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Chapter 6 Climate education for the public

coping strategies. For construction, they recommend improving moisture-proof standards by
selecting water-resistant building materials, raising building foundation heights, and install-
ing effective drainage systems. At the community level, they advocate resident participation
in afforestation activities, detailing forests’ crucial ecological functions in water conserva-
tion, climate regulation, and soil erosion reduction, as well as their positive role in mitigating
sea-level rise impacts.
In communities primarily focused on agriculture, lectures emphasize the impacts of
climate change on agricultural production. Experts analyze how rising temperatures, altered
precipitation patterns, and increased extreme climate events affect crop growth cycles, pest
and disease frequency, and crop yields. For instance, higher temperatures may shorten crop
growth periods and compromise quality, while uneven precipitation could trigger droughts or
floods that directly threaten crop survival. To address these challenges, experts teach farmers
climate-adaptive agricultural techniques, such as promoting water-saving irrigation methods
(including drip and sprinkler systems), rationally adjusting crop structures, and selecting
crop varieties better suited to local climate changes.
Community lectures demonstrate strong relevance by closely aligning with local condi-
tions, providing residents with climate science knowledge and coping strategies directly tied
to their daily lives, significantly bridging the gap between climate science and community
practices. However, community lectures also have certain limitations. Their susAudience
Scopeis usually limited to the communities where the lectures are held, making it difficult to
reach broader areas. The fixed timing and venues of lectures require residents to attend spe-
cific locations at designated times, resulting in limited flexibility for participation. This for-
mat struggles to accommodate residents with tight schedules or mobility challenges, failing
to fully meet diverse practical needs.
(2) Emerging Innovative Approaches
【1】Social Media
Social media has become a vital force in disseminating climate science knowledge in
the information age. Platforms likeWeibo, WeChat Official Accounts, Douyinand other plat-
forms leverage their extensive user bases and robust dissemination capabilities to provide
science communicators, research institutions, and environmental organizations with vast
knowledge-sharing spaces. Science communicators creatively produce vivid and engaging
infographics and short videos, interpreting complex climate science concepts through unique
perspectives.
On WeiboOn platforms like Weibo, renowned science bloggers regularly publish in-
depth long-form articles on climate change. These articles typically use trending climate
events as entry points, such as extreme heatwaves in certain regions or rare torrential rain
and flood disasters. Bloggers employscientific research data and professional expertise to
thoroughly analyze the climatic causes behind these events. When examining extreme heat
incidents, bloggers cite long-term global warming trend data, explaining how increased

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