收稿日期: 1998-07-03
修回日期: 1998-09-28
网络出版日期: 1999-04-01
基金资助
“九五”国家攀登计划青藏项目和中国科学院“九五”重大项目“青藏高原湖泊现代沉积过程与古环境解释”(KZ951-A1-202-02)资助。
REVIEW ON THE HIGH-RESOLUTION VARVED LAKE SEDIMENTS AS A PROXY OF PALEOENVIRONMENT
Received date: 1998-07-03
Revised date: 1998-09-28
Online published: 1999-04-01
作为高分辨率古环境指示器,湖泊纹泥在重建晚第四纪特别是近代全球环境变化中具有特殊的地位和意义。纹泥携带的各种季节信息反映了区域生物学、地球化学、沉积学对季节性驱动力的响应,而且纹泥本身可以提供反映沉积环境和气候变化的精确计年,近30年来湖泊纹泥应用研究发展历史表明,纹泥的应用主要集中于以下三个方面:纹泥计年、纹泥厚度变化和纹泥沉积物分析,其中纹泥提供的精确测年是一切应用的基础。可以看出,在古环境研究中,纹泥作为一个高分辨率指标,它的应用已从单纯的测年控制,逐渐深入到对纹泥层偶本身携带的信息的研究。采用多学科交叉、多指标综合进行系统研究是未来纹泥应用的主要方向。
李万春,李世杰,濮培民 . 高分辨率古环境指示器——湖泊纹泥研究综述[J]. 地球科学进展, 1999 , 14(2) : 172 -176 . DOI: 10.11867/j.issn.1001-8166.1999.02.0172
Varved lacustrine sediments are high-resolution archives of paleoenvirnmental conditions.They are generally regarded as a potential source for understanding how the past variability may be effected by climatic forcing and/or non-climatic factors in late Quaternary,especially in the past 2 000 years.Theymay provide some of the longest and most useful records of past interannual to decadal-scale climatic variability.The regional biological,geochemical and sedimentological responses tothe seasonal climatic changes are genuinelyrecorded in varved sediments.Most importantof all,varves can provide an absolute chronology based on calendaryears and information about processes in the lake and the catchment area.
The applications of varved lacustrine sediements could be categorized into tree types,i.e.absolute dating obtained and applications;varve thickness fluctuations and correlationwith climatic factors;analysis on the content of the sediment in the varves and synthetic interpetation.With few exceptions,the definite chronology obtained through varve counting provieds a bound basis for further research.In former times,varveswere merely used as effective though controversial tool for its absolute dating.During the last 30 years,the information stores in the couplets has been increasingly notified.With the development of freeze coring aswell as the advancing of analytical techniques,more and more interpretationswith interannual to decadal-scale resolutions have been obtained.It is anticipated thatvarve studies in amore systematicwaywill be favored.
〔1〕Kemp A E S.Palaeoclimatology and palaeoceanography from laminated sediments.Geological Society Special Publication,No 116,1996.
〔2〕Mitchell JM,Jr.An overviewof clmatic variability and its casualmech-anisms.Quat Res,1976,6:481~493.
〔3〕Anderson R Y,Dean W E.Lacustrine varve formation through time.Palaeogeogr Palaeoclimatol Palaeoecol,1988,62:215~235.
〔4〕Ludlam S D.Fayetteville Green Lake,NewYork,USA,Ⅶ:varve chronology and sediment focusing.Chem Geo,1984,44:85~100.
〔5〕Thunell R,Pride C,Tappa E,et al.Varve formation in the gulf of California: insights from time series sediment trap sampling and remote sensing.Quat Sci Rev,1993,12:451~464.
〔6〕Dickman M D.A possible varving mechanism for meromictic lakes.Quat Res,1979,11:113~124.
〔7〕Stromberg B.The Swedish varve chronology. In:Ehlers J ed.Glacial deposits in north-west Europe. Rotterdam:A A Balkema,1983.97~106.
〔8〕Boygle J.The Swedish varve chronology-a review.Prog Phys Geog,1993,17(1):1~19.
〔9〕Anderson R Y,Nuhfer F B,Dean W E.Sedimentation in a blast-zone lake Mounnt St.Helens,Washington-implications for varve fromation.Geology,1985,13:348~352;
〔10〕O Sullivan P E.Annually-laminated lake sediments and the study of quaternary environment changes-a review.Quat Sci Rev,1983,1(4):245~313.
