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Imagine walking into a space that instantly makes you feel calm, refreshed, and focused. That’s the magic of nature-infused design. But this isn’t just about creating a pretty space—it’s about leveraging the science of well-being to craft environments that reduce stress and elevate mood. This article offers a fresh perspective on how green spaces can shift environments from stressful to serene, and why businesses, architects, and urban planners need to embrace this sustainable indoor plant design philosophy.

1. From Concrete Jungles to Calm Retreats: Why Green Spaces Matter

In cities around the world, people are surrounded by metal, glass, and concrete. But while these materials reflect modernity, they also contribute to a sense of disconnection from nature. The result? They leave us feeling disconnected, anxious, and stressed. The World Health Organization has named stress one of the leading global health threats of the 21st century, and our built environments are a huge contributor. But there’s a simple antidote: nature.

Here’s where biophilic design comes into play—an approach that reintroduces nature into urban environments and a movement that has gained traction for a reason. Studies, such as one published by the Journal of Environmental Psychology, reveal that incorporating greenery into built spaces can reduce cortisol levels (your body’s stress hormone) by up to 37%. This profound effect on our biology is often overlooked, but when implemented, it helps transform office spaces, public areas, and even homes into places of calm and restoration.

Transform your space with lush, curated plants. Contact us today for a personalized consultation!

But here’s what many miss: biophilic design isn’t just a luxury trend, it’s a necessity in modern design.

Case Study: Biophilic Design For Offices

Over the years, we’ve transformed numerous office spaces across Dubai and the UAE into green sanctuaries. From sleek corporate environments to creative studios, our biophilic design principles have enhanced both aesthetics and employee well-being.

The atmosphere in these spaces shifted dramatically as employees engaged with their surroundings. They began to show genuine interest in the plants, taking care of them by watering, removing dead leaves, and personalizing their arrangements. This interaction fostered a deeper connection with the greenery, which in turn led to increased relaxation, focus, and creativity. The positive shift in mental well-being also resulted in higher productivity, reduced absenteeism, and improved job satisfaction.

Below, explore a small overview of some of our standout projects that brought nature into the workplace. Each project demonstrates the diverse ways greenery can transform a space.

To see more and understand the development of each project, visit our projects page here.

2. The Subtle Science: How Greenery Influences Your Brain

Beyond the aesthetic appeal of plants, there’s a deep-seated psychological impact at play. It’s not just about creating beautiful spaces—it’s about optimizing environments for peak mental performance. How can we enhance office productivity with plants? Here’s where it gets interesting: plants don’t just look good; they work on a subconscious level.

Research shows that just the sight of greenery can improve your brain’s ability to focus, process information, and increase productivity by as much as 15%. And that’s not all. Green spaces can lead to a 34% reduction in feelings of anxiety, making them the perfect solution for busy offices, lobbies, and even hospitals.

But beyond numbers, what truly sets green spaces apart is their ability to provide a refuge from the sensory overload of modern life, a condition many of us experience without realizing it. By offering the brain a visual rest –micro-restorative moments– from busy, over-stimulating environments, plants provide brief pauses for the brain to reset and recharge.

Boost well-being and productivity in your office—explore our green design solutions now!

Table: How Green Spaces Impact the Brain

Incorporating natural elements into modern design isn’t just about aesthetics—it’s a powerful tool to transform stress-filled environments into serene, productive spaces.

The Science Behind Plant Selection

Now that we’ve seen how green spaces can directly influence the brain, let’s dive into the impact of stress reduction through greenery. Which plants offer the greatest benefits for well-being and design? Choosing the right plants is essential for maximizing these effects. Here are some top contenders:

Table: Top Plants for Elevating Well-being in Design

3. Designing for Serenity: A Deeper Dive Into Biophilic Principles

Creating green spaces isn’t just about filling a room with plants; it’s about intentional, thoughtful integration. Successful biophilic design goes beyond aesthetics and blends natural elements like natural light, water features, and fractal patterns into spaces, providing both functional and emotional benefits.

Key Design Insights:

• Fractals in Nature: Human brains are naturally attuned to fractal patterns—repeating, self-similar structures found in nature (like leaves, trees, and rivers). These patterns reduce stress by up to 60% when incorporated into design, according to research from the University of Oregon.
• Nature as a Partition: Green walls or strategically placed plants can serve as natural partitions, breaking up space and providing privacy while maintaining a sense of openness.

4. Tangible Benefits: Beyond Well-being

For developers, architects, and corporate clients, the impact of green interior solutions is not just about well-being—it’s also about ROI. Well-designed green spaces lead to reduced healthcare costs (fewer sick days), higher employee retention, and increased property values. Incorporating greenery into your space is not a passing trend. It’s a lasting investment in well-being.

In today’s design world, it’s easy to get lost in the details of colors and materials, but if you’re looking for a truly transformative space, look no further than nature itself. A 2019 report by the World Green Building Council found that businesses incorporating biophilic design saw a 6% increase in employee retention and a 12% increase in customer satisfaction. Green design has a direct impact on the bottom line, making it a smart choice for any modern business or public development.

From office interiors to urban environments, green spaces hold the key to reducing stress and enhancing mental clarity. And as professionals in this field, it’s time we stop treating plants as an afterthought and start using them as powerful tools for transformation.

Ready to take your space from stress to serenity? Contact us to explore how we can elevate your design with the power of greenery.

Ready to elevate your space? Discover our biophilic designs and request a free quote here.

Key Takeaways

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The Aesthetic Appeal of Ficus Lyrata

The large, lush leaves of the Ficus Lyrata make it a striking design element in both residential and commercial interiors. Whether you’re aiming to create a dramatic focal point or a natural ambiance, this plant adapts to various styles, from contemporary to the more minimalist.

Durable and Low-Light Friendly

With over 20 years of experience and witnessing various design trends, the Ficus Lyrata has always been a favorite due to its striking color and shape. This plant thrives not only in well-lit spaces but also in darker areas like lobbies, making it ideal for commercial projects. Its durability and ability to grow in low-light environments make it perfect for spaces that require longevity and low maintenance.

Aesthetic and Biophilic Beauty

The Ficus Lyrata isn’t just durable; its large, dark green leaves bring a refreshing aesthetic to any space. As design trends shift from minimalism toward lusher, more natural interiors, the Ficus Lyrata has gained popularity for its ability to introduce a sense of fullness and vitality. Its presence aligns with biophilic design principles, helping to foster a connection with nature in offices, hotels, and commercial spaces. This plant’s rich texture and commanding form make it an ideal choice for enhancing both the visual appeal and ambiance of a room.

Ficus Lyrata vs. Ficus Lyrata Bambino: Choosing the Right Fit for Your Space

Ficus Lyrata: Origins, Characteristics

The Ficus Lyrata, commonly known as the fiddle-leaf fig, originally grows in the tropical rainforests of West Africa, specifically in regions from Cameroon to the Ivory Coast. In its natural habitat, this plant can grow into an impressive tree, reaching heights of up to 12 meters. Belonging to the Moraceae family, the Ficus Lyrata is closely related to mulberry plants.

