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CUHK and HKBU discover the elevated increases in human-perceived temperature under climate change

Press Release, Climate Change, Research | 10 January 2018

// To predict how humans will be affected by climate change, geographers and climatologists led by Professor David Chen Yongqin from the Department of Geography and Resource Management at The Chinese University of Hong Kong (CUHK) and Dr Li Jianfeng from the Department of Geography at Hong Kong Baptist University (HKBU) studied the change in apparent temperature (AP), the temperature equivalent perceived by humans, under climate change over the past few decades. 

A key conclusion is that the world, as perceived by human beings, will become hotter than that just indicated by air temperature under global warming. This conclusion clearly implies that cities and communities, especially those located at tropical and sub-tropical regions like Hong Kong, will face bigger threats from hot weather and therefore greater efforts for climate change mitigation and adaptation are vital and urgent. //

 

Read the article in full: http://bit.ly/2Ue9E2L

CUHK and HKBU discover the elevated increases in human-perceived temperature under climate change

/images/content/news/C-human-perceived-temperature_R1.jpg

10 January 2018

// To predict how humans will be affected by climate change, geographers and climatologists led by Professor David Chen Yongqin from the Department of Geography and Resource Management at The Chinese University of Hong Kong (CUHK) and Dr Li Jianfeng from the Department of Geography at Hong Kong Baptist University (HKBU) studied the change in apparent temperature (AP), the temperature equivalent perceived by humans, under climate change over the past few decades. 

A key conclusion is that the world, as perceived by human beings, will become hotter than that just indicated by air temperature under global warming. This conclusion clearly implies that cities and communities, especially those located at tropical and sub-tropical regions like Hong Kong, will face bigger threats from hot weather and therefore greater efforts for climate change mitigation and adaptation are vital and urgent. //

 

Read the article in full: http://bit.ly/2Ue9E2L

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