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Chapter Three Impacts of Global Climate Change

provides essential water support for local industrial and agricultural production, maintaining
stable regional economic development. In the energy sector, different regions possess distinct
advantages. Some regions are rich in renewable energy resources such as wind and solar
power but may lack energy storage capabilities or consumer markets, while others may lead
in energy storage technology R&D/application or possess large energy consumption markets.
Regions can construct energy transmission networks like ultra-high voltage transmission
lines to deliver renewable energy from resource-abundant areas to high-demand regions.
Concurrently, cross-regional collaboration in energy storage technologies - such as sharing
advanced battery storage technologies and management experience - enhances energy stor-
age efficiency and stability while reducing energy waste. This facilitates regional clusters
in optimizing their overall energy structure, reducing dependence on traditional fossil fuels,
thereby decreasing greenhouse gas emissions and making positive contributions to climate
change mitigation.
(2) Technological Cooperation and Sharing
Technology collaboration and sharing serve as crucial drivers for enhancing regional
clusters’ climate change resilience. In the domain of adaptation technologies, agriculture -
being highly sensitive to climate change - has seen varied breakthroughs across regions in
developing climate-resilient agricultural techniques. Taking irrigation technologies as an
example, some regions have developed advanced water-efficient irrigation methods through
long-term research and practice, such as drip irrigation and sprinkler irrigation, which enable
precise control of water volumes and improve water resource utilization efficiency. These
regions can establish technical cooperation with drought-threatened areas, promoting the
application of water-saving irrigation technologies through technology transfers and training
programs. This assists recipient regions in upgrading irrigation infrastructure, trains technical
personnel to proficiently master and implement water-efficient irrigation techniques, thereby
reducing agricultural water waste, improving crop survival rates and yields under drought
conditions, and mitigating adverse impacts of droughts on agriculture. In coastal regions, ris-
ing sea levels pose severe threats to coastal zones. Areas possessing advanced coastal protec-
tion engineering technologies can share their technological achievements with other coastal
regions. These advanced technologies include constructing high-standard coastal protection
facilities using new building materials and structural designs, such as seawalls and breakwa-
ters, which can effectively resist seawater erosion and storm surges. ThroughThrough tech-
nological exchanges, joint project implementation, and other methods, assist other coastal
regions in constructing similar coastal protection projects to enhance the disaster resilience
of their coastal zones, protecting the lives, property, and ecological environment of coastal
residents. In terms of mitigation technologies, carbon capture and storage (CCS) technology
holds significant importance for reducing industrial carbon emissions. Regions leading in the
research and development of this technology can collaborate with regions with substantial
industrial carbon emissions. Through technology introduction and cooperative R&D, help

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