XU MULING, JIANG JINCHANG . 1988: A STUDY ON MEMORY RESPONSE OF MICE TO EARTHQUAKE PREMONITORY GEOSOUND. Acta Seismologica Sinica, 10(4): 415-422.
Citation: XU MULING, JIANG JINCHANG . 1988: A STUDY ON MEMORY RESPONSE OF MICE TO EARTHQUAKE PREMONITORY GEOSOUND. Acta Seismologica Sinica, 10(4): 415-422.

A STUDY ON MEMORY RESPONSE OF MICE TO EARTHQUAKE PREMONITORY GEOSOUND

More Information
  • Published Date: September 01, 2011
  • In this paper, comparative studies on the memory responses of white mice to earthquake premonitory thunders with a main peak frequency of 200 Hz and to pink noise are given. The results show that white mice not only can obviously form memory response to geo-sound signals but the sensibility of trained mice to this kind of geo-sound signals is markedly imporv-cd.1. In geo-sound group (Gs. G.) and noise group (N. G.), the time-intensity curve (TIC) of pass-door reactions both approximate to an exponential altenuation, and the peak intensity within the range of periods of 1-5s (SPL 10 dB) is 0.71 and 0.40, respectively. In control observations (Con.), the TIC approximates to a normal distribution of stochastic events, and rhe reaction intensity within the periods of 1-5s is only 0.13, its peak intensity within the range of periods of 11-15s is 0.32.2. In the Gs. G., the latency of pass-door responses to the geo-sound signal at lOdB is on an average 2450.5s, that is, it is on an average 0.86s shorter than that the N. G.; and to the geo-sound signal at 10-30 dB is shorter than the N. G. by about 2s.3. In the Gs. G., the collective effects of pass-door reaction are obvoiusly improved and the ratio of pass-door rection by the groups of three and four mice is 1.6 and 2.9 times of the Con., respectively.4. In test animals of the Gs. G., the TIC responding to a tone of 250 Hz still approximates to response to geo-sound signal, but the response to the pink noise obviously loses the original reaction properties.
  • [1] Armstrong, B. H., Acoustic emission prior to rockbursts aml earthquakes, Boll. Seism. Soc A mcr. 1969, 59, 1259——1279.

    [2] 中国科学院生物物理研究所地声组,余震期间的地声观测研究,地震科学研究,1980,第一辑 25——32,

    [3] 田时秀、胡富坤,唐山——宁河地区震前地声的观测研究,+ISCSEP》论文集(英文版),480——493,1984,地震出版社.

    [4] 蒋锦昌、刘向群,震前地声与动物异常关系的研究,地震学报,1981 ,3 429——439,

    [5] 蒋锦昌、孙巍、孙立愕、郑延令,岩石样品加压过程中家鼠反应的观察研究,科学探索学报,1983,3,37 —— 44.

    [6] 蒋锦昌、孙巍、徐慕玲,前兆性地声的衰减特性及生物效应的研究,地震学报,1985,7,202——211,

    [7] 巴甫洛夫高级神经活动杂志译丛编辑委员会编辑,《巴浦洛夫高级神经活动杂志译丛第七专辑;,1957,人民卫生出版社.

    [8] V. G.德西尔等著,张宗炳译,动物的行为,1966,上海科技出版社.

    [9] Wever, E. G. and M. Lawrence, Physiological Acoustic, Princeton New Jersey, 1954, Prin ceton University Press.

    [10] Schuknecht, H. F. and M. D. Detroit, Techniques for study of cochlear function and pathology in experimental animals, Archives of Otocarygology, A. lLl. A., 1953, 58, 377——397.

    [11] Georg Von Bekesy, G., Experiments in Hearing,]960, McGRAW——HILL Book Company.

    [1] Armstrong, B. H., Acoustic emission prior to rockbursts aml earthquakes, Boll. Seism. Soc A mcr. 1969, 59, 1259——1279.

    [2] 中国科学院生物物理研究所地声组,余震期间的地声观测研究,地震科学研究,1980,第一辑 25——32,

    [3] 田时秀、胡富坤,唐山——宁河地区震前地声的观测研究,+ISCSEP》论文集(英文版),480——493,1984,地震出版社.

    [4] 蒋锦昌、刘向群,震前地声与动物异常关系的研究,地震学报,1981 ,3 429——439,

    [5] 蒋锦昌、孙巍、孙立愕、郑延令,岩石样品加压过程中家鼠反应的观察研究,科学探索学报,1983,3,37 —— 44.

    [6] 蒋锦昌、孙巍、徐慕玲,前兆性地声的衰减特性及生物效应的研究,地震学报,1985,7,202——211,

    [7] 巴甫洛夫高级神经活动杂志译丛编辑委员会编辑,《巴浦洛夫高级神经活动杂志译丛第七专辑;,1957,人民卫生出版社.