What makes the Ficus Lyrata particularly popular in interior design are its distinctive, violin-shaped leaves—the inspiration for its nickname. The thick, glossy leaves feature prominent veins that stand out against their vibrant green backdrop. Known for its hardiness and air-purifying qualities, the Ficus Lyrata is one of the most durable indoor plants. While it grows relatively slowly, with proper care, it can reach impressive heights even inside, adding a dramatic touch to any space.

Ficus Lyrata ‘Bambino’: Origins, Characteristics

The Ficus Lyrata ‘Bambino’, also known as the Dwarf Fiddle Leaf Fig, originates from the tropical rainforests of West Africa. This smaller variety of the fiddle leaf fig thrives in the warmth and humidity of its native habitat, though it remains compact in size.

The Ficus Lyrata ‘Bambino’ is distinguished by its striking, shiny leaves, which resemble those of a violin—hence the name. Unlike the larger variety, the leaves of the ‘Bambino’ are smaller and feature an irregular, wavy edge, giving the plant a unique and graceful appearance. While it is a slow grower, typically reaching around 80 centimeters in height, it can grow taller under optimal conditions.

Caring for Your Ficus Lyrata and Ficus Lyrata ‘Bambino’

To keep a Ficus Lyrata thriving, it’s essential to provide conditions similar to its natural environment. This plant prefers plenty of indirect sunlight and as a low-light indoor plant it thrives in a warm, humid setting. Proper watering is crucial—while it enjoys moisture, the roots should never sit in water, as this can lead to root rot.

Fortunately, hydroculture offers a convenient solution to this challenge. By using a water-based medium instead of traditional soil, hydroculture systems prevent the risk of root rot and make maintenance easier. This modern approach provides consistent moisture without the danger of overwatering, ensuring your Ficus Lyrata remains healthy and vibrant.

Growth Forms of the Ficus Lyrata

The Ficus Lyrata is available in various growth forms, each offering a unique aesthetic for different spaces. Here are some popular types:

• Branch Form: This classic growth type features a single, unbranched stem topped with a canopy of lush foliage. The elegant, upright form makes it ideal for adding a vertical element to interiors.
• Round Canopy: This form showcases a stem with a rounded, bushy canopy. The rounded shape provides a fuller, more compact appearance, perfect for creating a balanced, symmetrical look in larger spaces.
• Twisted and Braided Stem: For a distinctive, artistic touch, the twisted and braided stem varieties offer a unique visual appeal. These forms often feature multiple stems that are intertwined, supporting a dense, lush canopy. They add a sculptural element to any setting, making them a striking centerpiece.
• Ficus Lyrata ‘Bambino’: This dwarf variety grows in a more compact form compared to its larger counterpart. Available in various sizes, including 2pp, 3pp, and 4pp, the ‘Bambino’ offers flexibility for different design needs, from small accent pieces to more prominent displays.

The beautifully diverse growth forms of the Ficus Lyrata can suit various design aesthetics and space requirements, enhancing the beauty and functionality of your interior spaces.

How to Select the Perfect Ficus Lyrata for Your Design Needs

When choosing a Fiddle Leaf Fig for commercial spaces, there are several key factors to keep in mind.

Ficus Lyrata with its distinctive large leaves offer a lush and dramatic aesthetic that can elevate any space. However, due to its size and expansive foliage, the typical Ficus Lyrata requires ample space to truly thrive and make a statement. Its grandeur is best showcased in open, expansive areas where it can be given room to grow, such as in a lobby, reception area, or large commercial space. Here, the plant can achieve its full potential, adding a touch of biophilic beauty and creating a striking focal point.

For environments where space is more limited or where a more subtle green accent is desired, the Ficus Lyrata ‘Bambino’ offers an ideal solution. With its smaller leaves and compact growth, the ‘Bambino’ fits neatly into tighter spaces while still providing the lush, green aesthetic characteristic of the Lyrata. This makes it a perfect choice for offices, smaller rooms, or interior areas where space constraints would otherwise limit the use of larger plants. By choosing the ‘Bambino’, you can still achieve a vibrant, biophilic design without compromising on space.

In summary, while the full-sized Ficus Lyrata excels in open, grand spaces, the Ficus Lyrata ‘Bambino’ provides versatility for smaller or more confined areas, ensuring that every design can benefit from the beauty of this remarkable plant. Whichever you finally select, know that with an interior design plant such as the Ficus lyrata you have selected for your commercial project one of the best statement plants for interiors.

Natural vs. Artificial Ficus Lyrata: What Works for You?

At Plants Design, we offer both live and artificial Ficus Lyrata options, providing flexible solutions for any interior design project.

Live Ficus Lyrata: Bringing Nature Indoors

The natural Ficus Lyrata is more than just a plant—it’s a living, breathing addition to your space. It’s known for its air-purifying qualities, absorbing pollutants and improving indoor air quality. Ideal for offices, hotels, and luxury residences, the live Ficus Lyrata offers a lush, organic touch that stands out.

Maintenance Tip:
For live plants, our maintenance services ensure they stay healthy and vibrant year-round, so your green space remains lush with minimal effort. Give us a call and let us find the most convinient plan for you.

Artificial Ficus Lyrata: No Maintenance, Maximum Appeal

If you’re seeking a zero-maintenance option, our artificial Ficus Lyrata plants replicate the real thing with stunning accuracy. These plants offer the same aesthetic benefits without the need for watering, sunlight, or pruning, making them a cost-effective solution for offices, hotels, or commercial spaces that demand longevity and perfection in appearance.

Table: Comparison of Natural vs. Artificial Ficus Lyrata

Hydroculture Ficus Lyrata: A Sustainable Option

For clients interested in sustainable solutions, the hydroculture Ficus Lyrata offers a modern, clean way to bring greenery into your space. This system eliminates the need for traditional soil, replacing it with a water-based medium. Hydroculture plants are not only easier to maintain, but they also offer greater resistance to pests and diseases, making them ideal for commercial projects.

Benefits of Hydroculture Ficus Lyrata

Low Maintenance: Requires less frequent watering.

Pest Resistance: No soil means fewer pests.

Sustainable: Environmentally friendly option for eco-conscious businesses.

Learn more about hydroculture systems here.

Ficus Lyrata in Our Projects: A Case Study

Our extensive experience in delivering tailored plant solutions includes integrating Ficus Lyrata in a variety of commercial projects. In one recent project for a high-end corporate office in Dubai, we installed a series of custom Ficus Lyrata arrangements in the lounge area, creating an inviting and lush environment for guests. The plant’s ability to thrive in lower light conditions made it a perfect choice for the dimly lit space.

