For decades, commercial real estate developers, property managers, and corporate leadership have grappled with the traditional atrium. These grand architectural statements were originally designed to impress, featuring massive glass skylights, sweeping steel beams, and polished marble floors. However, the modern reality of these structures—especially within Chicagos historic and highly competitive commercial real estate market—is far less glamorous. The main concern with traditional atriums is that they are massive, expensive, echoey transit zones. They cost an absolute fortune to build, light, heat, and maintain, but functionally, they are wasted square footage because nobody actually wants to spend time in a giant, cold glass box.
But what if you could fundamentally change the purpose and profitability of that space? The solution lies in the strategic application of atrium plants.
By embracing the principles of biophilic design, corporate leaders and property developers can transform an atrium from an expensive, sterile pass-through space into a profitable, highly utilized destination. Biophilic design—the practice of connecting people and nature within our built environments and buildings—is not merely an aesthetic upgrade; it is a functional, engineered solution to the structural, acoustic, and psychological problems that plague large commercial interiors. In a city like Chicago, where the winter weather keeps people indoors for months on end, bringing the vibrant outdoors inside sets a building apart.
If you are a property manager or real estate developer looking to maximize the value of your commercial footprint and attract top-tier tenants, you should strongly consider how you can elevate your property. Contact us for more information on how to begin your transformation.

Why the Loop Needs a Green Revolution
Chicago is globally recognized for its architectural innovation. From the birthplace of the skyscraper to the sprawling modernist structures of the mid-20th century, the citys skyline is a testament to structural engineering. However, many of the office buildings constructed in the Loop and surrounding neighborhoods over the last forty years prioritized imposing, cavernous entryways over human-centric design.
Today, the Chicago commercial real estate market is facing a paradigm shift. With fluctuating office occupancies and a workforce that is incredibly discerning about where they spend their time, building owners can no longer rely on a prestigious address alone. Tenants are demanding amenities that promote wellness, foster collaboration, and provide a sanctuary from the bustling, concrete-heavy urban environment.
This is where the integration of indoor plants becomes a defining competitive advantage. Major redevelopments across the city are already proving the concept. For instance, the highly anticipated renovation of the iconic James R. Thompson Center by Google is centering heavily on retaining its legendary 17-story atrium while fundamentally altering its atmosphere through increased natural light and comprehensive biophilic design elements. By replacing sterile environments with lush greenery, these spaces are being reborn.
1. The Financial Concern: Reclaiming Wasted Square Footage
In the highly competitive world of Commercial Real Estate (CRE), every square foot must justify its existence. The fundamental problem with large internal voids is that they take up a massive amount of internal volume, but they aren’t leasable space. If tenants only use the atrium to walk briskly from the front door to the elevator bank, the building owner is getting absolutely zero functional return on that square footage. It becomes a financial drain rather than an asset, requiring constant security, cleaning, and climate control without generating direct revenue.
The Biophilic Fix: Creating the Third Space
The strategic introduction of brilliant atrium plants can completely overhaul the financial calculus of your ground floor. By introducing flowing water features, towering mature trees, natural seating materials, and expansive living walls, the atrium transcends its role as a mere hallway and becomes a Third Space. This is an essential architectural concept referring to an informal gathering area that is neither home (the first space) nor the formal desk (the second space).
When a sterile lobby in a River North or West Loop high-rise is outfitted with thoughtful biophilic design, it evolves into a bustling coffee hub, an informal collaborative workspace, and a preferred meeting location. Employees, clients, and visitors will choose to dwell in the space, utilizing it for brainstorming sessions, casual networking, or focused independent work away from their cubicles. Suddenly, that wasted square footage becomes a premier building amenity.
In the current market, high-quality amenities are the primary drivers of tenant retention and acquisition. A vibrant, green atrium justifies higher lease rates and elevates a standard commercial building to top-tier Class A real estate. According to research funded by the Harvard Business School, collaborative workspaces and access to natural elements drastically improve employee satisfaction and productivity, making these spaces highly desirable for corporate tenants.
To capitalize on this demand and transform your balance sheet, property managers can purchase Amlings services to design, install, and meticulously maintain these profitable, green focal points.
2. The Sensory Concern: Curing Acoustics and Echoes
One of the most immediate and irritating problems encountered in a standard commercial atrium is the noise. These massive voids are almost exclusively built with hard, highly reflective surfaces: vast expanses of glass, rigid steel frames, poured concrete, and polished marble or terrazzo flooring. This material palette creates an absolute acoustic nightmare.
Every footstep, every rolling briefcase, the hum of the revolving doors, and every quiet conversation echoes and reverberates endlessly. The sound waves bounce violently off the hard surfaces, creating a cacophony that makes it impossible to hold a coherent meeting, focus on a task, or even relax for a moment. This sensory overload actively drives people away from the space. If you want your atrium to be a collaborative hub, an environment where people cannot hear themselves think is fundamentally flawed.
