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Chapter 4 Adaptation Measures to Address Global Climate Change

remains insufficient to meet developing countries’ massive adaptation needs. Taking the
funding demands for coastal protection projects in numerous coastal developing countries
as an example, relevant statistics show that current funding can only cover less than 10% of
required projects. Simultaneously, efficiency issues exist in fund distribution processes, with
cumbersome project approval procedures often taking over a year from application to fund
disbursement, delaying project implementation. Some projects missed optimal construction
seasons due to funding delays, leading to increased costs.
(2) Technical Support Mechanisms
The technical support mechanisms of the international community take diverse forms.
Technology transfer serves as a critical approach, where enterprises or research institutions
from developed countries transfer advanced climate change adaptation technologies—such
as efficient solar energy utilization and precision agriculture technologies—to developing
nations through licensing agreements, joint R&D initiatives, and other means. For instance,
a German energy company signed an agreement with an Indian partner to transfer advanced
solar panel manufacturing technology to Indian enterprises, helping them enhance solar pow-
er generation capabilities, reduce reliance on traditional energy sources, and alleviate climate
change pressures. During the technology transfer process, the German company not only
provided technical documentation but also dispatched technical experts for on-site guidance,
assisting Indian partners in completing production line setup and commissioning. Technical
training constitutes another vital component, with international organizations or developed
countries offering training programs for technical personnel and practitioners in developing
nations. UN-affiliated agencies have implemented a series of training projects in Africa fo-
cused on water resource management technologies, covering water-saving irrigation tech-
niques, wastewater treatment technologies, and more. By combining theoretical instruction
with hands-on practice, these programs ensure local personnel thoroughly master technical
essentials, thereby strengthening the self-the ability to independently apply and maintain rel-
evant technologies. The training courses incorporate extensive hands-on practical sessions,
where participants personally operate equipment in actual projects to ensure proficient appli-
cation of the acquired technical skills.
In terms of effectiveness, the technical support mechanism has brought advanced tech-
nological concepts and methods to developing countries through technology transfer, pro-
moting local industrial upgrading and technological innovation. After acquiring advanced
agricultural technologies, some developing countries have witnessed increased crop yields
and enhanced capabilities to address climate change-induced risks of agricultural production
reduction. For instance, after introducing precision agriculture technology, a Southeast Asian
country achieved 20% - 30% increases in crop yields. Technical training has improved the
professional competencies of technical personnel in developing countries, enabling them to
better utilize and manage imported technologies. However, challenges remain in this mecha-
nism. During technology transfer processes, there exists a contradiction between intellectual

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