From the Cover: The impact of Miocene atmospheric carbon dioxide fluctuations on climate and the evolution of terrestrial ecosystems -- Kürschner et al. 105 (2): 449 Data Supplement - HTML Page - index.htslp -- Proceedings of the National Academy of Sciences

Kuerschner et al. 10.1073/pnas.0708588105.

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Table 1. Mean raw SI values for herbarium and modern L. nobilis leaves

Sample	Age AD	Location	Atm CO₂, ppmv	SI , %	SD
LN24.1	1866	Unknown	276	19.62	1.48
LN24.2	1866	Unknown	276	18.09	0.87
LN23.1	1870	Abchasicum	276	21.64	1.20
LN23.2	1870	Abchasicum	276	21.01	0.70
LN9.1	1886	Ultraject	292	20.63	1.45
LN9.2	1886	Ultraject	292	20.54	2.48
LN10.1	1905	Hyeres	297	18.26	1.42
LN10.2	1905	Hyeres	297	17.50	2.12
LN10.3	1905	Hyeres	297	17.57	1.70
LN09	1907	Dalmatien	298	18.75	1.28
LN10.1	1907	Kulaniek(Palestina)	299	16.81	0.98
LN10.2	1907	Kulaniek(Palestina)	299	16.47	1.69
LN01.1	1911	Brioni	300	16.37	1.47
LN01.2	1911	Brioni	300	17.10	1.99
LN12	1913	Catalunia (Spain)	300	19.49	0.49
LN12.1	1913	Catalunia (Spain)	300	20.32	0.42
LN17.02	1922	Luganer See(Tyrol)	302	17.27	1.78
LN17.03	1922	Luganer See(Tyrol)	302	18.19	1.16
LN13.1	1935	Korsika	306	18.50	1.83
LN13.2	1935	Korsika	306	18.80	1.40
LN13.4	1935	Korsika	306	18.22	1.38
LN13.5	1935	Korsika	306	18.57	1.75
LN07.1	1955	Mallorca	313	16.56	1.53
LN07.2	1955	Mallorca	313	16.79	1.16
LN07.3	1955	Mallorca	313	16.72	0.98
LN07.4	1955	Mallorca	313	16.81	1.06
LN06.1	1958	Mantauroux	315	17.40	1.06
LN06.2	1959	Mantauroux	315	17.45	0.51
LN06.3	1958	Mantauroux (Fr)	315	17.38	1.01
LN06.4	1958	Mantauroux (Fr)	315	17.63	1.43
LN11.1	1962	Korsika	318	16.91	1.86
LN11.2	1962	Korsika	318	16.93	2.08
LN20.1	1973	Kreta	330	15.47	0.70
LN20.2	1973	Kreta	330	16.76	1.07
LN30.2	2004	Rossum (NL)	378	14.36	1.30
LN30.1	2004	Rossum (NL)	378	14.77	0.95

