including 1 new species ) 25 genera;green algae, 6 species, 3genera;and Acritarchs, 3 species, 2 genera. 5 algae assemblage zones were identified.

其中沟鞭藻类25属39种（含1新种），绿藻类3属6种，疑源类2属3种。

9. The migration of dinoflagellate cysts with transapical archaeopyle su-ture from sea water to fresh water lasted relatively long.

具过顶古口缝的沟鞭藻囊孢由海水向淡水迁移持续的时间较长。

10. HOLOCENE DINOFLAGELLATE CYST ASSEMBLAGES IN THE NORTHERN OKINAWA TROUGH AND THEIR PALAEOENVIRONMENTAL IMPLICATION

冲绳海槽北部全新世沟鞭藻孢囊组合及其古环境意义

11. BIOCHEMICAL STUDY OF CHROMOSOMAL BASIC PROTEIN FROM THE DINOFLAGELLATE AMPHYDINIUM CARTERAE

前环藻(Amphidinium carterae)(涡鞭毛虫)染色质碱性蛋白的研究

12. Arctic dinoflagellate Migrations Mark the Strongest Oligocene Glaciations

北极沟鞭藻迁移事件标志渐新世最强冰期

13. DISTRIBUTION OF DINOFLAGELLATE CYSTS IN SURFACE SEDIMENTS FROM SOUTH CHINA SEA

南海表层沉积沟鞭藻孢囊的分布特征

14. benthic dinoflagellate

厦门岛

15. STUDIES ON DINOFLAGELLATE CYSTS AND THEIR DISTRIBUTION IN XIAMEN WESTERN HARBOUR

厦门西港甲藻孢囊种类和数量分布特征

16. The precusors of dinosteranes were dinoflagellate algae developed in the saline and brackish water environments.

在这些环境中发育的甲藻类是甲藻甾烷的先质物。

17. Keywords Tahe Oilfield;molecular geochemistry;dinoflagellate;25-norhepane;genetic type;

塔河油田;分子地球化学;甲藻甾烷;25-降藿烷;成因类型;

18. The effect of Dinoflagellate Alexandrium tamarense on juvenile Perch Lateolabrax japonicus

塔玛亚历山大藻对鲈鱼幼鱼毒性效应研究

19. DYNAMICS ON CELL DENSITIES OF DIATOM, DINOFLAGELLATE AND RELATIONSHIP WITH ENVIRONMENTAL FACTORS IN

大亚湾澳头海域硅藻、甲藻的数量变动及其与环境因子的关系

20. VERTICAL DISTRIBUTION OF DINOFLAGELLATE RESTING CYSTS IN RECENT SEDIMENTS FROM DAYA BAY, THE SOUTH CHINA SEA

大亚湾近代沉积物中甲藻孢囊的垂直分布

21. Keywords Ningshao Plain;Hemudu archaeological site;Songze archaeological site;pollen;dinoflagellate cysts &freshwater algae;environment;human activity;

宁绍平原;河姆渡遗址;崧泽遗址;孢粉;藻类;环境;人类活动;

22. parasitic dinoflagellate

寄生甲藻

23. Formerstudies revealed that nutrients and microorganisms were two major factors affectingthe growth and toxin production of toxic dinoflagellate species.

对于能够形成有毒赤潮的甲藻，其生长和毒素产生受诸多因素影响，其中营养物质和微生物是非常重要的影响因子。

24. Late Pleistocene Marine Dinoflagellate from Dongying Depression, Shandong Province

山东东营凹陷晚更新世海相沟鞭藻类

25. Keywords scallop;culture;dinoflagellate;Sanggou Bay;

扇贝;养殖;甲藻;桑沟湾;

26. Diatom and dinoflagellate are two major functional groups of phytoplankton, of which diatom traditionally is regarded as main food sources for bivalves.

摘要硅、甲藻类是浮游植物中的2个主要功能类群，传统上认为硅藻类是贝类的主要饵料。

27. Thirty species of dinoflagellate cysts in 15 genus are identified from KMZK5 Core samples of recent marine sediment at the Luoyuan Bay mouth, Fujian.

摘要通过对福建罗源湾口海域KMZK5柱状沉积物中甲藻孢囊的分析，共鉴定出15属30种甲藻孢囊。

28. Two new species and one genus of dinoflagellate cysts are described from this Bartonian-Priabonian interval. They are Chateauneufacysta moesica gen.

文中描述Bartonian-Priabonian期的沟鞭藻一新属两新种:Chateauneufacysta moesica gen.

