Journal of Geographical Sciences ›› 2018, Vol. 28 ›› Issue (1): 3-14.doi: 10.1007/s11442-018-1455-3
• Research Articles • Next Articles
Mei HUANG1(), Man HAO1,2, Shaoqiang WANG1,2, Li DAN3, Fengxue GU4, Zhaosheng WANG1, He GONG1
Received:
2017-02-06
Accepted:
2017-04-18
Online:
2018-01-10
Published:
2018-01-10
About author:
Author: Huang Mei (1968-), specialized in the influence of climate change on ecosystems. E-mail:
Supported by:
Mei HUANG, Man HAO, Shaoqiang WANG, Li DAN, Fengxue GU, Zhaosheng WANG, He GONG. Links between Western Pacific Subtropical High and vegetation growth in China[J].Journal of Geographical Sciences, 2018, 28(1): 3-14.
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Figure 2
(a) Spatial distribution of vegetation types in the seven eco-regions of NE, IM, NW, NC, SC, TP and SW, representing Northeast China, Inner Mongolia, Northwest China, North China, Southeast China, Tibetan Plateau and Southwest China, respectively; (b) Regional mean yearly NDVI time series for eco-regions"
Figure 6
(a) Spatial pattern of yearly precipitation anomalies composite for low Iw years; (b) As (a) but for high Iw years; (c) Spatial pattern of yearly mean temperature anomalies composite for low Iw years; (d) As (c) but for high Iw years; (e) Spatial pattern of correlation coefficient between yearly NDVI and yearly precipitation; (f) As (e) but between yearly NDVI yearly mean temperature. 0.37 represents the threshold for 95% confidence level."
Figure 7
(a) Spatial pattern of correlation coefficient between spring precipitation and spring NDVI; (b) As (a) but for spring temperature; (c) Spatial pattern of correlation coefficient between summer precipitation and summer NDVI; (d) As (c) but for summer temperature; (e) Spatial pattern of correlation coefficient between autumn precipitation and autumn NDVI; (f) As (e) but for autumn temperature"
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