Researchers at the University of Utah and University of Kansas sent 56 people into the backcountry on wilderness backpacking trips. Before the trip, they tested their creative problem-solving ability using a standardized test psychologists have relied on for decades. On day four, they tested them again.
The improvement was 50%.
Not 5%. Not a modest bump. Fifty percent better at creative problem-solving after four days in nature (Atchley, Strayer, & Atchley, 2012, PLOS ONE).
The people who didn’t go into the backcountry and took the same test under normal conditions? Their scores stayed flat.
So here’s the question worth asking before you book your next company offsite: what exactly is happening in the wilderness that a conference room can’t replicate? And what is the conference room doing to your team that you haven’t accounted for?
Indoor environments don’t just fail to boost creativity at corporate retreats. They actively suppress it.
Research on creativity in nature shows that multi-day wilderness immersion produces a roughly 50% improvement in creative problem-solving, while studies on indoor lighting reveal that the static, cool-white fluorescent environments common in hotels and conference rooms disrupt circadian rhythms, degrade sleep quality, and impair the cognitive performance your team needs to think differently.
The venue isn’t neutral. It’s either working for your team’s brain or against it.
What Does the Research Say About Creativity, Nature, and Indoor Environments?
Does Nature Actually Make People More Creative?
Multi-day immersion in nature produces measurable gains in creative problem-solving that indoor environments do not. This isn’t a subjective impression. It’s a quantified result from a controlled study.
Researchers Ruth Ann Atchley, David Strayer, and Paul Atchley sent 56 participants on four-to-six-day wilderness backpacking trips through Outward Bound programs in Alaska, Colorado, Maine, and Washington state. They administered the Remote Associates Test, a well-established word-association task that psychologists use to measure creative problem-solving, not just self-reported “feeling creative.” The test asks participants to find a common link between three seemingly unrelated words. It measures how fluidly the brain can connect ideas that aren’t obviously related (Atchley, Strayer, & Atchley, 2012, PLOS ONE).
Participants tested on day four of the trip scored approximately 50% higher than a comparable group tested before departing for their trips. As the University of Kansas news release put it, the data showed “an almost 50 percent increase in creativity” across age groups on the RAT after four days of backpacking compared with pre-trip testing (University of Kansas News Release).
The researchers interpret this as evidence that several days immersed in natural settings, disconnected from technology, measurably improves creative reasoning, not just mood (Atchley, Strayer, & Atchley, 2012). ScienceDaily’s coverage confirmed the finding: backpackers scored 50% better on a creativity test after spending four days in nature disconnected from electronic devices (ScienceDaily).
This is worth sitting with for a second. Same test. Same type of participant. The only variable was spending four days in the wilderness instead of going about normal life. And the result wasn’t marginal. It was a 50% improvement in the kind of thinking that companies fly people across the country and spend six figures hoping to produce.
Do Fluorescent Lights and Conference Rooms Actually Make Your Team Worse at Thinking?
The wilderness creativity study tells you what nature does. The lighting research tells you what indoor environments are doing while you’re not paying attention.
Most hotel conference rooms and ballrooms share a common lighting profile: static, bright, cool-white fluorescent or LED panels that stay the same intensity and color temperature from morning through evening. It feels normal because it’s everywhere. But the research says it’s actively working against your team’s biology.
A study on static versus dynamic LED lighting across a 16-hour waking day found that static, high-intensity, cool-toned light in the evening significantly suppressed melatonin and blunted the normal evening rise that signals your body to prepare for sleep. Dynamic lighting that shifted cooler and brighter in the morning to warmer and dimmer in the evening led to less melatonin suppression, lower evening alertness disruption, and faster sleep onset (Static vs. Dynamic LED Lighting Study).
A 2025 experiment comparing constant, intermittent, and dynamic lighting on human alertness and circadian markers found that dynamic lighting boosted alertness significantly more than constant lighting. Static lighting was the least effective at supporting alertness and circadian regulation over the course of the day (Dynamic vs. Constant Lighting and Alertness Study, 2025).
Research on nature-adapted “Virtual Sky” office lighting found that a dynamic spectrum mimicking natural daylight patterns attenuated the decline in cognitive performance compared to standard static office lighting (Nature-Adapted Virtual Sky Office Lighting Study). And a study comparing LED task lighting to standard fluorescent lighting found that fluorescent conditions led to worse sleep quality and greater daytime dysfunction (LED vs. Fluorescent Task Lighting and Sleep Study).
Put that chain together. The flat, bright, cool-toned lighting in the conference room suppresses the hormone that regulates sleep. Poor sleep degrades alertness. Degraded alertness impairs cognitive performance. Your team shows up to the morning session on day two of the offsite running on worse sleep than they get at home, in a room that’s continuing to push their biology in the wrong direction.
The environment isn’t neutral. It’s quietly making your team worse at the thing you brought them together to do.
Why Are Companies Spending Six Figures on Neurologically Beige Venues?
Hotels aren’t bad. They’re just neurologically beige.
