phytolith

phytolith

1. On the meaning of phytolith and its classification in gramineae [J].Acta Micropalaeontologie Sinica, 2002,19 (4):389-396.

"植硅体"含义和禾本科植硅体的分类[J].微体古生物学报,2002,19(4):389-396.

2. ZHANG Yu-lan, ZIIANG Min-bin, HUA Di.Application of opal phytolith in archaeology and paleeenvironmental interpretation [J].ShanghaiGeology, 2002, 81 (1): 15-18.

[18]张玉兰,张敏斌,华棣.植硅石研究在考古及古环境解释中的应用[J].上海地质,2002,81(1):15-18.

3. ZHANG Yu-lan, ZHANG Min-bin, SONG Jian.Estimation on ancestor cultivation from characteristic of phytolith assemblage in Guangfulin site [J].Chinese Science Bulletin, 2003,48 (1): 96-99.

[20]张玉兰,张敏斌,宋建.从广富林遗址中的植硅石组和特征看先民农耕发展[J].科学通报,2003,48(1):96-99.

4. L(U) Hou-yuan,WU Nai-qin,LIU Dong-sheng,et al.Seasonal climatic change reflected by phytolith assemblages in the loess of Baoji since 150ka B.P.[J].Science in China (Series D),1996,16(2):131-136.

[2]吕厚远,吴乃琴,刘东生,等.150 ka来宝鸡黄土植物硅酸体组合季节性气候变化[J].中国科学(D辑),1996,16(2):131-136.

5. ZHANG Xin-rong,HU Ke,JIE Dong-mei,et al.Environment indication of phytolith in peat deposit[J].Journal of Jilin University (Earth Science Edition),2005,35(6):694-698.

[6]张新荣,胡克,介冬梅,等.泥炭沉积中植硅体对环境指示的意义[J].吉林大学学报(地球科学版),2005,35(6):694-698.

6. WANG Yong-ji, LU Hou-yuan.Brief introduction of phytolith research and its application [J].Oceanography of Huanghai &Bohai Seas, 1989,7 (2): 66-68.

[6]王永吉,吕厚远.植物硅酸体研究及应用简介[J].黄渤海海洋,1989,7(2):66-68.

7. Phytolith Distribution in the Surface Peat Deposit of Northeast China

东北地区泥炭表层沉积中植硅体分布特征

8. Phytolith diagnostic characteristics of rice remains at prehistoric settlements in North China

中国北方史前遗址稻作遗存的植物硅酸体判别标准

9. PHYTOLITH RECORD OF SURFACE SAMPLES FROM CENTRAL EASTERN INNER MONGOLIA AND THEIR RELATIONSHIP TO THE MODERN VEGETATION

内蒙古草原中东部现代表土植硅体组合与植被关系

10. It shows that phytolith has its own advantage in paleo-evironmental reconstruction of peat bogs,and will be of great help in discriminating th...

对泥炭沉积中的植硅体进行了分析,初步证实植硅体对重建泥炭地古环境变迁模式起着重要的作用,对提高古气候变化的分辨率有很大的帮助。

11. It shows that phytolith has its own advantage in paleo-evironmental reconstruction of peat bogs, and will be of great help in discriminating the palaeo-climatic change.

对泥炭沉积中的植硅体进行了分析，初步证实植硅体对重建泥炭地古环境变迁模式起着重要的作用，对提高古气候变化的分辨率有很大的帮助。

12. Keywords Chaohu area;phytolith;environment changes;disaster event;historical data;Mexico Hat analyzing;risk management of disasters;

巢湖流域;植硅体;环境变化;灾害事件;历史文献;小波分析;灾害危机管理;

13. Phytolith plays an important role in the study of paleobotany and paleo-environment because of its small, high yield, and its ability of anti-erosion and high-temperature resistant.

摘要泥炭地作为环境变化的敏感带，成为当前环境气候研究的热点之一。

14. VEGETATIONAL CHANGES FOLLOWING VOLCANIC ERUPTIVE EVENTS FROM PHYTOLITH ANALYSIS FROM LAKE POUKAWA CORE, HAWKES BAY, NEW ZEALAND

新西兰霍克湾普卡瓦湖岩芯植硅体分析所揭示的火山喷发事件后的植被变化

15. In this article, we identified the diagnostic phytolith form of foxtail millet and applied it archaeologically to discuss the origin and development of agriculture in ancient northern China.

本论文在对已发表的有关北方农业起源与发展状况的考古资料进行梳理的基础上，尝试通过植硅石分析方法来探讨北方旱作农业起源与发展情况。

16. APPLICATION OF PHYTOLITH IN RECONSTRUCTION OF LOESSIAL PALEOCLIMATE

植物硅酸体研究在黄土古气候恢复中的应用

17. Keywords phytolith;pollen analysis;peat deposit;environmental change;

植硅体;孢粉分析;泥炭沉积;环境变迁;

18. Phytolith analysis

植硅体分析

19. Application of Opal Phytolith in Archaeology and Paleo-environmental Interpretation

植硅石研究在考古及古环境解释中的应用

20. Keywords global change;loess;phytolith;stable isotope;

气候变化;黄土;植物硅酸体;稳定同位素;

21. Phytolith plays an important role in the study of paleobotany and paleo-environment because of its small,high yield,and its ability of anti-erosion and high-temperature resistant.

泥炭地作为环境变化的敏感带,成为当前环境气候研究的热点之一。

22. MID-LATE PLEISTOCENE PALAEOVEGETATION AND PALAEOCLIMATE CHANGE RECONSTRUCTED BY PHYTOLITH AND MOLECULAR FOSSIL RECORDS OF VERMICULAR RED EARTH IN CHANGXING, ZHEJIANG

浙江长兴中-晚更新世红土植硅体与分子化石记录及其环境意义

23. phytolith assemblage zone

组合带

24. Gramineae and aquatic herbs, together with phytolith analysis, can be used as an indicator of ancient paddy fields at archaeological sites on the Yangtze River Delta.

绰墩遗址孢粉分析的结果可能为判断古水稻土提供一个有效的方法。

25. Phytolith analysis in the surface soils is not only an important approach of studying phytolith assemblages in the Quaternary sediments, but also a basis of Quaternary environment reconstruction.

表土沉积物中的植硅体分析是了解第四纪沉积物中植硅体组成的重要途径，也是重建第四纪古环境的基础。

26. a warmer temperature is always corresponding with higher contents of fan-shaped and dumbbell-shaped phytolith, the more humid, the higher content of fan-shaped phytolith.

较高温度条件对应扇型、哑铃型植硅体含量较高，较高湿度对应扇型植硅体含量较高。

27. long-saddle phytolith

长鞍型植硅体