Published by the Urban Redevelopment Authority, this geospatial dataset marks indicative offset lines drawn outside the boundaries of nature reserves, nature areas, and national parks under the Master Plan 2014 framework. Planners, environmental consultants, and GIS users in Singapore use it to relate development control and green buffers to protected natural assets. Coverage begins 24 June 2014. The layer supports map overlays with other MP2014 planning data when assessing proximity to conserved landscapes.
Urban Redevelopment Authority GeoJSON of indicative site boundaries for monuments under Master Plan 2014. Heritage and planning GIS users delineate monument grounds on MP2014 basemaps and combine them with building-footprint and conservation layers.
Visualise indicative monument site boundaries under the MP14 SDCP SBUD plan with Urban Redevelopment Authority GEOJSON. The layer supports heritage conservation mapping, planning overlays, and Singapore national monument geography research from January 2016 onward. Boundaries are indicative for planning purposes rather than legal survey lines.
Indicative footprint polygons of monument buildings under the MP14 SDCP SBUD plan, published by URA in GeoJSON format. The layer supports heritage building mapping, conservation planning GIS workflows, and spatial analysis of monument footprints across Singapore. Complements other URA monument and conservation layers for integrated heritage planning.
Urban Redevelopment Authority GeoJSON of arrow and leader lines for Landed Housing Areas under the Master Plan 2014 Landed Housing Area SDCP, with coverage from January 2017. Cartographers and planners annotate landed-housing precinct maps with directional graphic cues in Singapore GIS workflows.
Urban Redevelopment Authority GeoJSON of gross plot ratio demarcation lines from Singapore’s Master Plan 2014, with coverage from June 2014. Developers and planners delineate where GPR controls change across parcels and overlay them with GPR text and land-use layers.
Urban Redevelopment Authority GeoJSON of indicative lines drawn offset from conservation-area boundaries in Singapore’s Master Plan 2014, with coverage from June 2014. Cartographers render these offset conservation lines on planning maps alongside CA polygons and text annotations.
Visualize indicative footprints of conserved buildings under the MP14 SDCP SBUD plan with this Urban Redevelopment Authority GEOJSON polygon layer from August 2019 onward. It supports heritage inventory mapping, urban conservation GIS, and Singapore planning searches on conserved building locations.
Urban Redevelopment Authority GeoJSON of indicative footprints of conserved buildings under Master Plan 2014. Heritage consultants and developers check conservation building outlines against proposed works in Singapore.
Use this Urban Redevelopment Authority geospatial layer for the indicative polygon boundary of conservation areas under the MP14 SDCP SBUD plan. Provided in GEOJSON with coverage from August 2019 onward, it supports map overlays for heritage planning, urban conservation studies, and Singapore URA Master Plan research. The boundary is indicative for planning visualization rather than a legal survey line.
Urban Redevelopment Authority GeoJSON of indicative building-footprint polygons from Singapore’s Master Plan 2014, with coverage from June 2014. Planners, architects, and GIS analysts overlay built form with land-use, plot, and street layers for massing and urban-form studies.
Display an offset line representing conservation area boundaries under the MP14 SDCP SBUD plan in GEOJSON from the Urban Redevelopment Authority. The cartographic line is drawn offset from the true boundary for map clarity, supporting heritage zoning visualization and Singapore planning-layer GIS projects from August 2019 onward.
Indicative GeoJSON polygons showing areas with special building height controls expressed in number of storeys, from the Urban Redevelopment Authority’s MP14 SDCP building height plan (March 2019). Urban planners and developers use the layer to interpret storey-based height zoning across Singapore.
Urban Redevelopment Authority GeoJSON polygons from the Master Plan 2014 SDCP building-height plan showing areas where height controls are relaxed, dated 20 January 2016. Developers and planners assess allowable building massing against baseline height planes in Singapore.
GeoJSON annotation layer of building height control expressed in number of storeys under URA’s MP14 SDCP BH PLAN product from January 2016. Planners and architects overlay storey limits on Master Plan maps for compliance checks, urban design studies, and development control GIS workflows in Singapore.
GeoJSON annotation layer from the Urban Redevelopment Authority’s Master Plan 2014 building height control plan (BH PLAN), expressing height control values in metres above mean sea level (AMSL). Architects and planners consult the text annotations alongside height zoning polygons when designing developments in Singapore.
Urban Redevelopment Authority GeoJSON of indicative polygons for special building height controls in metres above mean sea level (AMSL) under the Master Plan 2014 SDCP Building Height Control Plan, with coverage from January 2016. Developers and planners check AMSL height limits against plot and street layers for development control.
GeoJSON symbology layer from URA’s Master Plan 2014 SDCP AGU plan marking MRT station point symbols on Singapore planning maps. Cartographers pair station symbols with name labels for statutory map production and transit GIS basemaps.
GeoJSON annotation layer from URA’s Master Plan 2014 SDCP AGU plan showing MRT station name labels across Singapore’s rail network. Transport planners and GIS users align statutory planning maps with mass-transit nomenclature and connectivity analysis.
GeoJSON planning layer from the Urban Redevelopment Authority’s Master Plan 2014 statutory development control plan, showing indicative basement activities (mandatory) zones across Singapore. Developers and planners use the SDCP AGU overlay to interpret basement-use planning requirements in GIS workflows.