To assess the fractionation of oxygen isotopes into the bivalve species Arthritica helmsi, live bivalve shells were collected alongside the waters in which they inhabit. Samples were collected at sites along the Coorong Lagoon and Lake Alexandrina in South Australia – the estuarine system at the terminus of Australia's Murray River. Whole shell analyses of oxygen and carbon isotopes (n = 135) were measured on samples collected on 6 occasions from November 2016 to May 2018 (https://doi.pangaea.de/10.1594/PANGAEA.932620). Oxygen and hydrogen isotope analyses of waters were measured along with salinity and temperature monthly over the same time period (n = 137; this data set)
By means of a monitoring experiment in two rivers in the Netherlands, we establish a relationship be...
This dataset contains oxygen and carbon isotope data of the shells of A. benedeni benedeni specimens...
Studies using oxygen isotopes (δ18O) of mollusk shells to determine paleotemperature need to assume ...
To assess the fractionation of oxygen isotopes into the bivalve species Arthritica helmsi, live biva...
Oxygen isotope ratios in bivalve shells have long been used as a proxy for environmental change, ref...
The application of oxygen isotope ratios ({delta}18O) from freshwater bivalves as a proxy for river ...
Analyses of the stable isotopes 18O and 13C were made of modern marine shells of the widely distribu...
This item is only available electronically.This study investigates the stable isotope and trace elem...
Freshwater bivalve shell oxygen isotope values (δ 18 OS) may act as a recorder of river δ 18 O varia...
The oxygen isotopic composition of Stenomelania gastropod shells was investigated to reconstruct Ho...
Mollusks grow by adding discrete growth layers throughout their lifetime (i.e., accretion). More spe...
Freshwater bivalve shell oxygen and carbon stable isotope ratios (d18O, d13C) may act as recorders o...
Oxygen isotope geochemistry of Molluscan shell is an essential part of environmental archaeology and...
The response of the oxygen isotope ratio (δ18O) in shells of the Australian native flat oyster Ostre...
Stable isotope analyses of non-luminescent, texturally-pristine oyster calcites (Praexogyra hebridic...
By means of a monitoring experiment in two rivers in the Netherlands, we establish a relationship be...
This dataset contains oxygen and carbon isotope data of the shells of A. benedeni benedeni specimens...
Studies using oxygen isotopes (δ18O) of mollusk shells to determine paleotemperature need to assume ...
To assess the fractionation of oxygen isotopes into the bivalve species Arthritica helmsi, live biva...
Oxygen isotope ratios in bivalve shells have long been used as a proxy for environmental change, ref...
The application of oxygen isotope ratios ({delta}18O) from freshwater bivalves as a proxy for river ...
Analyses of the stable isotopes 18O and 13C were made of modern marine shells of the widely distribu...
This item is only available electronically.This study investigates the stable isotope and trace elem...
Freshwater bivalve shell oxygen isotope values (δ 18 OS) may act as a recorder of river δ 18 O varia...
The oxygen isotopic composition of Stenomelania gastropod shells was investigated to reconstruct Ho...
Mollusks grow by adding discrete growth layers throughout their lifetime (i.e., accretion). More spe...
Freshwater bivalve shell oxygen and carbon stable isotope ratios (d18O, d13C) may act as recorders o...
Oxygen isotope geochemistry of Molluscan shell is an essential part of environmental archaeology and...
The response of the oxygen isotope ratio (δ18O) in shells of the Australian native flat oyster Ostre...
Stable isotope analyses of non-luminescent, texturally-pristine oyster calcites (Praexogyra hebridic...
By means of a monitoring experiment in two rivers in the Netherlands, we establish a relationship be...
This dataset contains oxygen and carbon isotope data of the shells of A. benedeni benedeni specimens...
Studies using oxygen isotopes (δ18O) of mollusk shells to determine paleotemperature need to assume ...