2. Introduction
Climate change is a significant threat to human
health
Health: level of functional and metabolic efficiency
of a living organism
“A state of complete physical, mental, and social
well-being and not merely the absence of
disease or infirmity (WHO, 1948 constitution)
Adaptation is a process to cope with the changing
environment
What types of approaches are being used in health
adaptation planning and implementation?
3. Outline
Strong evidence of past and future climate
change
Establish links between climate change and
health
Major health vulnerabilities to climate change
in developing countries
Need for adaptation measures to protect
human health under climate variability and
climate change
4. Evidence of
past and
future climate
change
AtmosphericCO2 conc. has increased by more than 30% since
pre-industrial time ( 280-400 ppm)
17. Global design
and
collaboration
for climate
and health
adaptation
In 2010 a design was established byWHO to address the similar
stresses face by countries such as health risks associated with
water scarcity or changing vector habitats
18. Global design
and
collaboration
for climate
and health
adaptation
From 2010 to 2014, all country projects have
worked toward the same four objectives:
To enhance systems of early warning and early
action;
To build capacity of national actors and reduce
barriers to health sector adaptation
To conduct specific health risk reduction
interventions; and
Documentation and sharing lessons learned in
addressing the health risks associated with
climate change in their area.
21. Selection of
Health
Outcomes
Criteria is used to address the diseases that are
Sensitive to climate variation
Important global health burden.
Quantitative models are available at the global scale:
Malnutrition (prevalence)
Diarrhoeal disease (incidence)
Vector-bornediseases– dengueand falciparum malaria
Inland and coastal floods (mortality)
Heat and cold-related cardiovascular disease mortality
22. Comparative
Risk
Assessment
What will be the total potential health impact caused by climate
change (2000 to 2030)?
How much of this could be avoided by reducing the risk factor (i.e.
stabilizingGHG emissions)?