For commercial areas, offices, and hotels looking for a low-maintenance solution, artificial Ficus Lyrata is an ideal choice. Its lifelike appearance and resilience in high-traffic areas make it a perfect fit for executive offices, premium commercial spaces, and luxury hotels. With no need for sunlight or watering, artificial Ficus Lyrata offers the same visual appeal as the live plant, while requiring none of the upkeep—ensuring a professional, polished look all year round.

See our full portfolio of projects here.

Need design inspiration? Contact us for a free consultation.

Fun Fact: Ficus Lyrata Can Bear Fruit Indoors—With the Right Care

While it’s widely believed that Ficus Lyrata, being a fig tree, rarely flowers or bears fruit indoors, this isn’t always the case. In its natural habitat, the plant regularly produces both flowers and fruits, though indoors, achieving this is a rare feat.

However, when working with experienced professionals and sourcing high-quality, healthy plants, the unexpected can happen! For example, in one of our hydroculture projects, we successfully nurtured an indoor Ficus Lyrata to the point of bearing fruit—an achievement rarely seen indoors. Although the fruits may not be the delicious figs you’re used to and not edible at all, they are a testament to the health and vitality of the plant. This highlights once again the benefits of hydroculture, which helps create an optimal environment for the plant to thrive, even in indoor conditions.

With the right conditions and expert care, even the impossible becomes possible. This is what sets us apart when creating your green spaces.

Transform Your Space with Ficus Lyrata

Whether you’re looking to make a bold statement with a grand Ficus Lyrata or add a touch of greenery with the compact ‘Bambino’, choosing the right form of Ficus Lyrata can transform your space.

By understanding the needs and benefits of each type, you can create an environment that not only enhances the aesthetic appeal but also aligns with your design goals. Embrace the lush beauty of the Ficus Lyrata and bring a touch of nature into your design.

Look no further for other indoor plant design solutions. Transform your space with Ficus Lyrata. Contact us now and include Ficus Lyrata for office interiors project you are working on now!

KEY TAKEAWAY

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What Are Hydroculture Plants?

Hydroculture plants thrive in water-based systems rather than traditional soil. Their roots absorb nutrients directly from water, eliminating the need for soil. This unique cultivation method offers several advantages:

1. Low Maintenance: Hydroculture plants require less attention than their soil-bound counterparts. No more worrying about overwatering or underwatering—these plants come with an integrated self-regulating watering system.
2. Clean Aesthetics: Without soil, hydroculture planters look sleek and modern. They seamlessly integrate into architectural designs, whether in office lobbies, residential spaces, or public institutions – while remaining insect-free and bugless.
3. Improved Air Quality: Hydroculture plants efficiently filter indoor air, removing pollutants and enhancing oxygen levels. Cleaner air translates to happier, healthier occupants.

Case Studies: Hydroculture in Action

1. Corporate Oasis: The Atrium Garden

The “Corporate Oasis: The Atrium Garden” case study exemplifies the transformative potential of plant-centric architecture. Hydroculture plants, strategically integrated into the design, not only enhance aesthetics but also contribute to the well-being and productivity of employees.

Overview

Project: Corporate Office Building Objective: Transform the central atrium into a vibrant and calming oasis that fosters a positive work environment using hydroculture plants. Impact:

• Productivity Boost: Employees reported increased focus and creativity.
• Stress Reduction: The soothing greenery acted as a natural stress reliever during hectic workdays.
• Energy Savings: The atrium’s microclimate reduced the need for excessive air conditioning.
• Sustainability: Regular care, coupled with sustainable practices like automated irrigation, contributes to the longevity of the plant-centric design.

Design Elements

1. Grand Focal Point:
   • A towering Fiddle Leaf Fig (Ficus lyrata) strategically placed as the centerpiece: a statement piece, adding a touch of sophistication.
   • Surrounding greenery arranged to complement the grandeur of the focal plant: a diverse plant selection contributing to a visually dynamic environment.
2. Living Green Walls:
   • Installation of vertical non-soil based green walls featuring a variety of hydroculture plants: Living green walls as artistic installations, maybe even evolving with seasonal plant rotations.
   • Use of green walls to delineate spaces within the atrium, providing a sense of intimacy.
   • Integration of programmable LED lighting to enhance visual appeal during evenings.
3. Seating Areas:
   • Inclusion of comfortable seating areas surrounded by low-maintenance hydroculture plants.
   • Strategic placement of seating to encourage natural light exposure and interaction with greenery.

Anticipated Well-being Impact

Envisioning the atrium as a preferred retreat during breaks, the anticipated introduction of plants is expected to elevate the entire atmosphere, offering a refreshing respite amidst the bustling workday. This transformation aims to enhance employees’ focus and reduce stress levels, creating an environment where nature seamlessly integrates into the workspace. Anticipating the incorporation of nature as a daily element, the atrium becomes a potential source of tranquility, contributing to an overall positive well-being experience for the employees.

Explore two of our atrium projects — one in one in an office building and another in a hotel tower In both cases, we showcased the richly colored and durable Rhapis Palm.

2. Healthcare Haven: The Hospital Courtyard

The “Healthcare Haven: The Hospital Courtyard” case study exemplifies how hydroculture plants contribute to the healing environment of healthcare facilities. The thoughtfully designed courtyard not only provides a serene escape for patients but also supports therapeutic activities.

Overview

Project: General Hospital, Rehabilitation Wing Objective: Revitalize the hospital indoor courtyard to provide a therapeutic and serene environment for patients and staff. Impact:

• Patient Recovery: Studies showed that patients exposed to greenery had shorter recovery times.
• Staff Well-Being: Nurses and doctors found solace during breaks amidst the calming foliage.
• Community Connection: Visitors appreciated the serene environment, fostering a sense of community.
• Sustainability: The design with hydroculture plants prioritizes low-maintenance care, ensuring that residents can enjoy a botanical retreat without the burden of extensive upkeep to the hospital.

Design Elements

1. Therapeutic Plant Selection:
   • Incorporation of aromatic herbs like Lavender and Rosemary for sensory stimulation.
   • Planting of humidifying plants such as Areca palms to create a soothing atmosphere, preventing conditions like asthma and sinusitis. Or Spider plants that are listed in the NASA Clean Air Study as natural air purifiers.
2. Accessible Green Spaces:
   • Designing pathways adorned with low-maintenance hydroculture plants.
   • Thoughtful arrangement of seating areas as a cozy retreat. Surrounded by greenery to encourage relaxation and contemplation.
3. Interactive Planting Beds:
   • Raised planting beds for easy access, allowing patients to participate in gardening therapy.
   • Inclusion of adaptive gardening tools to accommodate patients with varying physical abilities.