    [8] V. G.德西尔等著,张宗炳译,动物的行为,1966,上海科技出版社.

    [9] Wever, E. G. and M. Lawrence, Physiological Acoustic, Princeton New Jersey, 1954, Prin ceton University Press.

    [10] Schuknecht, H. F. and M. D. Detroit, Techniques for study of cochlear function and pathology in experimental animals, Archives of Otocarygology, A. lLl. A., 1953, 58, 377——397.

    [11] Georg Von Bekesy, G., Experiments in Hearing,]960, McGRAW——HILL Book Company.
  • Related Articles

  • Cited by

    Periodical cited type(19)

    1. 杨士超,王亮,孙庆山,焦明若,钱蕊. sPL震相在海城地区震源深度测定中的应用. 大地测量与地球动力学. 2023(05): 523-528 .
    2. 包雪,叶放,张晗,金春伟. 宽频带地震仪性能现场检测方法进展研究. 地球物理学进展. 2023(04): 1739-1756 .
    3. 王莉婵,毛国良,王宁,李冬圣,蔡玲玲,王亚玲. 多种方法综合测定河北昌黎M_L4.5地震震源深度. 华北地震科学. 2021(01): 49-55 .
    4. 魏星,王向腾,李志伟,王烁帆,黄志斌,刘杰. 基于Pn/Pg相对定位方法研究2017年8月8日九寨沟M7.0地震起始破裂深度. 地球物理学报. 2019(04): 1300-1311 .
    5. 梁向军,魏娅玲,张东亚,刘林飞. 基于sPL震相测定山西地区的震源深度. 四川地震. 2019(02): 1-5 .
    6. 项月文,陈浩,肖孟仁. sPL震相在江西地区中小地震震源深度测定中的应用. 国际地震动态. 2019(11): 14-19 .
    7. 董彦君,王秋良,申学林,魏贵春. sPL震相在巴东M4.3地震序列震源深度测定中的应用. 大地测量与地球动力学. 2018(03): 221-224+232 .
    8. 刘双庆,梁建宏,朱元清,于俊谊,谢静. 几种常用地方震相对天然地震震源深度测定的误差解析分析及数值对比. 地震学报. 2018(02): 143-159 . 本站查看
    9. 王莉婵,王宁,蔡玲玲,李雪英,李冬圣,赵英萍,贾炯. 利用sPL震相测定2017年河北临城M_L 4.4地震震源深度. 地震地磁观测与研究. 2018(06): 56-64 .
    10. 缪阿丽,王俊,叶碧文,王维,沈红会,张艺. 2011年安庆M_S4.8地震前地下流体典型异常特征及机理研究. 地震. 2017(03): 180-189 .
    11. 张帆,刘永梅,郝美仙,韩晓明,李娟,赵星,候迪. 内蒙古阿拉善地区几次中等强度地震震源深度测定. 地震地磁观测与研究. 2017(02): 38-45 .
    12. 彭利媚,赵韬,陈祥开,陈小敏,孙佩雯,王茺. 利用sPL震相确定海南儋州2.6级地震震源深度. 地震地磁观测与研究. 2017(04): 21-25 .
    13. 彭利媚,陈小敏,王茺,陈祥开,周雯,孙佩雯. sPL震相在地震定位中的应用. 高原地震. 2017(02): 7-11 .
    14. 汪小厉,李玲利,杨源源. 金寨震群震源深度确定及成因初步分析. 中国地震. 2017(02): 269-279 .
    15. 李志伟,黄志斌,王晓欣,韩立波,陈伟文,包丰. USGS地震目录中4~5级震源深度异常地震可靠性初步研究:以南北地震带若干地震为例. 地球物理学报. 2015(04): 1236-1250 .
    16. 倪红玉,杨勋普,汪小厉,洪德全,李军辉. 基于PTD方法测定2014年金寨M_L3.9震群的震源深度. 华北地震科学. 2015(03): 26-30 .
    17. 王向腾,李志伟,包丰,崇加军,谢祖军,储日升,金笔凯. 2011年9月10日瑞昌-阳新地震发震构造初探. 地震地磁观测与研究. 2014(Z1): 15-21 .
    18. 杨军,袁松湧,金明培,李孝宾,叶泵,芮文军. JOPENS系统汇集REFTEK实时数据的实践应用. 地震地磁观测与研究. 2014(Z3): 288-293 .
    19. 项月文,罗丽,肖孟仁,汤兰荣,郑斌. sPL震相在九江—瑞昌M_S5.7地震序列震源深度测定中的应用. 华北地震科学. 2014(02): 7-13 .

    Other cited types(6)

Catalog

    Article views (1019) PDF downloads (84) Cited by(25)

    /

    DownLoad:  Full-Size Img  PowerPoint
    Return
    Return