In-depth analysis of the coupled challenges of the urban heat island effect and air pollution faced by subtropical cities like China against the background of climate change. This paper explores spatial planning strategies based on multi-objective optimization, on how to build a new paradigm for climate-resilient cities by optimizing green space distribution, wind field guidance, and other means.
In-depth analysis of how public transportation infrastructure investment drives the sustainable development of emerging cities through economic multiplier effects, providing an investment logic analysis for global capital flows and regional connectivity.
This paper deeply analyzes the quantitative impact of public transportation investment in emerging cities on urban economic development, GDP per capita, and real estate values. Based on panel data regression models, it explores the economic multiplier effect of transportation infrastructure as a core driver of urbanization and its policy implications for long-term urban planning and fiscal sustainability.
In-depth analysis of how to build high-precision urban expansion monitoring models using machine learning (such as Random Forest) in arid environments with blurred spectral characteristics. This paper explores the methodological challenges and breakthroughs of remote sensing technology from the perspectives of engineering capital and national strategy in supporting Saudi Vision 2030's urbanization process.
Taking Panjin, Liaoning, China as an example, this study analyzes the deep transformation logic of resource-based cities in infrastructure upgrading, regional rebalancing, and sustainable development through the changes in urban expansion and impervious surfaces from 1990 to 2020.
Based on the analysis material from Eurasia Review, this article re-examines the urbanization process from a global infrastructure perspective. It focuses on the pressures exerted by demographic changes on urban systems, a comprehensive planning framework for future urban infrastructure, and the long-term trend that the African continent will become the core region for global infrastructure investment in the latter half of the next half-century, while also proposing strategic considerations at the levels of financing, governance, and engineering delivery.
Based on the latest remote sensing research, this study analyzes the transformation of urban expansion patterns in Panjin City over the past thirty years, revealing the infrastructure transformation logic of resource-based cities shifting from extensive sprawl to stock renewal, and providing empirical references for sustainable investment in global cities.
Based on remote sensing data from 1990-2020, this study analyzes the transformation of urban expansion patterns in Panjin, and explores the pathways for infrastructure restructuring and sustainable development of resource-based cities.
Based on the latest remote sensing research, this study analyzes the changes in urban expansion patterns in Panjin City from 1990 to 2020, and explores the infrastructure challenges and long-term regional development during the transformation of a resource-based city.
This study adopts the UNEP-PAP/RAC framework, combined with remote sensing and GIS, to assess the risk of land degradation in the coastal region of southeastern Brazil, providing decision support for land management and sustainable development.
Unprecedented urbanization in developing countries demands data-driven infrastructure planning. Recent advances in remote sensing and machine learning offer real-time monitoring of land surface changes, enabling smarter capital allocation for transport, energy, and water networks.
Maryland passed two bills to simplify the approval process for residential development around public transit and provide financial incentives, with an expected addition of 7,000 new housing units. This article analyzes from a global infrastructure perspective how this policy can leverage private capital, enhance transportation network efficiency, and serve as an innovative solution to regional urban sprawl and housing affordability issues.
This article uses the SimCity game as a starting point to critique the excessive complexity of urban planning in the real world, exploring the contradiction between the core functions of infrastructure planning and institutional redundancy.
This article explores how to use proxy datasets to identify urban boundaries and analyzes their impact on infrastructure planning, project financing, and regional development.
The global adaptive reuse building market is expected to grow from $56.8 billion in 2025 to $129.5 billion in 2032, with Europe leading and Asia-Pacific rising. This article analyzes capital flows, project logic, and long-term trends from the perspective of infrastructure investment and sustainable urban development.
A study based on long-term thermal remote sensing data from Beijing, Shanghai, and Guangzhou shows that the demolition of informal settlements is not only a land redevelopment action, but may also produce measurable cooling effects by altering surface cover, ventilation conditions, and urban form. From the perspective of infrastructure and urban governance, this article analyzes why such renewal is shifting from a housing renovation issue to one of thermal risk management, existing land restructuring, and investment in urban resilience.
Based on a study of the population structure and migration patterns of more than 10,000 cities worldwide, this article analyzes how urban divergence changes the long-term allocation logic of transportation, energy, housing, and public infrastructure from the perspectives of infrastructure investment, urban service provision, and regional development.