Anticipated Well-being Transformation

Envisioning the courtyard as an integral facet of the recovery journey, patients anticipate a transformative experience. The anticipated metamorphosis of the courtyard into a peaceful escape is expected to bring a profound sense of accomplishment, especially as patients engage in tending to the plants. This hands-on involvement is envisioned to contribute to a positive shift in well-being. From a rehabilitation perspective the hospital can anticipate witnessing the remarkable healing power of nature, expecting a positive transformation in patients’ overall well-being. The courtyard’s potential to serve as a therapeutic haven aligns with the anticipation of enhanced well-being for patients undergoing rehabilitation.

Explore one of our hospital projects — where we highlight the unique pots from our exclusive selection. These pots are custom-painted to perfectly match the interiors.

3. Residential Retreat: The Urban Penthouse

The “Residential Retreat: The Urban Penthouse” case study showcases how hydroculture plants can transform an urban dwelling into a botanical haven. By seamlessly merging indoor and outdoor living spaces, this penthouse becomes a retreat within the cityscape.

Overview

Project: A penthouse apartment with limited outdoor space Objective: Convert the urban penthouse into a botanical haven, seamlessly merging indoor and outdoor living spaces. Impact:

• Urban Escape: Residents enjoyed a private oasis, escaping the city’s hustle and bustle.
• Sound Absorption: The lush green wall dampened street noise, enhancing tranquility.
• Instagrammable Aesthetics: The hydroculture wall became a focal point for social media enthusiasts.
• Sustainability: The design with hydroculture plants prioritizes low-maintenance care, ensuring that residents are free to travel up to 8 weeks without care for their plants

Design Elements

1. Vertical Greenery Integration:
   • Installation of living green walls for a seamless transition between indoor and outdoor spaces.
   • Choice of cascading hydroculture plants to create a visually dynamic backdrop.
2. Botanical Lounge Area:
   • Placement of comfortable furniture surrounded by potted hydroculture plants.
   • Inclusion of shade-providing plants for a cozy and shaded retreat.
3. Indoor Oasis:
   • Incorporation of large potted hydroculture plants within the living room and dining area.
   • Use of hydroculture plants with integrated self-regulating watering system for ease of maintenance.

Anticipated Well-being Elevation

Residents envision a living space akin to a secret garden nestled in the heart of the bustling city. From the perspective of a resident the plants create an atmosphere of serenity that is often elusive in urban living. The anticipated transformation of the penthouse into a tranquil haven aligns with the expectation of a unique and peaceful escape within the cityscape. From the perspective an interior designer, the seamless integration of greenery is anticipated to blur the lines between indoor and outdoor living spaces. The result? A retreat-like ambiance behind penthouse walls.

Tips for Incorporating Hydroculture Plants

1. Collaborate with Plants Design:
   • Why?: Our expertise lies in hydroculture. Collaborating with our team ensures we select the perfect species for each unique space.
   • Considerations: Light levels, humidity, and maintenance requirements are crucial factors.
2. Green Walls: Dramatic and Elegant:
   • Why?: Vertical hydroculture walls are our forte. They add drama and elegance to any setting.
   • Ideal Spaces: Perfect for small apartments, offices, and commercial areas.
3. Harness Natural Light:
   • Why?: Position hydroculture planters near windows to maximize sunlight exposure.
   • Benefits: Natural light not only enhances plant growth but also uplifts occupants’ moods.
4. Educate and Nurture:
   • Why?: Educate building occupants about hydroculture’s benefits.
   • Encourage Care: Foster appreciation for these living design elements—they’re more than just green decor.

Conclusion: Cultivating Well-Being with Hydroculture

At Plants Design, we’re passionate about hydroculture plants. They’re not mere decorations; they’re transformative allies for joy and productivity. As architects of green spaces, we invite you to join us in this revolution. Let’s design environments that nurture minds, bodies, and the planet.

Ready to bring hydroculture to your space? Contact us today for a consultation! 

The Concept of Interior Urbanism

Interior urbanism is not just about creating aesthetically pleasing spaces; it’s about designing environments that enhance our living and working experiences. Here are some key aspects:

1. Efficient Use of Space 

Interior urbanism promotes the efficient use of space, a principle that is at the heart of our design approach. This efficiency is achieved through innovative design and planning, often involving the creation of multi-purpose spaces. For instance, our space-saving furniture, designed to serve multiple functions, is a perfect example of this principle in action.

In residential settings, a dining area might also serve as a workspace during the day. Similarly, in commercial settings, a meeting room might double as a breakout space for employees to relax and socialize. The key is to design spaces that can adapt to different needs at different times, thereby maximizing their utility.

This approach not only ensures that no space goes to waste, but it also allows for greater flexibility. Interior spaces, whether in homes or offices, can be easily reconfigured to meet changing needs. For example, movable vertical green walls can be used to create larger or smaller spaces as needed, a feature particularly useful in office settings where the number of employees or the nature of work may change over time.

Moreover, efficient use of space often involves innovative storage solutions. For example, placing planter boxes of beautiful green plants on cupboards allows us to make use of vertical space that would otherwise go unused. Similarly, our multi-functional furniture, such as benches that provide seating while also serving as storage units, and bollards that can be used to divide spaces in an open-plan layout, save space by serving several purposes.

In essence, the efficient use of space in interior urbanism is about creating environments that are flexible, adaptable, and capable of serving multiple functions. It’s about thinking beyond traditional room labels (like “dining room” or “office”) and instead focusing on how people actually use spaces. This user-centric approach results in designs that are not only efficient but also more in tune with modern lifestyles.

2. Sustainability

Sustainability in interior urbanism is about more than using recycling waste bins that encourage proper waste disposal. It’s about creating a healthy and comfortable environment for occupants. This involves ensuring access to natural light, maintaining good air quality, and considering acoustic comfort. It’s about designing spaces that care for their inhabitants.

Biophilic design is a key part of this approach. This design strategy aims to strengthen the connection between building occupants and nature. It does this by incorporating elements of the natural world, such as plants and water features, into interior spaces. The result? Spaces that don’t just look good, but also feel good.

Plants play a significant role in this context. Natural plants and green walls serve as living, breathing testaments to sustainability. They improve air quality, reducing the need for artificial air purifiers. Hydroculture plants, grown in water, consume less water than soil-grown plants, making them a sustainable choice in every sense of the word.

Natural green walls are another important element. These vertical gardens that use non-soil plants and an automated irrigation system. These green walls are more than just visually stunning; they’re also champions of sustainability.

Another feature of sustainable design is the use of controlled water walls—a feature that provides comfort and adds a touch of tranquility to the space.

In interior urbanism, sustainability is more than just a concept. It’s a practice and above all, it is a commitment to creating spaces that respect and enhance the world we live in. 

3. Innovation 

Innovation is a cornerstone of interior urbanism. It is not just about pushing the boundaries of traditional design. It’s about rethinking how we create spaces to make them more functional, aesthetically pleasing, and responsive to the needs of the users. Here’s how innovation manifests in interior urbanism:

It could involve the use of new materials or the creation of multi-functional spaces. For instance, a piece of furniture might be designed to serve multiple purposes, or a room might be designed to easily transform based on the needs of the users. Innovation can also be seen in the use of renewable materials, energy-efficient appliances, or designs that minimize waste. An example of this is the repurposing of barrel wood pieces into beautiful and functional wooden plant pots.

