Environmental Psychology and Sustainable Wellbeing: Why the Spaces We Work In Matter More Than We Think 

The physician’s lounge at most hospitals looks remarkably similar: fluorescent lighting, beige walls, coffee that’s been sitting too long, chairs that were chosen for durability rather than comfort. We spend perhaps ten minutes there between shifts, barely registering our surroundings. Then we return to patient rooms equally optimized for clinical efficiency—standardized, sterile, functional. 

The 2025 Physicians Foundation survey revealed that stress and anxiety among physicians have reached levels not seen since the height of the pandemic, even as reported burnout rates showed modest improvement [1]. We attribute this to EHR burdens, insurance denials, and staffing shortages—all legitimate culprits. But what if we’re missing something more fundamental? What if the physical environments where we spend the majority of our waking hours are quietly eroding the very resources we need to sustain ourselves in this work? 

The Science We’ve Been Ignoring 

Environmental psychology has established something physicians intuitively understand when we prescribe time outdoors to stressed patients, yet somehow fail to apply to ourselves: our surroundings directly influence our cognitive capacity, emotional regulation, and physiological stress response. 

Two foundational theories explain these mechanisms. Roger Ulrich’s Stress Recovery Theory proposes that exposure to natural elements triggers positive affective reactions that block negative affect and enable more rapid psychophysiological stress recovery. Stephen and Rachel Kaplan’s Attention Restoration Theory suggests that natural environments support an effortless mode of attention, allowing the capacity to direct attention—a limited resource that becomes depleted through sustained effort—to restore itself [2,3]. 

The distinction matters clinically. Many commonplace tasks and everyday demands tax the directed attention resource, and sustained efforts to direct attention can deplete this capability, bringing gradually impaired performance and eventual fatigue [3]. Sound familiar? That afternoon slump where reading one more chart note feels insurmountable, where you find yourself re-reading the same lab values without processing them—that’s attention fatigue manifesting in real time. 

What Healthcare Design Gets Wrong 

Research from 2010-2023 confirms that biophilic hospital design can reduce stress and enhance health and wellness for both patients and caregivers, creating sustainable therapeutic environments [4]. Yet walk through most medical facilities and you’ll find the opposite: environments that demand constant directed attention, offer no respite for mental fatigue, and provide minimal connection to anything resembling the natural world. 

Replacing a single nursing position can cost a facility twice the position’s annual salary, while nursing turnover can account for as much as 5% of a hospital’s annual operating budget. A 25% decrease in staff turnover alone would recapture 1.25% of a facility’s annual operating budget [5]. The financial argument for environmental interventions exists. Yet healthcare facilities continue to treat design as a cost center focused on aesthetics rather than recognizing the built environment’s impact on outcomes. 

The irony is stark. Robert Ulrich’s landmark 1984 study showed that patients with views of nature had an average length of stay 18 hours shorter than patients with views of an exterior wall [5]. We’ve known for four decades that environmental factors affect recovery rates—measurable, billable, meaningful differences. But we’ve applied these insights to patient rooms while largely ignoring the spaces where staff spend twelve-hour shifts. 

The Biophilic Gap in Physician Wellbeing 

Studies show caregivers are more productive and organized in spaces with plants, natural air, and light, and interaction with nature. These biophilic design decisions increase parasympathetic nervous system activity, lowering stress levels and promoting overall well-being, while reducing burnout and enhancing job satisfaction among hospital staff [4,6]. 

The evidence base has become substantial. Research by the UK Green Building Council found that employees in workplaces with good access to daylight reported 18% fewer sick days compared to those with limited access [7]. Not trivial differences. Not subjective improvements. Eighteen percent fewer absences from a single environmental variable. 

Studies show that exposure to natural elements like sunlight and plants reduces cortisol levels. Participants exposed to natural light had lower cortisol levels and reported feeling more relaxed than those working under artificial light [7]. This isn’t about creating spa-like atmospheres. It’s about acknowledging that the autonomic nervous system responds to environmental cues, whether we’re consciously aware of them or not. 

Why This Matters Beyond Individual Physicians 

A 2024 study of 130,000 people across 125 countries investigated the ‘perception gap’ between actual and perceived support for climate action, finding that people significantly underestimated the willingness of their fellow citizens to contribute to environmental sustainability [8]. The same perception gap exists in healthcare. Research from both the United States and the Netherlands found that physicians underestimated patients’ interest and willingness to engage in environmental conversations, while patients underestimated the interest of other patients [8]. 

A 2024 Dutch national survey of 9,371 patients found that 69% considered environmental sustainability an important aspect of healthcare [8]. This matters because sustainable healthcare practices and physician wellbeing aren’t separate concerns. They’re interconnected aspects of systems-level change. 

Sustainable healthcare means maintaining both current and future quality of healthcare through balancing social, environmental, and financial constraints [9]. When we design spaces that support human functioning rather than depleting it, we’re simultaneously addressing environmental impact (energy use, resource consumption) and workforce sustainability (retention, performance, health). 

The Planetary Health Perspective 

The Planetary Health framework stresses that health is determined by the functioning of the Earth’s system, offering a more comprehensive approach than traditional environmental health, which focuses on local exposures and conditions [10]. This matters for understanding physician wellbeing within larger contexts. 

Health professionals are generally highly trusted and have influence at all levels of society. With trust comes the responsibility to influence wisely and lead effectively through collaborative engagement beyond individual actions [11]. But physicians can’t lead transformation toward sustainable healthcare systems if the immediate environments where we work are themselves unsustainable—depleting cognitive resources, elevating stress hormones, disconnecting us from the restorative processes that allow sustained high-level functioning. 