The Biophilic Fix: Organic Acoustic Dampening
Indoor plants are phenomenal, natural acoustic dampeners. By integrating specialized plants for atriums, developers can solve this complex engineering problem organically, drastically reducing or entirely eliminating the need for expensive, aesthetically displeasing synthetic acoustic panels.
We can look to recent implementations in Chicago for proof of concept. Spaces like The Franklin have successfully utilized massive living walls—vertical structures bursting with tropical plants and deep soil substrates—not just for their visual impact, but for their incredible ability to absorb sound.
How does this work? The acoustic benefits of biophilic design operate on multiple physical levels:
- Deflection and Scattering: The complex, irregular surface areas of large leaves, dense foliage, and branching structures break up sound waves, preventing them from bouncing directly back into the room. This scatters high-frequency sounds, reducing the sharp, piercing echoes.
- Absorption: The soft plant tissue, flexible stems, thick bark, and, most importantly, the deep, expansive soil beds act as natural sponges for sound. Soil and organic moss are incredibly effective at absorbing low-frequency rumbles, such as the hum of HVAC systems or the ever-present rumble of the Chicago L train outside.
- Masking: The gentle rustling of leaves or the soft sound of an integrated biophilic water feature can create white noise that masks intrusive background sounds, making the environment feel significantly quieter, more peaceful, and conducive to private conversations.
Studies highlighted by the Acoustical Society of America demonstrate that the strategic placement of vegetation and living walls can significantly reduce reverberation times in large indoor spaces. By deploying massive living walls and deep planter beds, you silence the echo chamber. Learn more about how our specialized acoustic plantings can quiet your chaotic commercial spaces.

3. The Psychological Concern: Defeating the Ant in a Box Effect
Architectural voids have a profound psychological impact on the humans traversing them. Large architectural spaces completely lack human scale. When humans are placed inside a five-story empty glass box, our deep-seated evolutionary psychology triggers a subtle but pervasive discomfort. We feel exposed, vulnerable, dwarfed by our surroundings, and subconsciously anxious.
This psychological phenomenon is informally known as the Ant in a Box effect. Because the environment offers no shelter or visual anchors, we naturally hurry through these spaces as quickly as possible. We do not linger in places where we feel exposed. If your goal as a property manager is to create a vibrant destination where tenants want to grab coffee, hold casual meetings, or simply decompress, an environment that triggers subconscious anxiety will inevitably fail.
The Biophilic Fix: Prospect and Refuge
Biophilic design introduces one of the most critical psychological concepts in architecture: prospect and refuge. Human beings are biologically wired to prefer environments where they have a clear, unobstructed view of their surroundings (prospect) while simultaneously having a safe, protected place to hide or rest (refuge).
You can instantly cure the Ant in a Box effect by carefully integrating atrium plants.
- Creating a Canopy: By planting tall, indoor canopy trees (such as towering Ficus Ali or elegant Black Olives), you create a false ceiling of green leaves. This visual barrier scales the massive room down to comfortable human proportions, making the space feel instantly intimate despite the towering glass roof above.
- Varied Topography: Instead of flat, endless marble floors, biophilic design introduces varied topography. Raised planters, sunken soil beds, and terraced greenery break up the vastness of the floor plan into digestible, manageable zones.
- Intimate Nooks: By designing seating areas nestled between large, dense indoor plants or built directly into natural rock and wood features, you provide users with a sense of shelter and safety. They can sit with their backs protected by foliage while looking out over the lobby, satisfying that deep evolutionary need for refuge.
By catering to human psychology, you turn a hostile void into a welcoming sanctuary. To completely redesign your lobby’s spatial psychology and transform how tenants feel when they enter your building, corporate leaders should look to purchase Amlings services for comprehensive, scientifically-backed spatial planning.
4. The Environmental Concern: Mitigating the Greenhouse Effect
The very features that define an atrium—massive glass skylights and vast curtain walls—are also responsible for its greatest environmental and operational flaws. These architectural elements turn atriums into literal greenhouses.
During the Chicago summer months, when the sun beats down relentlessly, these spaces suffer from intense solar heat gain. The interiors get blindingly bright, causing severe glare that renders laptop screens unreadable and makes the space highly uncomfortable for tenants trying to work. Furthermore, the space becomes painfully hot. To counteract this, building management must utilize massive mechanical cooling, placing a tremendous, expensive strain on the buildings HVAC load just to keep the transit zone habitable. Conversely, in the winter, that vast expanse of glass can make the space feel frigid.
The Biophilic Fix: Natural Shading and Ambient Cooling
Nature has already perfected the art of climate control, and biophilic design leverages this technology. New developments, such as the Optima Lakeview project with its striking glass-enclosed atrium, are recognizing that managing a sun-drenched space requires natural intervention.
