Page 347 - 全球气候变化及其影响Global Climate Change and Its Impacts-185×260

Chapter Seven Regional Studies on Climate Change Response

places high importance on its protection. By improving relevant laws and regulations, it has
established strict restrictions and penalties for deforestation, strengthened law enforcement,
and rigorously combated illegal logging activities. Simultaneously, multiple nature reserves
have been established to implement scientific management and protection of forest ecosys-
tems. Additionally, active ecological restoration projects have been carried out to rehabilitate
forest areas damaged by human activities through measures such as planting native tree spe-
cies and improving soil conditions, thereby promoting the self-recovery and development
of forest ecosystems. These initiatives not only effectively protect biodiversity and maintain
ecological balance but also significantly enhance the forestcarbon sequestration capacity.
Through photosynthesis, the forest absorbs vast amounts of carbon dioxide, storing it in veg-
etation and soil, therebycontributing significantly to globalcarbon emission reduction efforts.
In Asia, a certain country has implemented comprehensive protection and rational de-
velopment of its delta wetlands. By formulating wetland protection plans, defining wetland
protection boundaries and management measures, and establishing a wetland ecological
monitoring system to track changes in the wetland ecosystem in real time. On the basis
of conservation, ecological tourism projects have been reasonably developed, including
facilities such as eco-trails and birdwatching platforms, to guide visitors in engaging in
eco-friendly tourism activities. This initiative has effectively preserved the integrity and sta-
bility of wetland ecosystems while increasing local residents’ income and promoting region-
al economic development. Wetlands, as criticalcarbon sink ecosystems, can sequester carbon
through processes such as plant growth and soil depositionlarge amounts ofcarbon dioxide,
further enhancing the nation’scarbon sequestration capacity, contributing to the realization of
low-carbon development goals.
(4) Promoting Technological Innovation and International Cooperation
Technological innovation serves as the core driving force for developing countries to
achieve low-carbon development. However, these nations generally face challenges such as
weak technological foundations, insufficient R&D funding, and a lack of professional talent.
To overcome these bottlenecks, international cooperation has become a critical pathway for
developing countries to access advanced technologies and obtain financial support.
In the field of new energy technology, a major developing country actively engages in
cooperative exchanges with developed nations. Through various forms including govern-
ment-to-government scientific cooperation mechanisms, inter-enterprise technology transfer
agreements, and joint R&D projects, it has introduced advanced technologies from devel-
oped countries in areas like wind power generation and solar cell manufacturing. Building on
imported technologies, domestic enterprises and research institutions have intensified efforts
in technology digestion, absorption, and re-innovation, optimizing and improving technolo-
gies according to local conditions while gradually enhancing independent R&D capabilities
and industrial competitiveness. Meanwhile, under international climate cooperation frame-
works, developed countries provide financial assistance to developing nations in accordance

• 339 •