0	PKDB-Logo	Startlogo	1993	PKDB	f	/pkdb/mwriter	lentner	19951102	0	logo0002.tif
1	Maps of California and Santa Rosa Island, USA.	Maps of California and Santa Rosa Island showing the Abalone Rocks Marsh coring site, the Torrey Pine stand and the Monterey Cypress plantings. A wind rose depicts the frequency of wind direction during the early spring.	May 1994	61697	c	/pkdb50/image/4X6/61697	lentner	19951114	61697	A1.tif
2	Abalone Rocks Marsh, Santa Rosa Island, California, USA.	Photograph of Abalone Rocks Marsh, showing location of coring site. Santa Cruz Island is visible in the distance.	May 1994	61697	c	/pkdb50/image/4X6/61697	lentner	19951114	61697	A2.tif
3	Location map of Southern Patagonia (Chile, Argentina).	Location of core sites and surface pollen sites in relation to vegetation and physical features in Southern Patagonia and adjacent Fuegia (Chile, Argentina).	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A3.tif
4	Cordillera de Paine.	Cordillera de Paine at altitudes of over 3000 m in Parque Nacional Torres del Paine, Chile.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A4.tif
5	Nothofagus pumilio forest.	Closed Subantarctic Deciduos Forest dominated by Nothofagus pumilio, Chile.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A5.tif
6	Patches of Nothofagus pumilio.	Ecotone of Steppe with outlying patches of Nothofagus pumilio woodland at Laguna Amarga to the east of the Cordillera de Paine. Community of Festuca and Mulinum in the foreground, Chile.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A6.tif
7	Steppe of Chiliotrichum.	Steppe of Chiliotrichum at Seno Otway, north of Punta Arenas, Chile.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A7.tif
8	Steppe of Stipa with Verbena.	Steppe of Stipa with Verbena in the background on end moraine at Lago Sarmiento near Torres del Paine, Chile.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A8.tif
9	Steppe dominated by Mulinum.	Steppe dominated by Mulinum in Parque Nacional Torres del Paine, Chile.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A9.tif
10	Surface pollen diagrams, Patagonia.	Surface pollen diagrams of leading components, Gramineae, Compositae, and Nothofagus, in forest, steppe, and forest-steppe ecotone at numbered sites, located in relation to the Estrecho de Magallanes and Torres del Paine, Chile.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A10.tif
11	Pollen diagram at Punta Arenas, Chile.	Fossil pollen and spore diagram of mire deposit at Punta Arenas, Chile, including radiocarbon-dated horizons (yr B.P.), charcoal concentrations, loss on ignition, and lithology.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A11.tif
12	Pollen diagram at Puerto del Hambre, Chile.	Fossil pollen and spore diagram of mire deposit at Puerto del Hambre, Chile, including radiocarbon-dated horizons (yr B.P.), estuarine indicators, charcoal concentrations, loss on ignition, and lithology.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A12.tif
13	Pollen diagram at Torres del Paine, Chile.	Fossil pollen and spore diagram of lake deposit at Torres del Paine, Chile, including radiocarbon-dated horizons (yr B.P.), charcoal and carbonate concentrations, loss on ignition, and lithology.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A13.tif
14	Summary pollen diagrams at Puerto del Hambre, Punta Arenas, and Torres del Paine, Chile.	Summary diagram drawn on a uniform time scale of Notofagus/Gramineae ratios shown in relation to charcoal concentrations at Puerto del Hambre, Punta Arenas, and Torres del Paine, Chile. Arrows indicate radiocarbon-dated horizons.	1995	107171	c	/pkdb50/image/5X1/4X0/107171	lentner	19951128	107171	A14.tif
15	Itkillik glacier features of the central Brooks Range	Itkillik glacier features of the central Brooks Range, northern Alaska. Letters designate moraines named in text: A=Atigun moraine; AL=Anivik Lake moraine; AV=Antler Valley moraine; B=Bettles moraine; BM=Banded Mountain moraine; C=Chebanika moraine; G=Galbraith Lake moraine; H=Helpmejack moraine; I=Iniakuk moraine; K=Kakuktukruich moraine; N=Ninemile moraine; S=Siruk Creek moraine; W=Walker Lake moraine. Numbers refer to locations of radiocarbon samples listed in Table 3.	1975	19153	c	/pkdb50/image/4X1/19153	karin	19951207	19153	A15.tif
16	Pollenanalytische Fundpunkte in der Schweiz whrend des Allerd-Interstadials	Pollenanalytische Fundpunkte zur Vegetationsentwicklung whrend des Allerd-Interstadials (11700-11000 B.P.) Die Fhre war damals die am hufigsten verbreitete Holzart. In den Zentralalpen trat bereits an einigen Stellen erstmals die Arve auf.	1988	101801	c	/pkdb50/image/5X1/4X0/101801	karin	19951207	101801	A16.tif
17	Pollenanalytische Fundpunkte in der Schweiz whrend des Prboreals.	Vegetationsentwicklung zu Beginn der Nacheiszeit whrend des Prboreals. Die Fhre, Arve (Zentralalpen) und die Birke waren die dominierenden Waldbildner um 10200-8800 B.P.	1988	101801	c	/pkdb50/image/5X1/4X0/101801	karin	19951207	101801	A17.tif
18	Pollenanalytische Fundpunkte in der Schweiz whrend des Boreals.	Grundzge der Vegetation  zur Zeit des Boreals (8800-7500 B.P.). Nrdlich der Linie Genfersee - Berner Oberland - Tdi - Sargans beherrschte die Hasel das Vegetationsbild. In den Zentralalpen dominierten Fhre, Arve, Lrche, Weitanne und Fichte als neueinwandernde Holzarten.	1988	101801	c	/pkdb50/image/5X1/4X0/101801	karin	19951207	101801	A18.tif
19	Pollenanalytische Fundpunkte in der Schweiz whrend des lteren Atlantikums.	lteres Atlantikum (7500-6000 B.P.) mit dominierendem Eichenmischwald im Mittelland, dem Jura, den Vor- und Sdalpen. Die Figur zeigt die Einwanderung der Weisstanne (Abies) von Sden und das Vordringen der Fichte (Picea) aus den Ostalpen bis zur Linie St. Galler Rheintal - Wallensee - Ilanz - Bellinzona.	1988	101801	c	/pkdb50/image/5X1/4X0/101801	karin	19951207	101801	A19.tif
20	Pollenanalytische Fundpunkte in der Schweiz whrend des Subboreals.	Whrend des Subboreals (4800-2800 B.P.) erreichte die Fichte (Picea) von der Ostschweiz vordringend die Zentralschweiz, das Berner Oberland, den westlichen Jura und die Genfersee-Gegend. In den Vor- und Sdalpen, im Mittelland und im Jura wanderte die Buche (Fagus sylvatica) ein, whrend in den Zentralalpen die Grnerle (Alnus viridis) sich auszubreiten begann.	1988	101801	c	/pkdb50/image/5X1/4X0/101801	karin	19951207	101801	A20.tif
21	Verbreitung der Hamburgienfundstellen	Nordeuropische Tiefebene. 1 Oldeholtwolde.- 2 Ureterp.- 3 Duurswoude.- 4 Havelte.- 5 Deimern.- 6 Heber.- 7 Meiendorf, Poggenwisch, Stellmoor.- 8 Borneck. - 9 Schalkholz.- 10 Jels.- 11 Liny 1. - 12 Olbrachcice 8, Siedlnica 17a.- A Einzelfundstellen.- B Fundstellenanhufungen.- C Uferlinie vor 13 000 B. P.- D Ausdehung der letzten Vereisung.	1987	110332	c	/pkdb50/image/5X1/4X1/110332	ulrike	19960115	110332	A21.tif
