The landscape of city-level GHG emission accounts in Africa
Authors: Binyuan Liu, Yuli Shan, Riemer Kuik, Xiande Ji, Lazarus Chapungu, Xiaofan Yang, Klaus Hubacek
Journal: Industrial Ecology
Abstract
Cities are important actors in the global challenge of tackling climate change. They are not only responsible for the majority of emissions but also highly capable of taking action. An important precondition for effective climate mitigation is a city-level greenhouse gas emission inventory to guide mitigation action. Yet, most cities in developing countries, in particular African cities, lack that crucial information. This study aims to assess the current state of the development of African cities' emission inventories. A total of 270 inventories from 137 cities across 54 African countries were identified from 15 research articles, 5 reports, and 3 data platforms. We find the lack of standardized protocols results in inventories that are often not comparable, while data scarcity emerged as a common problem. We observe that insufficient engagement from local governments impedes the creation of a data-rich environment. Additionally, current inventory protocols do not fully address the data limitations faced by African cities, further hindering inventory development. To mitigate these challenges, multi-agent collaboration is essential to enhance the accounting capabilities of local governments. Developing refined protocols that consider data constraints is necessary. Moreover, advanced technologies may provide opportunities to overcome data bottlenecks.
Last modified: | 28 October 2024 1.49 p.m. |
More news
-
04 July 2025
University of Groningen awards various prizes during Ceremony of Merits
The UG awarded different prizes to excellent researchers and students during the Ceremony of Merits on 4 July 2025.
-
02 July 2025
Relinde Weil reappointed as a member of the Supervisory Board UG
The Minister of Education has reappointed Relinde Weil for a second term as a member of the Supervisory Board of the University of Groningen.