Davenport Village Park
Parkette, above average overall (score 41, rank ~80th percentile). Strongest: enclosure; weakest: edge activation.
Photo by Brian Shew via Google Places · cached 5/9/2026
Davenport Village Park scores 41.2 / 100. Strongest dimensions: enclosure / eyes on park and connectivity. Weakest: edge activation (0). Border-vacuum risk is low. This score is a transparent reading of Jane Jacobs-style vitality factors — not a definitive judgment.
Area · 0.82 ha
Weighted across six dimensions · confidence 66%
Scores are not bell-curved. Percentiles and expected scores provide context without changing the underlying model.
Street context
Park polygon highlighted on the citywide map. Connectivity, transit, and edge conditions read at a glance.
Top-down view
City of Toronto orthophoto, ~8 cm/px. Reads the park’s footprint, paths, treed area, and edge conditions from above.
City of Toronto Orthophoto · cot_ortho most-current MapServer
Explain this score
Where did the 41 come from? Each weighted contribution against a neutral 50 baseline. Green = pushed up; red = pulled down.
Sum of contributions = the headline score. A negative bar means that dimension dragged the park below the city-wide neutral baseline.
Why this park works
What limits this park
Most distinctive characteristic
Jacobs reading
Tradeoffs
- The park is enclosed by buildings (86) but the surrounding streets are quiet (edge activation 0) — frame without animation.
- Strong physical conditions (score 41) but weak observed activity signals (9) — the model says this should work, but events, mentions, and counters say it isn't being used at the level the urban form would predict.
Performance in context
- A modest overperformer for its parkette typology (+5 vs the median in small Parkette).
Typology classification
Classified as Parkette: small (8216 m²) with strong building frontage (5.9 per 100 m)
Edge Activation
Within 100 m of the park edge: 1 active uses (cafe) and 6 dead/hostile uses (rail, parking_lot). Active edges keep "eyes on the park" through the day; parking lots, blank institutional walls, rail and highway frontages drain street life.
Source: OSM POIs (amenity/shop) + Toronto Building Footprints + land use
Connectivity
Connectivity blends paths, intersections, transit, entrances, and edge density. This park has 37 mapped paths/walkways and 5 sidewalk segments within 50 m; 4 street intersections within 100 m; 24 transit stops within a 400 m walk; 5 estimated access points across ~608 m of perimeter. low edge density — significant superblock penalty applied. Source coverage: centreline, pedestrian_network, transit_osm.
Source: Toronto Centreline V2 + Pedestrian Network + OSM transit stops
Amenity Diversity
1 distinct amenity types in the park (playground). Diversity, not raw count, drives the score so a park with many distinct activity types can outrank a larger park that repeats the same use.
Source: Toronto Parks & Recreation Facilities + OSM amenity tags
Natural Comfort
Natural-comfort components for this park: ~39.2% effective canopy (0.0% from contiguous tree polygons + scattered tree density); 56 city-mapped trees inside the polygon (56.0/ha). Reading: partially shaded. Source coverage: street_trees. Impervious surface is approximated (Toronto's authoritative layer ships only as a raster GeoTIFF).
Source: Toronto Treed Area + Ravine + Waterbodies + Street Tree Inventory
Enclosure / Eyes on Park
36 buildings within 25 m of the park edge (28 mid-rise, 8 low-rise, 0 tower); avg edge height 10.1 m (~3 floors); 5.9 buildings per 100 m of 608 m perimeter — strong frontage density; edges are at a Jacobs-scale walkable mid-rise (3–7 floors); no towers immediately adjacent. "Eyes on the park" come strongest from the 28 mid-rise edge buildings.
Source: Toronto 3D Massing (building footprints + heights)
Border Vacuum Risk
Border-vacuum factors within 50 m of the park: Newmarket Subdivision. Jacobs warned that highways, rail, parking lots and blank institutional edges act as "vacuums" — they suppress foot traffic and isolate the park from its neighbourhood.
Source: Toronto Street Centreline (highways) + rail layer + OSM landuse + building footprints
Equity Context
Equity Context requires inputs not yet loaded for this park (Toronto Neighbourhood Profiles). Score is held at a neutral 50 with low confidence — read with caution.
