EXPLORE CONNECTIONS
The bioavailability of chemicals in soil for earthworms
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 2026-11-06. 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 (11)
- The bioavailability of chemicals in soil for earthworms Conference Paper Geyser's magma chamber, California: constraints from gravity data, density measurements, and well information
- The bioavailability of chemicals in soil for earthworms Conference Paper Gravity and magnetic studies of the Wind River Reservation, Wyoming
- The bioavailability of chemicals in soil for earthworms Conference Paper Stability changes after weak layer collapse: Insights from an unexpected dataset
- The bioavailability of chemicals in soil for earthworms Conference Paper Tracking water in snow: Bridging sensor and and model simulations
- The bioavailability of chemicals in soil for earthworms Conference Paper Patterns of glide avalanche release: Insights from 23 years of observations along the Going-to-the-Sun Road, Montana, USA
- The bioavailability of chemicals in soil for earthworms Conference Paper Start-zone characteristics and timing of wet slab avalanches In Colorado
- The bioavailability of chemicals in soil for earthworms Conference Paper Applying automated avalanche terrain mapping to wildlife ecology: A case study of Dall's sheep in southcentral Alaska
- The bioavailability of chemicals in soil for earthworms Conference Paper Climate-driven shifts in snowpack conditions favorable for wet snow avalanches: Insights from snow cover model simulations
- The bioavailability of chemicals in soil for earthworms Conference Paper Revisiting avalanche destructive scale and associated mass estimates
- The bioavailability of chemicals in soil for earthworms Conference Paper Springs of the Catskill Mountains: A conduit flow system in predominantly siliciclastic strata
- The bioavailability of chemicals in soil for earthworms Conference Paper Authoritative knowledge infrastructure for GeoAI: Implications for scientific spatial data providers
Places & coverage
Source-reported bounding extents on a longitude/latitude grid. Boxes show coverage, not precise study locations.
- Stability changes after weak layer collapse: Insights from an unexpected dataset · 45.3189460540203° to 45.33299318138492° latitude, -111.38445369182303° to -111.377294998524° longitude
- Tracking water in snow: Bridging sensor and and model simulations · 45.74021121503665° to 45.753680347339554° latitude, -110.92795556970783° to -110.89223903302934° longitude
- Patterns of glide avalanche release: Insights from 23 years of observations along the Going-to-the-Sun Road, Montana, USA · 48.61159695691762° to 48.824724984597566° latitude, -114.00684065662138° to -113.5122958000857° longitude
- Start-zone characteristics and timing of wet slab avalanches In Colorado · 36.97192343236556° to 40.982074695582696° latitude, -109.05376634727858° to -101.99984299334658° longitude
- Applying automated avalanche terrain mapping to wildlife ecology: A case study of Dall's sheep in southcentral Alaska · 60.933093530779416° to 62.4793223° latitude, -150.03156121483062° to -148.0393505° longitude
- Climate-driven shifts in snowpack conditions favorable for wet snow avalanches: Insights from snow cover model simulations · 48.16971779808773° to 49.0016388088892° latitude, -114.46808640264636° to -113.1760352579636° longitude
- Springs of the Catskill Mountains: A conduit flow system in predominantly siliciclastic strata · 41.883338180428126° to 42.33965461242107° latitude, -74.8435460287221° to -73.96130571248278° 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 (10)
- J. Wells 1 shared work R. Lanno
- Jason M. Conder 1 shared work R. Lanno
- K. Bradham 1 shared work R. Lanno
- N. Basta 1 shared work R. Lanno
- J. Wells 1 shared work Jason M. Conder
- J. Wells 1 shared work K. Bradham
- J. Wells 1 shared work N. Basta
- Jason M. Conder 1 shared work K. Bradham
- Jason M. Conder 1 shared work N. Basta
- K. Bradham 1 shared work N. Basta
Publication timeline
Publication years for these 12 related works; 0 have no source publication date. This is a discovery sample, not a measure of research output or growth.
1993 · 2 works
2026 · 9 works
- Stability changes after weak layer collapse: Insights from an unexpected dataset
- Tracking water in snow: Bridging sensor and and model simulations
- Patterns of glide avalanche release: Insights from 23 years of observations along the Going-to-the-Sun Road, Montana, USA
- Start-zone characteristics and timing of wet slab avalanches In Colorado
- Applying automated avalanche terrain mapping to wildlife ecology: A case study of Dall's sheep in southcentral Alaska
- Climate-driven shifts in snowpack conditions favorable for wet snow avalanches: Insights from snow cover model simulations
- Revisiting avalanche destructive scale and associated mass estimates
- Springs of the Catskill Mountains: A conduit flow system in predominantly siliciclastic strata
- Authoritative knowledge infrastructure for GeoAI: Implications for scientific spatial data providers
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.