2002 data from Nepali rivers includes geochemical measurements, cations, anions, and stable and radiogenic strontium isotope compositions. The dataset also contains supplementary mathematical equations, tables, and analytical solutions for reactive transport models. It was collected for a study by Stevenson et al. and published in the American Journal of Science.
Use Cases
- Analyze stable and radiogenic strontium isotope compositions to trace weathering sources in Nepal river waters.
- Model dissolution-reprecipitation reactions in carbonate matrices using the provided reactive transport equations and analytical solutions.
- Correlate cation and anion geochemical data with strontium isotope signatures to understand regional hydrological processes.
- Validate reactive transport model symbols and definitions against the published supplementary equations and references.
Strengths
- Includes both geochemical measurements and specialized radiogenic strontium isotope data.
- Contains supplementary mathematical equations and analytical solutions for reactive transport modeling.
- Data is associated with a peer-reviewed publication in the American Journal of Science.
Limitations
- Data is from a single year (2002), limiting analysis of temporal trends or changes.
- Sample size and number of measurement features are unspecified.
- Geographic scope is restricted to rivers within Nepal.
Provenance
- Source
- British Geological Survey (BGS)
- Collection Method
- Collected from Nepali rivers as part of a research study.
- Time Range
- 2002
- Freshness
- null
- Geography
- Nepal rivers