Landscape enhancement
Bring planting, seasonality and a stronger waterscape identity to a visible waterbody.
Applications
Where can a floating ecosystem begin?
From urban rivers and landscape lakes to public waterfronts and research sites, different waterbodies can become starting points for bringing ecological complexity back into the built environment.
What outcome are you looking for?
Start with the change the project needs. These are objectives that can shape a site-specific floating ecological system—not guaranteed results or separate product categories.
Habitat creation
Design root zones, submerged surfaces and refuge into places where habitat structure is limited.
Biodiversity
Support conditions for richer plant and animal communities, with outcomes understood through observation.
Ecological retrofit
Add ecological and landscape functions to an existing waterbody without treating total reconstruction as the default.
Environmental performance
Define intended environmental functions and a proportionate approach to testing, observation and maintenance.
ESG demonstration
Make a client's environmental intent visible through a physical, site-specific intervention; reporting claims require separate evidence.
Research & demonstration
Create adaptable, observable platforms for pilots, comparison, learning and communication.
02 / Site-fit problems
Problems worth solving with a floating system.
Start with the condition and constraint—not a generic waterbody label. Each response is a project-specific configuration, not a promised result.
Water-level fluctuation
- Site condition
- The operating waterline changes.
- Pain point
- A fixed planted edge may lose contact with water or become repeatedly submerged.
- Why floating
- Living layers can track the surface within a designed anchoring range.
- Intended outcome
- A more continuous habitat and planting interface.
- Configuration direction
- Calibrate freeboard, anchoring travel, planting and access.
No / low bottom disturbance
- Site condition
- Piling, excavation or bed disturbance is constrained.
- Pain point
- New ecological structure is difficult to add without heavy works.
- Why floating
- A floating layer reduces reliance on permanent bottom construction.
- Intended outcome
- Habitat and landscape retrofit with lower civil intervention.
- Configuration direction
- Lightweight modules with site-specific anchoring and installation.
Existing landscape retrofit
- Site condition
- A park, campus, property or public waterbody already exists.
- Pain point
- The water is visible but ecologically simplified; total reconstruction is disruptive.
- Why floating
- The intervention can be added, moved, maintained or expanded in phases.
- Intended outcome
- Landscape, habitat and observable environmental change.
- Configuration direction
- Coordinate composition with views, operations, maintenance and a baseline.
Sensitive / demonstration setting
- Site condition
- The site needs reversible intervention, public learning or field research.
- Pain point
- Permanent construction or untestable claims would be premature.
- Why floating
- Modules create an observable platform that can adapt as evidence develops.
- Intended outcome
- Habitat plus measurable, clearly reported environmental performance.
- Configuration direction
- Define indicators, comparison areas, access and reporting from the outset.
Bring living water into the project—without losing design control.
The value changes with the client. We connect a configurable physical system with design collaboration, planned stewardship and evidence appropriate to the project.
Architecture
Extend a building's spatial and environmental idea onto the water through a system that can coordinate with edges, structure, views and public experience.
Landscape design
Gain a modular living medium that can be composed through form, planting, seasonality and open water—not specified as a generic floating product.
Developers & property
Upgrade an existing water feature with a visible landscape intervention that can be phased, maintained and developed without defaulting to total reconstruction.
Corporate & industrial sites
Connect a physical nature intervention with site objectives, observation and understandable internal reporting, while keeping the work product-led.
Public realm teams
Add ecological character while protecting sightlines, access, safety and the everyday legibility of public water.
Research partners
Use configurable modules as an observable field platform for comparison, learning and iterative development.
Six settings. Six different reasons to intervene.
Each setting pairs a client concern with a possible project response. These are conceptual applications, not fixed products or completed projects.
A
Urban Rivers
- Client concern
- Hard edges and fragmented habitat
- Value created
- Introduce ecological complexity without rebuilding the entire bank
- Project response
- Linear or clustered habitat bands, positioned around flow, access and open water
B
Lakes & Ponds
- Client concern
- Simplified planting and exposed open water
- Value created
- Add seasonal landscape and distributed habitat
- Project response
- Shoals, gardens or mixed clusters calibrated to views and water conditions
C
Waterfronts
- Client concern
- Public edges disconnected from aquatic life
- Value created
- Make ecology visible alongside civic use
- Project response
- Defined compositions that retain sightlines, access and a clear public-water relationship
D
Parks
- Client concern
- Decorative water with limited ecological structure
- Value created
- Connect recreation, planting and habitat
- Project response
- Garden-like communities with legible edges and planned stewardship access
E
Industrial Sites
- Client concern
- Engineered basins and operational constraints
- Value created
- Introduce living surfaces within a broader site strategy
- Project response
- Robust, accessible configurations coordinated with safety, hydraulics and maintenance
F
Research
- Client concern
- A need to test and compare in real water
- Value created
- Support observation, demonstration and iterative learning
- Project response
- Instrumentable modules, controlled variations and clear monitoring access
Keep the waterbody. Change what it contributes.
Artificial lakes, campus ponds, commercial-property water features and waterfront edges can gain new landscape, habitat and engagement value through a targeted, phased intervention.
- Retain the existing waterbody and key views
- Add modular planting and habitat interfaces
- Coordinate access, operations and maintenance
- Observe use and adapt the configuration over time
For some clients, this can support a wider landscape or ESG programme; reporting still follows project-specific evidence.
What can the waterbody begin to do for the project?
Value is created in use—not by installation alone. These examples show how a designed floating ecosystem may support different commercial, spatial and organisational priorities; actual effects depend on the site and should be observed where they matter.
A destination people notice
At a commercial property or hospitality setting, a distinctive living waterscape can invite people to pause, photograph and share the place—supporting dwell time, visibility and destination identity where the experience is well operated.
A stronger architectural proposition
For architecture and landscape teams, the waterbody becomes part of the design language rather than leftover infrastructure, helping the project offer a differentiated amenity and a clearer relationship between building, landscape and nature.
Environmental action made legible
For corporate and industrial sites, the physical intervention can connect stated nature or biodiversity priorities with field observation and understandable evidence. This can support ESG communication and competitive positioning; it does not by itself guarantee a rating change.
More value from an existing asset
For established parks, campuses and properties, phased modules can add new landscape, habitat and engagement value without defaulting to total reconstruction, while preserving room to maintain, replace and adapt.
07 / Start with the waterbody
Where could a floating ecosystem begin?
Share the site, the project team and the value the waterbody needs to create. We can identify an appropriate role and next step.
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