TY  - Type of reference 
TI  - Aerosols and runaway climate change. Broadening the Scope of Innovation 
AU  - Marc Delepouve
 
AU  - Bertrand Bocquet 
AB  - Considering temporal data in reducing anthropogenic gas emissions into the atmosphere amplifies the un-predictable risks of climate change. Fossil fuel combustion emits various gases such as CO2, and SO2, which have con-trasting climate impacts and atmospheric lifespans- over a century for CO2 and less than two weeks for SO2. The defossi-lization of energy’s transition, away from fossil fuels, may accelerate global warming risks due to the loss of SO2’s cooling effect. A strategic focus on rapidly mitigating anthropogenic methane (CH₄) emissions aligns with a diversified decarboni-zation paradigm and offers a feasible pathway. Achieving this requires a nexus of technological, institutional, and societal innovations that depend on public engagement. The integration of technical democracy, via hybrid forums, and participa-tory action research combining field-based and controlled environments, could provide the institutional framework needed to navigate these complex transitions effectively. 
DO  - 10.21494/ISTE.OP.2025.1334 
JF  - Technology and Innovation 
KW  - climate change, decarbonation, greenhouse gases, technical democracy, participatory action research, changement climatique, décarbonation, gaz à effet de serre, démocratie technique, recherche action parti-cipative,  
L1  - https://www.openscience.fr/IMG/pdf/iste_techinn25v10n4_5.pdf 
LA  - en 
PB  - ISTE OpenScience 
DA  - 2025/09/16 
SN  - 2399-8571 
TT  - Aérosols et emballement climatique. Penser l’innovation élargie 
UR  - https://www.openscience.fr/Aerosols-and-runaway-climate-change-Broadening-the-Scope-of-Innovation 
IS  - Issue 4 
VL  - 10 
ER  -