


Volume 20 No 20 (2022)
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Development of the Statistical Model for Carbon Footprints, Embodied Energy and Global Warming Potential for Sustainable Roads
Appa M. Kale, Dr. Sunil S. Pimplikar , Sakshi N. Bhalerao , Pranil A. Bene , Abhishekh B. Dasgude and Akash M. Dhanmeher
Abstract
Road infrastructure is one of the main contributors in increasing Carbon Footprints, Embodied Energy,
Global Warming Potential. Consequently, aggravating global warming but it is also one of the sectors that
mostly suffer from climate change, which causes extreme weather events. Climate change poses a critical
threat to future development, particularly in areas where poverty is widespread and infrastructure are
underdeveloped for even current roads. Climate change poses major impacts which can be avoided by
adaption measures whichneeds to be linked to current and future risk reduction practices and management
initiations toincrease transport resilience and reduce the impact of extreme weather events. Infrastructure
impacts are determined based on civil engineering material research, field studies of actual impacts on roads
and buildings and additional data. This paper focus mainly carbon footprints, embodied energy and global
warming potential for road infrastructure to above said problems.
Keywords
Carbon Footprints, Embodied Energy, Global Warming Potential, Road Infrastructure
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