Carbon Emissions, Urban Heat, and Forest Carbon Sinks
This community investigates the quantification and reduction of carbon dioxide emissions, the dynamics of urban heat islands, and the capacity of forests to sequester carbon. It addresses the technical and economic challenges of achieving carbon neutrality, including the role of renewable energy, land use changes, and the social cost of carbon.
The work is dominated by modeling and assessment of carbon cycles, with a strong focus on China and the United States. Recurring themes include the measurement of carbon footprints, the analysis of economic growth versus emission reduction, and the application of remote sensing and machine learning to monitor environmental changes. Specific strands involve the study of forest carbon sinks, particularly in silver fir and silver birch ecosystems, and the mitigation of urban heat through green infrastructure. The community also examines policy mechanisms such as carbon taxes and the integration of renewable energy into supply chains, often using life cycle assessments to evaluate the net environmental impact of these transitions.
The largest share of the community's output is found in carbon research, accounting for 1.2% of all carbon research, and 10,525 papers here. It also appears in neon research, where it constitutes 1.7% of that element's tracked literature.
There are 26,986 papers in this community, primarily published in the Journal of Cleaner Production, Remote Sensing, and Nature.
Recent work continues to focus on global carbon budgets, the impact of digital governance on carbon neutrality in China, and the optimization of urban cooling networks to mitigate heat islands.