Nothing about the typical offsite venue is actively helping your team think more creatively. The lighting is static and circadian-disrupting. The air is climate-controlled and sensorily flat. The rooms look like every other meeting room your team has ever sat in. There’s nothing for the brain to notice, nothing to pull it out of its default patterns, nothing to trigger the kind of divergent thinking that produces genuinely new ideas.
And that’s the best case. The research suggests the worst case is that the environment is actively suppressing the outcomes you’re paying for. Static fluorescent-style lighting nudges circadian rhythms in the wrong direction, undermines sleep quality, and blunts next-day alertness and cognitive performance (Static vs. Dynamic LED Lighting Study; Dynamic vs. Constant Lighting and Alertness Study, 2025). Meanwhile, four days in nature produces a 50% gain in creative problem-solving (Atchley, Strayer, & Atchley, 2012).
This isn’t about hotels being evil. It’s about an expensive, biologically uninformed choice.
Companies are spending more on offsites than ever. The corporate retreats market reached $31.8 billion in 2024 and is projected to hit $73.7 billion by 2034, according to Allied Market Research (October 2025). Average per-person offsite cost is $3,692 for companies with 21-50 employees, according to Emburse’s State of Corporate Offsites Report (January 2025). That’s real money. And if the venue is neither helping nor hurting, the ROI question isn’t whether the offsite was enjoyable. It’s whether the environment gave your team’s brain any chance of doing the work you needed it to do.
You didn’t fly 30 people across the country for neurologically beige.
How Does Wilder Retreats Design for Creative Thinking?
Wilder retreats are designed around what the research already says works: real daylight, real darkness at night, and environments that feel alive instead of fluorescent.
Kirk Reynolds doesn’t talk about it in neuroscience terms on a typical call. He talks about it as common sense. Your team has been staring at screens under artificial light for months. They show up to the offsite already depleted. If you put them back under the same lighting in a room that looks and feels like every other room they’ve worked in, you’re going to get the same ideas they’ve already had. The environment has to actually change for the thinking to change.
That’s why Wilder runs retreats in national park settings and wilderness locations where natural light is the default and the built environment mostly disappears. Morning sessions happen in daylight. Evening time happens under real darkness. The circadian rhythm gets to do what it’s supposed to do instead of fighting against overhead panels set to the same 4000K all day.
Dr. Ellen Langer’s research on environmental context change connects here naturally (Langer, Environmental Context and Mindfulness Research, Harvard University). When the environment genuinely shifts, the brain shifts with it. You can’t think the same thoughts in a meadow at 8,000 feet that you think in a Marriott ballroom. Not because you decided to think differently. Because the setting made the old patterns impossible to maintain.
Reynolds has watched it happen with teams from companies like Govini and Clariti. The ideas that come out of day three of a Wilder retreat don’t sound like the ideas from a hotel offsite. They sound like ideas from people whose brains had room to actually work. A dedicated onsite specialist at every retreat handles the logistics so that nothing pulls the team back indoors or back into default mode.
The goal isn’t luxury for its own sake. It’s putting your team’s nervous system in a state where a 50% improvement in creative problem-solving doesn’t sound crazy. It sounds expected.
What Should You Ask Before Booking Your Next Offsite Venue?
The next time you’re picking a venue for a company offsite, don’t just ask about the room block, the AV setup, and whether the catering can handle dietary restrictions. Ask what the environment is doing to your team’s brain.
Is the lighting static or dynamic? Is the air recirculated or real? Is the setting something your team has seen a hundred times before, or is it genuinely new?
If the venue feels exactly like the office with slightly better coffee, the offsite will produce exactly the kind of thinking your team already does. And you’ll fly everyone home wondering why nothing changed.
The previous posts in this series covered the neuroscience of offsite location, why immersion matters more than exposure, and how novel environments build team trust. Next, we’ll look at the creativity research that showed a 50% gain on day four, and ask the question most companies miss: what happens on day one, day two, and day three, and why do most retreats end right before the good part starts?
Key Takeaways
- Participants on four-to-six-day wilderness backpacking trips scored approximately 50% higher on the Remote Associates Test, a standard measure of creative problem-solving, compared with a pre-trip control group, according to Atchley, Strayer, and Atchley (2012) in PLOS ONE.
- Research on static versus dynamic lighting shows that the flat, bright, cool-white lighting common in hotel conference rooms suppresses melatonin, disrupts circadian rhythms, and degrades sleep quality and next-day cognitive performance (Static vs. Dynamic LED Lighting Study; Dynamic vs. Constant Lighting and Alertness Study, 2025).
- Nature-adapted “Virtual Sky” office lighting that mimics natural daylight patterns attenuated the decline in cognitive performance compared to standard static office lighting, confirming that lighting environment directly affects the quality of thinking (Nature-Adapted Virtual Sky Office Lighting Study).
- Hotels are not actively harmful but are “neurologically beige,” offering environments that neither restore cognitive capacity nor stimulate the divergent thinking companies invest in offsites to produce.
