Model is created by Gene Bellinger. Original model can be accessed from https://insightmaker.com/insight/2249/Adjusting-the-Shower-SFD.   The delays associated with adjusting the shower is a very common example of the Balancing Loop with Delay Systems Archetype.
Model is created by Gene Bellinger. Original model can be accessed from https://insightmaker.com/insight/2249/Adjusting-the-Shower-SFD.

The delays associated with adjusting the shower is a very common example of the Balancing Loop with Delay Systems Archetype.
27 8 months ago
This is just a test to see if I can duplicate what Gene did in BCtD
This is just a test to see if I can duplicate what Gene did in BCtD
A system diagram for the Mojave Desert including example socio-economic factors for an assignment at OSU- RNG 341.
A system diagram for the Mojave Desert including example socio-economic factors for an assignment at OSU- RNG 341.
Components of behaviour organised into domains, from NIMH Research Domain Criteria  website  and BMC  paper  and 2013  series  on current controversies in psychiatry.
Components of behaviour organised into domains, from NIMH Research Domain Criteria website and BMC paper and 2013 series on current controversies in psychiatry.
3 6 months ago
 Thoughts on why it's not possible to sell systems thinking, or anything else to a person or an organization.     Video
Thoughts on why it's not possible to sell systems thinking, or anything else to a person or an organization.
 William T. Powers insight that animate behavior is the purposeful control of perception. Behavior exists to control perceptual signals; internal reference signals are purposes. Continual reorganization of ends and means in the face of obstacles is Learning.

William T. Powers insight that animate behavior is the purposeful control of perception. Behavior exists to control perceptual signals; internal reference signals are purposes. Continual reorganization of ends and means in the face of obstacles is Learning.

If I could understand the logic in how '+' and '-' arrows work in this diagram, I would be thrilled! This would solve a lot of confusion I experience with many other diagrams. If I understand it here, I can understand it there.    I copied this diagram exactly, the first one, from the MIT paper that
If I could understand the logic in how '+' and '-' arrows work in this diagram, I would be thrilled! This would solve a lot of confusion I experience with many other diagrams. If I understand it here, I can understand it there.

I copied this diagram exactly, the first one, from the MIT paper that is the basis for Gene's diagram, "Credit Never Happened..." found in segment 5, Thinking Systemically.

I also copied the Note, exactly, from the bottom of that first diagram so I could study it to figure out these damn arrows and their confusing (to me) plus and minus labeling.
Overview of theory from Progress in Biophysics & Molecular Biology Special Issue 2016 From the century of the genome to the century of the organism: New theoretical approaches  paper  on organization. See  example1 insight  and  example 2 insight  Compare with Bogdanov (click tag)
Overview of theory from Progress in Biophysics & Molecular Biology Special Issue 2016 From the century of the genome to the century of the organism: New theoretical approaches paper on organization. See example1 insight and example 2 insight Compare with Bogdanov (click tag)
Navigation to aspects of systems relevant to applying the methods to health care; adapted from John Barton's representation of a system slide
Navigation to aspects of systems relevant to applying the methods to health care; adapted from John Barton's representation of a system slide
9 months ago
Examples of macroanalysis relevant to representing causal mechanisms linking genes to diseases from darden2018 MecCog  article  and 2017 Product to Process  article
Examples of macroanalysis relevant to representing causal mechanisms linking genes to diseases from darden2018 MecCog article and 2017 Product to Process article
 
 Limite ao crescimento é o arquétipo mais comum e gerador da conhecida curva "S". É um dos  arquétipos sistêmicos  citado na Quinta Disciplina de Peter Senge, na Série  Perspectivas Sistêmicas  de Gene Bellinger, No livro Pensamento Sistêmico - 25 Aplicações Práticas (João Gratuliano et al.) e em

Limite ao crescimento é o arquétipo mais comum e gerador da conhecida curva "S". É um dos arquétipos sistêmicos citado na Quinta Disciplina de Peter Senge, na Série Perspectivas Sistêmicas de Gene Bellinger, No livro Pensamento Sistêmico - 25 Aplicações Práticas (João Gratuliano et al.) e em muitas outras fontes. Original version in english Limits to Growth.

 copied from: Gene Bellinger ( Shifting the Burden Archetype | Insight Maker )    A shifting the burden structure occurs when there are different ways to address a situation. With one approach being easier, faster, and requiring fewer resources, which do you think gets pursued? The problem is that t
copied from: Gene Bellinger (Shifting the Burden Archetype | Insight Maker)

A shifting the burden structure occurs when there are different ways to address a situation. With one approach being easier, faster, and requiring fewer resources, which do you think gets pursued? The problem is that taking the easier path ensures one will have to take the easier path repeatedly, and makes it harder to pursue the long-term better solution. See also Archetypes.