Plant proximity has been shown to be beneficial in multiple ways including from air pollution reduction & stress reduction. These leverage points have been demonstrated to have positive medical consequences in terms of reduced opioid addiction, reduced medical mistakes, prevention of diseases & conditions such as hypertension & related complications, asthma, heart attacks, strokes, cancer, diabetes, alzheimers & dementia, schizophrenia, rheumatoid arthritisacute pancreatits, chronic kidney disease. We have also evaluated the consequences of proximity to plants on hospital staff presenteeism, absenteeism & turnover rates. We have concluded that under any scenario we have tested, a network of plant walls & vertical gardens and other uses of plants could pay for themselves in as little as two years and provide beneficial outcomes for more than 20 years.
Plant proximity is understood by the scientific community through the lens of “biophelia”. Biophelia is the visual & sensory experience of plants and proximity to plants. You have expertise relevant to reviewing for validity and applicability our simulation of biophelia in hospitals. Our draft aims to forecast the social outcomes that could be caused by varying scenarios of biophelia in hospitals. We have identified more than 100 outcomes that in principle can be attributed to biophelia. We present here in draft for review a partial simulation of this impact potential. We have aimed to consider prospective benefits to all stakeholders. We have structured this to be a flexible model that can be adapted to any hospital circumstance. We’ve aimed to identify both health outcomes, environmental outcomes financial outcomes.
Our team has a draft financial model of how vertical gardens pay for themselves in libraries and hospitals. Our team has a thesis of how biophelia can save hundreds of lives per hospital per twenty years. Our team has identified more than one hundred diseases that are preventable thorugh biophelia density in hospitals being increased.