Beta This website is in development — content and design are still changing
IAMC

Publication

Meta-analysis of the Turkish energy and climate pathways to achieve the net-zero emission target

The national energy and climate pathways are gaining importance to achieve the global net-zero emissions target. We surveyed the literature on energy and climate pathways for Turkey, with a 1 % share in global emissions with a historical increase of 118 % from 1990 to 2015. We used the meta-analysis method to

Meta-analysis of the Turkish energy and climate pathways to achieve the net-zero emission target

The national energy and climate pathways are gaining importance to achieve the global net-zero emissions target. We surveyed the literature on energy and climate pathways for Turkey, with a 1 % share in global emissions with a historical increase of 118 % from 1990 to 2015. We used the meta-analysis method to compare the national and inter-regional energy and climate pathways. The finding reveals that the CO2 emissions are higher in national energy and climate pathways for 2050. The national energy and climate pathways are medium-sighted, with only three scenarios for having a time horizon of 2050. We recommend further research by considering the small study effect and the interoperability of the meta-analysis tools.

Gorkem Gungor, Ramazan Sari, Meta-analysis of the Turkish energy and climate pathways to achieve the net-zero emission target, Energy, Volume 305, 2024, 132337, ISSN 0360-5442, https://doi.org/10.1016/j.energy.2024.132337

More publications

A harmonised dataset for Earth system foundation models

Foundation models for Earth systems have so far been trained primarily on physical climate and weather data, with limited representation of the human systems that both drive and respond to environmental change. The lack of a unified global training resource that combines climate, land, ocean, cryosphere, infrastructure, hazards, and socioeconomic