- Wilder Retreats designs every offsite in national park and wilderness settings with natural light cycles, grounded in creativity research and Dr. Ellen Langer’s work on environmental context change, treating the venue as a cognitive tool rather than a logistics decision.
Frequently Asked Questions
Q: Does nature actually improve creative problem-solving at corporate retreats?
A: Yes. A study by Atchley, Strayer, and Atchley (2012), published in PLOS ONE, found that participants on four-to-six-day wilderness backpacking trips scored approximately 50% higher on the Remote Associates Test, a standardized measure of creative reasoning, compared with participants tested before the trip. The researchers concluded that multi-day immersion in nature measurably improves creative problem-solving, not just subjective mood.
Q: How does fluorescent lighting affect cognitive performance at offsites?
A: Research shows that static, bright, cool-white lighting common in conference rooms and hotel ballrooms suppresses melatonin production, disrupts circadian rhythms, and impairs sleep quality (Static vs. Dynamic LED Lighting Study). A 2025 study found that dynamic lighting boosted alertness significantly more than constant lighting, and that static lighting was the least effective at supporting cognitive performance over the course of a day (Dynamic vs. Constant Lighting and Alertness Study, 2025). A study comparing fluorescent to LED task lighting found that fluorescent conditions led to worse sleep quality and greater daytime dysfunction (LED vs. Fluorescent Task Lighting and Sleep Study).
Q: What does “neurologically beige” mean for corporate offsite venues?
A: “Neurologically beige” describes venues that are neither actively harmful nor cognitively beneficial. The typical hotel conference room offers static lighting, climate-controlled air, and familiar visual environments that do nothing to stimulate divergent thinking or restore cognitive capacity. Meanwhile, research shows that multi-day nature immersion produces a 50% improvement in creative problem-solving (Atchley, Strayer, & Atchley, 2012), suggesting that venue selection is a cognitive decision, not just a logistics one.
Q: How does Wilder Retreats use environment to support creative thinking?
A: Wilder designs every retreat in national park and wilderness settings where natural light, open air, and novel landscapes replace the static, fluorescent environments of typical offsite venues. This approach is grounded in Atchley, Strayer, and Atchley’s wilderness creativity research and Dr. Ellen Langer’s work on how environmental context change shapes cognition and behavior (Langer, Harvard University). A dedicated onsite specialist at every retreat ensures the environment does its work without logistical distractions pulling the team back into default work mode.
References
- Atchley, R. A., Strayer, D. L., & Atchley, P. (2012). Creativity in the Wild: Improving Creative Reasoning through Immersion in Natural Settings. PLOS ONE, 7(12), e51474. 56 participants on 4-6 day wilderness backpacking trips scored approximately 50% higher on the Remote Associates Test compared with a pre-trip control group.
- University of Kansas News Release. Researchers find time in wild boosts creativity, insight and problem solving. Reports “almost 50 percent increase in creativity” across age groups on the RAT after four days of backpacking compared with pre-trip testing.
- ScienceDaily. Nature nurtures creativity after four days of hiking. “Backpackers scored 50 percent better on a creativity test after spending four days in nature disconnected from electronic devices.”
- NPR. Ah, Wilderness! Nature Hike Could Unlock Your Imagination. Recounts Strayer’s research showing approximately 45% improvement on the RAT after four days in nature.
- Static vs. Dynamic LED Lighting Study. Changing color and intensity of LED lighting across the day impacts melatonin, sleepiness and sleep. Static high-intensity, cool-toned light in the evening significantly suppressed melatonin and blunted normal evening rise; dynamic lighting led to less melatonin suppression and faster sleep onset.
- Dynamic vs. Constant Lighting and Alertness Study (2025). Effects of constant, intermittent, and dynamic lighting on human alertness and circadian markers. Dynamic lighting boosted alertness significantly more than constant lighting; static lighting was least effective at supporting alertness and circadian regulation.
- Nature-Adapted Virtual Sky Office Lighting Study. Effects of nature-adapted “Virtual Sky” office lighting on cognitive performance. Nature-adapted spectrum and dynamic changes attenuated the decline in cognitive performance compared to standard static office lighting.
- LED vs. Fluorescent Task Lighting and Sleep Study. Effects of LED versus fluorescent task lighting on sleep quality and daytime functioning. LED conditions improved sleep quality and reduced daytime dysfunction compared to fluorescent conditions.
- Circadian-Informed Lighting and Shift Work Performance Study. Circadian-informed lighting improves vigilance, sleep, and circadian alignment during simulated night shifts. Blue-enriched light timed to circadian phase accelerated circadian adjustment versus control lighting and improved cognitive performance.
- Langer, E. Environmental Context and Mindfulness Research. Harvard Department of Psychology. Foundational work showing that physical context shapes cognition and behavior, and that novel environments produce measurable shifts in how people think and act.
- Allied Market Research (October 2025). Corporate Retreats Market Report. Global market valued at $31.8 billion in 2024, projected to reach $73.7 billion by 2034.
- Emburse (January 2025). State of Corporate Offsites Report. Average per-person offsite cost: $3,692 for companies with 21-50 employees.