Spatial and temporal characteristics of carbon storage in Beihai City under land use change based on InVEST model

Bingbing Liu; Jun Xu; Yanjun He; Xiaoxiong Yang; Zhiguang Song; Shengmin Huang; Bin Wu

doi:10.54097/oe5hcra7

Authors

Bingbing Liu
Jun Xu
Yanjun He
Xiaoxiong Yang
Zhiguang Song
Shengmin Huang
Bin Wu

DOI:

https://doi.org/10.54097/oe5hcra7

Keywords:

Land use change, Beihai City, InVEST model, Carbon stock

Abstract

Land use change is a crucial factor influencing changes in carbon storage, and its impact on the carbon cycle and climate change holds significant importance. This study investigates land use changes in Beihai City, utilizing the InVEST model to assess carbon storage. It analyzes the spatiotemporal variations of carbon storage in different time periods and demonstrates the trends and spatial distribution characteristics of different land use types. The primary findings indicate that over the past two decades, cultivated land and forest land have been the main types of land use in Beihai City. Land use conversion primarily occurs between forest land and cultivated land, as well as between cultivated land and water areas. Overall, there has been an increasing trend in carbon storage within Beihai City, largely attributed to expansions in both forested areas and cultivated lands. Furthermore, there are disparities in how different conversions between various land use type

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