Technology also plays a role in this innovation. Some pieces of street furniture, for instance, incorporate technology, like a bench that also serves as a charging station.

Furthermore, innovation involves coming up with ways to make spaces more comfortable, enjoyable, and conducive to the activities of the users. An example of this is the use of plant walls or water walls, which are novel ways to influence the mood and behavior of the people using the space. In essence, innovation in interior urbanism is about challenging the status quo and finding new ways to enhance the way we live, work, and interact with our surroundings.

Conclusion

The goal of interior urbanism is to create interior spaces that are not only functional and aesthetically pleasing, but also sustainable, adaptable, and responsive to the needs of the users. It aims to extend the principles of urbanization to the design and dynamics of interior spaces, encouraging innovative use of space and reflecting societal changes. It’s about designing environments that enhance our living and working experiences, while also being mindful of their impact on the environment and future generations. 

Interested in learning more about how interior urbanism can transform your space? Contact us today for a consultation, or check ourt website for the latest insights and trends in interior urbanism. Let’s shape the future of design together!

Hydroculture is a type of horticulture that involves growing plants in a soilless medium, such as clay pebbles. The medium acts as a support for the plant and its roots, while also providing water and oxygen to the root zone. The medium does not contain any nutrients, so the plants need to be fed with a water-soluble fertilizer every 6 months.

Hydroculture vs. Hydroponics

Hydroculture is different from hydroponics, which is another soilless method of growing plants.

Hydroponics uses a liquid nutrient solution as the growing medium, instead of a solid one. Hydroponics requires more equipment, such as pumps, timers, and reservoirs, to deliver the solution to the plants. Hydroponics also requires more monitoring and testing of the pH and electrical conductivity of the solution. Hydroponics mainly applies to vegetable gardening.

Hydroculture is simpler and more accessible than hydroponics, as it does not require any special equipment or skills. Hydroculture can be done with any type of container plant pot, such as pots, trays, or baskets – as long as they are waterproof. Hydroculture plant pots don’t need for any drainage holes at the bottom. Hydroculture can be done indoors, as long as the selected plants receive the light and temperature they need. Hydroculture mainly applies to indoor plant design.

Hydroculture vs. Soil Plants

Hydroculture has many advantages over soil-based media, such as water efficiency, cleanliness, and durability. Hydroculture uses less water than soil, as the medium retains moisture and prevents evaporation. Hydroculture is also cleaner than soil, as it does not produce any dust or dirt that can stain the containers or the surroundings. Hydroculture is also more durable than soil, as it does not degrade or erode over time.

Here are some statistics and facts that show the difference between hydroculture and soil-based plants:

1. Water Consumption

2. Pest and Disease Resistance

3. Root Rot Prevention

Hydroculture …. Challenges?

However, hydroculture also has some challenges or drawbacks, such as the need for regular fertilization, and the difficulty of transplanting. Hydroculture requires frequent fertilization, as the medium does not provide any nutrients to the plants. Hydroculture can also make transplanting difficult, as the medium can be hard to remove from the roots without damaging them. But further down we will discuss why this isn’t an disadvantage as such.

Why Choose Hydroculture for Bonsai Plants?

Bonsai is the art of growing miniature trees in containers, by pruning and shaping them to create a desired form. Bonsai originated in China and Japan, where it has been practiced for centuries. Bonsai can be made from many different species of trees and shrubs, but some of the most popular ones are Ficus microcarpa (also known as Chinese banyan or ginseng ficus), juniper, pine, maple, azalea, and jade.

Bonsai plants are usually grown in soil-based media, such as peat moss, bark, or sand. However, soil-based media have some disadvantages for bonsai plants, such as:

• They can become compacted and acidic over time, reducing the air and water flow to the roots.
• They can harbor pests and diseases that can harm the plants.
• They can cause root rot if overwatered or underdrained.
• They can leach nutrients from the plants if not fertilized regularly.
• They can make repotting difficult and stressful for the plants.

Bonsai Plants and Hydroculture

Hydroculture can overcome these disadvantages and offer many benefits for bonsai plants, such as:

• It provides optimal water and oxygen to the roots, preventing root rot and promoting healthy growth.
• It reduces the risk of pests and diseases, as it does not contain any organic matter that can attract or harbor them.
• It enhances the aesthetic appeal of the bonsai plants, by exposing their bulbous and twisted roots that resemble ginseng or banyan trees.
• It simplifies the maintenance of the bonsai plants, by eliminating the need for repotting, pruning, and fertilizing.
• It saves water and space, by using less water than soil and allowing for more plants to be grown in a smaller area.

Ficus microcarpa is one of our favorite species for hydroculture, as it has many attractive features, such as:

• It has glossy green leaves that contrast well with its gray bark.
• It has thick and twisted roots that resemble ginseng or banyan trees.
• It has small fruits that add interest and color to its appearance.
• It is easy to care for and adaptable to different light and temperature conditions.

We chose Ficus microcarpa for our project, as it is suitable for the lobby of the business center: being close to a large window front, where it can tolerate low humidity and high salinity. Ficus microcarpa is also popular and in demand among our clients, who appreciate its beauty and elegance. Ficus microcarpa is also symbolic and valuable in Asian culture, where it represents longevity, prosperity, and wisdom.

How We Delivered and Maintained Hydroculture Bonsai Plants for a Business Center Lobby

We delivered 8 impressive Ficus microcarpa bonsai plants in hydroculture to the lobby of JLT ONE TOWER five years ago. We used clay pebbles as our medium for hydroculture, as they are lightweight, porous, and pH-neutral. We also added some water-soluble fertilizer to the water to provide the necessary nutrients for the plants. We used CUBICO pots as our containers, as they are elegant and fit perfectly with a modern interior design and are furthermore durable and very suitable for hydroculture.

The plants were placed in front of a large window, where they received plenty of indirect sunlight and air circulation, which are ideal for Ficus microcarpa. The plants transformed the lobby, creating a welcoming and relaxing atmosphere for the visitors and employees.

We were amazed by the results of our project. The plants thrived in hydroculture, showing healthy and vigorous growth. The leaves became more glossy and green, the fruits became more abundant and colorful, and the roots became more exposed and attractive.

Here are some images of how the plants looked when we delivered them and how they look now:

2018 – Ficus Bonsai – JLT One Tower

2023 – Ficus Bonsai – JLT One Tower

The plants also added a touch of nature and beauty to the lobby, enhancing the aesthetic and environmental quality of the space. The plants also performed better than soil-based plants, using less water, resisting pests and diseases, and preventing root rot.

5 years later ….