22	Extent of the combined ice body of Laurentide and Cordilleran Ice Sheet.	Retreat of the margins of the North American ice sheets. Dates in ka BP.	1995	110352	c	/pkdb50/image/5X1/4X1/110352	ulrike	19960202	110352	A22.tif
23	Maximum extent of the Scandinavian ice sheet.	Retreat of the margin of the Scandinavian ice sheet. Dates in ka BP.	1995	110352	c	/pkdb50/image/5X1/4X1/110352	ulrike	19960202	110352	A23.tif
24	Baltic Ice Lake	The Baltic Ice Lake at its largest stadium, just before the drainage 10300 ka BP. The star shows the location of Mt. Billingen. (NE-Europe)	1995	110369	c	/pkdb50/image/5X1/4X1/110369	susanne	19960205	110369	A24.tif
25	Laurentide Ice Sheet	Fig. 1. Ice-marginal positions of the Laurentide Ice Sheet at various times (in ka BP) during the last deglaciation, showing the divide shift on the ice sheet (after Dyke and Prest, 1987). (North America)	1995	110359	c	/pkdb50/image/5X1/4X1/110359	susanne	19960205	110359	A25.tif
26	Diagram: Deglaciation in the Lake Michigan basin.	Fig. 2. Deglaciation in the Lake Michigan basin, showing the rapid fluctuations of the ice margin and in lake levels, and the many different outlets and inlets to the basin that were involved (Hansel et al., 1985, Fig. 1). (North America)	1995	Hansel et al., 1985	c	/pkdb50/image/5X1/4X1/110359	susanne	19960205	110359	A26.tif
27	Diagram: Fluctuations of the ice margin in the Lake Erie basin.	Fluctuations of the ice margin in the Lake Erie basin during the last deglaciation, showing changes in lake level and the outlets used (Calkin and Feenstra, 1985, Fig. 2). (North America)	1995	Calkin and Feenstra, 1985	c	/pkdb50/image/5X1/4X1/110359	susanne	19960206	110359	A27.tif
28	Maximum extent of late Wisconsinan glaciation during retreat of the Laurentide Ice Sheet.	Fig. 4. Maximum extnet of late Wisconsinan glaciation and the total area covered by ice-dammed lakes (stippeled) during retreat of the Laurentide Ice Sheet. Major routes of glacial runoff are indicated by arrows and named as follows: A= Minnesota River Valley; B= Eastern Agassiz outlets; C=Chicago outlet; D= Wabash River Valley; E= Grand River Valley; F= Port Huron outlet; G= Kirkfield (Fenelon Falls) outlet; H= North Bay outlet; I= Mohawk Valley; J= Hudson Valley. The divides between major watersheds are shown by dash-dot line (Teller, 1987, Fig. 2). (North America).	1995	110359	c	/pkdb50/image/5X1/4X1/110359	susanne	19960206	110359	A28.tif
29	Topography of Lake Ontario basin and headwaters of Hudson River Valley spillway.	Fig. 5. Topography of Lake Ontrio basin and headwaters of the Hudson River Valley spillway (HV) south of the St Lawrence Valley (m) (after Gadd, 1988b, Fig. 1). Overflow routes through Mohawk Valley (MV) and Champlain Valley (CV) also are indicated. LAUR= Laurentian Highlands, ADIR= Adirondack Highland, GR-ND= Green-Nortre Dame Mountains. (North America).	1995	110359	c	/pkdb50/image/5X1/4X1/110359	susanne	19960206	110359	A29.tif
30	Critical late glacial paleohydrological thresholds	Fig. 6. Critical late glacial paleohydrological thresholds (serrated line) in North America that changed during deglaciation. Arrows with similar styles contrast the routing before vs. after the specific threshold was breached.	1995	110359	c	/pkdb50/image/5X1/4X1/110359	susanne	19960206	110359	A30.tif
31	Time-distance diagram of ice retreat and extent of Lake Agassiz waters.	Fig. 7. Time-distance diagram of ice retreat (stippled, tills named) and extent of Lake Agassiz waters (unpatterned area, major lacustrine units named); areal extent of Lake Agassiz roughly correlates with lake depth. The overflow spillways that helped control lake depth are also shown (Fenton et al., 1983, Fig. 2), (North America). 	1995	Fenton et al., 1983	c	/pkdb50/image/5X1/4X1/110359	susanne	19960206	110359	A31.tif
32	Karte der Anden mit Hhe der pleistoznen und heutigen Schneegrenze	Sdamerika, Anden	1976	25241	c	/pkdb50/image/4X2/25241	karin	19960524	25241	A32.tif
33	Oxygen isotope and pollen record of core MD76135, Arabian Sea.	Oxygen isotope and pollen record of core MD76135. Ages are estimated from refs 24, 41, 46. On the right column, total humid tropical taxa include humid tropical, tropical montane and Sudano-Sahelian taxa of the main diagram. All pollen relative frequencies are calculated on the total pollen sum. Arabian Sea.	1982	11924	c	/pkdb50/image/4X1/11924	karin	19970313	11924	A33.tif
34	Eem-Frhwrm-Profile, Mittel- und Nordeuropa.	Lage der wichtigsten Eem-Frhwrm-Profile. 1=Amersfoort; 2a=Odderade; 2b=Rederstall; 3=Grande Pile; 4=Sulzberg-Baden; 5=Samerberg; 6=Mondsee; /=Wanssum; 8=Osterwanna; 9=Oerel; 10=Geesthacht; 11=Keller; 12=Loopstedt; 13=Brrup Hotel Bog; 14=Rodebaek; 15=Mutten-Signau; 16=Gondiswil-Ufhusen; 17=Drnten; 18=Uster; 19=Katy. A=Amsterdam; B=Berlin; Be=Bern; Br=Bremen; Bu=Budapest; F=Frankfurt; H=Hamburg;Ha=Hannover; I=Innsbruck; K=Kopenhagen; K=Kln; Kr=Krakau; Ki=Kiel; M=Mnchen; P=Prag; PO=Posen; S=Stuttgart; Sa=Salzburg; W=Wien; Wa=Warschau; Z=Zrich	1981	44987	c	/pkdb50/image/4X4/44987	karin	19970313	44987	A34.tif
35	Glaciers (1955) and moraine stages on Ruwenzori.	Glaciers (1955) and moraine stages on Ruwenzori. Glaciers are represented by shaded areas and moraines by heavy solid lines. Contour lines have 200 m spacing; after Hastenrath (1984) and Osmaston (1989b). Uganda.	1990	162104	c	/pkdb50/image/5X1/4X6/162104	ulrike	19970314	162104	A35.tif
36	Glaciers (1967) and moraine stages on Mount Kenya.	Glaciers (1967) and moraine stages on Mount Kenya. Glaciers are represented by shaded areas and moraines by heavy solid lines. Contour lines have 200 m spacing; after Hastenrath (1984). Kenya.	1990	162104	c	/pkdb50/image/5X1/4X6/162104	ulrike	19970314	162104	A36.tif
37	Glaciers (1967) and moraine stages on Kilimanjaro.	Glaciers (1967) and moraine stages on Kilimanjaro. Glaciers are represented by shaded areas and moraines by heavy solid lines. Contour lines have 200 m spacing; after Hastenrath (1984) and Osmaston (1989). Tanzania.	1990	162104	c	/pkdb50/image/5X1/4X6/162104	ulrike	19970314	162104	A37.tif
38	Analog Vegetation maps for eastern North America.	These maps are based on 11.700 fossil pollen samples and 1744 modern pollen samples. Twenty-one pollen taxa were included in analyses: Alnus, Fraxinum, Populus, Tilia, Fagus, Betula, Ulmus, Abies, Celtis, Corylus, Tsuga, Carya, Ostrya/Carpinus, Quercus, Pinus, Prairie, Cyperaceae, Picea, Liquidambar, Platanus, and Juglans.\
Analog/no analog vegetation types were assigned to a 100x100km at 1000 year intervals using a three dimensional, time-space, interpolation scheme. To generate maps the paleocast line/ocean and Laurentide Ice Sheet were overlain to mask out appropriate portions of equal area grid boxes.\
