Spatial Heterogeneity and Driving Mechanisms of Carbon Stora…

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2026
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  • DOI 10.3390/rs18152630
  • OpenAlex ID W7196957372
  • Type Article
  • Language EN
  • Published 06 Aug 2026
  • Volume 18 (15)
  • Pages 2630
  • Source Remote Sensing
  • Publisher Multidisciplinary Digital Publishin…
  • Countries 3
  • Institutions 4
  • Added 07 Aug 2026
  • Updated 29 Sep 2026
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Spatial Heterogeneity and Driving Mechanisms of Carbon Storage on the Chinese Loess Plateau

Article 2026 EN Gold

The Chinese Loess Plateau is a vast semi-arid landscape that has experienced substantial vegetation recovery through afforestation since the late twentieth century, altering the regional carbon cycle and contributing to China’s carbon neutrality efforts. However, large-scale quantification of carbon storage (CS) remains challenging in this heterogeneous and erosion-prone landscape. In this study,…

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Keywords
UN Sustainable Development Goals
2 SDGs
Authors & Affiliations
11 authors
#AuthorInstitutionsORCID
1 Xiao Wang Chinese Academy of Sciences (CN) Northwest Institute of Eco-Env… (CN) —
2 Bing Liu Corresponding Chinese Academy of Sciences (CN) Northwest Institute of Eco-Env… (CN) —
3 Arash Malekian Chinese Academy of Sciences (CN) Northwest Institute of Eco-Env… (CN)
4 Wen Li Chinese Academy of Sciences (CN) Northwest Institute of Eco-Env… (CN) —
5 Pouyan Dehghan Rahimabadi Chinese Academy of Sciences (CN) Northwest Institute of Eco-Env… (CN)
6 Bin Wang Chinese Academy of Sciences (CN) Northwest Institute of Eco-Env… (CN) —
7 Changkun Yang Chinese Academy of Sciences (CN) Northwest Institute of Eco-Env… (CN) —
8 Weihao Sun Chinese Academy of Sciences (CN) Northwest Institute of Eco-Env… (CN) —
9 Bekmamat Djenbaev National Academy of Sciences o… (KG)
10 Davlet Mamadzhanov National Academy of Sciences o… (KG) —
11 Reinhard Hinkelmann Technische Universität Berlin (DE)

Data: OpenAlex