We visited the business center five years later, and we were impressed by how well the plants have maintained their health and beauty. The plants looked even better than the day we delivered them, showing no signs of stress or disease. The staff at the business center told us that they were very happy with the plants and that they received many compliments from their guests and clients.

One of the reasons why the plants have lasted so long and looked so good is because of the easy and low-cost maintenance done by the clients themselves. Hydroculture is very simple to maintain, as it only requires watering every few weeks, depending on the water level indicator in the pots. The water level indicator shows when the water is at its optimum level, when it needs to be refilled, or when it is too full. The average watering schedule for hydroculture is around every four weeks at the optimum level, but it can also be six to eight weeks at the maximum level. This means that hydroculture saves a lot of water compared to soil-based plants, which need to be watered more frequently.

Another reason why the plants have stayed healthy and beautiful is because of their resistance to pests and diseases. Hydroculture does not contain any organic matter that can attract or harbor pests or pathogens, unlike soil-based media. This means that hydroculture reduces the risk of infestation or infection that can harm or kill the plants. Hydroculture also prevents root rot, which is a common problem for soil-based bonsai plants. Root rot occurs when the roots are overwatered or underdrained, causing them to decay and die. Hydroculture provides optimal water and oxygen to the roots, preventing them from rotting or suffocating.

We are proud of our project and our choice of hydroculture for bonsai plants. We believe that hydroculture is a great way to grow bonsai plants, as it offers many benefits for both the plants and the people who care for them. Hydroculture is simple, efficient, and eco-friendly, and it can produce stunning results that last for years.

If you are interested in hydroculture and want to know more about our services and products, please feel free to contact us. We would love to hear from you and answer any questions you may have.

What do you think of our project and our plants? Do you like hydroculture? Do you have any experience or suggestions with hydroculture? Please share your thoughts and comments with us. We appreciate your feedback and support.

Sustainability has become the cornerstone of modern interior architecture, reshaping the way we design and interact with our living spaces. As we increasingly focus on environmentally responsible practices, it’s no wonder that architects and designers are seeking innovative solutions to create greener, more sustainable interiors.

One such marvel is the integration of hydroculture planting systems, a soil-less cultivation method that not only transforms interior spaces but also reduces our carbon footprint. In this comprehensive guide, we’ll explore the world of sustainability in modern and future interior architecture, with a special focus on hydroculture plants as a sustainable design element.

Sustainability in Interior Architecture

Sustainability is no longer a buzzword; it’s a guiding principle in the world of interior architecture. As architects and designers adapt to the changing landscape of design and construction, they are keenly aware of their role in addressing global environmental concerns.

Here are some key ways in which sustainability is shaping modern and future interior architecture:

1. Green Building Materials

The choice of materials plays a pivotal role in sustainable interior architecture. Eco-friendly materials, such as reclaimed wood, recycled glass, and sustainable fabrics, are increasingly used to reduce the carbon footprint of projects. The use of green materials not only lowers the environmental impact but also enhances the aesthetic appeal of interiors.

2. Energy Efficiency

Architects are designing interiors with energy efficiency in mind. This involves optimizing natural lighting, using energy-efficient lighting fixtures, and installing smart climate control systems to reduce energy consumption. Sustainable lighting designs not only save energy but also create visually appealing spaces.

3. Space Utilization

Effective space utilization is another aspect of sustainability. In modern interior architecture, versatile and multifunctional spaces are designed to maximize utility and minimize the need for additional construction. This approach reduces waste, energy, and resources.

4. Indoor Air Quality

Indoor air quality is crucial for occupant well-being. Sustainable interior architecture prioritizes natural ventilation and incorporates air-purifying elements, such as indoor plants, to create healthier living environments.

Hydroculture plants are a prime example of how to achieve this goal.

Hydroculture: The Future of Sustainable Interior Architecture

Imagine a world where you can grow beautiful and healthy plants indoors, without using any soil, and with minimal water and maintenance. Sounds too good to be true, right? Well, this is not a fantasy, but a reality, thanks to hydroculture.

Hydroculture is a revolutionary method of growing plants in a soil-less medium, such as clay pebbles, and in water. Unlike hydroponics, which uses a liquid nutrient solution, hydroculture plants get their nutrients from the water or the medium itself, which is easy to maintain. Hydroculture plants have smaller root systems and are more resistant to pests and diseases than soil-grown plants. You can use hydroculture plants to decorate your indoor space and enjoy their aesthetic and environmental benefits.

Hydroculture is not a new concept, but it has gained immense popularity in interior architecture in over 40 years for its sustainability and aesthetic advantages. Hydroculture systems are ideal for creating greener, healthier, and more beautiful interior spaces, with less water, energy, and resources.

In this comprehensive guide, we’ll explore the world of sustainability in modern and future interior architecture, with a special focus on hydroculture plants as a sustainable design element.

Hydroculture and Sustainability

Hydroculture and sustainability go hand in hand, offering a myriad of environmental benefits. Hydroculture is a soil-less cultivation method that uses an inert growing medium, such as clay pebbles, and a nutrient solution to grow plants.

1. Reduced Water Consumption

At a time where water conservation is paramount, hydroculture plants stand out as water-efficient options. Hydroculture uses up to 90% less water than soil-based gardening, as the water is recycled and reused in a closed system. This means that hydroculture saves a lot of water and reduces the pressure on water resources, especially in areas where water is scarce or expensive.

Another reason for the low water consumption is that each plant comes with a water regulator/indicator, which tells you exactly when to water and how much to water. The water cycles are usually every four weeks and can go up to eight weeks, depending on the plant and the environment.

2. Improved Air Quality

Hydroculture plants are exceptional air purifiers. They absorb toxins, such as formaldehyde, benzene, and carbon monoxide, from the indoor air and release oxygen and moisture. These increased humidity levels improves the indoor air quality and create a healthier and more comfortable environment for the occupants.

Another reason for the improved air quality is that hydroculture systems are soil-less and water-based, which prevents the accumulation of dust, mold, and bacteria that can cause allergies and infections.

3. Low Maintenance

Hydroculture plants require less maintenance than soil-based plants, as they do not need repotting, weeding, or tilling. This reduces the need for labor and resources, and also minimizes the environmental impact of indoor gardening activities, such as soil erosion, fertilizer runoff, and pesticide use. This aligns perfectly with the sustainable design approach of “less is more.”

These benefits make hydroculture an ideal choice for sustainable interior architecture, as it can create greener, healthier, and more beautiful spaces with less water, energy, and resources.

Hydroculture Planting Systems in Interior Architecture

Hydroculture systems offer endless possibilities for innovative interior design. Here are some ways in which architects and designers can incorporate hydroculture planting systems into their projects:

1. Vertical Gardens

Vertical gardens, also known as green walls, have become an iconic feature of sustainable interior architecture. These living walls incorporate hydroculture planting systems, adding a stunning and eco-friendly element to interior spaces. Whether in homes, offices, or public buildings, green walls enhance aesthetics and air quality.

