The interaction of a population of Moose and Wolves.

Simplest Innovation diffusion model from Sterman's Business Dynamics Ch 9

This model is derived from the paper "Nobody Ever Gets Credit for Fixing Problems that Never Happened: Creating and Sustaining Process Improvement" by Nelson P. Repenning and John D Sterman. See Insight 9781 for a simulation of this model.

To develop insights regarding a situation of interest there are a number of things should be considered to ensure a view of the relevant influences.

This model depicts the interactions of Aesop's Fable "The Boy Who Cried Wolf."

New Learning tend to reduce Outdated Thinking, Communicating & Learning though our Outdated Thinking, Communicating & Learning inhibits new learning. The question is then how do we break this cycle. Adopted from "An Introduction to Systems Thinking with STELLA" by Barry Richmond.

This is a model depicting the interactions of the Aesop's Fable "The Boy Who Cried Wolf."

There are limits to what one can infer from a qualitative model.

New Learning tend to reduce Outdated Thinking, Communicating & Learning though our Outdated Thinking, Communicating & Learning inhibits new learning. The question is then how do we break this cycle. Adopted from "An Introduction to Systems Thinking with STELLA" by Barry Richmond.

This model is derived from the paper "Nobody Ever Gets Credit for Fixing Problems that Never Happened: Creating and Sustaining Process Improvement" by Nelson P. Repenning and John D Sterman. See Insight 752 for a causal loop version of this model.

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New Learning tend to reduce Outdated Thinking, Communicating & Learning though our Outdated Thinking, Communicating & Learning inhibits new learning. The question is then how do we break this cycle. Adopted from "An Introduction to Systems Thinking with STELLA" by Barry Richmond.

There are limits to what one can infer from a qualitative model.

All the following have a common characteristic.

The interaction of a population of Moose and Wolves.

Esta é uma tradução da fábula de Aesop conhecida como  "The Boy Who Cried Wolf."

The interaction of a population of Moose and Wolves.

Balancing Loop with Stock & Flow Diagram.

While these pictures represent very different things there is a common essence.

Based on 1990 SDR Article. Control systems act to make their own input match internal standards or reference signals. Competent control systems create illusions of stimulus response causality. Stimulus-response theory can approximate the relationship between disturbance and action, but it can't predict the consequences of behavior. These consequences are maintained despite disturbances. See also Double loop learning and Nurse Thinking Insights

The interaction of a population of Moose and Wolves.

This is a model depicting the interactions of the Aesop's Fable "The Boy Who Cried Wolf."

The interaction of a population of Moose and Wolves.

There are limits to what one can infer from a qualitative model.

This model depicts the interactions of Aesop's Fable "The Boy Who Cried Wolf."