Large-scale indoor plantings provide extensive natural shading. The sweeping branches of carefully selected plants for atriums break up the harsh, direct sunlight, transforming it into soft, dappled light. This instantly resolves the issue of blinding glare, allowing employees to comfortably use digital devices in the lobby and significantly reducing eye strain.
More importantly, plants actively cool the ambient air through a natural botanical process called evapotranspiration. As plants absorb water through their roots, it travels up through the stems and is released as water vapor through tiny pores in the leaves called stomata. This transition from liquid water to vapor absorbs a significant amount of latent heat from the surrounding air.
When hundreds of plants are introduced into an atrium, they act as an organic, completely silent air conditioning system. This natural process significantly reduces the ambient temperature of the room, which in turn dramatically reduces the mechanical cooling load required by the building’s HVAC system, leading to measurable energy savings. The U.S. Department of Energy frequently highlights the role of natural shading and evapotranspiration in reducing urban and structural heat loads, making it a critical component of sustainable building management.
If you are looking to lower your commercial energy bills while simultaneously upgrading your aesthetic and achieving your sustainability goals, contact us for more information on implementing a high-efficiency biophilic cooling strategy.

5. Strategic Selection: Choosing the Best Indoor Plants for Chicago Atriums
Transforming an atrium requires more than just buying a few potted ferns; it requires a strategic, horticultural approach tailored to your specific building. The environment inside a commercial atrium—with its fluctuating temperatures, specialized lighting requirements, and varying humidity levels—demands specific, highly resilient plant species.
Not all indoor plants are suited for the grand scale of an atrium, particularly in a city with extreme external temperature variations like Chicago. To ensure your investment thrives, you must match the specific microclimate of your commercial building to the evolutionary adaptations of the plants. Here is a brief guide to some of the most effective plants for atriums, categorized by their architectural function:
| Architectural Function | Recommended Plant Species | Horticultural Benefits & Biophilic Impact |
| Overhead Canopy & Shading | Ficus Ali (Long-Leaf Fig) or Bucida buceras (Black Olive) | Excellent for creating the refuge effect and casting dappled shade to reduce glare. Highly resilient to indoor commercial lighting and vast vertical spaces. |
| Acoustic Dampening & Zoning | Rhapis excelsa (Lady Palm) or Strelitzia nicolai (White Bird of Paradise) | Dense, broad leaves are perfect for absorbing sound waves and creating natural visual barriers between seating areas and busy walkways. |
| Ground Cover & Soil Moisture | Epipremnum aureum (Pothos) or Aglaonema (Chinese Evergreen) | Spreads quickly across deep planter beds, retaining soil moisture (aiding in evapotranspiration) and masking the sharp edges of modern concrete planters. |
| Vertical Living Walls | Philodendron cordatum or Nephrolepis exaltata (Boston Fern) | Ideal for massive vertical installations; they provide maximum acoustic absorption and high rates of air purification with a minimal footprint, ideal for tight elevator banks. |
Maintaining a diverse, large-scale botanical installation requires deep expertise. Plants are living assets, and poorly maintained foliage will quickly turn a premium amenity into a visual liability. Yellowing leaves, pest infestations, or overgrown canopies project an image of neglect—the exact opposite of what high-end real estate aims to achieve.
Watering schedules, integrated pest management, proper pruning for structural integrity, and soil nutrient balancing must be handled by trained professionals who understand the unique lighting and HVAC systems of your building. To ensure your investment remains pristine, lush, and fully optimized for its environment year-round, property managers should purchase Amlings services for ongoing, expert horticultural maintenance. Learn more about our comprehensive commercial maintenance packages and how we keep Chicagos greenest spaces thriving.
Stop Wasting Your Commercial Space
The traditional, empty atrium is an outdated relic of past architectural trends. Today’s commercial real estate market—especially in forward-thinking cities like Chicago—demands functional, profitable, and human-centric spaces. Tenants arent impressed by sheer volume; they are impressed by utility, wellness, and aesthetic warmth. By recognizing the financial, sensory, psychological, and environmental failures of the empty glass box, forward-thinking developers can take decisive action to modernize their portfolios.
Biophilic design is the ultimate tool for this transformation. By integrating brilliant atrium plants, you solve the acoustic nightmare of echoing footsteps, you cure the psychological anxiety of the Ant in a Box effect, you naturally cool and shade the environment, and, most importantly, you convert entirely wasted square footage into a premium, highly desirable destination that tenants will gladly pay a premium to utilize.
Dont let your most expansive architectural feature sit empty and under utilized while your competitors upgrade their lobbies into vibrant community hubs. When you are ready to stop wasting space and start driving real commercial value, purchase Amlings services to design, install, and maintain a breathtaking biophilic transformation. Contact us for more information today, and let our experts turn your sterile void into a thriving, profitable corporate destination.


