Age estimates are based on uncalibrated radiocarbon dates.\
Time slices: 18 ka, 12 ka, 9 ka, 6 ka, 3 ka, Modern. \
Vegetation types: Ice, Tundra, Forest Tundra, Boreal Forest, Aspen Parkland, Prairie, Southeast Forest, No Analog, No Data.	1992	159079	c	/pkdb50/image/5X1/4X5/159079	lentner	19970314	159079	A38.gif
39	Location of Fargher Lake in relation to Mount St. Helens	Location of Fargher Lake (Washington, USA) in relation to Mount St. Helens and the Portland-Vancouver area. Shaded portions represent upland in excess of 300 m in elevation.	1980	14577	c	/pkdb50/image/4X1/14577	chris	19970317	14577	A39.tif
40	Tephra layers related to age, pollen stratigraphy and reconstructed temperatures and precipitation	Sedimentary setting of tephra layers as related to age, pollen stratigraphy, and reconstructed temperatures and precipitation at Fargher Lake(Washington, USA). Pollen profiles were selected from 45 taxa identified and counted during analysis. Percentages of total trees and analysis. Percentages of total trees and total herbs and shrubs include other representative species in addition to those listed.	1980	14577	c	/pkdb50/image/4X1/14577	chris	19970317	14577	A40.tif
41	Location of the Cordillera Pellada	Location of the Cordillera Pelada in the southwestern part of the Province of Valdivia, Chile. Unstippeled areas in the cordillera represent destroyed forest or barren ground. Based on the Instituto Geogrfico Militar quadrangles: Cumleuf (1972) and Rio Coln (1972) drawn to a scale of 1:50000.	1982	14565	c	/pkdb50/image/4X1/14565	chris	19970317	14565	A41.tif
42	Schichtenfolge Raum Stuttgart	bersicht zur Schichtenfolge im Raum Stuttgart, Sdwestdeutschland	1986	22086	c	/pkdb50/image/4X2/22086	karin	19970324	22086	A42.tif
44	Schichtenfolge des Quartrs in Stuttgart	bersicht zur Schichtenfolge des Quartrs in Stuttgart, Sdwestdeutschland	1986	22086	c	/pkdb50/image/4X2/22086	karin	19970324	22086	A43.tif
45	Mount Stanley: the glaciers in 1955	Mount Stanley: the glaciers in 1955. Ruwenzori Range, Uganda.	1989	162100	c	/pkdb50/image/5X1/4X6/162100	ulrike	19970402	162100	A45.tif
46	Mount Baker: the glaciers in 1955.	Mount Baker: the glaciers in 1955. Ruwenzori Range, Uganda.	1989	162100	c	/pkdb50/image/5X1/4X6/162100	ulrike	19970402	162100	A46.tif
47	Mount Speke: the glaciers in 1955.	Mount Speke: the glaciers in 1955. Ruwenzori Range, Uganda.	1989	162100	c	/pkdb50/image/5X1/4X6/162100	ulrike	19970402	162100	A47.tif
48	Mounts Emin and Gessi: the glaciers in 1955.	Mounts Emin and Gessi: the glaciers in 1955. Ruwenzori Range, Uganda.	1989	162100	c	/pkdb50/image/5X1/4X6/162100	ulrike	19970402	162100	A48.tif
49	Mount Luigi di Savoia: glaciers in 1955.	Mount Luigi di Savoia: glaciers in 1955. Ruwenzori Range, Uganda.	1989	162100	c	/pkdb50/image/5X1/4X6/162100	ulrike	19970402	162100	A49.tif
50	Omurubaho stage moraines and ELAs.	Omurubaho stage moraines and ELAs. Ruwenzori Range, Uganda.	1989	162100	c	/pkdb50/image/5X1/4X6/162100	ulrike	19970402	162100	A50.tif
51	The glaciations on the Ruwenzori.	The glaciations on the Ruwenzori. Uganda.	1989	162100	c	/pkdb50/image/5X1/4X6/162100	ulrike	19970402	162100	A51.tif
52	Profile of the Ruwenzori showing ELAs.	Profile of the Ruwenzori showing ELAs. Uganda.	1989	162100	c	/pkdb50/image/5X1/4X6/162100	ulrike	19970402	162100	A52.tif
53	(A) Melosira/g and (B) Phytoliths/g in core-top sediment in the northern Gulf of Guinea and Sierra Leone Basin	(A) Melosira/g (x 10000) in core-top sediment. Maximum abundances in the northern Gulf of Guinea and Sierra Leone Basin correspond to maximum dust transport in the winter plume. Because Melosira are less common in the summer plume, there is no distinct maximum north of 12N. A, B, and C represent airborne dust samples 1, 2, and 4 taken during R/V Robert D. Conrad Cruise RC24-03, March 1983. Dashed lines indicate inferred contours. (B) Opal phytoliths/g (x10000) Africa. Phytoliths decrease rapidly offshore becaus they are less easily transported than Melosira valves. Dashed line indicates inferred contour.	1985	7881	c	/pkdb50/image/4X0/7881	chris	19970414	7881	A53.tif
54	(A) Melosira/g (x10000) and (B) Phytoliths/g (x10000) at the last glacial maximum, 18000 yr B.P.	(A) Melosira/g (x10000) at the last glacial maximum, 18000 yr B.P. Abundances in the Gulf of Guinea are lower than at present (Fig.2A). Abundances north of 10N are essentially the same as those in core tops. Transport in the summer plume was thus at approximately modern levels. Dashed lines indicate inferred contours. (B) Phytoliths/g (x10000) at the last glacial maximum, 18000 yr B.P. The maximum remains near the modern maximum (Fig.2B). Abundances are higher than modern in the Gulf of Guinea, Suggesting a southward expansion of the grass belt during glacial time. Dashed lines indicate inferred contours.	1985	7881	c	/pkdb50/image/4X0/7881	chris	19970414	7881	A54.tif
55	Northern area (A) Delta 18 O, (B) Melosira/g (x10000), (C) Opal phytoliths/g (x10000)	Northern area (V30-49). (A) Delta 18 O, based on Cibicides wuellerstorfii. (B) Melosira/g (x10000). Melosira maxima indicate arid times at glacial maxima, when lakes desiccate and deflated. Abundant Melosira in the late Holocene are unique in the last 150000 yr, reflecting anomalous aridity for this area in full interglacial conditions. (C) Opal phytoliths/g (x10000). Phytolith maxima indicate northward movement of the grass belt during interglacial and interstadial maxima, possibly except for substage 5e.	1985	7881	c	/pkdb50/image/4X0/7881	chris	19970414	7881	A55.tif
56	Southern area (A) V30-40 Delta 18 O, (B) V30-40 Melosira/g (x10000), (C) RC13-205 Melosira/g (x10000), (D) V27-248 Melosira/g (x10000), (E) V27-248 Opal Phytoliths/g (x10000)	Southern area. (A) V30-40, Delta 18 O, based on Globigerinoides sacculifer (with sac, 415-500 m). (B) V30-40, Melosira/g (x10000). (C) RC13-205, Melosira/g (x10000). (D) V27-248, Melosira/g (x10000). Melosira maxima in these records reflect increased aridity in central equatorial Africa. In contrast to the northern area, these maxima occur during ice-growth phases at the stage 5e/5d, 5c/5b, 5a/4 boundaries, and in the latest Holocene. (E) V27-248, Opal phytoliths/g (x10000). Here, phytolith maxima indicate glacial aridity and movement of the grass belt southward, replacing woodlands in tropical West Africa.	1985	7881	c	/pkdb50/image/4X0/7881	chris	19970414	7881	A56.tif