2. Atriums and Courtyards

Atriums and courtyards provide ample natural light and space for hydroculture gardens. Architects can create serene, green oases that connect occupants with nature, even in the heart of urban environments. These indoor gardens improve indoor air quality and evoke a sense of calm.

3. Office Spaces

In office interior design, hydroculture plants can be used to create inviting and productive work environments. Desk plants, conference room greenery, and common area plant installations contribute to improved well-being and overall job satisfaction.

Designing with Hydroculture

If you are interested in incorporating hydroculture plants into your interior architecture, you will need to work with a professional indoor landscaping company that can design and set up your hydroculture system. We are a pioneer in the field of hydroculture plants, and we can help you create stunning and sustainable interior spaces with our products and services.

Here is a brief overview of how we can help you with your hydroculture project:

Materials You’ll Need:

• Hydroculture pots and containers: They come in various shapes, sizes, and colors to suit your preference and style. Important is that they should be water-resistant and that there is no need for a drainage hole. There are even specially designed hydroculture pots that have already a water level indicator on the side. We can provide you with a wide range of pots and containers that match your interior design and budget.

• Inert growing medium: This is the material that supports the plant and its roots in the hydroculture system. Typically it is expanded clay pellets. It also holds water and nutrients for the plant. We can provide you with the best quality and quantity of medium for your plants and pots.

• Nutrient solution: This is the liquid that provides the essential nutrients for the plant growth and health. Commercial hydroculture fertilizer can be in a solid granular form or liquid. We can provide you with the optimal nutrient solution for your plants and your specific project, and advise you on how to use it properly.

• Hydroculture-friendly plants: These are plants that can adapt to the soil-less environment and thrive in hydroculture systems. You can choose from a large variety of plants, such as pothos, snake plants, peace lilies, and more. We can help you select the best plants for your interior space, considering the lighting and climate conditions, and the size and shape of the plants.

Step 1: Select the Right Plants

The first step is to choose the plants that you want to grow in your hydroculture system. We can help you select the best plants for your interior space, considering the lighting and climate conditions, and the size and shape of the plants. We grow our own hydroculture plants in our nurseries, and we can advise you on which ones will suit your preferences and needs.

Step 2: Design the Layout

he next step is to design the layout of your hydroculture plants in your interior space. We can help you design the layout of your hydroculture plants, considering the aesthetics, traffic flow, and the health of your plants. We can offer you various options for placing your hydroculture plants, such as:

• Vertical gardens: We can create a living wall with hydroculture plants, using vertical containers or panels that attach to the wall. This can create a stunning and eco-friendly focal point in your space, as well as save floor space and improve air quality.
• Shelving units: We can arrange your hydroculture plants on shelves, racks, or cabinets, creating a green and lively display. This can add some height and depth to your space, as well as provide easy access and maintenance for your plants.
• Hanging installations: We can hang your hydroculture plants from the ceiling, using hooks, wires, or ropes. This can create a whimsical and airy effect in your space, as well as make use of the vertical space and provide more light for your plants.
• Potted plant arrangements: We can create beautiful potted plant arrangements for your hotel or office space, using different sizes, shapes, and colors of pots and plants. This can create a harmonious and elegant look in your space, as well as add some personality and charm. You can see some examples of our potted plant arrangements here .
• Planting in existing planting beds: We can plant hydroculture plants in your existing planting beds, creating a green island with beautifully selected and arranged plants. This can create a natural and inviting look in your space, as well as add some variety and contrast.

You can see some examples of our planting in all the different areas and spaces mentioned here in the “Hydroculture Section”of our Projects Page.

Step 3: Set Up the Hydroculture System

The third step is to set up your hydroculture system in your chosen pots and containers. We can help you set up your hydroculture system, using our expertise and experience. We can provide you with the best quality and quantity of pots, containers, medium, and nutrient solution for your plants. We can also configure your system to ensure a proper watering and nutrient shedule for your plants.

Step 4: Maintenance

The final step is to maintain your hydroculture plants, by regularly monitoring and replenishing the water and nutrient solution, and pruning and caring for the plants as they grow. We can help you maintain your hydroculture plants, by offering you our professional and reliable services. We can monitor and replenish the water and nutrient solution for your plants, following the water level indicator on the pots and containers. We can also prune and trim your plants as needed, to remove any dead or damaged leaves, stems, or roots, and to shape and control their growth. We can also clean and dust your plants and pots or containers, to remove any dirt, cobwebs, or insects that may accumulate on them.

By hiring us to maintain your hydroculture plants, you can enjoy the benefits of having healthy and beautiful plants in your interior space, without having to worry about the hassle and cost of doing it yourself. You can also expect to save water, energy, and resources, as hydroculture plants use less water than soil-based plants, and require less maintenance and resources. You can also expect to improve your indoor air quality, as hydroculture plants purify the air and increase the humidity levels. You can also expect to enhance your interior design, as hydroculture plants add a touch of nature and beauty to your space, creating a healthy, sustainable interior garden

A Glimpse into the Future

The future of interior architecture is undoubtedly green. As sustainability continues to be at the forefront of design considerations, we can expect even more innovative uses of hydroculture planting systems.

Here’s a glimpse into what the future might hold:

1. Sustainable Skyscrapers

Imagine skyscrapers with entire floors dedicated to indoor gardens and hydroculture installations. These green sanctuaries will enhance the lives of urban dwellers, providing respite from the concrete jungle.

2. Bio-Responsive Interiors

In the future, interior architecture will be even more responsive to the occupants’ needs. Bio-responsive interiors will adapt to environmental conditions, using hydroculture systems to enhance air quality, adjust lighting, and create dynamic living spaces. You can see an example of our planting in the Dubai Chamber of Commerce here.

3. Sustainable Healthcare Facilities

Hospitals and healthcare facilities are recognizing the importance of healing environments. Hydroculture gardens will be integrated into these spaces to promote patient recovery and well-being. You can see an example of our planting in the Rashid Hospital in Dubai here.

Conclusion

Sustainability in modern and future interior architecture is more than just a trend; it’s a necessity. Hydroculture plants and systems are emblematic of this commitment to eco-friendly design. They bring nature indoors, reduce water consumption, improve air quality, and elevate the overall aesthetic of interior spaces.

With sustainability as a guiding principle, architects, designers, and developers are creating greener, healthier, and more beautiful interior spaces. As the world moves towards a future of eco-conscious design, the integration of hydroculture systems is set to play a central role in enhancing our living environments, one plant at a time.

If you are interested in transforming your interior space with hydroculture plants, you can contact us for more information and advice. We are a leading provider of hydroculture plants and systems, and we can help you design, set up, and maintain your hydroculture project. We have over 40 years of experience in delivering healthy and beautiful hydroculture plants and plant pots that improve the aesthetics and environment of any setting, as well as durable and stylish furniture that enhance the functionality and comfort of any location.

