Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Systems-based framework for measuing heatwave resilience

View through CrossRef
The question of how to live in a rapidly urbanising, climate change impacted world with more frequent and intense heatwaves is more urgent than ever. While recent heatwaves have increased awareness of the immediacy and seriousness of the heatwave threat in some regions, significant questions remain about if and how better awareness will translate into effective resilience building actions that target the underlying drivers of heat risk. Many challenges remain in improving heatwave resilience including an absence of data and understanding about the direct and indirect linkages between heat impacts which have been problematic for the governance of anticipatory planning and action to mitigate risks.This presentation outlines the key findings from our experience of adapting the approach of the Zurich Flood Resilience Alliance for measuring community flood resilience, to heatwaves. It is widely recognized that operationalising and measuring progress in building resilience is extremely challenging, yet measurement is critical for more accurate and nuanced tracking of key indicators to inform prioritisation, policy, and planning. Using examples of indicators – called ‘sources of resilience’ - from the heatwave framework we will illustrate the way in which we have responded to key themes, specifically the resilience of heatwave for critical urban systems; heatwave vulnerability and equity; and heatwave governance and capacity. It is hoped that this approach can help lead to more anticipatory and integrated heatwave responses that are community specific, and which can help enable transformational change. We also show how we have attempted to integrate climate change adaptation planning into the resilience measurement. The framework we present here is, to our knowledge, the only standardized and holistic, yet globally applicable, heatwave resilience measurement framework available.
Title: Systems-based framework for measuing heatwave resilience
Description:
The question of how to live in a rapidly urbanising, climate change impacted world with more frequent and intense heatwaves is more urgent than ever.
While recent heatwaves have increased awareness of the immediacy and seriousness of the heatwave threat in some regions, significant questions remain about if and how better awareness will translate into effective resilience building actions that target the underlying drivers of heat risk.
Many challenges remain in improving heatwave resilience including an absence of data and understanding about the direct and indirect linkages between heat impacts which have been problematic for the governance of anticipatory planning and action to mitigate risks.
This presentation outlines the key findings from our experience of adapting the approach of the Zurich Flood Resilience Alliance for measuring community flood resilience, to heatwaves.
It is widely recognized that operationalising and measuring progress in building resilience is extremely challenging, yet measurement is critical for more accurate and nuanced tracking of key indicators to inform prioritisation, policy, and planning.
Using examples of indicators – called ‘sources of resilience’ - from the heatwave framework we will illustrate the way in which we have responded to key themes, specifically the resilience of heatwave for critical urban systems; heatwave vulnerability and equity; and heatwave governance and capacity.
It is hoped that this approach can help lead to more anticipatory and integrated heatwave responses that are community specific, and which can help enable transformational change.
We also show how we have attempted to integrate climate change adaptation planning into the resilience measurement.
The framework we present here is, to our knowledge, the only standardized and holistic, yet globally applicable, heatwave resilience measurement framework available.

Related Results

Responsibilised Resilience? Reworking Neoliberal Social Policy Texts
Responsibilised Resilience? Reworking Neoliberal Social Policy Texts
Introduction This essay begins with the premise that resilience, broadly defined as positive adaptation despite adversity (Garmezy and Rutter), and resilience building are importa...
Heatwaves in Vietnam: Characteristics and relationship with large‐scale climate drivers
Heatwaves in Vietnam: Characteristics and relationship with large‐scale climate drivers
AbstractThis study analyses the spatio‐temporal variability of heatwave characteristics and their association with large‐scale climate drivers across seven climatic sub‐regions in ...
Effects of marine heatwaves on temperate sponge physiology and reproduction
Effects of marine heatwaves on temperate sponge physiology and reproduction
<p><b>Climate change is causing not only a gradual rise in global temperatures but also an increase in the frequency and severity of climate extremes. Marine Heat Waves...
Study on the Change Characteristics of and Population Exposure to Heatwave Events on the North China Plain
Study on the Change Characteristics of and Population Exposure to Heatwave Events on the North China Plain
In accordance with the China Meteorological Administration definition, this study considered a weather process with a maximum surface temperature of ≥35°C for more than three conse...
Politics of Resilience
Politics of Resilience
The resilience of urban populations has been a state concern at least since the US strategic bombing surveys of World War II, but resilience really entered national security strate...
The Badolo FoodResilience scientific framework for advancing food security resilience to climate change in sub-Saharan Africa
The Badolo FoodResilience scientific framework for advancing food security resilience to climate change in sub-Saharan Africa
In Sub-Saharan Africa, food security resilience to climate acceleration will require new resilience policies for this sector based on the concepts of climate change indirect impact...
Spatial Shift of Heatwave Hotspots in India: Unraveling the Roles of Aerosols
Spatial Shift of Heatwave Hotspots in India: Unraveling the Roles of Aerosols
It is crucial to understand the drivers of extreme heat in India, as heatwave intensifies under a warming climate. This study examines the spatiotemporal evolution of heatwave hots...

Back to Top