57	Summary of climate changes in tropical Africe indicated by the eolian record	Summary of climate changes in tropical Africa indicated by the eolian record. (A) Aridity in tropical northwest Africa (smoothed Melosira record from V30-49, solid) superimposed on a smoothed ice-volume curve (average of Delta 18 O) data in V30-49 and V30-40, dashed). Except for the late Holocene, aridity maxima generally occur during glacial stades. (B) Aridity in central equatorial Africa (smoothed average of southern-area Melosira curves, solid) superimposed on a 30N May-July insolation curve (dashed). Aridity generally occurs during summer insolation minima. Reduced-amplitude fluctuations during glaciations suggest that the response to insolation is nonlinear, or that ice volume contributes to the climatic forcing (see discussion in text).	1985	7881	c	/pkdb50/image/4X0/7881	chris	19970415	7881	A57.tif
58	Approximate source areas for dust	Approximate source areas for dust in the summer (northern) and winter (southern)plumes, and the southwest African plume of southern spring (Kalu, 1979; Pw, 1981). Arrows indicate typical trajectories of dust toward the tropical Atlantic. Contours represent percentage of shipboard observations that reported atmospheric haze (after Prospero, 1981). Also shown are locations of deep-sea cores in which 150000-yr time series were generated. Core V30-49 is under summer plume. Cores V27-248, V30-40, and RC13-205 lie under the winter plume.	1985	7881	c	/pkdb50/image/4X0/7881	chris	19970418	7881	A58.tif
59	DYKERHOFF-Steinbruch bei Mosbach	Grubenplan des DYCKERHOFF-Steinbruchs, Bf. Wiesbaden-Ost, mit Lage der bearbeiteten Profile und einer schematischen Skizze der Abbauwand. Grubenplan nach Brning und Igel, Stand 1974	1977/78	13604	c	/pkdb50/image/4X1/13604	karin	19970505	13604	A59.tif
60	Abbauwand	Skizze der Abbauwand, DYCKERHOFF-Steinbruch	1977/78	13604	c	/pkdb50/image/4X1/13604	karin	19970505	13604	A60.tif
61	Aufbau der Mosbacher Sande	Zur Klima-Stratigraphie der pleistoznen Mosbacher Sande bei Wiesbaden (Hessen). Aufbau der Mosbacher Sande (schematisiert), Entwurf H. Brning	1970	18347	c	/pkdb50/image/4X1/18347	karin	19970505	18347	A61.tif
62	Oberpleistozne Verbreitung des Wolfes (Canis lupus L.)	Skizze der bisher bekannten oberpleistoznen Verbreitung des Wolfes (Canis lupus L., 1758) im nrdlichen und mittleren Europa	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970606	1362	A62.tif
63	Letztglaziale Verbreitung des Eisfuchses (Alopex lagopus L.)	Skizze der bisher bekannten letztglazialen Verbreitung des Eisfuchses (Alopex lagopus (L., 1758)) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970606	1362	A63.tif
64	Oberpleistozne Verbreitung der Hhlenbren (Ursus spelaeus spelaeus)	Skizze der bisher bekannten oberpleistoznen Verbreitung der Hhlenbren (Ursus spelaeus spelaeus Rosenmller u. Heinroth, 1794/Kleinformen von U. spelaeus) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970606	1362	A64.tif
65	bisherige Nachweise der Eisbren (Ursus maritimus maritimus)	Bisherige Nachweise der Eisbren (Ursus maritimus maritimus Phipps, 1774) aus dem letzten Glazial und (?) Frhholozn Eurasiens. Vollkreis: sichere Nachweise; Leerkreis: fraglicher Nachweis	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970606	1362	A65.tif
66	bisher bekannte oberpleistozne Verbreitung des Vielfraes (Gulo gulo) in Eurasien	Skizze der bisher bekannten oberpleistoznen Verbreitung des Vielfraes (Gulo gulo (L., 1758)) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970606	1362	A66.tif
67	bisher bekannte oberpleistozne Verbreitung der Hhlenhynen (Crocuta crocuta spelaea/C. c. ultima in Eurasien	Skizze der bisher bekannten oberpleistoznen Verbreitung der Hhlenhynen (Crocuta crocuta spelaea (Goldfuss, 1810)/Crocuta c. ultima (Matsumoto, 1915)) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970606	1362	A67.tif
68	bisher bekannte oberpleistozne Verbreitung des Nordluchses (Lynx lynx) in Europa	Skizze der bisher bekannten oberpleistoznen Verbreitung des Nordluchses (Lynx lynx (L., 1758)) in Europa	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970606	1362	A68.tif
69	bisher bekannte oberpleistozne Verbreitung des Hhlenlwen (Panthera leo spelaea/P. leo ssp.) in Eurasien	Skizze der bisher bekannten oberpleistoznen Verbreitung des Hhlenlwen (Panthera leo spelaea (Goldfuss, 1810)/P. leo ssp.) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970606	1362	A69.tif
70	bisher bekannte nrdliche Verbreitungsrume des Tigers (Panthera tigris) whrend des Oberpleistozns	Skizze der bisher bekannten nrdlichen Verbreitungsrume des Tigers (Panthera tigris (L., 1758)) whrend des Oberpleistozns, sowie Richtung einer fraglichen N-Expansion	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970606	1362	A70.tif
71	Oberpleistozne Verbreitung des Mammuts (Mammuthus primigenius)	Skizze der bisher bekannten oberpleistoznen Verbreitung des Mammuts (Mammuthus primigenius (Blumenbach, 1799) im nrdlichen und mittleren Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A71.tif
72	Letztglaziale Verbreitungsgebiete der Gattung Equus in Eurasien	Andeutung hauptschlicher letztglazialer Verbreitungsgebiete ausgewhlter stenoider und caballoider Vertreter der Gattung Equus in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A72.tif
73	Letztglaziale Verbreitung des Fellnashorns (Coelodonta antiquitatis) in Eurasien	Skizze der bisher bekannten letztglazialen Verbreitung des Fellnashorns (Coelodonta antiquitatis (Blumenbach, 1799) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A73.tif
74	Oberpleistozne Verbreitung der Riesenhirsche (Megaloceros) in Eurasien	Skizze der bisher bekannten oberpleistoznen Verbreitung der Riesenhirsche (Megaloceros (M.) giganteus (Blumenbach, 803)/ M. (Sinomegaceros) ordosianus (Young, 1932)/ M. (Sinomegaceros) yabei (Shikama, 1938) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A74.tif
75	Letztglaziale Verbreitung des Elches (Alces alces) in Eurasien	Skizze der bisher bekannten letztglazialen Verbreitung des Elches (Alces alces (Linnaeus, 1758) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A75.tif
76	Letztglaziale Verbreitung des Rens (Rangifer tarandus) in Eurasien	Skizze der bisher bekannten letztglazialen Verbreitung des Rens (Rangifer tarandus (Linnaeus, 1758) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A76.tif
79	Oberpleistozne Verbreitung der Spiralhornantilope (Spirocerus kiakhtensis) in Asien	Skizze der bisher bekannten oberpleistoznen Verbreitung der Spiralhornantilope (Spirocerus kiakhtensis (Pavlova, 1910)) in Asien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A79.tif
80	Letztglaziale Verbreitung der Saigas (Saiga tatarica ssp.) in Eurasien	Skizze der bisher bekannten letztglazialen Verbreitung der Saigas (Saiga tatarica borealis (#261erskij, 1876) / S. tatarica ssp.) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A80.tif
81	Letztglaziale Verbreitung des Moschusochsen (Ovibos moschatus) in Eurasien	Skizze der bisher bekannten letztglazialen Verbreitung des Moschusochsen (Ovibos moschatus (Zimmermann, 1780)) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A81.tif
