Carbon storage capacity of different plantation types under sandstorm source control program in Hebei Province, China

Effects of altitude, aspect, and soil depth on carbon stocks and properties of soils in a tea plantation in the humid Black Sea region

“…To conduct carbon management plans accurately and reliably, while achieving the desired goals, the amount of carbon stored by carbon sinks and carbon emissions must be accurately calculated. Over the last 20 years, valuable work has been conducted on the amount of carbon stored in different terrestrial ecosystems (Arasa‐Gisbert et al, 2018; Y. M. Huang et al, 2015; Qi et al, 2021; Shen et al, 2014; Toriyama et al, 2011; Yüksek, 2012); effects of land use change, afforestation, and deforestation (Fataei et al, 2018; Lozano‐García et al, 2020; Lu et al, 2016; Yüksek, 2009; Yüksek et al, 2009; Yüksek et al, 2010); aspect and elevation (Bangrooa et al, 2017; Jendoubi et al, 2019; Kobler et al, 2019; S. Zhang et al, 2011); and the impact of different management activities on carbon storage (Fang et al, 2018; Sanderman, 2018; X. Zhang et al, 2018). However, to accurately determine the spatial and temporal changes in carbon stored in terrestrial ecosystems, it is important that the same ecosystems (e.g., tea plantations) spread over different continents be considered collectively.…”

“…desired goals, the amount of carbon stored by carbon sinks and carbon emissions must be accurately calculated. Over the last 20 years, valuable work has been conducted on the amount of carbon stored in different terrestrial ecosystems (Arasa-Gisbert et al, 2018; Y. M. Huang et al, 2015;Qi et al, 2021;Shen et al, 2014;Toriyama et al, 2011;Yüksek, 2012); effects of land use change, afforestation, and deforestation (Fataei et al, 2018;Lozano-García et al, 2020;Lu et al, 2016;Yüksek, 2009;Yüksek et al, 2010); aspect and elevation (Bangrooa et al, 2017;Jendoubi et al, 2019;Kobler et al, 2019;S. Zhang et al, 2011); and the impact of different management activities on carbon storage (Fang et al, 2018;Sanderman, 2018;X.…”

Carbon storage and sequestration of national key ecological restoration programs in China: An introduction to special issue

“…However, the effect of cropland afforestation on SOC accumulation varied with climate regions and revegetation types. In a similar research, Shen et al (2014) accessed the carbon storage capacity of different plantation types under the BTSSC program in Hebei Province. The findings suggested that tree species should be incorporated into accurately develop regional carbon budget of afforestation program, and implied that substantial differences in ecosystem carbon stocks among plantation types can facilitate decision making on carbon management.…”