Back to projectsLandscape architecture / Villa Ada, Rome, Italy

Villa Ada / GRAB Green Connections

Axonometric study of a planted street junction
Location
Villa Ada, Rome, Italy
Typology
Landscape architecture
Contribution
Academic project · Landscape design

The proposal connects Villa Ada with the surrounding neighbourhoods and the GRAB cycle route. Two major green areas act as starting points for a wider ecological network. The aim is to reconnect smaller green spaces that are separated by streets, railway lines and the built fabric.

Walking and cycling routes bring this network into everyday use. The masterplan relates the routes to public transport, cultural places, sports facilities and local services. At street level, the design works through junctions, planted islands and tree-lined connections. Sections compare existing and proposed planting so that ecological continuity is developed together with access and movement.

Landscape Plans and Infrastructure studio, Sapienza, 2021–2022. Tutors: Francesco Alessandria, Giulia Capotorti and Anna Lei. The detailed route and junction study is individual work.

Plans and spatial organisation

Villa Ada masterplan
Detailed route plan
Route and planting — axonometric study
Section A — existing and proposed planting
Sections B and C — existing and proposed
Overhead view of the planted central island and pedestrian routes
Street-corner study linking planting and pedestrian space
Planting palette

Design development

Existing and proposed cycling network
Route connections — concept
Intervention areas
Street and landscape sections
Route scenarios and users
Junctions and connections in their context

Site and research

GRAB and Villa Ada — metropolitan context
Villa Ada and the surrounding network
Landscape structure and access
Existing places — photographic survey
Archaeological heritage and map key
Heritage sites — reference photographs
Local land use and services
Local places and connections
Neighbourhood demographics
Neighbourhood statistical comparisons
Next projectFlaminio / Environmental Design
VIHAN ARMANI RADProject