29. toxic dinoflagellate species

有毒种

30. TWO NEW SPECIES OF DINOFLAGELLATE CYSTS FROM THE UPPER CRETACEOUS NENJIANG FORMATION, SOUTHERN SONGLIAO BASIN, NE CHINA

松辽盆地南部上白垩统嫩江组两种新的沟鞭藻囊孢

31. Many dinoflagellate species can form resting cysts in impoverished environment conditions.

某些藻类(特别是甲藻),在不适宜生长的恶劣环境条件下能形成休眠孢囊。

32. Eocene Dinoflagellate in Qaidam Basin and Its Significance on Hydrocarbon Source

柴达木盆地始新统沟鞭藻及其油源意义

33. Keywords copepod;Calanus sinicus;diatom;dinoflagellate;feeding;egg reproduction;egg hatching;

桡足类;硅藻;甲藻;选择摄食;产卵;孵化;

34. Keywords Dinoflagellate;Hydrocarbon source rock;Lower Ganchaigou Formation;Eocene;Qaidam basin.;

沟鞭藻;烃源岩;下干柴沟组;始新统;柴达木盆地;

35. Mortality remained high even if larvae were switched to the dinoflagellate diet.

浮游动物为什么不能成功抑制硅藻的原因不清楚。

36. Secondary metabolites and their bioactive activities of a genus of marine Amphidinium Clap. Et Zachm dinoflagellate

海洋前沟藻属甲藻的次生代谢产物及其生物活性

37. Vertical distribution of dinoflagellate resting cysts in surface sediments from Shenzhen Bay of the South China Sea

深圳湾表层沉积物中甲藻孢囊的垂直分布

38. Keywords Dinoflagellate Unarmored dinoflagellate Red tide Taxonomy Zhujiang River estuary;

甲藻;裸甲藻;赤潮;分类;珠江口;

39. dinoflagellate cyst

甲藻孢囊

40. Keywords dinoflagellate cysts;taxonomy;Xiamen Harbor;

甲藻孢囊;分类学;厦门湾;

41. Keywords dinoflagellate cyst;Scrippsiealla trochoidea;Daya Bay;the South China Sea;eutrophication;

甲藻孢囊;锥状斯氏藻;大亚湾;南中国海;富营养化;

42. Keywords Dinoflagellate cyst;Changjiang River estuary;Red tide;

甲藻孢囊;长江口;赤潮;

43. dinoflagellate bloom

甲藻水华

44. Considerable media attention has focused on a new potential pathogen , Pfiesteria piscicida , a toxic dinoflagellate associated with fish kills in coastal waters .

相当多的中层注意力已集中在一种新的潜在的病原体上，有毒甲藻类灭鱼药，一种用于在浅海水域杀死鱼类的有毒的腰鞭毛虫。

45. The variations of dinoflagellate abundance inside and outside the Sanggou Bay scallop culture area during 1983 to 1984 and 1990 to 2000 are studied.

研究了1983-1984年和1999-2000年桑沟湾的扇贝养殖区内、外甲藻密度的变化。

46. A preliminary taxonomic study on dinoflagellate cysts from sediments of main estuary and bays in Fujian Province, China

福建省主要河口海湾沉积物中甲藻休眠孢囊分类学初步研究

47. However, the richness of dinoflagellate and blue-green algae increased significantly in warm seasons.

聚类结果显示各浮游植物群落组分无明显的斑块分布特征。

48. Free-swimming dinoflagellate

自由游动甲藻

49. Keywords harmful algal blooms;resting cyst;dinoflagellate;molecular biology technique;

赤潮;休眠孢囊;甲藻;分子生物学技术;

50. Keywords Red tide;Dinoflagellate;Enclosed ecosystem;Phytoplankton succession.;

赤潮;甲藻;围隔生态系;富营养;浮游植物演替;

51. This finding is different from the traditional perception and suggests further evaluation of the functional role of dinoflagellate in marine eco system.

这与传统认识有异，提示需进一步全面认识甲藻类群在海洋生态系统中的功能定位。

52. PRELIMINARY STUDY ON DINOFLAGELLATE CYSTS IN CHANGJIANG RIVER ESTUARY

长江口甲藻孢囊的初步研究

53. THE MIDDLE JURASSIC TO EARLY CRETACEOUS DINOFLAGELLATE ASSEMBLAGE SEQUENCE FROM EASTERN HEILONGJIANG

黑龙江省东部中侏罗世至早白垩世沟鞭藻组合序列