Table 2. Mean raw SI values for herbarium and modern O. foetens leaves

Sample	Age AD	Location	Altitude, m	Atm CO₂, ppmv	CO₂ partial pressure, Pa	SI , %	SD
OF 0801	1865	Madeira	900	289	26.37	13.66	1.43
OF 0802	1865	Madeira	900	289	26.37	14.62	0.71
OF 0803	1865	Madeira	900	289	26.37	13.66	1.75
OF 0901	1865	Madeira	900	289	26.37	16.42	1.07
OF 0902	1865	Madeira	900	289	26.37	17.07	0.47
OF 0903	1865	Madeira	900	289	26.37	17.40	1.34
OF 0301	1869	Hortus Utrecht	0	289	29.09	13.79	1.07
OF 0302	1869	Hortus Utrecht	0	289	29.09	14.92	0.74
OF 0601	1906	Palma Los Tiles	400	296	28.56	16.62	0.67
OF 0602	1906	Palma Los Tiles	400	296	28.56	16.31	1.16
OF 0603	1906	Palma Los Tiles	400	296	28.56	14.81	0.81
OF 0701	1906	Palma Los Tiles	400	296	28.56	14.19	0.55
OF 0702	1906	Palma Los Tiles	400	296	28.56	13.62	1.18
OF 0703	1906	Palma Los Tiles	400	296	28.56	15.11	0.62
OF 0401	1908	Hortus Antibes	0	299	30.1	12.86	0.54
OF 0402	1908	Hortus Antibes	0	299	30.1	13.61	0.75
OF 0201	1908	Teneriffe	0	299	30.1	14.10	2.02
OF 0202	1908	Teneriffe	0	299	30.1	15.62	1.14
OF 0203	1908	Teneriffe	0	299	30.1	15.29	1.82
OF 0201	1923	Teneriffe	0	303	30.1	14.09	1.25
OF 1401	1968	Madeira Funchal	0	324	32.61	11.28	1.01
OF 1402	1968	Madeira Funchal	0	324	32.61	11.09	0.78
OF 1403	1968	Madeira Funchal	0	324	32.61	10.49	1.43
OF 10.1	1972	Canar. Ils.	600	328	30.96	12.96	0.71
OF 10.2	1972	Canar. Ils.	600	328	30.96	13.38	0.95
OF 10.3	1972	Canar. Ils.	600	328	30.96	12.95	0.73
OF 12.1	1972	Canar. Ils.	600	328	30.96	13.07	1.45
OF 12.2	1972	Canar. Ils.	600	328	30.96	13.05	0.83
OF 12.3	1972	Canar. Ils.	600	328	30.96	14.67	1.19
OF 0401	1997	Madeira	900	364	33.22	11.90	1.45
OF 0402	1997	Madeira	900	364	33.22	14.05	1.22
OF 0403	1997	Madeira	900	364	33.22	12.56	0.86

Table 3. Mean raw SI values of fossil leaf remains of L. abchasica (Sp. 1), O. hradekensis (Sp. 2), G. biloba (Sp. 3), and L. pseudoprinceps (Sp. 4)

