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Innovations

"Monitoring" the services provided by nature,
creating the conditions for a resilient landscape.

LIM® — Landscape Information Modeling

Invented by Land'Act in 2016, the LIM® is the first parametric modelling tool dedicated to landscape. It simulates the growth of plantings in real time and anticipates the maturity phases of green spaces.

Time simulation

Visualise how plants evolve over 5, 10 or 20 years

BIM integration

Compatible with the BIM workflows of multidisciplinary teams

LIMVision® — On-site augmented reality

LIMVision® makes it possible to visualise landscape projects on site in augmented reality before they are built.

Bassin Écologique — Planchette
Levallois-PerretSCAN ME
Parc Jacques Chirac, Arsenal eco-district
Rueil-MalmaisonSCAN ME
Head office
Saint-OuenSCAN ME

NBAS — Nature-based Adaptation Solutions

Land'Act is committed to the resilience of territories, implementing NBAS in all the projects entrusted to it — understanding nature as a powerful and frugal resource that allows cities to become more resilient in the face of climate disruption.

Notion promoted by the ADEME: "The NBAS can correspond for example to actions of vegetation in the city, restoration or preservation of wetlands, implementation of agroecological practices, designed to meet the challenges of climate change, as well as an objective of preserving biodiversity."

UHI Score — Urban Heat Islands

The UHI Score quantifies and maps urban heat islands. Based on a multi-criteria analysis (albedo, vegetation, mineral surfaces, land use).

Thermal mapping

Fine-resolution visualisation of heat zones

Multi-criteria analysis

Albedo, vegetation, mineral surfaces and shading combined

Before/after comparison

Measures the impact of landscape solutions

Decision support

Recommendations for suitable species and materials

BAF — Biotope Area Factor

The BAF measures the proportion of surfaces favourable to biodiversity. Land'Act has developed an automated calculation tool integrated from the earliest design phases.

Automated calculation

Integrated from the sketch phase, updated in real time

Regulatory compliance

Compatible with PLU, HQE, BREEAM

Design optimisation

Alternative scenarios to maximise the BAF

Exported reports

Turnkey deliverables for permit applications

Landscape Carbon Assessment

A proprietary method for calculating the carbon footprint: carbon storage of vegetation, emissions linked to materials and works, sequestration over the life cycle.

Plant sequestration

Carbon storage per species over 30 years

Site emissions

Works, transport and materials included

Life cycle

Simplified LCA of surfacing materials

RE2020 compliance

Compatible with environmental regulations

Simul'Impact

Simul'Impact supports Land'Act in assessing the impact of investment projects with great precision.

See the platform ↗