82	Raphus cucullatus (Dodo)	Raphus cucullatus (Dodo); Gemlde von Aloys Ztl (!803-1887)	1968	14043	c	/pkdb50/image/4X1/14043	karin	19970611	14043	A82.tif
77	Pleistozne Verbreitung der Yaks (Bos (Pophagus) sp. in Asien	Skizze der bisher bekannten pleistoznen Verbreitung der Yaks (Bos (Pophagus) sp./ B. (Pophagus) baikalensis Veresagin, 1954/ B. (Pophagus mutus ssp.) in Asien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A77.tif
78	Oberpleistozne Verbreitung des Steppenbisons (Bison (Bison) priscus ssp.. in Eurasien	Skizze der bisher bekannten oberpleistoznen Verbreitung der Steppenbisons (Bison (B.) priscus priscus (Bojanus, 1827)/ B. (B.) priscus crassicornis Richardson, 1854 / B. (B.) priscus mediator Hilzheimer, 1918 / B. (B.) priscus occidentalis Lucas, 1898 / B. (B.) sp. (NE-China)) in Eurasien	1994	1362	c	/pkdb50/image/4X0/1362	karin	19970609	1362	A78.tif
83	Weinberghhlen bei Mauern	Weinberghhlen bei Mauern, Bayern. Hhlengrundri nach L. Zotz 1955, mit Eintragung der Nachgrabungen am Zeugenblock und im Mikrofaunenprofil 1967	1974	162321	c	/pkdb50/image/5X1/4X6/162321	karin	19970611	162321	A83.tif
84	Location maps	Location maps of study area, Eyjafjallajkull and Mrdalsjkull ice caps, South-Iceland.	1989	158871	c	/pkdb50/image/5X1/4X5/158871	ulrike	19970613	158871	A84.tif
85	Sptglazialschema, vereinfachtes Tallngsprofil im Bndnerland, Schweiz.	Schema zur Geomorphologie, zur Gliederung und Chronologie des sptglazialen Gletscherrckgangs am Beispiel der Bndner Alpen, Schweiz (vereinfachtes Tallngsprofil).	1995	83213	c	/pkdb50/image/4X8/83213	ulrike	19970617	83213	A85.tif
86	Gletscher der Bernina whrend des Egesen-Stadiums.	Karte zur Egesen-Vergletscherung im Berninagebiet. Dargestellt ist die Gletscherausdehnung zur Zeit des Egesen-Maximalstandes (gepunktet) im Vergleich zur Vergletscherung im Zeitraum 1850 (schwarz). Die Karte wurde in Anlehnung an B. Gamper-Schollenberger und J. Suter (1982) entworfen. Schweiz.	1995	83213	c	/pkdb50/image/4X8/83213	ulrike	19970617	83213	A86.tif
87	Gletscher der Bernina whrend des Hochstandes von 1850.	Karte zur 1850er-Vergletscherung im Berninagebiet. Dargestellt ist die Gletscherausdehnung zur Zeit des Hochstandes von 1850 (gepunktet) im Vergleich zur aktuellen Vergletscherung (schwarz). Schweiz.	1995	83213	c	/pkdb50/image/4X8/83213	ulrike	19970617	83213	A87.tif
88	Vergletscherung Graubndens.	Karte zur Vergletscherung und zum Gletscherschwund seit 1850 in den Bndner Alpen. Dargestellt sind die nach Gebirgsgruppen und Lnderanteilen aufgegliederten Flchen und Flchenschwundanteile. Schweiz.	1995	83213	c	/pkdb50/image/4X8/83213	ulrike	19970617	83213	A88.tif
89	Gletscher und Gletscherschwund im Berninagebiet.	Karte zur Vergletscherung und zum Gletscherschwund seit dem Hochstand von 1850 im Gebiet der Berninagruppe. Schweiz.	1995	83213	c	/pkdb50/image/4X8/83213	ulrike	19970617	83213	A89.tif
90	Heppenloch und Gutenberger Hhle, Baden-Wrttemberg	Aufri des Heppenlochs und des Zugangs in die Gutenberger Hhle (nach K. Endriss 1892).	1975	10117	c	/pkdb50/image/4X1/10117	karin	19970617	10117	A90.tif
91	Chronologische Korrelationstabelle Biharium, Palarktis	Chronologische Korrelationstabelle der wichtigeren biharischen Faunen der Palarktis	1965	160708	c	/pkdb50/image/5X1/4X6/160708	karin	19970618	160708	A91.tif
92	Stratigraphy of the palaeolithic site of Mauer	Stratigraphy of the palaeolithic site of Mauer near Heidelberg, Germany	1995	123410	c	/pkdb50/image/5X1/4X2/123410	karin	19970619	123410	A92.tif
93	Unterkiefer von Mauer	Unterkiefer des Homo erectus heidelbergensis von Mauer bei Heidelberg, Deutschland	1992	84459	c	/pkdb50/image/4X8/84459	karin	19970619	84459	A93.tif
94	Location of the Naro Moru vertebrate site	Location of the Naro Moru vertebrate site, Kenya. Key map locates the area within Kenya. Star on map locates site southeast of Naro Moru. Heights in feet	1988	162188	c	/pkdb50/image/5X1/4X6/162188	karin	19970619	162188	A94.tif
95	Endmornen, Urstromtler und zentripetale Durchbruchstler in Norddeutschland und angrenzenden Gebieten	Endmornen, Urstromtler und zentripetale Durchbruchstler in Norddeutschland und angrenzenden Gebieten. V=Velgaster, P=Pommersches, F=Frankfurter, B=Brandenburger, W=Warthe, L=Lamstedter Stadium; I=Thorn-Eberswalder, II=Warschau-Berliner, III=Glogau-Baruther, IV=Breslau-Magdeburg-Bremer Urstromtal.	1956	123430	c	/pkdb50/image/5X1/4X2/123430	karin	19970620	123430	A95.tif
96	Mammals in Petnyi Cave, Hungary	Stratigraphical distribution of small mammals in Petnyi Cave, Hungary	1976	21791	c	/pkdb50/image/4X2/21791	karin	19970624	21791	A96.tif
97	Middle Pleistocene faunas in Hungary	Stratigraphical succession of the Middle Pleistocene faunas of Hungary, with an indication of different evolutionary stages of mammals 	1970	14041	c	/pkdb50/image/4X1/14041	karin	19970707	14041	A97.tif
98	Petnyi Cave, Hungary	Sketch map and transversal profile of Petnyi Cave, with the indications of layers (H#297I-V#298 and P#297I#298)	1976	21791	c	/pkdb50/image/4X2/21791	karin	19970711	21791	A98.tif
99	Rejtek I. Rock Shelter, Hungary	Sketch map and transversal profile of the Rejtek I. Rock Shelter. I-III: Excavation blocks; A-B: Direction of the profile; C and D: Test holes; E-H: Wall rock viz blocks of stone; J: lateral branch; K: Trial trench; P: Starting point of measurements; 1-7: Layers 	1976	21791	c	/pkdb50/image/4X2/21791	karin	19970711	21791	A99.tif
100	Verbreitung von Crocidura suaveolens und C. russula	Gestrichelt: westliche Verbreitungsgrenze von Crocidura suaveolens; gepunktet: stliche Verbreitungsgrenze von C. russula in Deutschland	1972	23956	c	/pkdb50/image/4X2/23956	karin	19970714	23956	A100.tif
101	Verbreitungsgrenzen von Crocidura russula und C. suaveolens	Gepunktet: stliche Verbreitungsgrenze von Crocidura russula; gestrichelt: westliche Verbreitungsgrenze von C. suaveolens ind Deutschland	1972	23956	c	/pkdb50/image/4X2/23956	karin	19970714	23956	A101.tif
102	Fossilfundstelle Sackdilling, Deutschland	Profil der Fossilfundstelle (Groe Sackdillinger Hhle), Oberpfalz, Deutschland; Schicht 1 = layer 6, Schicht 2 = layer 5,..., Schicht 6 = layer 1	1930	160672	c	/pkdb50/image/5X1/4X6/160672	karin	19970717	160672	A102.tif
103	Zuordnung von ltest- und Altquartren Faunen Europas	Versuch einer stratigraphisch-chronologischen Zuordnung der wichtigsten ltest- und Altquartrfaunen Europas	1958	160696	c	/pkdb50/image/5X1/4X6/160696	karin	19970722	160696	A103.tif
104	Bodan-Foreland Glaciation; Maximum Stade of the Wurmian Glacial.	Switzerland, Germany.	1993	24327	c	/pkdb50/image/4X2/24327	ulrike	19970723	24327	A104.tif