〔11〕Bradbury J P,Dean WE.ElkLake:evidence for rapid climate change in the North-Central United States.Boulder,Colorado,Geological Society of America Specical Paper 276,1993.
〔12〕Jones P D,Bradley R S,Jouzel J.Climatic variations and forcing mechanisms of the last 2000 years.Berlin:Spinger-Verlag,1996.
〔13〕Larson C P S,MacDonald G M.Lake morphometry,sediment mixing and the selection of sites for fime resolution paleoecological studies.Quat Sci Rev,1993,12:781~791.
〔14〕Dosloges J R.Varve deposition and the sediment yield record at three lakes of the Southern Canadian Cordillera.Arctic and Alpine Research,1994,26(2):130~140.
〔15〕Swain A M.Environmental changes during the past 2 000 years in North-central Wisconsin:analysis of pollen,charcoal,and seeds from varved lake sediments.Quat Res,1978,10:55~68.
〔16〕Ludlam S D.Fayetteville Green Lake,New York,Ⅲ:the laminated sediments.Limnol Oceanogr,1969,14(6):848~857.
〔17〕Anderson N J,Korsman T,Renberg I.Spatial heterogeneity of diatom straigraphy in varved and non-varved sediments of a small,boreal-forest lake.Aquatic Sciences,1994,56(1):40~58.
〔18〕Anderson RY,Koopmans IH.Harmonic analysisof varve time series.J Geophys Res,1963,68(3):877~893.
〔19〕Itkonen A,SalonenV-P.The response of sedimentation in three varved lacustrine sequences to air temperature.preciptation and human impact.J Paleolimnol,1994,11:323~332.
〔20〕Simola HL K,Coard MS,O Sullivan P E.Annual laminations in the sediments of Loe Pool,Cornwall.Nature,1981,290:238~241.
〔21〕Lotter A F.Evidence for annual layering in Holocene sediments of Soppensee,Switzerland.Aquat Sci,1989,51(1):19~30.
〔22〕Zolitschka B.Absolute dating of late Quaternary lacustrine sediments by high resolution varve chronology.Hydrobiologia,1991,214:59~61.
〔23〕Kelts K,Hs¨u K J.Freshwater carbonate sedimentation.In:Leeman A ed.Lakes: chemistry, geology, phyics. New York: Springer-Verlag,1978.295~323.
〔24〕Wan G J,Santschi PH,SturmM,et al.Natural(210Pb,7Be)and fallout(137Cs,239Pu,240Pu,90Sr)radionuclides as geochemical tracers of sedimentation of sediment in Greifensee, Switzerland. Chem Geol,1987,63:181~196.
〔25〕Ostrem G,Olsen H C.Sedimentation in a glacier lake.Geografiska Annaler,1987,69A:123~138.
〔26〕Davidson G A.A modified tape-peel technique for preparing permanent qualitative microfossil slides.J Paleolimnol,1988,1:229~234.
〔27〕Clark J S.Stratigraphic charcoal analysis on petrographic thin section:application to fire history in Northwestern Minnesota. Quant Res,1988,30:81~91.
〔28〕Renberg I.Imroved methods for sampling,photographing and varvecounting of varved lake sediments.Borens,1981,10:255~258.
〔29〕Card VM.Varve-counting by the annual pattern of diatoms accumulated in the sediment of BigWatabLake,Minnesota,AD 1837~1990.Boreas,1997,26:103~112.
〔30〕Petterson G,Renberg I,Geladi P,et al.Spatial uniformity of sediment accumulation in varved lake sediments in Northern Sweden.J Paleolimnol,1993,9:195~208.
〔31〕Zolitschka B.Absolute dating of late Quaternary lacustrine sediments by high resolution varve chronology.Hydrobiologia,1991,214:59~61.
〔32〕Leonard E M.A varve-based calibration of the Bridge River tephra fall.Can J Earth Sci,1995,32:2 098~2 102.
〔33〕Oldfield F,Crooks P R J,Harkness,D D,et al.AMS radiocarbon dating of organic fractions from varved lake sediments:an empirical test of reliability.J Paleolimnol,1997,18:87~91.
