-
Geochemistry at BIGO station AL355_376 on given timesteps
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_369 on given timesteps
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_358 on given timesteps
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_352 on given timesteps
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_348 on given timesteps
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_340 on given timesteps
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_337 on given timesteps
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_320 on given timesteps
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_376
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_369
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_358
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_352
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_348
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_340
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_337
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_320
Iodide data need to be multiplied by factor 1.142 -
Geochemistry at BIGO station AL355_316
Iodide data need to be multiplied by factor 1.142 -
Geochemistry of sediment core AL355_366
Iodide data need to be multiplied by factor 1.142 -
Geochemistry of sediment core AL355_365
Iodide data need to be multiplied by factor 1.142