105	High- and Late-Wurmian Stades of Rhine Glacier.	High- and Late Wurmian Stades of Rhine Glacier as well as dates of 14C and pollen zones. Switzerland, Germany.	1993	24327	c	/pkdb50/image/4X2/24327	ulrike	19970723	24327	A105.tif
106	bersichtskarte der Cordillera Neovolcnica Zentralmexikos.		1989	20464	c	/pkdb50/image/4X2/20464	ulrike	19970723	20464	A106.tif
107	Zeugen pleistozner Vergletscherung des Malinche-Vulkans.	Mexiko.	1989	20464	c	/pkdb50/image/4X2/20464	ulrike	19970723	20464	A107.tif
108	Schematische Darstellung der Mornen des La Malinche-Vulkans.	Mornen des La Malinche-Vulkans im Bereich der Westhnge (Nhe Tlaloc-Parasitrkrater). Mexiko.	1989	20464	c	/pkdb50/image/4X2/20464	ulrike	19970723	20464	A108.tif
109	Map of Greenland.	Location map with place names used in the paper. Greenland.	1985	9761	c	/pkdb50/image/4X0/9761	ulrike	19970723	9761	A109.tif
110	Present glaciation level in West Greenland.	Altitude of isoglacihypses is given in meters above sea level; interval 200 m.	1985	9761	c	/pkdb50/image/4X0/9761	ulrike	19970723	9761	A110.tif
111	Present glaciation level in the Disko-Nugssuaq region.	Central West Greenland. Altitude of isoglacihypses in hundreds of m a.s.l. The map is based on a total of 477 individual calculations of the local glaciation level. Altitudes of prominent summits (black triangles) in m. In the insert terrain above 800 m asl is shaded black.	1985	9761	c	/pkdb50/image/4X0/9761	ulrike	19970723	9761	A111.tif
112	Archologische Funde aus der Jankovich-Hhle, Ungarn	Nr. 1 = Pb56/40; Nr. 2 = Pb56/26; Nr. 3 = Pb56/31; Nr. 4 = Pb56/34; Nr. 5 = Pb56/33; Nr. 6 = Pb56/26.2; Nr. 7 = Pb56/41; Nr. 8 = Pb56/27; Nr. 9 = Pb56/32	1957	105436	c	/pkdb50/image/5X1/4X0/105436	karin	19970804	105436	A112.tif
113	Evolutionsreihe Lagurus	Evolutionsreihe des (rechten) M#2971#298 von Lagurus-Arten im Pleistozn Ungarns; a: Lagurus (Prolagurus) pannonicus Kormos, Villnyer GEbirge, Altpleistozn; b: L. transiens Jnossy 1962, Tark, Mittelpleistozn (=Typus der Art); c, d: derselbe (mit einem noch etwas geffneten "Pitymys Dreieck"); e: L. lagurus Pallas, Subalyuk-Hhle, Bkk Gebirge, Jungpleistozn, Moustrien	1962	123406	c	/pkdb50/image/5X1/4X2/123406	karin	19970808	123406	A113.tif
114	verschiedene Nager-Zhne	M#2971#298 von verschiedenen Nagern, gefunden in Kvesvrad, Bkk-Gebirge, Nordungarn; a: Pliomys lenki Heller, r. M#2971#298 Kauflche caudal beschdigt; b: Pliomys episcopalis Mhely, orales Fr. des r. M#2971#298; c: Pitymys gregaloides Hinton, orales Fr. des r. M#2971#298; d: Mimomys milleri Kretzoi, r. M#2971#298-M#2972#298, e: Clethrionomys sp. (glareolus-Gruppe), r. M#2971#298-M#2972#298; f: Clethrionomys sp., juv. rechte untere Zahnreihe; g: Sorex aff. runtonensis Hinton, Rckansicht des Condylus eines rechten Unterkiefers; h: Hypolagus beremendensis Petnyi, Kauflche des linken P#2973#298	1961	123401	c	/pkdb50/image/5X1/4X2/123401	karin	19970812	123401	A114.tif
115	Kauflchenbilder verschiedener Arvicoliden von Kvesvrad, Nordungarn	Kauflchenbilder der linken M#2971#298 von Arvicoliden: a: Lagurus (Prolagurus) pannonicus Kormos; b: Microtus nivalinus Forsyth-Major; c: Microtus arvalinus Hinton; d: Pitymys arvalidens Kretzoi; e: Microtus gregalis Pallas; f: Pitymys hintoni Kretzoi.	1961	123401	c	/pkdb50/image/5X1/4X2/123401	karin	19970815	123401	A115.tif
116	Yellow Valley, Indonesia.	Location of stratified neoglacial deposists and associated features in the Yellow Valley, Irian Jaya, Indonesia.	1976	126412	c	/pkdb50/image/5X1/4X2/126412	ulrike	19970818	126412	A116.tif
117	Stratigraphy exposed in gully, Yellow Valley, Indonesia.	Sketch of stratigraphy exposed in gully cut into deposits on the floor of the Yellow Valley, Irian Jaya, Indonesia. Section is approximately 60 m long and 5 m high at the eastern (right) end.	1976	126412	c	/pkdb50/image/5X1/4X2/126412	ulrike	19970818	126412	A117.tif
118	Sea-surface temperatures during the LGM (February).	Black dots represent core sites.	1996	127421	c	/pkdb50/image/5X1/4X2/127421	lentner	19970910	127421	A118.gif
119	Sea-surface temperatures during the LGM (August).	Black dots represent core sites.	1996	127421	c	/pkdb50/image/5X1/4X2/127421	lentner	19970910	127421	A119.gif
120	Sea-surface temperatures anomalies during the LGM (February).	Black dots represent core sites.	1996	127421	c	/pkdb50/image/5X1/4X2/127421	lentner	19970910	127421	A120.gif
121	Sea-surface temperatures anomalies during the LGM (August).	Black dots represent core sites.	1996	127421	c	/pkdb50/image/5X1/4X2/127421	lentner	19970910	127421	A121.gif
122	Bubalus murrensis	Bubalus murrensis (europischer Wasserbffel),  Schdelfragment aus Geinsheim (spiegelbildlich ergnzt) (Sammlung Gckel, z. Zt. Heimatmuseum Stockstadt/Rhein). Hinterhaupt gut erhalten. Die Hornzapfen sind deutlich gekrmmt.	1986	23956	c	/pkdb50/image/4X2/23956	karin	19971015	10968	A122.tif
123	Bubalus murrensis	Bubalus murrensis (europischer Wasserbffel),  Schdelfragment aus Geinsheim (siehe Bild Nr. 122). C=Condylus occipitalis; F=Os frontalis; L=Linea nuchalis sup.; O=Os occipitalis; P=Os parientalis; Pj=Processus jugularis; S=Os sphenioideus; T=Os temporalis. Das Fragment zeigt das weit berragende Hinterhaupt und den dreikantigen Querschnitt der Hornzapfen.	1972	23956	c	/pkdb50/image/4X2/23956	karin	19971015	23956	A123.tif
124	Bubalus arnee	Bubalus arnee, rezenter Schdel mit Hornscheiden aus Nordindien (British Museum NH, London, BM 41-173). Das Hinterhaupt steht nicht ber, die Hrner sind seitlich etwas abgesenkt	1972	23956	c	/pkdb50/image/4X2/23956	karin	19971015	23956	A124.tif
125	Bubalus arnee	Bubalus arnee, rezenter Schdel mit Hornscheiden aus Nordindien (British Museum NH, London, BM 41-173). Das Hinterhaupt steht nicht ber, die Hrner sind seitlich etwas abgesenkt	1972	23956	c	/pkdb50/image/4X2/23956	karin	19971015	23956	A125.tif
126	Bubalus mindorensis	Bubalus mindorensis, rezenter Schdel von Mindoro, Philippinen (British Museum NH, London, BM 92.10.81). Das Hinterhaupt steht weit ber, die Oberseiten der Hrner liegen in einer Ebene; die Hornzapfen divergieren aber weniger.	1972	23956	c	/pkdb50/image/4X2/23956	karin	19971015	23956	A126.tif
127	Bubalus mindorensis	Bubalus mindorensis, rezenter Schdel von Mindoro, Philippinen (British Museum NH, London, BM 92.10.81). Das Hinterhaupt steht weit ber, die Oberseiten der Hrner liegen in einer Ebene; die Hornzapfen divergieren aber weniger.	1972	23956	c	/pkdb50/image/4X2/23956	karin	19971015	23956	A127.tif
128	Bubalus (Anoa) depressicornis	Bubalus (Anoa) depressicornis, rezenter Schdel von Celebes (Zool. Institut der Universitt Heidelberg); die Oberkanten der kaum divergierenden Hrner liegen in einer Ebene und das Hinterhaupt steht weit ber.	1972	23956	c	/pkdb50/image/4X2/23956	karin	19971015	23956	A128.tif
