TY - JOUR
T1 - Climate adaptation in informal areas in hot arid climates
AU - Lotfata, Aynaz
AU - Antunes Granadeiro Cortesão, João
AU - Zinsmeister, Hestia
AU - Steeneveld, Gert-Jan
AU - van Zeben, Josephine
AU - Taylor, Zac
AU - Tan, Wendy
AU - Elkhateeb, Samah
PY - 2024/2
Y1 - 2024/2
N2 - This conceptual and exploratory research study investigates, systematically and holistically, climate-adaptive spatial design interventions for high-density informal urban areas in hot arid climates, which remain understudied despite their vulnerability to heat stress and the heat-vulnerable groups populating them. Five streetscape design prototypes are proposed that include climate-adaptive spatial interventions appraised qualitatively with consideration to relevant feasibility matters: land use planning, equity, affordability, mobility, and sense of place. The study shows that there is potential for climate-adaptive interventions in informal urban areas in hot arid climates, but that these interventions also present challenges. Common climate-adaptive design strategies can be used to address heat stress in these areas but, for example, increasing vegetation might be challenging due to water stress. As a conceptual study, the findings presented and the discussion raised on feasibility are targeted at opening avenues for future research, and at informing decision-makers and spatial designers.
AB - This conceptual and exploratory research study investigates, systematically and holistically, climate-adaptive spatial design interventions for high-density informal urban areas in hot arid climates, which remain understudied despite their vulnerability to heat stress and the heat-vulnerable groups populating them. Five streetscape design prototypes are proposed that include climate-adaptive spatial interventions appraised qualitatively with consideration to relevant feasibility matters: land use planning, equity, affordability, mobility, and sense of place. The study shows that there is potential for climate-adaptive interventions in informal urban areas in hot arid climates, but that these interventions also present challenges. Common climate-adaptive design strategies can be used to address heat stress in these areas but, for example, increasing vegetation might be challenging due to water stress. As a conceptual study, the findings presented and the discussion raised on feasibility are targeted at opening avenues for future research, and at informing decision-makers and spatial designers.
U2 - 10.1002/sd.2708
DO - 10.1002/sd.2708
M3 - Article
SN - 0968-0802
VL - 32
SP - 777
EP - 794
JO - Sustainable Development
JF - Sustainable Development
IS - 1
ER -