EXPLORE CONNECTIONS
Development and evaluation of geochemical methods for the sourcing of archaeological maize
Follow the relationships that help you find your next source.
Based on 525 indexed works selected for this snapshot; the candidate window is limited. Counts describe this index, not the complete source archives. Prepared from the PostgreSQL corpus; source versions are checked before display. Snapshot 2026-11-10. Up to 32 works or names per graph.
Places, topics & collections
Connections use shared source subjects, names, places, and explicitly mentioned entities. A shared label is not evidence of a citation, experimental result, or verified species identification.
Relationships as a list (31)
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 2. The influence of extraction procedure on ion concentrations in sediment pore water
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 3. Atmospheric lead deposition to Okefenokee Swamp, Georgia, USA
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 4. Effects of hardness and alkalinity in culture and test waters on reproduction of Ceriodaphnia dubia
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 5. Calculation of amorphous silica solubilities at 25° to 300°C and apparent cation hydration numbers in aqueous salt solutions using the concept of effective density of water
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 6. An equation correlating the solubility of quartz in water from 25° to 900°C at pressures up to 10,000 bars
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 7. The solubility of quartz in aqueous sodium chloride solution at 350°C and 180 to 500 bars
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 8. Earth fissures and localized differential subsidence
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 9. Petroleum associated with polymetallic sulfide in sediment from Gorda Ridge
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 10. Composition of steam in the system NaCl-KCl-H 2 O-quartz at 600°C
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 11. Conductive heat flows in research drill holes in thermal areas of Yellowstone National Park, Wyoming
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 12. Evolution of Seismic Geyser, Yellowstone National Park
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 13. Migration ecology and stopover population size of Red Knots Calidris canutus rufa at Mingan Archipelago after exiting the breeding grounds
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 14. Environments of generation of some base-metal ore deposits
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 15. Sulfides associated with the Salton Sea geothermal brine
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 16. Thermal waters of volcanic origin
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 17. Deep geothermal brine near Salton Sea, California
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 18. Active metamorphism of upper Cenozoic sediments in the Salton Sea geothermal field and the Salton Trough, southeastern California
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 19. Predicting Minnesota lake ice phenology with deep learning, explainable methods, and a physically based benchmark, 1980-2018
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 20. Age reassignment using luminescence dating for the Mammoth Site, Black Hills, South Dakota, USA
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 21. Human health risk from manganese in groundwater
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 22. Lead exposure of snakes near recreational and military shooting areas in a sagebrush steppe ecosystem
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 23. Constraining the permeability and outer-rise hydration at the Central America margin
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 24. Northern bobwhites select for native grasses on working grazing land
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 25. Global carbon investment in terrestrial biological nitrogen fixation
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 26. Hyperspectral narrowband imaging spectroscopy: A new paradigm for Earth observation
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 27. Long-term predictive modeling of stream condition suggests wide-spread changes within the Chesapeake Bay Watershed, USA
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 28. Assessing the status and drivers of phytoplankton blooms along the riverine to freshwater-tidal continuum in a modified delta
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 29. As above, so below? A framework for integrating long-term water quantity trends reveals divergent patterns in groundwater and low streamflow across the United States
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 30. Ecological transformations of coastal wetlands of the conterminous United States in response to contemporaneous sea-level rise
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 31. Testing characteristic magnitude distributions in modern PSHA models
- 1. Development and evaluation of geochemical methods for the sourcing of archaeological maize Article 32. Lake trout colonization of artificial reefs: Who’s interested, and how long does it take?
Places & coverage
Source-reported bounding extents on a longitude/latitude grid. Boxes show coverage, not precise study locations.
- Atmospheric lead deposition to Okefenokee Swamp, Georgia, USA · 30.581179257386985° to 30.768979140567136° latitude, -82.452392578125° to -82.22923278808594° longitude
- Earth fissures and localized differential subsidence · 31.3° to 43.5° latitude, -124.8° to -109° longitude
- Petroleum associated with polymetallic sulfide in sediment from Gorda Ridge · 40.05112564768223° to 42.169044706587556° latitude, -126.69231378781924° to -123.25772155727577° longitude
- Conductive heat flows in research drill holes in thermal areas of Yellowstone National Park, Wyoming · 44.125056482685146° to 45.11423838585088° latitude, -111.09100341796875° to -109.81109619140625° longitude
- Evolution of Seismic Geyser, Yellowstone National Park · 44.46319080919909° to 44.4803403652934° latitude, -110.85891723632812° to -110.82870483398436° longitude
