Reflection on China’s Development of Low-Carbon Logistics

Yan Min Yuan; Yu Zhao

doi:10.4028/www.scientific.net/AMM.209-211.1700

Paper Titles

Brownfields as a Tool for Support of Regional Development of Slovakia
p.1679

The Spatial Polymorphism Compound of the Under-Eave Space in the Traditional Commercial Towns in the West of Hunan Province
p.1684

Sustainable Neighbourhood Planning and Design in Malaysian Perspective
p.1690

Study on Rural Infrastructure Optimal Portfolio
p.1694

Reflection on China’s Development of Low-Carbon Logistics
p.1700

Comparison between Localized Underfloor Air Distribution and Ceiling Air Supply for Porous Solar Wall Heating System
p.1707

The Use of Renewable Sources of Energy in the Development Process of a Slovak Municipality
p.1715

Ag Doped Zinc Tin Oxide as Cathode for Organic Photovoltaic Cells
p.1719

Effective Approaches for the Improvement of Solar Energy Collector Efficiency in Town Buildings
p.1723

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 209-211Reflection on China’s Development of Low-Carbon...

Reflection on China’s Development of Low-Carbon Logistics

Abstract:

The transformation of global economy into a low-carbon mode is an irreversible trend today.Low-carbon logistics will be a hot spot in logistics industry。This paper first introduces the environmental backgroud and international situation of China’s logistics industry. Through the analysis of current situation of China’s logistics industry,points out the areas to be improved in carbon emissions.Finally drops an conclusion of taking measures in both forward and reverse logistics to cut down carbon emissions.Besides,by the way of tracking carbon footprint to record carbon emissions so that to manage and control it in real-time.