〔34〕Leonard EM.Use of lacustrine sedimentary sequences as indicators of Holocene glacial history,Banff National Park,Alberts,Canada.Quat Res,1986,26:218~231.
〔35〕Bjorck S,Sandgren P,Holmquist B.A magnetostratigraphic comparison bbetween14C years and varve years during the late Weichselian,indicating significant differences between the time-scales.J Quat Sci,1987,2:133~140.
〔36〕Appleby P G,Oldfield F,Thompson R,et al.210Pb dating of annually laminated lake sediments from Finland.Nature,1979,280:53~56.
〔37〕Lotter A F·Absolute dating of the late-glacial period in Swetzerland using annually laminated sediments.Quat Res,1991,35:321~330.
〔38〕Lotter A F,SturmM,Wehrli B.Varve formation since 1885 and highresolution varve analyses in hypertrophic Baldeggersee(Switzerland).Aquatic Sciences,1997,59:304~325.
〔39〕Lotter A F.How long was the Younger Dryas? Preliminary evidence from annually laminated secdiments of Soppensee (Switzerland).Hydrobiologia,1991,214:53~57.
〔40〕Goslar T, Kuc T, Ralsks-Jasiewiczowa M,et al.High-resolution lacustrine record of the late glacial/Holocence transition in central Europe.Quat Sci Rev,1993,12:287~294.
〔41〕Hs¨u K J.Could global warming be a blessing for mankind? Terrestrial,Atmospheric and Oceanic Sciences,1996,7(3):375~392.
〔42〕Pickrill R A,Irwin J.Sedimentation in a deep glacial-fed lake-Lake,Tekapo,New Zealand.Seimentology,1983,30:63~75.
〔43〕Reid I,Frostick L.Late Pleistocence rhyhmite sedimentation at the margin of the Dead Sea trough:a guide to paleofood frequency.In:McManus J,Duck R W, eds.Geomorphology and sedimentology of lakes and reservors.John Wiley&Sons,1993·259~273.
〔44〕Ludlam S D.Sedimentation rates in Fayetteville Green Lake,New York,USA.Sedimentology,1981,28:85~96.
〔45〕Dosloges J R, Gilbert R. The sedimentary record ofMoose Lake:implications for glacier activity in the Mount Robson area, British Columbia. Can J Eanth Sci,1995,32:65~78.
〔46〕Hardy D R,Bradley R S,Zolitchka B.The climatic signal in varved sediments from Lake C2,northern Ellesmere Island,canada.J Paleolimnol,1996,16:227~238.
〔47〕Lotter A F,Birks H J B.The separation of the influence of nutrients and climate on the varve time-series of Baldeggerseel(Switzerland).Aquatic Sciences,1997,59:362~373.
〔48〕Lamoureux S F,Bradley R S.A late Holocene varved sediment record of envirommental change from norther Ellesmere Island.Canada.J Paleolimnol,1996,16:239~255.
〔49〕Anderson RY.Possible connection between surfacewinds.solar activity and the Earth s magnetic field. Nature,1992,358:51~53.
〔50〕Gronlund EG.Sediment characteristics in relation to cultivation history in two varved lake sediments from East Finland.Hydrobiologia,1991,214:137~142.
〔51〕Farr KM,Jones DM,O Sullivan P E,et al.Paleolimnological studies of laminated sediments fromthe Shropshire-Cheshire meres.Hydrobiologia,1991,214:279~292.
〔52〕Dean WE,Bradbury J P,Anderson RY,et al.The variability of Horlocene change:evidence from varved lake sediments.Science,1984,13:13~28.
〔53〕Peglar S M,Fritz S C,Alapieti T,et al. Composition and formation of laminated sediments in Diss Mere,Norfolk,England.Boreas,1984,13:13~28.
〔54〕Schaller Y,Moor H C,Wehrli B.Sedimentary profiles of Fe,Mn,V,Cr,As and Mo as indicators of benthic redox condition in Baldeggersee.Aquatic Sciences,1997,59(4):345~361.
〔55〕Wehrli B,Lotter A F,Schaller T,et al.High-resolution varve studies in Baldeggersee(Switzerland):project overviewand limnological back-ground data.Aquatic Sciences,1997,59:285~294.
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