Research notes

Short concept papers for non-instantaneous aquifer response problems.

These notes explain how flux-gradient asynchrony, delayed hydraulic response, transformation uncertainty, and thermal interpretation connect to engineering decisions.

Method note
2026-07-27
What If LaTeX Were the Output?

A working experiment in keeping the everyday manuscript directly editable while reserving LaTeX for final production.

Method note
2026-06-13
When Does a Pumping Test Need Lagging Darcy Law?

Use Lagging Darcy Law when asynchronous response changes interpretation or decisions.

Method note
2026-06-12
Drawdown Is Measured; Transmissivity Is Interpreted

The most useful sentence for explaining transformation uncertainty to groundwater engineers.

Method note
2026-06-12
Flux-Gradient Asynchrony Is Not Simple Delay

Lagging Theory is about asynchronous hydraulic response, not a generic time shift.

Method note
2026-06-12
From Pumping Tests to Decision Uncertainty

A field test matters when interpretation uncertainty reaches the decision.

collaboration-brief
2026-06-12
Asynchrony Effects in Thermal Response Tests

TRT and subsurface heat projects inherit groundwater uncertainty when flow, boundary, storage, or delayed-response effects are active.

essay
2026-06-12
Why Aquifer Response Can Move Out of Phase

Non-instantaneous response is a decision issue when recovery time or control timing matters.