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Journal Metrics
Journal evaluation and impact
Scopus Citescore for 2023: 5.4
- #17/189 in Engineering: Architecture (91st percentile = Q1)
- #45/279 in Social Sciences: Urban Studies (82nd percentile –Q1)
- #141/821 in Social Sciences: Geography, Planning and Development (82nd percentile = Q1)
- #51/223 in Engineering: Building and Construction (77th percentile = Q1)
- #54/219 in Environmental Science (miscellaneous) (75th percentile = Q1)
- #115/399 in Environmental Science: Management, Monitoring, Policy and Law (71st percentile = Q2)
Scimago h-index: 17 (2023)
Scimago Journal Rank: 0.817 (2023) (Q1; ranked 9th out of 169)
Directory of Open Access Journals (DOAJ): Seal of Approval
Finnish Publication Forum (JUFO): level 2
Content metrics
| Peer-reviewed content in the 2023 volume: | |
|---|---|
| Submissions received 1 | 119 |
| Reviews requested 2 | 713 |
| Reviews received 3 | 304 |
| Total Rejections 4 | 58 |
| Acceptances 5 | 53 |
| Acceptance rate 6 | 48% |
| Peer-reviewed papers - Time to publication in 2023: | |
|---|---|
| Time from submission to first decision 7 | 62 days |
| Time from submission to acceptance 8 | 109 days |
Definitions
1 Number of new articles received by the journal ↩
2 Number of peer review invitation emails that were sent out ↩
3 Number of completed peer review reports received ↩
4 Total number of articles rejected (including desk rejects) ↩
5 Number of articles that received a 'Accept for publication' decision ↩
6 Number of acceptances, as a percentage, against the total number of final decisions ↩
7 'Mean' average from submission to first decision for all publications in the volume ↩
8 'Mean' average from submission to acceptance for all publications in the volume (includes revision & second review) ↩
Latest Commentaries
Cities-Scale Research to Address Climate Change
Gerald Mills (University College Dublin) considers the big challenges for cities amid global climate change (GCC) and discusses the need for an inter-disciplinary approach among urban climate sciences to overcome obstacles. A distinction is made between global climate science, which focusses on Earth-scale outcomes, and urban climate science, which refers to processes and impacts at city-scales, including buildings, streets and neighbourhoods.
Climate Change, Overshoot and the Demise of Large Cities
William E. Rees (University of British Columbia) explains why urbanisation has been a significant contributor to ecological overshoot (when human consumption and waste generation exceeds the regenerative capacity of supporting ecosystems) and climate change.1 Civil society needs to begin designing a truly viable future involving a ‘Plan B’ for orderly local degrowth of large cities.