Q&A
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To explore innovative water-saving features in landscape architecture without compromising design, we asked landscape architects and principal architects this question. From selecting native plants for water efficiency to designing artistic rainwater collection features, here are the top six insights these experts shared on sustainable landscape design.
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6 gardeners in this bed
Chris BrockLandscape Architect · Chris Brock Landscape Architecture, LLCWhen designing a landscape or garden, the best water-saving feature you can implement is selecting the correct plants for the location and conditions. The more native plantings you can add to the garden, the better the design will be while reducing watering needs.
Ar. Azlan ShahPrincipal Architect · Fatih Architecture StudioAs a Principal Architect at Fatih Architecture Studio, I recently incorporated an innovative water-saving feature into a landscape complex villa architectural project that effectively conserved water without compromising design. We implemented a rainwater-harvesting system in a Mediterranean villa project in Gili Trawangan. This system captured and stored rainwater from the villa’s roof and other hard surfaces in an underground cistern. The stored rainwater was then used to irrigate the landscape when needed. Gili is a remote island. Both clients and I are proud of the idea, as it helps minimize the usage of clean water to water plants. Starting small is essential. The impact is even more remarkable since we recently began constructing 12 villas. So, we have more plants than needed to increase moisture in Indonesia's tropical climate. These plants have also enhanced the villas' aesthetic with their lush and vibrant appearance. Integrating the rainwater-harvesting system created a sustainable and beautiful landscape. By reusing natural rainfall, we significantly reduced the villa’s reliance on external water sources, demonstrating that eco-friendly practices can seamlessly blend with elegant design. This approach highlights our commitment to sustainability while maintaining the highest standards of landscape architecture.
Marcos Santa Ana, AIA, CPHD, GCArchitect, General Contractor, High Performance Building Designer · Alloi Architecture + ConstructionWe always ensure the building's architecture seamlessly connects to the landscape architecture. For instance, our Dihedral house captures 100% of rainwater through an innovative roof system. This system channels water down a custom-folded steel canopy into a zen rock garden, directing it underground to a bioswale. The bioswale irrigates surrounding plantings and an east-facing strawberry tree. This sustainable, integrated design conserves water while showcasing it as a sacred, functional element that enhances the property's overall aesthetic and environmental value.
Jonas MurphyFulfillment/Sales Manager · Pond Fountain DepotIn our pond and fountain designs, we've implemented a rainwater-harvesting system that's both functional and aesthetically pleasing. Here's how it works: We integrated a series of decorative rain chains and stylish catchment basins into the overall landscape design. These lead to underground storage tanks. The collected rainwater is then used to replenish ponds and power fountains during dry periods. This system has several benefits: 1. It significantly reduces reliance on municipal water sources. 2. The rain chains add a visually appealing element, creating a water feature even during rainfall. 3. It aligns with sustainable landscaping trends, appealing to eco-conscious clients. 4. The underground storage keeps the system out of sight, maintaining the clean look of the landscape. We've found that clients appreciate the blend of sustainability and design. The system often becomes a talking point, adding value beyond just water conservation. By integrating water-saving features directly into the aesthetic elements, we've managed to create landscapes that are both beautiful and environmentally responsible. It's a win-win approach that doesn't force a choice between design and sustainability.
Aleks KrylovFounder, Serial Entrepreneur · Stern GuttersWe worked with a client in Essex County, New Jersey, to design and implement a rainwater-harvesting system. This is a sustainable, water-saving technique that we integrated into the landscape of the house. The system collects and stores rainwater from rooftops in aesthetically pleasing water barrels that fit within the landscape theme. The stored rainwater is then reused for irrigation, reducing the reliance on municipal water supplies.
Ben McInerneyFounder · GoTreeQuotesOne water-saving feature I've successfully implemented in landscape projects is a rainwater-harvesting system integrated with decorative water features. We designed an artistic network of copper gutters and downspouts that channel rainwater into underground storage tanks. This collected water is then used to supply ornamental fountains and waterfalls, creating a self-sustaining water feature that adds beauty to the landscape while conserving resources. Moreover, the system also includes an overflow mechanism that directs excess water to rain gardens filled with native plants, further reducing water waste. In one project, this approach reduced the property's outdoor water consumption by nearly 80% while enhancing the overall aesthetic appeal. It demonstrates that sustainable design can be both functional and visually striking.
Q&A · October 19, 2026
Fall garden cleanup is about more than removing every leaf and stem. Home garden experts share practical ways to control disease, protect wildlife, and prepare plants for winter. These simple steps can help beds recover faster and return stronger in spring.
Q&A · October 13, 2026
A lower-maintenance landscape can save time, water, and ongoing effort. This article shares practical ideas for durable plants, smarter turf choices, groundcovers, stone, and lawn design. Insights from landscape experts help explain which strategies work best and why.
Q&A · October 12, 2026
A sudden freeze can crack irrigation lines, damage backflow devices, and create costly repairs. This guide covers key steps such as draining the system, opening test cocks, storing preventers indoors, and disabling controllers. It also includes practical insights from irrigation experts to help protect the system before winter weather arrives.
