Greenhouse gas inventory model for territorial spatial master plans

doi:10.12006/j.issn.1673-1719.2021.235

Abstract

Abstract:

Low carbon development of cities plays a vital role for coping with climate change and reaching the goal of carbon peak and neutrality of China, which is significantly affected by territorial spatial master plans under the new territorial spatial planning system. In order to solve the problems existing in city greenhouse gas inventories, a greenhouse gas inventory model for territorial spatial master plan is developed in this paper. The model is tightly connected with urban planning, developed under the framework of spatial layout-land use-sector classification-inventory method, combining the method of top-down and bottom-up. Inventory methods for two levels of city area and central city are developed, which solves the greenhouse gas inventory problems of central city, so that international comparisons can be made. Different accounting methods are developed for greenhouse gas inventory to solve the incomplete energy demand forecast in master plan, which reduces the accounting uncertainty, compared with the method totally based on the land use. Base on the model, core indices and assisting indices are put forward to evaluate the low carbon development of territorial spatial master plan.

Key words: City, Carbon dioxide inventory, Master plan, Territorial spatial planning, Climate change

XU Yi-Jian, LI Tan-Feng, XU Li-Li. Greenhouse gas inventory model for territorial spatial master plans[J]. Climate Change Research, 2022, 18(3): 355-365.

Figures/Tables 3

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