Few objections in development carry more unexamined weight than ‘trees will block the view.’ This article looks at what a proper cost-benefit analysis actually reveals — and argues that the phrase itself, deployed without scrutiny, may be the thing most blocking a clear view of where value truly lies.
For anyone who wants to understand how a landscape design would perform in reality. Ask your designers to show people doing the things the space is designed for.
When I first focused our work on urban trees and living systems, I carried a quiet concern that this specialisation might be mistaken for a lack of design rigour. In reality, designing with living systems is a problem-solving exercise that demands material intelligence, systems thinking, and technical understanding. Nature does not replace attention to detail. It demands it.
No one wants to pay for busy work. Yet BIM LOD requirements create a ton of busy work, producing data that has no future use. We’re doing something to fix it!
Tree gardens are not planted. They are cultivated. Start with seedlings planted close together. Selectively thin at stages.
Reflections and valuable lessons from 18 Months of BIM in Landscape Architecture
Beneath every thriving urban forest lies a hidden landscape. Roots need space, water, and oxygen—concentrated in the upper layer of soil, with depth for anchorage. The natureculture way creates generous, connected soil volumes that trees need to grow tall, cast shade, and make Gulf cities liveable.
The natureculture way embraces the true-to-material approach. A new specification by NatureCulture sets out requirements for fabrication, installation, and long-term performance of planters made with weathering steel (corten). The spec addresses care during construction, maintenance after handover, and coordination with irrigation, drainage, and lighting systems.
It’s Sunday afternoon and someone is updating specifications. Our master specification system shows 347 updates to one section alone—a reminder of how fast standards evolve. Another small moment of satisfaction, knowing our client will get the most up-to-date, fully coordinated specification—something we simply couldn’t achieve without this service.
Step outside on a Gulf summer afternoon. The pavement radiates heat, the air shimmers, and you are driven to move quickly to the next air-conditioned space. Now imagine the same street with broad tree canopies overhead: the ground is cooler,
This conversation started with a simple LinkedIn post: In the Gulf, outdoor temperature is critical to quality of life and our health. Yet it’s strange that most rating schemes reward simple numerics without the need to simulate how comfortable, or
We respect regional rating schemes and the push they’ve given practice—more shade, higher SR/SRI, better baselines. They’re better than nothing. But they don’t guarantee how a place feels. Most schemes don’t set UTCI-by-programme targets, don’t pair results with NEN 8100 wind comfort, and don’t ask for a reliability metric showing how often comfort is achieved across real seasons—which is odd, because the tools to measure these are common.
This tool automates the placement of drainpoints on flat paved surfaces, such as podiums, by analysing the surface levels and modifying the design to achieve compliant slopes (1–2.5%). It minimises the number of drainpoints needed, generates watershed areas, and outputs geometry in Rhino3D for integration into Revit.
Join our Florence-based studio to bring sustainability to high profile landscape architecture projects across the Middle East. Collaborate with the Principal Designer to develop concept designs, model in Rhino/Grasshopper, and craft compelling presentations. Hybrid role with strong growth potential in a global design-led practice.
On major projects, the cost of trees is only a fraction of the total investment. Infrastructure installation, years of irrigation and maintenance, and the risk of replacement significantly increase the stakes. If trees fail due to hidden defects, the cost is compounded. We compare two industry standards for specifying mature nursery stock—one widely used but limited, the other more rigorous and evidence-based. Proper specification is essential to reduce risk, ensure long-term performance, and protect the full value of the investment.
Circling, girdling, and pot-bound roots are invisible once planted—but their impact isn’t. They lead to slow decline, instability, and early failure. AS 2303 gives you a clear, enforceable standard to reject defective stock before it’s too late. That means stronger trees, longer life spans, better canopy outcomes—and no nasty surprises. Your clients will see better results. Your projects will be safer. And your city will grow the urban forest it deserves.
Most urban tree failures in the Gulf begin underground. Root defects from poor nursery practices—like circling or girdling roots—are locked in early. I’ve spent 20 years studying why, and developed a Gulf-specific specification based on Australia’s AS 2303 to help fix it. The solution starts at the root.
Living in Italy, there is inspiration at every turn. Even mundane objects reveal design wisdom. On Isola di Giglio, a red navigational marker, tiled for durability despite its tapered form, reminds us that design is compromise—balancing form, function, and longevity. Learning never stops, even on holiday.
Cities shape the way we think, work, and create. Their rhythms, spaces, and histories influence our engagement with ideas. A city that encourages slowing down fosters deep work and innovation. Design is not just about form and function—it’s about experience, and urban environments play a crucial role in shaping that experience.
Sweltering summers in the Gulf? Create cooler, greener cities with optimum design.