129	Bubalus (Anoa) depressicornis	Bubalus (Anoa) depressicornis, rezenter Schdel von Celebes (Zool. Institut der Universitt Heidelberg); die Oberkanten der kaum divergierenden Hrner liegen in einer Ebene und das Hinterhaupt steht weit ber.	1972	23956	c	/pkdb50/image/4X2/23956	karin	19971015	23956	A129.tif
130	Results of chemical analysis of ice cores from Dyer Plateau Antarctic Peninsula		1994	149244	c	/pkdb50/image/5X1/4X4/149244	lentner	19971103	149244	A130.gif
131	Ice core sites on Antarctica (map).		1992	149246	c	/pkdb50/image/5X1/4X4/149246	lentner	19971103	149246	A131.gif
132	Oxygen Isotopic Ratio at Plateau Remote, Antarctica.		1995	149249	c	/pkdb50/image/5X1/4X4/149249	lentner	19971103	149249	A132.gif
133	Iceland, Holocene glacier fluctuations	Key map including the locations of important sites and place names in the Holocene glacier fluctuation history and the decay of the last inland ice sheet in Iceland. Data indicating different positions of ice margins during the termination of the last inland ice sheet is based on Norddahl (1991) and Inglfsson and Norddahl (1994).	1997	179296	c	/pkdb50/image/5X1/4X7/179296	ulrike	19980323	179296	A133.tif
134	Hindu Kush-Himalaya	Index map of Hindu Kush-Himalaya region in northern West Pakistan and adjacent countries. Areas shown by shaded pattern stand higher than 9000 ft.	1970	26058	c	/pkdb50/image/4X2/26058	ulrike	19980323	26058	A134.tif
135	Swat River drainage basin	Topographic map of upper Swat River drainage basin, Swat Kohistan, N-West Pakistan.	1970	26058	c	/pkdb50/image/4X2/26058	ulrike	19980323	26058	A135.tif
136	Pleistocene drifts, Swat River	Extent of Pleistocene drifts in upper Swat River drainage basin. Shadese area represents nonglaciated terrain. Stippled areas on valley floors are prominent bodies of outwash. Abbreviations for drift borders follow designations given in Table 1. Existing glaciers and Neoglacial drift borders are not shown. N-West Pakistan.	1970	26058	c	/pkdb50/image/4X2/26058	ulrike	19981204	26058	A136.tif
137	Crocidura leucodon Hermann	Gebi von Crocidura leucodon Hermann (Feldspitzmaus), 5mal vergrert (nach Gaffrey).	1963	3829	c	/pkdb50/image/4X0/3829	karin	19980514	3829	A137.tif
138	Rhinolophus hipposideros Bechstein.	Rhinolophus hipposideros Bechstein (Kleinhufeisennase). a) Schdel 1,5mal natrl. Gre. b) Oberschdel 3mal vergrert (nach Gaffrey).	1963	3829	c	/pkdb50/image/4X0/3829	karin	19980514	3829	A138.tif
139	Verbreitungskarte Marmota marmota und Marmota bobak		1963	3829	c	/pkdb50/image/4X0/3829	lentner	19980515	3829	A139.tif
140	Apodemus flavicollis Melchior.	Schdel von Apodemus flavicollis Melchior (Gelbhalsmaus), 2mal vergrert (nach Gaffrey).	1963	3829	c	/pkdb50/image/4X0/3829	karin	19980514	3829	A140.tif
141	Ursus spelaeus spelaeus Rosenmller.	Schdel von Ursus spelaeus spelaeus Rosenmller aus eiszeitlichen Ablagerungen in Hhlen Mitteleuropas.	1963	3829	c	/pkdb50/image/4X0/3829	karin	19980514	3829	A141.tif
142	Ursus arctos Linnaeus.	Schdel von Ursus arctos Linnaeus aus eiszeitlichen Ablagerungen in Hhlen Mitteleuropas.	1963	3829	c	/pkdb50/image/4X0/3829	karin	19980514	3829	A142.tif
143	Talpa europaea Linnaeus.	Schdel von Talpa europaea Linnaeus, 2mal vergrert (nach Gaffrey).	1963	3829	c	/pkdb50/image/4X0/3829	karin	19980514	3829	A143.tif
144	Marmota marmota Linnaeus.	Schdel von Marmota marmota Linnaeus, dreiviertel der natrlichen Gre (nach Gaffrey).	1963	3829	c	/pkdb50/image/4X0/3829	karin	19980514	3829	A144.tif
145	Pollendigramm Drei-Ochsen-Hhle	Diagramm der zahlenmigen Pollenvertretung in den Schichten der Drei-Ochsen-Hhle bei Koneprusy, Czech Republik; Schicht 1 = layer 6, Sch. 2 = l. 5, Sch. 3 = l. 4; Sch. 4 = l. 3, Sch. 5 = l. 2, Sch. 6 = l. 1.	1958	151082	c	/pkdb50/image/5X1/4X5/151082	karin	19980518	151082	A145.tif
146	Groer Nasenschaber aus Senborn.	Groer Nasenschaber (Unterseite) aus den "prglazialen Schottern" von Senborn bei Weimar, Deutschland; natrliche Gre.	1956	55321	c	/pkdb50/image/4X5/55321	karin	19980529	55321	A146.tif
147	Groer Nasenschaber aus Senborn.	Groer Nasenschaber (Ober- und Seitenansicht) aus den "prglazialen Schottern" von Senborn bei Weimar, Deutschland; natrliche Gre.	1956	55321	c	/pkdb50/image/4X5/55321	karin	19980529	55321	A147.tif
148	Gernmhler Becken, Germany.	Geologisch-geophysikalisches NW-SE-Profil durch das Gernmhler Becken, stlich Nudorf am Inn, Germany; nach K. Bader, 1975, 1976. 	1998	153670	c	/pkdb50/image/5X1/4X5/153670	karin	19980629	153670	A148.tif
149	Gernmhler Becken, Germany.	Geologisch-geophysikalisches WNW-ESE-Profil durch das Gernmhler Becken, stlich Nudorf am Inn, Germany; nach K. Bader, 1975, 1976.  Legende siehe Image Nr. 148.\
	1998	153670	c	/pkdb50/image/5X1/4X5/153670	karin	19980629	153670	A149.tif
150	Plotnikovatal	Lage der Arbeitsgebiete im Plotnikova-Tal sdlich Natschiki, und im Topolovaja-Tal. Kartenausschnitt aus Generalnji Schtab Nr. 14-75-3/NS7-B, Petropavlovsk-Kamtschatskjik 1:500000, 1963. Kamtschatka, USSR.	1996	150805	c	/pkdb50/image/5X1/4X5/150805	ulrike	19980714	150805	A150.tif
151	Glaziale und fluvioglaziale Formen im Plotnikovatal	Schematische Darstellung glazialer und fluvioglazialer Formen im Plotnikovatal, 90 km westlich von Petropavlovsk, Sdkamtschatka (= Bodeneinschlge, B = Bohrungen). USSR.	1996	150805	c	/pkdb50/image/5X1/4X5/150805	ulrike	19980714	150805	A151.tif
152	Untersuchungsgebiet im westlichen Tien Shan	Lage des Untersuchungsgebietes im westlichen Tien Shan, stlich von Taschkent (Republik Usbekistan).	1996	150806	c	/pkdb50/image/5X1/4X5/150806	ulrike	19980714	150806	A152.tif
153	Map of northern Russia with localities	Map of northern Russia showing sites where delta-18-O measurements were obtained.	1995	85531	c	/pkdb50/image/4X8/85531	chris	19980812	85531	A153.tif
154	Map of Sumxi-Longmu Co basin with vegetation types, location of the core sites and profiles	a) Location of Sumxi-Longmu Co basin. Main vegetation types of the Tibetan Plateau, after Zheng Du et al. (1981) (I) alpine desert steppe and desert, (II) montane desert steppe and desert, (III) alpine steppe, (IV) montane shrubby steppe, (V) alpine scrub-meadow, (VI) montane coniferous forest, (VII) tropical forest. Thin lines are isohyets in mm, after Li Ji-jun and Zheng Ben-xing (1981). b) Map of the geology and tectonics of Longmu Co and Sumxi Co basin, showing location of the core site and of the profiles.	1993	25612	c	/pkdb50/image/4X2/25612	chris	19980812	25612	A154.tif
155	Last Glaciation in Southern Germany.	Structure of the Last Glaciation in Southern Germany.	1998	153670	c	/pkdb50/image/5X1/4X5/153670	karin	19980821	153670	A155.tif
156	Korrelation der Delta-18-O-Ereignisse des grnlndischen Festlandeises.	Die Delta-18-O-Kurven von GRIP (oben) und GISP2 (unten) im Vergleich. Zahlen 1-23: Interstadiale (Dansgard u.a.,1993). Unten: Altersangaben fr die Tiefseestadien 1-6 (Martinson u.a.,1987). Quelle: NOAA, Boulder/Colorado.	1998	276072	c	/pkdb50/image/5X2/4X7/276072	ulrike	19981130	276072	A156.tif
