Interstitial water studies from sites drilled during a transect of the Walvis Ridge indicate that concentration increases in calcium and decreases in magnesium toward and into the basement. These trends can be understood principally in terms of reactions taking place in Layer 2 of the oceanic crust. At Site 525, however, some removal of magnesium occurs within the sediment column. Concentration maxima of dissolved strontium clearly indicate that carbonate recrystallization occurs throughout the carbonate sediments, and studies of the Sr/Ca ratio in carbonates indicate that in chalks and limestones recrystallization is essentially complete. Predictions of dissolved strontium maxima generally fail; this can be understood as removal of stronti...
Through the Deep Sea Drilling Project samples of interstitial solutions of deeply buried marine sedi...
Interstitial water analyses from sediments collected during Leg 25 of the Deep Sea Drilling Project ...
Major-element compositions (Cl-, SO4[2-], Ca2+, Mg2+ , Li+ , K+, Na+ , Sr2+) of interstitial waters ...
Interstitial waters were collected at only two sites during Leg 82, Sites 558 and 563. Only very sma...
The concentration changes in pore waters of dissolved calcium, magnesium, sulfate, strontium, and si...
Interstitial waters obtained from a transect east from the Mid-Atlantic Ridge on progressively older...
The concentrations and isotopic compositions of strontium in interstitial waters from several DSDP s...
Interstitial water data obtained during Leg 60 show complex gradients at Site 453 in a sediment pond...
More than 100 interstitial-water samples from Sites 645, 646, and 647 were analyzed for major and mi...
Interstitial water studies on samples obtained during Leg 81 have revealed substantial changes with ...
Chemical analysis of fluids sampled in situ during Leg 78B has been carried out. The fluids found in...
Studies of interstitial water carried out during Deep Sea Drilling Project Leg 78A (Sites 541, 542, ...
Interstitial waters and sediments from DSDP sites 288 and 289 contain information on the chemistry a...
Interstitial waters from several sites drilled during Leg 58 have been analyzed for major constituen...
Concentrations of dissolved Ca2+, Sr2+, Mg2+, SO4[2-], and alkalinity were measured in pore waters s...
Through the Deep Sea Drilling Project samples of interstitial solutions of deeply buried marine sedi...
Interstitial water analyses from sediments collected during Leg 25 of the Deep Sea Drilling Project ...
Major-element compositions (Cl-, SO4[2-], Ca2+, Mg2+ , Li+ , K+, Na+ , Sr2+) of interstitial waters ...
Interstitial waters were collected at only two sites during Leg 82, Sites 558 and 563. Only very sma...
The concentration changes in pore waters of dissolved calcium, magnesium, sulfate, strontium, and si...
Interstitial waters obtained from a transect east from the Mid-Atlantic Ridge on progressively older...
The concentrations and isotopic compositions of strontium in interstitial waters from several DSDP s...
Interstitial water data obtained during Leg 60 show complex gradients at Site 453 in a sediment pond...
More than 100 interstitial-water samples from Sites 645, 646, and 647 were analyzed for major and mi...
Interstitial water studies on samples obtained during Leg 81 have revealed substantial changes with ...
Chemical analysis of fluids sampled in situ during Leg 78B has been carried out. The fluids found in...
Studies of interstitial water carried out during Deep Sea Drilling Project Leg 78A (Sites 541, 542, ...
Interstitial waters and sediments from DSDP sites 288 and 289 contain information on the chemistry a...
Interstitial waters from several sites drilled during Leg 58 have been analyzed for major constituen...
Concentrations of dissolved Ca2+, Sr2+, Mg2+, SO4[2-], and alkalinity were measured in pore waters s...
Through the Deep Sea Drilling Project samples of interstitial solutions of deeply buried marine sedi...
Interstitial water analyses from sediments collected during Leg 25 of the Deep Sea Drilling Project ...
Major-element compositions (Cl-, SO4[2-], Ca2+, Mg2+ , Li+ , K+, Na+ , Sr2+) of interstitial waters ...