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significant decrease » significant increase (Expand Search), significantly increased (Expand Search)
showed increased » fold increased (Expand Search)
small decrease » small increased (Expand Search)
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19621
The minimal data set.
Published 2025“…However, the extensive use of insecticides poses a significant threat to the survival and efficacy of <i>T. ostriniae</i>. …”
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19622
Model parameters.
Published 2024“…In contrast, comparing with no hand washing, handwashing every 2 hours can reduce the infection risk per visit to the airport by only 2.0%, making public surface disinfection significantly more effective than handwashing. If the mask-wearing rate increases from 0% to 50%, the infection risk of norovirus would be decreased by 48.0% (95% CI, 43.5–52.3%). …”
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19623
Description of the variables and data sources.
Published 2025“…The findings of this study have significant implications for a better understanding of Cambodia’s development process toward global trade integration over the past two decades. …”
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19624
Descriptive statistics of the variables.
Published 2025“…The findings of this study have significant implications for a better understanding of Cambodia’s development process toward global trade integration over the past two decades. …”
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19625
Participant characteristics by village.
Published 2025“…These results suggest that climate change is a significant challenge for farmers in northeast Madagascar, yet adaptation is limited by existing socioeconomic inequalities involving access to market activities and gender.…”
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19626
Results from GLM tests of moderation.
Published 2025“…Breathwork conditions produced greater decreases in breath rate compared to rain stimuli (p.fdr=.002). …”
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19627
Participant setup.
Published 2025“…Breathwork conditions produced greater decreases in breath rate compared to rain stimuli (p.fdr=.002). …”
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19628
Eq 13.
Published 2025“…The findings of this study have significant implications for a better understanding of Cambodia’s development process toward global trade integration over the past two decades. …”
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19629
Descriptive Statistics by Timepoints.
Published 2025“…Breathwork conditions produced greater decreases in breath rate compared to rain stimuli (p.fdr=.002). …”
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19630
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19631
The results of multicollinearity test.
Published 2024“…Based on 30 provinces in China from 2006 to 2021, SDM and panel threshold model are constructed to analyze the spatial spillover effect of green technology innovation and carbon emission reduction ability, the threshold characteristics of green technology innovation on carbon emission reduction ability. The results show the carbon emission reduction capacity of Chinese provinces and cities has been increasing year by year, showing the situation of “leading in eastern China, rising of central China, and catching up with western China”. …”
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19632
Inspection results of space panel model.
Published 2024“…Based on 30 provinces in China from 2006 to 2021, SDM and panel threshold model are constructed to analyze the spatial spillover effect of green technology innovation and carbon emission reduction ability, the threshold characteristics of green technology innovation on carbon emission reduction ability. The results show the carbon emission reduction capacity of Chinese provinces and cities has been increasing year by year, showing the situation of “leading in eastern China, rising of central China, and catching up with western China”. …”
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19633
The results of stability test.
Published 2024“…Based on 30 provinces in China from 2006 to 2021, SDM and panel threshold model are constructed to analyze the spatial spillover effect of green technology innovation and carbon emission reduction ability, the threshold characteristics of green technology innovation on carbon emission reduction ability. The results show the carbon emission reduction capacity of Chinese provinces and cities has been increasing year by year, showing the situation of “leading in eastern China, rising of central China, and catching up with western China”. …”
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19634
Robustness test results.
Published 2024“…Based on 30 provinces in China from 2006 to 2021, SDM and panel threshold model are constructed to analyze the spatial spillover effect of green technology innovation and carbon emission reduction ability, the threshold characteristics of green technology innovation on carbon emission reduction ability. The results show the carbon emission reduction capacity of Chinese provinces and cities has been increasing year by year, showing the situation of “leading in eastern China, rising of central China, and catching up with western China”. …”
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19635
Direct and spillover effects.
Published 2024“…Based on 30 provinces in China from 2006 to 2021, SDM and panel threshold model are constructed to analyze the spatial spillover effect of green technology innovation and carbon emission reduction ability, the threshold characteristics of green technology innovation on carbon emission reduction ability. The results show the carbon emission reduction capacity of Chinese provinces and cities has been increasing year by year, showing the situation of “leading in eastern China, rising of central China, and catching up with western China”. …”
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19636
Threshold existence test.
Published 2024“…Based on 30 provinces in China from 2006 to 2021, SDM and panel threshold model are constructed to analyze the spatial spillover effect of green technology innovation and carbon emission reduction ability, the threshold characteristics of green technology innovation on carbon emission reduction ability. The results show the carbon emission reduction capacity of Chinese provinces and cities has been increasing year by year, showing the situation of “leading in eastern China, rising of central China, and catching up with western China”. …”
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19637
Descriptive statistical results.
Published 2024“…Based on 30 provinces in China from 2006 to 2021, SDM and panel threshold model are constructed to analyze the spatial spillover effect of green technology innovation and carbon emission reduction ability, the threshold characteristics of green technology innovation on carbon emission reduction ability. The results show the carbon emission reduction capacity of Chinese provinces and cities has been increasing year by year, showing the situation of “leading in eastern China, rising of central China, and catching up with western China”. …”
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19638
Threshold estimation results.
Published 2024“…Based on 30 provinces in China from 2006 to 2021, SDM and panel threshold model are constructed to analyze the spatial spillover effect of green technology innovation and carbon emission reduction ability, the threshold characteristics of green technology innovation on carbon emission reduction ability. The results show the carbon emission reduction capacity of Chinese provinces and cities has been increasing year by year, showing the situation of “leading in eastern China, rising of central China, and catching up with western China”. …”
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19639
LR likelihood ratio function diagram.
Published 2024“…Based on 30 provinces in China from 2006 to 2021, SDM and panel threshold model are constructed to analyze the spatial spillover effect of green technology innovation and carbon emission reduction ability, the threshold characteristics of green technology innovation on carbon emission reduction ability. The results show the carbon emission reduction capacity of Chinese provinces and cities has been increasing year by year, showing the situation of “leading in eastern China, rising of central China, and catching up with western China”. …”
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19640
Threshold estimates.
Published 2024“…Based on 30 provinces in China from 2006 to 2021, SDM and panel threshold model are constructed to analyze the spatial spillover effect of green technology innovation and carbon emission reduction ability, the threshold characteristics of green technology innovation on carbon emission reduction ability. The results show the carbon emission reduction capacity of Chinese provinces and cities has been increasing year by year, showing the situation of “leading in eastern China, rising of central China, and catching up with western China”. …”