Seite - 400 - in Biodiversity and Health in the Face of Climate Change
Bild der Seite - 400 -
Text der Seite - 400 -
400
Table 17.4 Summary characteristics of green infrastructure interventions
Reference Study design Intervention Outcome
Van Seters
etÂ
al. (2009)
Toronto,
Canada Quasi-
experiment,
controlled (post
data only) A 241Â m2 green roof
vegetated with wildflowers
installed on a multi-story,
university building +ve: The green roof retained
63% more rainfall than the
conventional roof over the
18Â
month monitoring period
Carpenter and
Kaluvakolanu
(2011)
Michigan,
USA Quasi-
experiment,
controlled (post
data only) Extensive green roof of
10.16Â cm depth applied to
the roof of a building on a
university campus; a green
roof section of 325.2Â m2
and 929Â
m2 were monitored +ve: Sig. higher total solids
concentration (p = 0.045) for the
green roof than the asphalt roof;
lower total phosphate
concentrations for the green roof
(non-sig.); green roof retained
68% of rainfall volume and
reduced peak discharge by an
average of 89%
Mayer et al.
(2012)
Ohio, USA Before-after-
control-
intervention
(BACI)
experimental
design Retro-fit storm water
management: Installation
of 83 rain gardens and 176
rain barrels onto more than
30% of the 350 eligible
residential properties
through an incentivised
auction (2007â2008) +ve: Intervention had an overall
small but sig. effect of
decreasing storm water quantity
at the sub watershed scale
Fassman-Beck
etÂ
al. (2013)
Auckland,
New Zealand Quasi-
experiment,
controlled (post
data only) A 500Â m2 extensive green
roof installed on a council
civic centre +ve: 57% retention of rain water
in comparison to control
Shuster and
Rhea (2013),
Roy et al.
(2014)
Ohio, USA Beforeâafterâ
controlâ
intervention
(BACI)
experimental
design Retro-fit storm water
management: Installation
of 81 rain gardens and 165
rain barrels onto 30% of
properties through an
incentivised auction
(2007â2008) at 4
experimental
subcatchments âve: No sig. difference between
control and experimental sites
with regards to stream water
quality, periphyton, and
macroinvertebrate metrics
+ve: Small sig. decrease in
runoff volume in treatment
subcatchments
Kondo et al.
(2015)
Philadelphia,
PA, USA Quasi-
experiment:
difference-in-
difference
design Installation of green storm
water infrastructure at 52
sites: 152 tree trenches, 46
infiltration or storage
trenches, 43 rain gardens,
29 pervious pavement
installments, 20 bumpouts,
14 bio-swales, 5 storm
water basins, 1 wetland,
and 12 other +ve: Sig. reductions in narcotics
possession (18â27% less)
(pÂ
< .01), (p < .01) at varying
distances from treatment sites;
sig. reductions in narcotics
manufacture and burglaries;
non-sig. reductions in
homicides, assaults, thefts,
public drunkenness, stress
levels, blood pressure and
cholesterol
(continued)
R. F. Hunter et al.
Biodiversity and Health in the Face of Climate Change
- Titel
- Biodiversity and Health in the Face of Climate Change
- Autoren
- Melissa Marselle
- Jutta Stadler
- Horst Korn
- Katherine Irvine
- Aletta Bonn
- Verlag
- Springer Open
- Datum
- 2019
- Sprache
- englisch
- Lizenz
- CC BY 4.0
- ISBN
- 978-3-030-02318-8
- Abmessungen
- 15.5 x 24.0 cm
- Seiten
- 508
- Schlagwörter
- Environment, Environmental health, Applied ecology, Climate change, Biodiversity, Public health, Regional planning, Urban planning
- Kategorien
- Naturwissenschaften Umwelt und Klima