Dataset - B2FIND

(Table 40-4) Speciations of chemical elements in bottom sediments from Core A...

Fractions of element occurrences: 1 - bound with CaCO3 and sorbed; 2 - bound with hydroxides of Fe and Mn; 3 - bound with organic matter and sulfides; 4 - bound with lithogenic...

(Table 40-3) Speciations of chemical elements in bottom sediments from Core A...

Fractions of element occurrences: 1 - bound with CaCO3 and sorbed; 2 - bound with hydroxides of Fe and Mn; 3 - bound with organic matter and sulfides; 4 - bound with lithogenic...

(Table 40-2) Speciations of chemical elements in bottom sediments from Core A...

Fractions of element occurrences: 1 - bound with CaCO3 and sorbed; 2 - bound with hydroxides of Fe and Mn; 3 - bound with organic matter and sulfides; 4 - bound with lithogenic...

(Table 40-1) Speciations of chemical elements in bottom sediments from Core A...

Fractions of element occurrences: 1 - bound with CaCO3 and sorbed; 2 - bound with hydroxides of Fe and Mn; 3 - bound with organic matter and sulfides; 4 - bound with lithogenic...

(Table 38) Manganese fluxes in the upper sediment layer

This dataset has no description

(Table 3a) Forms of chemical elements in bottom sediments from Core AMK7-756,...

Fractions (forms) of elements: 1 - bound with CaCO3 and sorbed; 2 - bound with hydroxides of Fe and Mn; 3 - bound with organic matter and sulfides; 4 - bound with lithogenic...

(Table 3b) Forms of chemical elements in bottom sediments from Core AMK7-710

Fractions (forms) of elements: 1 - bound with CaCO3 and sorbed; 2 - bound with hydroxides of Fe and Mn; 3 - bound with organic matter and sulfides; 4 - bound with lithogenic...