You can also visit our website or our LinkedIn profile to see some of our amazing projects

We hope you enjoyed this article and learned something new about hydroculture and how to intergrate it into your next interior architectural project. 

WHAT IS SO SPECIAL ABOUT HYDROCULTURE?

When looking at a hydroculture plant the first things you will notice is that

1. there is no soil
2. the plants are in a material called expanded clay or else known as LECA or LECATON
3. each plant has a water indicator.

WHAT IS LECA?

LECA is expanded clay that has been burned 1200 C and keeps the plant in place. But it has benefits that makes it stand out next to a soil plant: due to the baking it is free of bacteria, it will never decompose or decay, so it never ever needs to be replaced. A hydroculture plant can stay with the same LECA for 30 years.

LECATON is rough on the outside and sponge-like in its inner texture. Being rough allows the water poured in to reach the plant root at the bottom of the plant pot – exactly where the water is required. Having the sponge effect helps it to store water to a certain degree, so that when the water level is back to the MINIMUM level, the plant roots can still get water which is stored inside the LECA.

WHAT IS THE WATER INDICATOR?

Water is a hydroculture plant’s nutriment. So it is important to know when and how much ‘nutriment’ your plants needs. The water indicator helps you with that. It tells you exactly when you should be watering the plant and how much water you should be giving to the plant. How much easier can it get?

HOW OFTEN DO YOU WATER A HYDROCULTURE PLANT?

The water indicator has there levels:

1. Minimum – time to water the plant
2. Optimum  – 3 to 4 weeks
3. Maximum – 6 to 8 weeks

You typically water each plant to the OPTIMUM LEVEL and it takes about 3-4 weeks (!) for the water to reach the minimum level again. That means no watering of the plant for 3-4 weeks! And that also means that you are free of constantly having to check the soil – if it is wet, humid or already dry- and to set up by yourself for each plant separately a watering schedule. The water indicator simply takes over and leaves you to just enjoy the plant.

The MAXIMUM LEVEL is called often the ‘vacation level’, because it leaves you with 8 weeks (!) of not needing to water the plant. But on a regular basis it isn’t something we as experts in this field since 1980 like to support, since it will lead to over watering of the hydroculture plant.

Being typically used to checking up regularly on a soil plant, this is usually the most new and fascinating for someone when having a hydroculture plant for the first time. And it might need some time to get used to. But with all the hectic life we are leading now, having one thing less to worry about and instead simply enjoy – is alone worth it to get a hydroculture plant.

And the constant over- and under watering is one of the main reasons soil plants often die. On the other hand a hydroculture plant can grow up to 20 years, maybe even more. Which is pretty amazing when you truly think about it.

WHAT ARE THE BENEFITS OF HAVING NO SOIL?

• As seedling the hydroculture plant is directly planted into LECA. So from from the very start the roots are free of any typical bacteria. That helps with the survival and longevity of a plant.
• Soil typically attracts insects, which makes it ‘un-hygienic’ plants and not recommendable to be used in especially hospitals or restaurants (close to the kitchen area), where cleanliness is of great importance. Designers are often faced with this issue and sometimes fall back on artificial plants or more often than not simply exclude plants from their designs concepts. And that is actually counter productive. It has been proven in numerous studies that plants help in the healing of patients. They have a calming effect as well as being able to absorb a lot of toxins through the leaves. So plants should be used in hospitals & clinics and hydroculture is the solution.
• Soil dries out and through the A/C the dust is carried around the living or working space. It effects you and your health.

WHAT HYDROCULTURE PLANTS ARE THERE?

Nearly any plant type can be grown and is available in the hydroculture nurseries. You can get small table top plants of 20 cm height up to trees of 5 m.

Contact us. Let yourself be convinced personally of the many ways hydroculture enriches your life.

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Humans need nature. Just think how much time – when you can  – you spend outdoors. Walking in the park or woods at the weekends is very common in the western hemisphere. In this region, these outdoor activities are being encouraged with the building of many parks and green outdoor public areas as possible. Being in nature soothes us, makes us smile, makes us happy!

But we spend most of our time indoors and a large portion of that at a workplace. Companies often don’t add plants, because they look at the initial purchase costs and the following maintenance costs. But there are plenty of scientific studies showing how simply adding plants in the office space boosts productivity and job satisfaction. And these hidden savings are considerable for company owners to take note and see that investing in plants at the workplace is a wise idea.

Reduce Stress & Increase Productivity

Already adding one plant changes the atmosphere in the office space. It makes the space, more engaging and more calm at the same time.

It has been shown that plants placed in hospitals make the patients heal faster. Students learn better in a green surrounding. And employees with plants at their workplace are more productive, make less mistakes, take less days off being sick. Seeing a plant from where you sit or simply touching it when walking past brings happiness. It makes you feel more alive and energized. But the effect is also seen in the quality of work produced: employees perform much better and at a higher accuracy rate, when surrounded by plants. Simply put in numbers:

Tension/Anxiety – 37% reduction
Depression/Dejection – 58% reduction
Anger/Hostility – 44% reduction
Fatigue – 38% reduction
Productivity – 15% increase
Memory retention – 20% increase

(Image: Chinese company specialized in AI engineering: ‘one workplace, one employee, one computer, one plant !’.)

Improve Air Quality

We work in a A/C and computerized run world and it isn’t healthy. Studies show the indoor air is even more polluted than outdoor air. Typical air pollutants at a workplace are asbestos, mould, radon, formaldehyde and carbon monoxide. Further we have computers, laptops, mobiles and other electronics around us, emitting radiation of different degree. All these effect our health, causing for example headaches, dry eyes, dry throat or fatigue.

Plants oxygenate the air. Research show that plants work as a filtering system – especially when you have hydroculture plants. Generally the toxins & radiations get absorbed by the leaves and plant roots. Since a hydroculture plant system is purely water based, without any soil, the toxins get sent through a second filter system: water. There is a common saying: one computer, one hydroculture plant.

Additionally a hydroculture plant works as a humidifier: cleaning up the dry A/C filtered air and releasing moisturized air. Each hydroculture plant takes approx. 5 liter of water. Only 1/3 is used by the plant, 2/3 are released into the surrounding, actively changing the quality of the air around you and reducing the need for A/C even.

So which plant do you select?

The answer is simply: any! And as many as you want. As experts in the field of indoor landscaping with hydroculture since 1980,  we are most happy to help you select the right plant for the right area. Light is an important factor to consider. But the variety of plants that thrive even in rooms with a minimum of light has grown so much and is increasing year by year, that selecting a beautiful plant will not be a problem. And if necessary there are growing lamps which produce a balance of cool and warm light.

And never forget that with hydroculture plants your regular maintenance cost simply falls away. So there should be even less of a reason not to start beautifying your office space with plants right away!