Fig 3.1 Sociotechnical system underlying health IT-related adverse events NAP IOM Report

Fig 3.1 Sociotechnical system underlying health IT-related adverse events NAP IOM Report

From Hieronymi's 2013 Systems Research  Paper  Understanding Systems Science. Systems Science as one of the clusters of interacting methods for improving health services network design and delivery using  complex decision technologies IM-17952
From Hieronymi's 2013 Systems Research Paper Understanding Systems Science. Systems Science as one of the clusters of interacting methods for improving health services network design and delivery using complex decision technologies IM-17952
Activity: Use causal loop diagram to represent  how the system is supposed to work  based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?
Activity: Use causal loop diagram to represent how the system is supposed to work based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?

Activity: Use causal loop diagram to represent  how the system is supposed to work  based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?
Activity: Use causal loop diagram to represent how the system is supposed to work based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?

Activity: Use causal loop diagram to represent  how the system is supposed to work  based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?
Activity: Use causal loop diagram to represent how the system is supposed to work based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?

Activity: Use causal loop diagram to represent  how the system is supposed to work  based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?
Activity: Use causal loop diagram to represent how the system is supposed to work based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?

 Interacting nested fast and slow adaptive cycles from  Panarchy Book   ,Resilience thinking Book Brian Walker and David Salt Island Press 2006 and the  http://www.resalliance.org/  Website, See also What is Panarchy at  http://bit.ly/H9RFkL

Interacting nested fast and slow adaptive cycles from Panarchy Book  ,Resilience thinking Book Brian Walker and David Salt Island Press 2006 and the http://www.resalliance.org/ Website, See also What is Panarchy at http://bit.ly/H9RFkL

Activity: Use causal loop diagram to represent  how the system is supposed to work  based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?
Activity: Use causal loop diagram to represent how the system is supposed to work based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?

Activity: Use causal loop diagram to represent  how the system is supposed to work  based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?
Activity: Use causal loop diagram to represent how the system is supposed to work based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?

Activity: Use causal loop diagram to represent  how the system is supposed to work  based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?
Activity: Use causal loop diagram to represent how the system is supposed to work based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?

 Aim: To gain insight into what map and model representations in applied systems methods in  IM-1267  can assist identifying and explaining the improvement strategies (leverage points) described by Donella Meadows  Leverage Points Systemswiki  . The context is social learning for collective action t

Aim: To gain insight into what map and model representations in applied systems methods in IM-1267 can assist identifying and explaining the improvement strategies (leverage points) described by Donella Meadows Leverage Points Systemswiki . The context is social learning for collective action to improve real world events. Information Sources are adapted from IM-920

 Use a causal loop diagram to represent some system or series of interactions that has some negative links, but is a reinforcing (+) loop overall.
Use a causal loop diagram to represent some system or series of interactions that has some negative links, but is a reinforcing (+) loop overall.
Activity: Use causal loop diagram to represent  how the system is supposed to work  based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?
Activity: Use causal loop diagram to represent how the system is supposed to work based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?

Activity: Use causal loop diagram to represent  how the system is supposed to work  based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?
Activity: Use causal loop diagram to represent how the system is supposed to work based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?

Activity: Use causal loop diagram to represent  how the system is supposed to work  based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?
Activity: Use causal loop diagram to represent how the system is supposed to work based on Elmore quote.  Then, according to Elmore, what is missing?  How might the model be modified to include what Elmore says is missing?

Un diagramme de boucle causale (DBC) est un
outil visuel qui permet de comprendre comment les différentes variables dans un
système sont interdépendantes. Le diagramme se compose d’un ensemble de nœuds
et d’arcs. Les nœuds représentent les variables; tandis que les arcs représentent
les connexions,
Un diagramme de boucle causale (DBC) est un outil visuel qui permet de comprendre comment les différentes variables dans un système sont interdépendantes. Le diagramme se compose d’un ensemble de nœuds et d’arcs. Les nœuds représentent les variables; tandis que les arcs représentent les connexions, ou liens de causalités, entre les variables. Un lien causal peut être positif ou négatif. Un lien causal positif signifie que les deux nœuds vont évoluer dans le même sens. Un lien causal négatif signifie que les deux nœuds évoluent dans des directions opposées. Les cycles fermés dans le diagramme sont des éléments très importants des DBC. Un cycle fermé forme une boucle de rétroaction, qui peut être une boucle de renforcement (rétroaction positive) ou d’équilibrage (rétroaction négative). En utilisant un DBC, vous pouvez identifier les facteurs clés qui influencent le résultat que vous souhaitez analyser et comprendre comment ces facteurs interagissent les uns avec les autres. Cela peut vous aider à prendre des décisions éclairées pour améliorer la gestion de votre organisation de santé.
 Use a causal loop diagram to represent some system or series of interactions that has some positive links, but is a balancing (-) loop overall.
Use a causal loop diagram to represent some system or series of interactions that has some positive links, but is a balancing (-) loop overall.