Collaboration modes

Bring the aquifer-test record that remains unresolved under the conventional interpretation.

A useful collaboration begins with a specific pattern: delayed recovery, flux-gradient asynchrony, phase-amplitude mismatch, TRT disagreement, or residual structure that may change a design or management decision.

Email a technical brief Request a model-assumption audit Check publication map

Research focus

Send three things.

What was the forcing history? Which flux, head, drawdown, recovery, temperature, boundary, or deformation record moved out of step? Which decision changes if the response is interpreted with a different analytical model?

1 forcing history

2 measured drawdown/recovery

3 decision variable

aquifer-test interpretation

drawdown/recovery

TRT uncertainty

hydro-mechanical coupling

decision variables

Diagnostic collaborations

Four entry points for teams with field or operational data.

Start with a technical brief

Aquifer-test residual diagnosis

For pumping tests, groundwater time series, recovery data, or TRT records where flux, head, amplitude, phase, boundary response, or deformation contains out-of-step behavior that conventional interpretation may not fully explain.

Delayed-response analysis

For datasets where past pumping, recharge, boundary movement, aquitard drainage, or domain exchange may remain visible in present hydraulic-head, drawdown, or recovery records through non-equilibrium response.

Transformation-uncertainty review

For teams that already have model outputs but need to know how aquifer-test interpretation models affect inferred parameters, uncertainty buffers, and decision variables.

Groundwater-influenced TRT pilot

For shallow geothermal, thermal response testing, industrial heat, or semiconductor water-energy planning that needs site-specific groundwater assessment before scale-up.

Commercial route

For teams that need a decision-ready technical audit.

Open audit route

A diagnostic audit is an appropriate first step when the work involves field data, model assumptions, client-facing decisions, or confidential project constraints.

Conference presence

Research develops through exchange.

Research on asynchronous groundwater response advances through poster sessions, technical discussion, and exchange across sites. These photographs record the settings in which ideas, evidence, and collaborations are discussed.

JpGU 2026 poster exchange team presence

Poster discussion at JpGU 2026. — J041 Poster discussion

Team presence at the JpGU 2026 venue. — J090 Conference identity

Research group standing in front of a JpGU 2026 conference poster. — J040 Team presentation

Researchers discussing posters at JpGU 2026. — J075 Research exchange