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The continuous habitation of the ISS represents humanity's ability to sustain life in space for extended periods. This is crucial for future long-duration space missions, such as those to Mars.

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The construction and maintenance of the ISS required cutting-edge technology and engineering solutions. This project pushed the boundaries of what was previously possible and spurred advancements in space exploration technology.

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The ISS has provided a unique platform for scientific experiments and observations in microgravity. Researchers from various disciplines conduct experiments that have led to advancements in fields such as materials science, medicine, and biology.

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Multinational Coordination: Project management in the context of the ISS involved coordinating efforts from multiple countries with different languages, cultures, and work methodologies. Effective project management was crucial in ensuring clear communication, shared goals, and the successful integration of contributions from each participating nation.

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The ISS project involved inherent risks, from technical challenges to geopolitical considerations. Skilled project managers had to anticipate and address potential issues, adapting strategies to mitigate risks and ensure the overall success of the project.