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Research on the characteristics and effects of climate extremes on multi-spatial-temporal Scales in the Mongolian Plateau

Record Type:	Electronic resources : Monograph/item
Title/Author:	Research on the characteristics and effects of climate extremes on multi-spatial-temporal Scales in the Mongolian Plateau/ by Chunlan Li.
Author:	Li, Chunlan.
Published:	Cham :Springer Nature Switzerland : : 2024.,
Description:	xiv, 163 p. :ill. (some col.), digital ;24 cm.
[NT 15003449]:	Chapter 1 Introduction -- Chapter 2 Research Area Overview and Research Methodology -- Chapter 3 Analysis of Extreme Temperature Event Change Characteristics and Influencing Factors -- Chapter 4 Analysis of Extreme Precipitation Event Change Characteristics and Influencing Factors -- Chapter 5 Study on Extreme Climate Event Impacts on Vegetation on the Mongolian Plateau -- Chapter 6 Evaluation and Projection of Extreme Climate Events on the Mongolian Plateau -- Chapter 7 Conclusion and Outlook.
Contained By:	Springer Nature eBook
Subject:	Climatic extremes - Mongolia. -
Online resource:	https://doi.org/10.1007/978-3-031-54493-4
ISBN:	9783031544934

Research on the characteristics and effects of climate extremes on multi-spatial-temporal Scales in the Mongolian Plateau
Li, Chunlan.

Research on the characteristics and effects of climate extremes on multi-spatial-temporal Scales in the Mongolian Plateau[electronic resource] /by Chunlan Li. - Cham :Springer Nature Switzerland :2024. - xiv, 163 p. :ill. (some col.), digital ;24 cm. - Climate change management,1610-2010. - Climate change management..

Chapter 1 Introduction -- Chapter 2 Research Area Overview and Research Methodology -- Chapter 3 Analysis of Extreme Temperature Event Change Characteristics and Influencing Factors -- Chapter 4 Analysis of Extreme Precipitation Event Change Characteristics and Influencing Factors -- Chapter 5 Study on Extreme Climate Event Impacts on Vegetation on the Mongolian Plateau -- Chapter 6 Evaluation and Projection of Extreme Climate Events on the Mongolian Plateau -- Chapter 7 Conclusion and Outlook.

Compared with average climate changes, climate extremes which are considered as low-probability events have greater impacts on natural and social systems due to their suddenness, unpredictability and strong destructiveness. Located in the typical arid-semiarid climate transition zone, the Mongolian Plateau, dominated by herbage animal husbandry, is greatly affected by climate extremes, and its ecosystem is extremely fragile. In the context of global warming, the spatial-temporal variation research about climate extremes and their impacts on vegetation is not only beneficial to the protection of the grassland ecological environment in the Mongolian Plateau, but also of great significance to formulate an effective meteorological disaster risk management. Based on daily highest temperature, daily minimum temperature and daily precipitation dataset of 111 meteorological stations over Mongolian Plateau from 1961 to 2014. Firstly, sixteen extreme temperature indices and eleven extreme precipitation indices were calculated. Then, multi-spatial-temporal characteristics of climate extremes in the scope of intensity, duration and frequency were analyzed. At the same time, the vegetation variations were analyzed based on GIMMS NDVI3g data. Thirdly, correlation analysis and multiple stepwise regression analysis were used to analyze the relationships between extreme climate indices and NDVI in different spatial scales from the perspective of single factor and multiple factors, respectively. Finally, the future change of climate extremes in duration were explored based on the climate model data. At the same time, the vulnerable areas of grassland and forest were also identified, and adaptive options of different scales were proposed. Researchers engaged in extreme climate change and managers of government departments are the readership/primary audience for the work.

ISBN: 9783031544934

Standard No.: 10.1007/978-3-031-54493-4doiSubjects--Topical Terms:

3714916
Climatic extremes
--Mongolia.

LC Class. No.: QC911.82.M65

Dewey Class. No.: 363.70095173

Research on the characteristics and effects of climate extremes on multi-spatial-temporal Scales in the Mongolian Plateau
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505 0 $a Chapter 1 Introduction -- Chapter 2 Research Area Overview and Research Methodology -- Chapter 3 Analysis of Extreme Temperature Event Change Characteristics and Influencing Factors -- Chapter 4 Analysis of Extreme Precipitation Event Change Characteristics and Influencing Factors -- Chapter 5 Study on Extreme Climate Event Impacts on Vegetation on the Mongolian Plateau -- Chapter 6 Evaluation and Projection of Extreme Climate Events on the Mongolian Plateau -- Chapter 7 Conclusion and Outlook.
520 $a Compared with average climate changes, climate extremes which are considered as low-probability events have greater impacts on natural and social systems due to their suddenness, unpredictability and strong destructiveness. Located in the typical arid-semiarid climate transition zone, the Mongolian Plateau, dominated by herbage animal husbandry, is greatly affected by climate extremes, and its ecosystem is extremely fragile. In the context of global warming, the spatial-temporal variation research about climate extremes and their impacts on vegetation is not only beneficial to the protection of the grassland ecological environment in the Mongolian Plateau, but also of great significance to formulate an effective meteorological disaster risk management. Based on daily highest temperature, daily minimum temperature and daily precipitation dataset of 111 meteorological stations over Mongolian Plateau from 1961 to 2014. Firstly, sixteen extreme temperature indices and eleven extreme precipitation indices were calculated. Then, multi-spatial-temporal characteristics of climate extremes in the scope of intensity, duration and frequency were analyzed. At the same time, the vegetation variations were analyzed based on GIMMS NDVI3g data. Thirdly, correlation analysis and multiple stepwise regression analysis were used to analyze the relationships between extreme climate indices and NDVI in different spatial scales from the perspective of single factor and multiple factors, respectively. Finally, the future change of climate extremes in duration were explored based on the climate model data. At the same time, the vulnerable areas of grassland and forest were also identified, and adaptive options of different scales were proposed. Researchers engaged in extreme climate change and managers of government departments are the readership/primary audience for the work.
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