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398
Table 17.3 (continued)
Reference Study design Population Intervention Outcome
Strohbach
et al. (2013)
Boston, MA,
USA Quasi-
experimental,
controlled
(post data
only) Low SES areas;
617,594
inhabitants;
population
density of 4939
inhabitants per
km2; tree canopy
covers 29% of the
city area 12 community driven
greening projects in
low SES areas
including creation of a
small park
(424Â
m2),tree plantings
in an existing park
(4377Â
m2) and tree
plantings at residential
houses (859Â m2) +ve: Sig.
difference between
greening projects
and random urban
sites (pÂ
=Â .049);
most greening
projects had more
species than the
random urban sites
in their vicinity
Jin et al.
(2014)
Shanghai,
China Quasi-
experimental,
controlled
(post data
only) Area of
6340.5Â km2, 23.5
million population Street trees on 6
streets (length
205–223 m; width
15.2–17.5 m) were
treated with different
pruning intensities
(strong, weak and
null) which would
result in different
canopy coverage
across the four
seasons +ve: Increased
street tree canopy
was positively
associated with
PM2.5
concentrations
owing to reduced
air circulation
Ward
Thompson
et al. (2014)
England,
Scotland and
Wales,
United
Kingdom Quasi-
experiment:
controlled,
pre-post
design Mean age 75Â years;
44% male; 22.5%
non-white British n = 56 residents pre
and nÂ
=Â 29 post
intervention
‘DIY Streets’: 9
intervention streets
located in urban areas
in United Kingdom.
Streets were made
safer, more attractive
and traffic calming
measures were added. +ve: Sig. positive
perceptions of
intervention streets
post-intervention
(pÂ
=Â 0.04);
longitudinal
participants
perceived they
were sig. more
active post-
intervention
(pÂ
=Â 0.04) than the
control group
Joo and
Kwon (2015)
Suwon,
South Korea Quasi-
experimental,
controlled
(post data
only) Population 1.2Â m 74 sites with street
greenery (e.g. planter
boxes) installed by the
city council, located in
low-rise residential
areas to reduce illegal
dumping of household
garbage +ve: Illegal
dumping of
household garbage
occurred at 55.4%
of sites with
installed greenery
compared to
91.9% of sites
without greenery
installed
PM Particulate Matter, SES Socioeconomic status, US United States, +ve positive intervention
effect, −ve no intervention effect R. F. Hunter et al.
Biodiversity and Health in the Face of Climate Change
- Title
- Biodiversity and Health in the Face of Climate Change
- Authors
- Melissa Marselle
- Jutta Stadler
- Horst Korn
- Katherine Irvine
- Aletta Bonn
- Publisher
- Springer Open
- Date
- 2019
- Language
- English
- License
- CC BY 4.0
- ISBN
- 978-3-030-02318-8
- Size
- 15.5 x 24.0 cm
- Pages
- 508
- Keywords
- Environment, Environmental health, Applied ecology, Climate change, Biodiversity, Public health, Regional planning, Urban planning
- Categories
- Naturwissenschaften Umwelt und Klima