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Chapter 4 Adaptation Measures to Address Global Climate Change

analysis of temperature, air quality, and disease-related medical visit data. By utilizing com-
plex algorithms and machine learning models, these systems can accurately predict trends in
heat-related illnesses and air pollution-associated diseases in advance. For instance, before
heatwaves strike, collaborative efforts with telecommunication operators allow targeted SMS
alerts to high-risk groups (such as the elderly and chronic disease patients), coupled with
medical institutions providing heatstroke prevention advice and emergency care guidance.
These initiatives have significantly reduced both the incidence and mortality rates of heat-re-
lated illnesses.
However, developed regions still exhibit certain shortcomings. Despite their advanced
hardware infrastructure and technological applications, issues of social equity persist. In
some major cities, residents of low-income communities often struggle to fully benefit
from climate adaptation measures. For instance, when implementing urban green spaces to
mitigate heat island effects, some underprivileged communities experience delays in green
space planning and construction due to lack of political influence and funding support. These
neighborhoods feature high building density and poor ventilation, resulting in significantly
higher perceived temperatures during heatwaves compared to other areas, thereby maintain-
ing elevated health risks. Furthermore, interdepartmental coordination requires strength-
ening. Public health departments, urban planning authorities, and environmental agencies
occasionally face communication gaps and unclear division of responsibilities when formu-
lating and implementing adaptation measures. During urban development projects, while
environmental departments plan green spaces, urban planning departmentsResponsible for
land use, public health departments propose health requirements. Due to the lack of a unified
coordination mechanism, green spaces are situated in unreasonable locations, failing to fully
leverage their role in improving residents’ health, thereby compromising the overall effec-
tiveness of the measures.
(2) Implementation Effectiveness in Developing Regions
Developing regions face numerous challenges such as limited resources and weak infra-
structure when addressing climate change impacts on public health, yet they are actively ex-
ploring solutions and have achieved certain results. Taking India as an example, in infectious
disease prevention and control, the country has strengthened its primary healthcare system
by training large numbers of rural healthcare workers. These systematically trained workers
operate in rural communities, conducting disease prevention education through distributing
promotional materials and organizing lectures. They also assist in epidemic monitoring and
reporting, enabling prompt notification and implementation of control measures when ab-
normal cases are detected. For vector-borne diseases like malaria and dengue, efforts include
distributing free insecticide-treated mosquito nets with volunteer guidance on proper usage,
along with environmental cleanup campaigns where community members clear stagnant
water containers and unclog drains to reduce mosquito breeding sites. These measures have
lowered disease incidence rates in some areas. In African countries addressing drought-in-

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