New Public Insights

These are recently updated publicly accessible Insights. In addition to public Insights, Insight Maker also supports creating private Insights.

Based on the 2025 Behuria  article  Middle-income
Trap or Neoliberal Trap? Industrial Policy and Ideology in the World
Development Report 2024 See WDR2024  MITrap insight  with help from Gene Bellinger's Gemini AI scripts Nov2025
Based on the 2025 Behuria article Middle-income Trap or Neoliberal Trap? Industrial Policy and Ideology in the World Development Report 2024 See WDR2024 MITrap insight with help from Gene Bellinger's Gemini AI scripts Nov2025
17 hours ago
The model shows the basic elements of a System Dynamics Stock and Flow model. I have designed it to demonstrate to operation of a simple stock and flow model and to familiarize the user with the basic operation of Insight Maker.
The model shows the basic elements of a System Dynamics Stock and Flow model. I have designed it to demonstrate to operation of a simple stock and flow model and to familiarize the user with the basic operation of Insight Maker.
WIP awaiting extra session, initial AI plus Nobel Prize lecture then second session See also  TIE insight  and Critique INsight
WIP awaiting extra session, initial AI plus Nobel Prize lecture then second session See also TIE insight and Critique INsight
18 hours ago
Model que representa l'estat dels embassaments i el volum de l'aigua històric, amb especial èmfasi en els episodis de sequera
Model que representa l'estat dels embassaments i el volum de l'aigua històric, amb especial èmfasi en els episodis de sequera
Simple mass balance model for lakes based on the Vollenweider equation:  dMw/dt = Min - sMw + pMs - Mout  The model was first used in the 1960s to determine the phosphorus concentration in lakes and reservoirs for eutrophication assessment.  This version considers mercury, and adds diagenesis, using
Simple mass balance model for lakes based on the Vollenweider equation:

dMw/dt = Min - sMw + pMs - Mout

The model was first used in the 1960s to determine the phosphorus concentration in lakes and reservoirs for eutrophication assessment.

This version considers mercury, and adds diagenesis, using an extra state variable (mercury in the sediment), and incorporates desorption processes that release mercury trapped in the sediment back to the water column.

The temporal dynamics of the model simulate the typical development of pollution in time.

1. Low loading, low Hg concentration in lake
2. High loading, increasing Hg concentration in lake
3. Desorption rate is low, Hg in sediment increases
4. Measures implemented for source control, loading reduces
5. Hg in lake gradually decreases, but below a certain point, desorption increases, and lake Hg concentration does not improve
6. Recovery only occurs when the secondary load in the sediment is strongly reduced.