Urban Greening definition

Urban Greening means the incorporation of greenscaped pedestrian and bicycle trail systems, urban street canopy, green alleys, drought tolerant and native species landscaping and landscape restoration, green roofing, community gardens, natural infrastructure and stormwater features into public open spaces.
Urban Greening means the incorporation of pedestrian and bicycle trail systems, urban street canopy, drought tolerant and native species landscaping and landscape restoration, green and cool roofing, community gardens and stormwater features into public open spaces
Urban Greening means the incorporation of greenscaped pedestrian and bicycle trail systems, urban street canopy, green alleys, drought tolerant and native species landscaping and landscape restoration, green roofing, community gardens, natural infrastructure and stormwater features into public open spaces. If not abundantly clear, public accessibility must be demonstrated to the satisfaction of Department staff, such as through a recorded instrument, and run for at least 55 years. Public open space must offer reasonable hours of use for the public, such as dawn to dusk. Community gardens do not have to be publicly accessible as long as they are available to residents of the Affordable Housing Development.

Examples of Urban Greening in a sentence

  • Cities with at least 20,000 inhabitants have an ambitious Urban Greening Plan.12.

  • Examples of Eligible Costs within each category of eligible Capital Projects and Program Costs are identified in Figure 3 below: Figure 3: Eligible Cost ExamplesAHD/ HRIFigure 3 (continued): Eligible Cost ExamplesAHD/ HRINote: In addition to list above, Energy Efficiency, Water Efficiency, Renewable Energy and Urban Greening improvements are all eligible costs as components of a Capital Project.

  • The Urban Greening Plans will have a central role in choosing the European Green Capital 2023 and European Green Leaf 2022.

  • To bring nature back to cities and reward community action, the Commission calls on European cities of at least 20,000 inhabitants to develop ambitious Urban Greening Plans by the end of 2021.

  • The three priorities are:• Resource Protection• Habitat Restoration• Urban Greening Resource ProtectionAdvance the optimal management of resources in the watershed in order to achieve conservation benefits, improve ecosystem health, and increase climate resiliency.

  • The determination and implementation of some Projects (specifically in the Urban Greening and Active Transportation Hubs) require more design, and Partners have committed to robust community participation in all aspects of design and location.

  • To facilitate this work, the Commission will in 2021 set up an EU Urban Greening Platform, under a new ‘Green City Accord’53 with cities and mayors.

  • This requires developers to assess the Urban Greening Factor at the onset of the development process.

  • The Urban Greening Program, funded by the GGRF, continues the legacy of these programs but with a specific focus of achieving greenhouse gas reductions.

  • This phase of the project includes a bike path and pedestrian promenade through an Urban Greening Grant.


More Definitions of Urban Greening

Urban Greening means the incorporation of greenscaped pedestrian and bicycle trail systems, Urban Forestry, urban street canopy, green alleys, drought tolerant and native species landscaping and landscape restoration, green roofing, community gardens, Natural Infrastructure and stormwater features into public open spaces. Public open space must offer reasonable hours of use for the public, such as dawn to dusk. Community gardens where residents grow edible plants do not have to be publicly accessible as long as they are available to residents of the AHD.
Urban Greening has been proposed as a means to reduce airborne pollutant levels (Chen & Jim, 2008), with
Urban Greening has been proposed as a means to reduce airborne pollutant levels (Chen and Jim 2008), with mounting evidence indicating that urban forestry can offer a range of ‘ecosystem services’ for urban residents that includes the mitigation of air pollution (Brack, 2002; Zheng et al 2013). Most of the related studies focus on the ability of urban forestry to reduce airborne PM and NO2 (Vos et al 2013). The capacity of urban forestry, in particular trees, to reduce air pollutants is through a number of mechanisms. Trees can intercept and accumulate atmospheric particles through leaf pubescence and by providing a large waxy surface on which deposition can occur (Beckett et al 2000), and also absorb various gaseous pollutants through the stomata (Janhall 2015). Further, various tree configurations can alter wind profiles or create wind inversions via their geometry which assist in the deposition rate of pollutants from the air, or may act as physical barriers preventing the penetration of pollutants into specific areas (Salmond et al 2013; Janhäll 2015).
Urban Greening has been proposed as a means to reduce airborne pollutant levels (Chen and Jim 2008), with mounting evidence indicating that urban forestry can offer a range of benefits for urban residents that includes the mitigation of air pollution (Brack 2002; Roy et al 2012; Zheng et al 2013). Most of the related studies focus on the ability of urban forests to reduce airborne PM and NO2 (Vos et al 2013). The capacity of urban forests, specifically trees, to reduce air pollutants is through a number of mechanisms. Particles in the airstream are most readily impacted onto moist, rough, or electrically charged surfaces. Trees can provide these surfaces intercepting and accumulating atmospheric particles. By providing a large waxy surface on which deposition can occur, and through leaf pubescence, the particles are impacted and prevented from resuspension (Beckett et al 2000). Vegetation is also able to sequester air pollutants through open stomata and either store it or process it through a series of chemical reactions (Janhäll 2015). Further, various tree configurations can alter wind profiles or create wind inversions via their geometry which assist in the deposition rate of pollutants from the air, or may act as physical barriers preventing the penetration of pollutants into specific areas (Salmond et al 2013).

Related to Urban Greening

  • Boathouse (NR 115.03(1h)) means a permanent structure used for the storage of watercraft and associated materials and includes all structures which are totally enclosed, have roofs or walls or any combination of these structural parts.

  • Urban renewal plan means a plan, as it exists from time to time, for an urban renewal project, which plan shall be sufficiently complete to indicate such land acquisition, demolition and removal of structures, redevelopment, improvements, and rehabilitation as may be proposed to be carried out in the urban renewal area, zoning and planning changes, if any, land uses, maximum density and building requirements.