Dataset - B2FIND

Concentrations of anions in fluid samples from IODP Hole 357-M0074A

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Sample precisions were ±3.9% for Cl, ±2.2% for Br, and ±4.3% for SO4, whereas both NO3 and F were at the limit of detection.

Ammonium concentration below detection limit.

Ammonium concentration below detection limit.

Ammonium concentration below detection limit.

Ammonium concentration below detection limit.

Ammonium concentration below detection limit.

Ammonium concentration below detection limit.

Ammonium concentration below detection limit.