A regenerative design model that explores the key interactions between physical, human and natural systems is developed to achieve these proactive outcomes.
There's an interesting school of thought called Thunderbolts Theory (or the Electric Universe model) that explores the idea that the predominant force in the Universe isn't gravity, but electricity and magnetism, and that the sun and similar solar structures are dominated by electric currents, not convection (heat) currents.
Similar results were obtained in a model that explored the effect of bottlenecks during pathogen transmission [ 53].
This paper presents a medication communication framework built on the findings gathered from creating a Circle of Care model that explores medication communication.
Finally, to our knowledge, this is the first report on psychosocial occupational health research with reference to the effort-reward imbalance model that explores the dynamics of stressful experience at work over time in a large sample of male and female employees from enterprises with different degrees of economic stability, using a variety of established mental health indicators.
Global warming will have an effect on mosquito-borne diseases, but predicting what this effect will be will require models that explore not only different mosquito species and diseases, but that also take into consideration the consequences of global warming on different geographic locations.
Despite its importance, there is a lack of conceptual models that explore medication communication specifically across roles and settings.
However, our static model, like others, 39, 40 avoids having to estimate uncertain and unknown parameters required for dynamic models that explore the impact of multiple interventions introduced at various stages over time.
Despite its importance, communication is often an embedded component (not the focus) of models that explore medication management workflow [ 14, 18], including describing: medicine pathways [ 14, 15]; e-prescribing [ 16, 17]; and patient safety [ 2, 10].
We used these data to estimate in-field survivorship from egg to third instar and to inform simulation models that explored the impact of non-random damage-avoiding oviposition on the evolution of resistance under a high dose/refuge management strategy.
