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7. Personality information sharing in supply chain systems for innovative products in the circular economy era.

Author

Fang, Chang, Ma, Xiuyan, Zhang, Jin, and Zhu, Xide

Subjects
INFORMATION sharing, SUPPLY chains, WHOLESALE prices, PERSONALITY, STOCK prices
Abstract

This research explores the value of personality information sharing in a two-tier supply chain of innovative products that have a short life cycle and no pollution to the environment. We analyse the behaviour of supply chain participants with one-shot decision theory and present an analysis of wholesale pricing for these products. We introduce the retailer's personality information sharing into our models and show the importance of personality information sharing in the wholesale price contract of the supply chain system. Theoretical analysis gains managerial insights into the strategic selection of the manufacturer when facing retailers with different personalities. [ABSTRACT FROM AUTHOR]

Published
2021
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31. Temperature, soil moisture, and microbial controls on CO2 and CH4 emissions from a permafrost peatland.

Author

Song, Yanyu, Song, Changchun, Hou, Aixin, Sun, Li, Wang, Xianwei, Ma, Xiuyan, Jiang, Lei, Liu, Chao, and Gao, Jinli

Subjects
SOIL moisture, SUBSOILS, PERMAFROST, TUNDRAS, WATER temperature, SOIL temperature, SOIL microbiology
Abstract

Peatlands are significant carbon dioxide (CO2) sinks and methane (CH4) sources. In this study, we investigated changes in CO2 and CH4 emissions from topsoil (0–20 cm) to subsoil (20–40 cm) in a permafrost peatland, and the related soil microbial abundance in response to increasing temperature and soil water content by using an incubation experiment. Our results indicated that CO2 and CH4 emissions from the permafrost peatland are highly sensitive to temperature and soil water content. CO2 emissions from topsoil and subsoil at 15°C were 3.36 and 2.74 times larger, respectively, compared to those at 5°C under the field moisture condition, and were 1.70 times larger under the waterlogged treatment in both topsoil and subsoil. CH4 emissions from 0–20 to 20–40 cm soils at 15°C were 34 and 83 times larger, respectively, than those at 5°C under the original state and 17 and 32 times larger under the waterlogged treatment. These results indicated that CH4 emissions are more sensitive than CO2 emissions, and waterlogged conditions could decrease temperature sensitivity of CO2 and CH4 emissions. Microbial analyses showed that the cumulative emissions amount of CO2 positively correlated with bacterial, fungal, and methanotroph abundances. Positive relationships were observed between CH4 emissions and abundances of bacteria, fungi, and archaea. These findings suggested that changes in temperature and water content alter CO2 and CH4 emissions from permafrost peatlands through controlling abundances of soil bacteria, fungi, archaea, and methanotrophs. These variables bear importance in accurately estimating C emissions from permafrost peatlands. [ABSTRACT FROM AUTHOR]

Published
2021
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35. Lactobacillus plantarum and Lactobacillus fermentum alone or in combination regulate intestinal flora composition and systemic immunity to alleviate obesity syndrome in high‐fat diet rat

Author

Li, Xiuliang, primary, Song, Yong, additional, Ma, Xiuyan, additional, Zhang, Yanyan, additional, Liu, Xinyang, additional, Cheng, Li, additional, Han, Dequan, additional, Shi, Yue, additional, Sun, Quan, additional, Yang, Chunhai, additional, Pan, Bo, additional, and Sun, Qingshen, additional

Published
2017
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