Source: Toronto Neighbourhood Profiles
Amenities (1 types · 1 records)
- playground
Nearby active-edge features (24)
- rail — Newmarket Subdivision25 m
- cafe — Balzac’s42 m
- parking lot77 m
- rail — Newmarket Subdivision84 m
- rail — North Toronto Subdivision86 m
- rail — North Toronto Subdivision90 m
- rail — Newmarket Subdivision98 m
- transit stop — Brandon Avenue113 m
- transit stop — Caledonia Park Road128 m
- transit stop — Brandon Ave129 m
- retail — HIQ Cannabis144 m
- transit stop — Davenport Rd at Caledonia Park Rd146 m
- parking lot147 m
- rail — Newmarket Subdivision150 m
- rail — Newmarket Subdivision154 m
- transit stop — Foundry Avenue163 m
- parking lot164 m
- parking lot165 m
- transit stop — Davenport Road167 m
- retail — Powertrade Electric Ltd.169 m
- retail — Salon Araujo182 m
- transit stop — Davenport Rd182 m
- rail — North Toronto Subdivision196 m
- rail — North Toronto Subdivision199 m
Park profile
Five-axis radar across the structural dimensions.
Citywide percentile ranks
Across all Toronto parks in the dataset.
- Overall vitality80th
- Edge activation42th
- Connectivity83th
- Amenity diversity79th
- Natural comfort74th
- Enclosure92th
Most similar parks
Closest in metric space across the five structural dimensions.
- Humewood ParkParkette43
- Flora Voisey ParkRavine / Naturalized Park42
- Bartley ParkUrban Plaza42
- Bishop ParkUrban Plaza44
- Roseneath ParkParkette42
Most opposite parks
Furthest in metric space — useful for recognising what kind of park this isn’t.
- Queen'S Quay Traffic IslandWaterfront Park49
- Simcoe ParkTower-Community Green Space51
- Rouge ParkRavine / Naturalized Park21
- Toronto Islands - Muggs Island ParkRavine / Naturalized Park25
- Toronto Islands - Island ParkWaterfront Park52
Visitor signals
Public attention measured by Google Places aggregates. This proxies attention, not occupancy. Aggregate-only — no usernames, no review text, no extra photos beyond the cached hero.
p61 citywide · p60 within Parkette
Source: Google Places API · match high (0.96 composite confidence) · last refreshed 5/9/2026. Privacy contract. Measures public attention, not occupancy.
Human activity signals
Programming, social attention, temporal rhythm, and nearby pedestrian / cycling flow. An experimental aggregate layer that complements the spatial scores — partial coverage, partial confidence.
Activity reading: no inputs available. The strongest signal is public attention / mentions. Source coverage: google-places.
Does this score feel accurate?
Your read of Davenport Village Parkmatters. We’re testing whether the model lines up with how people actually use the park. Submissions are stored locally; no account needed.
Tell us how this park feels
We measure structure (canopy, edges, connectivity). You measure feeling. Both matter — and disagreement is itself useful civic data.
What would improve this park?
Generated from the weakest measured dimensions — a starting point, not a prescription.
- Activate the edges: encourage cafés, retail or community uses on the streets that face the park; replace blank or parking-lot edges where possible.
- Diversify what people can do in the park — playground, washroom, water, shade, performance, sport, garden — even small additions raise this score.
Data sources
- City of Toronto Open Data — Parks (Green Space)Polygon boundaries, official names, types.
- Parks & Recreation FacilitiesInventory of in-park amenities (washrooms, fields, rinks…).
- Toronto Pedestrian NetworkSidewalk segments around and through parks; estimated park entrances.
- Toronto Centreline V2Street segments + intersection nodes near park edges; trails and walkways.
- Toronto 3D MassingBuilding footprints + heights for edge-building counts, frontage density, and tower-in-the-park risk.
- Toronto Treed AreaTree canopy share inside park polygons via stratified-grid sampling.
- Toronto Waterbodies & RiversWater surface inside parks + nearest-water distance for cooling.
- Ravine & Natural Feature ProtectionRavine overlap as a cooling / natural-comfort signal.
- Toronto Street Tree InventoryTree count + density inside park polygons.
- Neighbourhood Profiles(Pending) Equity context proxy.
- OpenStreetMap (Overpass API)Cafés, restaurants, retail, transit stops, parking, highways, rail.