- Migration ecology and stopover population size of Red Knots Calidris canutus rufa at Mingan Archipelago after exiting the breeding grounds · 49.97227643857602° to 50.40079688534303° latitude, -64.08650681278847° to -62.56097454960657° longitude
- Sulfides associated with the Salton Sea geothermal brine · 33.078884672628604° to 33.53796074078274° latitude, -116.10763549804686° to -115.57342529296875° longitude
- Deep geothermal brine near Salton Sea, California · 33.07082934859187° to 33.58259116393916° latitude, -116.16668701171875° to -115.55145263671876° longitude
- Active metamorphism of upper Cenozoic sediments in the Salton Sea geothermal field and the Salton Trough, southeastern California · 32.63012300670739° to 34.06176136129718° latitude, -116.75170898437501° to -114.49951171875° longitude
- Predicting Minnesota lake ice phenology with deep learning, explainable methods, and a physically based benchmark, 1980-2018 · 43.500415° to 49.383079° latitude, -97.239209° to -89.489226° longitude
- Age reassignment using luminescence dating for the Mammoth Site, Black Hills, South Dakota, USA · 43.412° to 43.437° latitude, -103.497° to -103.456° longitude
- Lead exposure of snakes near recreational and military shooting areas in a sagebrush steppe ecosystem · 43.41589542240385° to 43.47177761405541° latitude, -116.45409722615386° to -116.37113818642081° longitude
- Constraining the permeability and outer-rise hydration at the Central America margin · 6.2885614° to 15.5175459° latitude, -94.22229828125053° to -77.3664599° longitude
- Northern bobwhites select for native grasses on working grazing land · 37.59201883997629° to 37.72406020069704° latitude, -84.3147403086961° to -84.10506369054549° longitude
- Long-term predictive modeling of stream condition suggests wide-spread changes within the Chesapeake Bay Watershed, USA · 36.658319982714204° to 42.6559974° latitude, -77.2729725° to -75.0820927° longitude
- Assessing the status and drivers of phytoplankton blooms along the riverine to freshwater-tidal continuum in a modified delta · 37.8001084° to 38.4927398° latitude, -121.9505123° to -121.3465035° longitude
- As above, so below? A framework for integrating long-term water quantity trends reveals divergent patterns in groundwater and low streamflow across the United States · 25.08° to 49.38905° latitude, -124.68721° to -66.96466° longitude
- Ecological transformations of coastal wetlands of the conterminous United States in response to contemporaneous sea-level rise · 25.08° to 49.38905° latitude, -124.68721° to -66.96466° longitude
- Testing characteristic magnitude distributions in modern PSHA models · 31.3159861° to 49.3838067° latitude, -125.7890305257902° to -102.7151136° longitude
- Lake trout colonization of artificial reefs: Who’s interested, and how long does it take? · 45.056° to 45.064° latitude, -83.4° to -83.37° longitude
Citation graph
Arrows run from the citing work to its reference. Only explicit source/provider reference lists are used. Incoming links cover this candidate window; this is not a global citation count.
No supported relationships are available in this snapshot. This does not mean that no relationships exist.
Collaborator network
Shared authorship within up to 200 candidate works (1 examined); up to 32 names shown. Names are matched as supplied, without verified person disambiguation. Shared credit does not necessarily establish personal collaboration.
Relationships as a list (15)
- Howard E. Taylor 1 shared work L. V. Benson
- K.A. Peterson 1 shared work L. V. Benson
- B.D. Shattuck 1 shared work L. V. Benson
- C.A. Ramotnik 1 shared work L. V. Benson
- J.R. Stein 1 shared work L. V. Benson
- Howard E. Taylor 1 shared work K.A. Peterson
- B.D. Shattuck 1 shared work Howard E. Taylor
- C.A. Ramotnik 1 shared work Howard E. Taylor
- Howard E. Taylor 1 shared work J.R. Stein
- B.D. Shattuck 1 shared work K.A. Peterson
- C.A. Ramotnik 1 shared work K.A. Peterson
- J.R. Stein 1 shared work K.A. Peterson
- B.D. Shattuck 1 shared work C.A. Ramotnik
- B.D. Shattuck 1 shared work J.R. Stein
- C.A. Ramotnik 1 shared work J.R. Stein
Publication timeline
Publication years for these 32 related works; 0 have no source publication date. This is a discovery sample, not a measure of research output or growth.
1957 · 1 work
1964 · 1 work
1978 · 1 work
1982 · 2 works
2006 · 1 work
2008 · 1 work
2010 · 1 work
2026 · 14 works
- Predicting Minnesota lake ice phenology with deep learning, explainable methods, and a physically based benchmark, 1980-2018
- Age reassignment using luminescence dating for the Mammoth Site, Black Hills, South Dakota, USA
- Human health risk from manganese in groundwater
- Lead exposure of snakes near recreational and military shooting areas in a sagebrush steppe ecosystem
- Constraining the permeability and outer-rise hydration at the Central America margin
- Northern bobwhites select for native grasses on working grazing land
- Global carbon investment in terrestrial biological nitrogen fixation
- Hyperspectral narrowband imaging spectroscopy: A new paradigm for Earth observation
- Long-term predictive modeling of stream condition suggests wide-spread changes within the Chesapeake Bay Watershed, USA
- Assessing the status and drivers of phytoplankton blooms along the riverine to freshwater-tidal continuum in a modified delta
- As above, so below? A framework for integrating long-term water quantity trends reveals divergent patterns in groundwater and low streamflow across the United States
- Ecological transformations of coastal wetlands of the conterminous United States in response to contemporaneous sea-level rise
- Testing characteristic magnitude distributions in modern PSHA models
- Lake trout colonization of artificial reefs: Who’s interested, and how long does it take?
Semantic map
Model: all-minilm. Positions are a two-dimensional approximation of embedding similarity; proximity is not a citation or proof of agreement. Results come from the snapshot’s candidate window.
No current, compatible embeddings are available for related works in this snapshot. A semantic map appears after background embedding and snapshot generation.