Difference between revisions of "Constrained spaces"
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In many cases it is possible to work within 'normal' setbacks<ref>Wilson, S. (2012). “Using SuDS close to buildings.” <https://www.susdrain.org/files/resources/fact_sheets/09_12_fact_sheet_suds_close_to_buildings.pdf> (Mar. 8, 2018).</ref>. | In many cases it is possible to work within 'normal' setbacks<ref>Wilson, S. (2012). “Using SuDS close to buildings.” <https://www.susdrain.org/files/resources/fact_sheets/09_12_fact_sheet_suds_close_to_buildings.pdf> (Mar. 8, 2018).</ref>. | ||
See also [[groundwater#Groundwater mounding]]. | |||
Space efficient SuDS include [[green roofs]], [[bioretention]], [[permeable paving]], rills, [[rainwater harvesting]], hardscape storage, micro-wetlands, and [[soil cells]].<ref>AECOM, Water. People. Places. A guide for master planning sustainable drainage into developments (2013) https://www.westsussex.gov.uk/media/2270/suds_design_guidance.pdf</ref> | |||
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Revision as of 02:44, 9 March 2018
In many cases it is possible to work within 'normal' setbacks[1]. See also groundwater#Groundwater mounding.
Space efficient SuDS include green roofs, bioretention, permeable paving, rills, rainwater harvesting, hardscape storage, micro-wetlands, and soil cells.[2]
- ↑ Wilson, S. (2012). “Using SuDS close to buildings.” <https://www.susdrain.org/files/resources/fact_sheets/09_12_fact_sheet_suds_close_to_buildings.pdf> (Mar. 8, 2018).
- ↑ AECOM, Water. People. Places. A guide for master planning sustainable drainage into developments (2013) https://www.westsussex.gov.uk/media/2270/suds_design_guidance.pdf