Traditional Markov transfer probability matrices. by Wenping Ning (19871091)

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Fixed effects and panel quantile regression results. by Wenping Ning (19871091)

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Study area (Map from the Ministry of Natural Resources of China, cartographic license: GS (2020) 4619). by Wenping Ning (19871091)

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The APCA, SAI and EAI data of the eight main producing provinces in China. by Wenping Ning (19871091)

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Spatial Markov transfer probability matrix. by Wenping Ning (19871091)

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Three-dimensional kernel density of APCA. by Wenping Ning (19871091)

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S1 Table - by Jiajun Zeng (8854859)

“…The longer propagation path increases the range and effect of hydraulic pressure, and the initial crack propagation length of fissured rock mass under hydraulic pressure is also significantly longer than that of specimens without hydraulic pressure; During the loading process, both the acoustic emission ringing count and damage variable can be divided into four stages. …”

Characteristic curve of damage variable stage. by Jiajun Zeng (8854859)

“…The longer propagation path increases the range and effect of hydraulic pressure, and the initial crack propagation length of fissured rock mass under hydraulic pressure is also significantly longer than that of specimens without hydraulic pressure; During the loading process, both the acoustic emission ringing count and damage variable can be divided into four stages. …”

Stress-strain and hydraulic pressure curves. by Jiajun Zeng (8854859)

“…The longer propagation path increases the range and effect of hydraulic pressure, and the initial crack propagation length of fissured rock mass under hydraulic pressure is also significantly longer than that of specimens without hydraulic pressure; During the loading process, both the acoustic emission ringing count and damage variable can be divided into four stages. …”

CAD drawing of sealing fixture. by Jiajun Zeng (8854859)

“…The longer propagation path increases the range and effect of hydraulic pressure, and the initial crack propagation length of fissured rock mass under hydraulic pressure is also significantly longer than that of specimens without hydraulic pressure; During the loading process, both the acoustic emission ringing count and damage variable can be divided into four stages. …”

Water footprint at regional levels in China. by Jianqin Ma (20328414)

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Characteristics of water footprint by sector at the regional level in China. by Jianqin Ma (20328414)

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The distribution of water footprint levels in China. a, 2005. b, 2010. c, 2015. d, 2022. by Jianqin Ma (20328414)

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Synergy and trade-offs of sectoral water use at the provincial level. by Jianqin Ma (20328414)

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Synergy and trade-offs of sectoral water use at the regional level in China. by Jianqin Ma (20328414)

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Decoupling index of water footprint and GDP at the regional level in China. by Jianqin Ma (20328414)

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Supporting information. by Jianqin Ma (20328414)

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Decoupling index of water footprint and GDP at the provincial level. by Jianqin Ma (20328414)

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Second-order partial correlation analysis of sectoral water use in China from 2005 to 2022. by Jianqin Ma (20328414)

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Characteristics of water footprint by sector at the provincial level. by Jianqin Ma (20328414)

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