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Table 1 Radiocarbon dates of modern water samples, aquatic plants and animals from Northern Germany

From: The freshwater reservoir effect in radiocarbon dating

Radiocarbon dates of modern water samples, aquatic plants and animals from Northern Germany

River, Year

AAR

Species

pmC

14C age

Res. age

δ13C (‰VPDB)

Alster, 2007

11779

Water DIC

78.30 ±0.30

1967 ±33

2418 ±35

-14.96 ±0.05 (DI)

Alster, 2008

12881

Water DIC

72.18 ±0.43

2619 ±48

3044 ±50

-10.92 ±0.05 (DI)

Alster, 2009

13612

Water DIC

82.75 ±0.36

1521 ±35

1871 ±38

-14.85 ±0.05 (DI)

Alster, 2010

14332

Water DIC

75.49 ±0.24

2259 ±26

2638 ±30

-14.27 ±0.05 (DI)

Trave, 2007

11780

Water DIC

86.45 ±0.57

1170 ±55

1623 ±55

-13.59 ±0.05 (DI)

Trave, 2008

12882

Water DIC

78.04 ±0.42

1992 ±44

2417 ±46

-11.30 ±0.05 (DI)

Trave, 2009

13611

Water DIC

86.38 ±0.35

1176 ±33

1527 ±36

-8.94 ±0.05 (DI)

Trave, 2010

14333

Water DIC

75.52 ±0.25

2255 ±27

2634 ±31

-11.86 ±0.05 (DI)

Alster, 2008

12873

subm. plant

75.36 ±0.38

2273 ±41

2694 ±439

-31.62 ±0.23 (EA)

Alster, 2010

14334

Nuphar leaf

76.83 ±0.24

2117 ±25

2472 ±602

-31.50 ±0.05 (DI)

Alster, 2010

14335

Nuphar petiole

78.51+0.23

1944 ±24

2299 ±602

-31.24 ±0.05 (DI)

Trave, 2008

12870

subm. plant

100.93 ±0.44

-74 ±35

347 ±439

-25.42 ±0.46 (EA)

Trave, 2008

12871

floating plant

89.64 ±0.41

879 ±37

1300 ±439

-28.09 ±0.73 (EA)

Trave, 2008

12872

subm. plant

80.93 ±0.55

1700 ±55

2120 ±440

-17.45 ±1.88 (EA)

Trave, 2010

14336

subm. plant

78.80 ±0.24

1914 ±24

2269 ±602

-34.22 ±0.05 (DI)

Trave, 2010

14337

subm./float.

85.45 ±0.24

1263 ±23

1618 ±601

-26.95 ±0.05 (DI)

Trave, 2010

14338

Nuphar leaf

96.48 ±0.24

288 ±20

643 ±601

-27.52 ±0.05 (DI)

Trave, 2010

14339

Nuphar petiole

97.04 ±0.30

241 ±25

596 ±602

-26.67 ±0.10 (EA)

Alster, 2007

11460

Mussel shell

85.98 ±0.37

1214 ±34

1654 ±381

-13.22 ±0.05 (DI)

Alster, 2007

11461

Snail shell

94.75 ±0.37

433 ±32

870 ±381

-15.36 ±0.05 (DI)

Alster, 2007

11462

Roach BC

97.27 ±0.35

223 ±29

661 ±381

-25.46 ±0.05 (DI)

Trave, 2007

11394

Roach BC

96.51 ±0.38

285 ±32

727 ±381

-25.91 ±0.05 (DI)

Trave, 2007

11396

Roach BC

97.01 ±0.34

244 ±28

685 ±380

-24.24 ±0.05 (DI)

Trave, 2008

12874

Mallard feather

104.77 ±0.41

-374 ±32

47 ±438

-23.99 ±0.11 (EA)

Trave, 2008

12875

Spined loach

81.29 ±0.39

1664 ±39

2085 ±439

-27.24 ±0.09 (EA)

Trave, 2008

12876

Crayfish

84.37 ±0.42

1365 ±40

1787 ±439

-27.89 ±0.46 (EA)

Trave, 2008

12878

Roach, flesh

99.17 ±0.40

67 ±32

488 ±438

-22.30 ±0.10 (EA)

Atmospheric 14 C-levels, used for estimating reservoir ages

Timespan

pmC

Timespan

pmC

August 2007

105.80 ±0.21

growing season up to August 2007

105.64 ±4.99

September 2008

105.44 ±0.21

growing season up to September 2008

105.39 ±5.73

February 2009

104.47 ±0.21

growing season before February 2009

105.39 ±5.73

July 2010

104.83 ±0.21

growing season up to July 2010

104.52 ±7.82

  1. Radiocarbon ages, estimated reservoir ages and δ13C values of modern samples from Northern German rivers. Atmospheric 14C levels, which were used for calculating reservoir ages, are shown as well (from [48] and pers. comm. I. Levin 2012). DIC: dissolved inorganic carbon. subm.: submerged. BC: bone collagen. DI: analyses on a CO2 aliquot from the radiocarbon preparation, performed using a Dual Inlet IsoPrime stable isotope mass spectrometer. EA: analyses on pre-treated samples, performed by combustion in a EuroVector elemental analyser coupled to the mass spectrometer.