157	Parque Nacional Natural Los Nevados, Colombia.	Schematic map of the Parque Nacional Natural Los Nevados area. The El Bosque area is located within the dotted quadrangle which is enlarged in Fig.2. Also indicated are the El Cedral weather station (point A) and the vegetation transects.	1988	159905	c	/pkdb50/image/5X1/4X5/159905	lentner	19980928	159905	A157.tif
158	El Bosque area, SW part of the Parque Nacional Natural Los Nevados, Colombia.		1988	159905	c	/pkdb50/image/5X1/4X5/159905	lentner	19980928	159905	A158.tif
159	El Bosque depression, Parque Nacional Natural Los Nevados, Colombia.	View of El Bosque depression from the top of the lava flow (N). The boring site is indicated by an arrow.	1988	159905	c	/pkdb50/image/5X1/4X5/159905	lentner	19980928	159905	A159.tif
160	Buxus sempervirens	Bltter und Frchte des Buchsbaums (Buxus sempervirens L.)	1995	308461	c	/pkdb50/image/5X3/4X0/308461	karin	19981009	308461	A160.tif
161	Travertinbruch Haas	Standardprofil des Travertinaufbaus im Travertinbruch Haas, Stuttgart-Bad Cannstatt, Deutschland	1995	308461	c	/pkdb50/image/5X3/4X0/308461	karin	19981009	308461	A161.tif
162	Fundstellen Bad Cannstatt	Lage der palolithischen Fundstellen (Travertinbruch Haas, Travertinbruch Lauster, Fundstelle "Bunker") im mittelpleistoznen Travertin in Stuttgart-Bad Cannstatt, Deutschland.	1995	308461	c	/pkdb50/image/5X3/4X0/308461	karin	19981009	308461	A162.tif
163	Travertinbruch Lauster	Standardprofil des Travertinaufbaus im Travertinbruch Luaster, STuttgart-Bad Cannstatt, Deutschland.	1995	308461	c	/pkdb50/image/5X3/4X0/308461	karin	19981009	308461	A163.tif
164	Fundstelle "Bunker"	Standardprofil des Travertinaufbaus an der Fundstelle "Bunker", Stuttgart-Bad Cannstatt, Deutschland	1995	308461	c	/pkdb50/image/5X3/4X0/308461	karin	19981009	308461	A164.tif
165	Emys orbicularis	Europische Sumpfschildkrte (Emys orbicularis). Travertinbruch Lauster 1936. Stuttgart-Bad-Cannstatt, Deutschland.	1995	308461	c	/pkdb50/image/5X3/4X0/308461	karin	19981009	308461	A165.tif
166	Emys orbicularis	Rckenpanzer der Sumpfschildkrte (Emys orbicularis), 1936 Travertinbruch Lauster, Stuttgart-Bad Cannstatt, Deutschland (grte Breite 146 mm).	1995	308461	c	/pkdb50/image/5X3/4X0/308461	karin	19981009	308461	A166.tif
167	Generalized geologic map of the study area (NW-Argentina) and distribution of large rock-avalanche deposits.		1998	342803	c	/pkdb50/image/5X3/4X4/342803	lentner	19981112	342803	A167.gif
168	Rock avalanche in NW-Argentina	Surface of the second youngest rock avalanche deposit at an altitude of 4010 m. In the background the up to 5700 m high breakaway area. Sampling was limited to the largest boulder (0.4 - 1 m in diameter) lying on flat-topped areas to minimize the effects of erosion. The assumption of negligible erosional loss is supported not only by the arid climate conditions throughout the late Pleistocene, indicated by the absence of glacial deposits on the affected mountain front, but also by sampling of ventifacts with abrasion surfaces, documenting that these boulders were not tilted after deposition.	1998	342813	c	/pkdb50/image/5X3/4X4/342813	lentner	19981112	342813	A168.gif
169	Santa Maria Valley, NW-Argentina	The intermontane Santa Maria Valley: view towards the east. The late Neogene basin sediments (foreground) display evidence of the stepwise aridization process induced by the uplift and increasing rain-shadow efficiency of the bounding Calchaquies range (background).	1998	342817	c	/pkdb50/image/5X3/4X4/342817	lentner	19981112	342817	A169.gif
170	Cyclotella agassizenzis, NW-Argentina	Diatomite sample dominated by Cyclotella agassizensis deposited during an El Nio year.	1998	342832	c	/pkdb50/image/5X3/4X4/342832	lentner	19981112	342832	A170.gif
171	varves from a lake in Valles Calchaquies, NW-Argentina	Photograph of varved Calchaquies lake sediments with cyclic occurrence of intense dark-red coloration reflecting enhanced precipitation and sediment input (3.5 m above the base of the El Paso section). Power-spectrum estimate of a red-color intensity transect across 70 varves. Dominant frequency bands are visible at 13.1, 3.2, 2.2, and around 1.0 yr suggesting a strong influence of the Atlantic SST dipole, ENSO, and the seasonal cycle on local rainfall.	1998	342833	c	/pkdb50/image/5X3/4X4/342833	lentner	19981112	342833	A171.gif
172	Lake Naivasha, Kenya	Photograph of a 66-kyr-old yellow zeolitized tuff mainly comprised of altered pumice lapilli on top of the sedimentary column.	1997	342834	c	/pkdb50/image/5X3/4X4/342834	lentner	19981112	342834	A172.gif
173	Map of Bunger Oasis, East Antarctica		1994	65075	c	/pkdb50/image/4X6/65075	lentner	19981112	65075	A173.gif
174	Expedition ARK-X/2 of RV "Polarstern" to East Greenland, map		1995	342842	c	/pkdb50/image/5X3/4X4/342842	lentner	19981112	342842	A174.gif
175	Homo sapiens	Homo sapiens, Skhul V (Israel)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A175.tif
176	Homo neanderthalensis	Homo neanderthalensis, Amud 1 (Israel)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A176.tif
177	Homo heidelbergensis	Homo heidelbergensis, Atapuerca 5 (Spanien)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A177.tif
178	Homo erectus	Homo erectus, Peking Man (China)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A178.tif
179	Homo ergaster	Homo ergaster, KNM-WT-15000 (Kenia)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A179.tif
180	Homo habilis	Homo habilis, KNM-ER 1813 (Kenia)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A180.tif
181	Australopithecus robustus	Australopithecus robustus, SK 48 (Sdafrika)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A181.tif
182	Australopithecus boisei	Australopithecus boisei, KNM-ER 406 (Kenia)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A182.tif
183	Homo rudolfensis	Homo rudolfensis, KNM-ER 1470 (Kenia)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A183.tif
184	Australopithecus africanus	Australopithecus africanus, Taung Child (Sdafrika)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A184.tif
185	Australopithecus aethiopicus	Australopithecus aethiopicus, KNM-WT 17000 (Kenia)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A185.tif
186	Australopithecus anamensis	Australopithecus anamensis, KNM-KP 29281 (Kenia)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A186.tif
187	Ardipithecus ramidus	Ardipithecus ramidus, ARA-VP-1/129 (thiopien)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A187.tif
188	Australopithecus afarensis	Australopithecus afarensis, A. L. 333-105 (thiopien)	1998	342921	c	/pkdb50/image/5X3/4X4/342921	karin	19981118	342921	A188.tif