Sp.	Sample	Location	Geol. Stage	Age	Strat.	SI	SD
1	Literature (1)	Ruzinci	Bessarabian (2)	11.6 ± 0.6		15.19	1.45
1	MM2	Zukunft-W	L. Badenian (3)	13.9 ± 0.4	MN6 (3)	17.72	0.40
1	MM3	Zukunft-W	L. Badenian (3)	13.9 ± 0.4	MN6 (3)	20.02	1.62
1	MM8	Zukunft-W	L. Badenian (3)	13.9 ± 0.4	MN6 (3)	20.21	0.95
1	MY18	Ledenice (4)	E. Badenian (4)	15.7 ± 0.7		8.84	1.15
1	Literature (5)	Lusatia	E. Badenian (5)	15.7 ± 0.7		10.05	2.01
1	HV1-25	Cheb Eger basin	Karpartian (6)	16.8 ± 0.4	E. MN5	9.70	0.59
1	HV1_28-1	Cheb Eger basin	Karpartian (6)	16.8 ± 0.4	E. MN5	10.37	1.41
1	1993/28/32/2	Oberdorf	Ottnangian (7)	17.6 ± 0.4	MN4	12.83	0.34
1	1993/28/34A/1	Oberdorf	Ottnangian (7)	17.6 ± 0.4	MN4	11.47	2.49
1	1993/29/26B/3	Oberdorf	Ottnangian (7)	17.6 ± 0.4	MN4	12.82	1.55
1	KR76	Hradek n.N.	Ottnangian (8)	17.6 ± 0.4		12.35	1.08
1	Pic	Wackersdorf	Ottnangian (9)	17.6 ± 0.4		11.39
1	MR59	Most basin core MR59	L. Eggenburgian (10)	19.0 ± 0.5		10.90	0.13
2	MY26	Ledenice	E. Badenian (4)	15.7 ± 0.7		6.97	1.13
2	HV11-31	Cheb Eger basin	Karpartian (6)	16.8 ± 0.4	E. MN5	8.44	0.86
2	KR300/1	Hradek	Ottnangian (8)	17.6 ± 0.4		11.49	1.14
3	GA	Zukunft-W	L. Badenian (3)	13.9 ± 0.4	MN6	14.64	1.43
3	HB2/1	Horni Briza	E. Badenian (11)	15.7 ± 0.7		7.68	0.46
3	HB2/2	Horni Briza	E. Badenian (11)	15.7 ± 0.7		7.86	0.75
3	Literature	49Camp	E. Badenian (12)	15.8 ± 0.02		7.6	1.3
3	Literature	Juliaetta	E. Badenian (13)	16.5 ± 1		8.14
4	Kau.U/Crd	Kamenny Ujezd	E. Badenian (4)	15.7 ± 0.7		11.39	0.77
4	Sample 4	Cheb Eger basin	Karpartian (6)	16.8 ± 0.4		11.99	0.73
4	KR508	Hradek	Ottnangian (8)	17.6 ± 0.4		14.09	1.30
4	KR181	Hradek	Ottnangian (8)	17.6 ± 0.4		12.63	1.78
4	Sch469/1	Wackersdorf	Ottnangian (9)	17.6 ± 0.4		12.13	0.54
4	Sch673/1	Wackersdorf	Ottnangian (9)	17.6 ± 0.4		13.72	1.80
4	MR59-14	Most basin core MR59	Eggenburgian (10)	19.0 ± 0.2		11.25	1.08
4	MR59/24	Most basin core MR59	Eggenburgian (10)	19.0 ± 0.2		11.96	1.8
4	MR59-26	Most basin core MR59	Eggenburgian (10)	20.0 ± 0.3		13.58
4	MR59/36	Most basin core MR59	Eggenburgian (10)	20.0 ± 0.3		14.45	1.92
4	MR59-49	Most basin core MR59	Eggenburgian (10)	20.0 ± 0.3		14.58	1.62
4	VJK237-12A	Most basin core JZ44	Aquitanian (14)	22.1 ± 1.5		14.36	1.2
4	MR390	Markvartice	L. Oligocene (15)	25.0 ± 1		9.65	0.99
4	MR322	Markvartice	L. Oligocene (15)	25.0 ± 1		7.96	1.28

1. Uzunova KG (1995) Phytologia Balcanica 1:13-17.

2. Palamarev E, Ivanov D, Bozukov V (1999) Documenta Naturae 5:1-95. Flora Tertiaria Mediterranea VI.

3. Schaefer A, Utescher T, Moers T (2004) Newslett Stratigr 40:73-110.

4. Knobloch E, Kvaček Z (1996) Sbor Geol Věd Paleontol 33:39-77.

5. Litke R (1966) Paläont Abh Abt B Paläobot 2:327-426.

6. Bůžek Č, Holý F, Kvaček Z (1996)

Acta Mus Natl Pragae Ser B Hist Nat 52:1-72.

7. Kovar-Eder J, Kvaček Z, Meller B (2001)

Rev Palaeobot Palynol 114:83-125.

8. Mai DH (1995) Tertiäre Vegetationsgeschichte Europas (Fischer Verlag, Jena).

9. Knobloch E (1989) Documenta Naturae 55:79-89.

10. Bucha V, Elznic A, Horáček J, Malkovský M, Pazderková A (1987) Věst Ústř Geol

62:83-95.

11. Němejc F, Kvaček Z, Paclto

vá B, Konzalová M (2003) Acta Univ Carol Geol 46:121-176.

12. Retallack GJ (2002) Philos Trans R Soc London A 360:959-673.

13. Royer DL, Wing SL, Beerling DJ, Jolley DW, Koch PL, Hickey LJ, Berner RA (2001) Science 292:2310-2313.

14. Kvaček Z, Bůžek Č (198

2) Třetihorní společenstva severočeské hnědouhelné pánve ve vztahu k litofaciálnímu vývoji (Čs Akad Věd, Prague), Report Úst Geol Geotech.

15. Kvaček Z, Walther H (2003) GeoLines 15:60-64.