Most current physicians were not exposed to environmental health content in their medical training, complicating their ability to incorporate it into clinical work or teach learners on the topic. Physicians cite barriers to engaging in environmental health, including lack of training, need for concrete tools, and time constraints [12]. The gap exists not because physicians don’t care, but because the infrastructure to support this work—including work environments that don’t deplete us—hasn’t been built. 

What Actually Works 

According to Kaplan’s paradigm, restorative environments have four factors: fascination (how an environment attracts involuntary attention), being-away (feeling freed from everyday demands), extent (perceived organization and possibility of exploration), and compatibility (correspondence between environmental characteristics and a person’s expectations) [13]. 

Translation for hospital administrators: maximize natural light through architectural design. Provide visual access to vegetation—even limited amounts have attention-restoring advantages. Create spaces where staff can experience “being-away” without leaving the facility. Design break areas with coherent organization that supports rather than demands attention. 

A healthcare facility that integrated biophilic elements, including a preserved moss wall and numerous potted plants, resulted in a significant decrease in reported burnout among staff and a more welcoming space for patients [14]. Not revolutionary interventions. Plants. Natural materials. Daylight. Elements so basic we’ve somehow convinced ourselves they’re luxuries. 

The Implementation Problem 

There is no formal sustainability curriculum in postgraduate medical education, despite the crucial importance of enabling clinicians to translate sustainability theory taught at the undergraduate level into clinical practice [9]. The same gap exists for environmental design’s impact on wellbeing. We might get a lecture on ergonomics during residency. Maybe someone mentions the importance of adequate lighting. But systematic education about how our work environments affect our capacity to function, maintain attention, regulate stress, and sustain careers? Absent. 

Research on mental health facility design shows that supportive environments influence patients’ mental health and staff’s therapeutic practices, with expectations that buildings provide options for novel treatment needs in contrast to older, outdated buildings that are perceived as hindering appropriate treatment conditions [15]. The principle applies universally: environments either support or hinder the work they’re meant to facilitate. 

Moving Forward 

The 2024 SYNERGY Expert Meeting brought together health and environmental psychologists to advance environmental health psychology, highlighting shared principles, complementary approaches, and the urgent need for interdisciplinary action addressing climate change [16]. The field is coalescing. Research is accumulating. What’s needed now is implementation. 

This doesn’t require waiting for hospital renovations or new construction. Small, intentional changes can have a significant impact: maximizing natural light in existing spaces, incorporating views of outdoor areas, using natural materials, and creating environments that reflect natural patterns [17]. Even bringing plants into break rooms. Ensuring windows in physician workspaces aren’t covered by blinds permanently drawn for decades. 

Natural light supports circadian rhythms crucial for sleep and overall health while reducing the need for artificial lighting and leading to energy savings [18]. When environmental interventions support both human well-being and sustainability goals, the business case becomes harder to ignore. 

The Larger Point 

We’re asking physicians to function at peak cognitive capacity for extended shifts in environments specifically designed to be stripped of the elements that support cognitive restoration. We’re puzzled when stress levels remain elevated despite burnout programs and wellness initiatives. We implement resilience training while maintaining work conditions that systematically deplete the very resources resilience requires. 

Physician well-being is critical to sustaining the healthcare system. Actions to reduce burnout and increase well-being must occur on multiple levels, including organizational steps to create cultures of support [19]. Environmental design is organizational infrastructure. It’s not optional décor. It’s the physical manifestation of whether an institution actually values the sustained functioning of its workforce. 

The question isn’t whether we can afford to redesign healthcare environments with attention to restoration, biophilia, and sustainable wellbeing. The question is whether we can afford not to. Because the current model—sterile, disconnected, resource-depleting spaces where we expect humans to perform complex cognitive work indefinitely—isn’t working. The data on physician stress, burnout, and turnover make that abundantly clear. 

Maybe it’s time we started designing healthcare environments that actually support healthcare workers. Not as an amenity. As basic infrastructure for sustainable practice. 

References 

1. The Physicians Foundation. 2025 Survey of America’s Physicians. Available at: https://physiciansfoundation.org 

2. Ulrich RS. Stress Recovery Theory and natural environments. Journal of Environmental Psychology. 

3. Kaplan S, Kaplan R. Attention Restoration Theory: directed attention fatigue and restoration in natural environments. Environmental Psychology research. 

4. Biophilic hospital design research 2010-2023: Impact on stress reduction and wellness for patients and caregivers. 

5. Healthcare facility design and staff retention: Economic analysis of nursing turnover and environmental interventions; Ulrich RS. 1984 study on nature views and patient recovery. 

6. Biophilic design elements and parasympathetic nervous system activity in healthcare settings. 

7. UK Green Building Council research on daylight access and employee sick days; cortisol level studies comparing natural vs artificial light exposure. 

8. 2024 international study on perception gaps in climate action (130,000 participants, 125 countries); physician-patient communication research on environmental sustainability; 2024 Dutch national patient survey (n=9,371). 

9. Sustainable healthcare definition and postgraduate medical education curriculum gaps. 

10. Planetary Health framework: Earth’s systems and human health. 

11. Healthcare professionals’ societal trust and leadership responsibility. 

12. Physician training gaps in environmental health content and cited barriers to engagement. 

13. Kaplan’s restorative environment paradigm: four factors of fascination, being-away, extent, and compatibility. 

14. Healthcare facility case study: biophilic elements, including preserved moss wall and staff burnout outcomes. 

15. Mental health facility design research on supportive environments and therapeutic practices. 

16. 2024 SYNERGY Expert Meeting: environmental health psychology and interdisciplinary climate action. 

17. Environmental design interventions: natural light, outdoor views, natural materials, and pattern integration. 

18. Natural light benefits: circadian rhythm support and energy efficiency. 

19. Physician wellbeing and healthcare system sustainability: multilevel organizational interventions.