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How Can Space Technology Help With Water Management?

Space technology, particularly the use of satellites, has significantly influenced multiple sectors, including water management. Water management entails the collection, transportation, treatment, and distribution of water for various uses such as agriculture, municipal supply, and industrial processes. Effective water management also involves monitoring water quality, predicting water availability, and mitigating the effects of natural disasters like floods and droughts. This article reviews the role of space technology in global water management.

What is the United Nations Satellite Centre and Why is it Important?

The United Nations operates a specialized institution known as the United Nations Operational Satellite Centre (UNOSAT). UNOSAT is a technology-intensive program that delivers satellite solutions to relief and development organizations within and outside the United Nations system to help make a difference in response to humanitarian crises and for sustainable development.

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Space Economy Startups: Strategies for Exploiting High Market Share and Entering Markets Dominated by an Incumbent

This article covers the following topics: the risks and challenges with having a high market share; strategies for a space economy startup to exploit a high market share; and strategies for a space economy startup to enter a market dominated by an incumbent.

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Not-for-Profit Organizations and Relevance to the Space Economy

The space economy covers a broad spectrum of activities, from scientific research and exploration missions to commercial ventures and policy advocacy. While governmental agencies and private companies are frequently highlighted in this context, not-for-profit organizations also play a meaningful role. They contribute to advocacy, education, and research, among other pursuits, acting as key stakeholders in the broader ecosystem.

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How Can Space Technology Help Understand Land Use?

Space technology, particularly satellite imagery and remote sensing, has proven to be a transformative tool in understanding land use and land cover changes over time. By capturing high-resolution images, detecting various types of electromagnetic radiation, and employing advanced algorithms, this technology offers a multitude of applications for analyzing terrestrial environments. This article provides an overview of some of the specific ways in which space technology can contribute to a better understanding of land use.