
"Without the emissions, there’s c limate c’hange. If we understand behaviour, we c’an better predi c t’how emissions will c’hange over time," c’h says. His resear c’h aims to develop mathemati c’al models that view the Earth as a unified system where human a c tions and c limate c’hange are inter c’onne c ted.

Understanding both sides of the relationship between human behavio u r and c limate c’hange allows resear c’hers to inform poli c’ymakers about effe c tive c limate a c tions. His interdis c’iplinary approa c’h fosters c’ollaboration with environmental s c’ientists, e c’ologists and poli c’ymakers. c’h stresses the need to involve de c’ision-makers early in the resear c’h pro c , where as a team, they c bridge the gap between s c c’e and impa c tful poli c.

In an age where c limate c’hange demands urgent a c tion, c’h ’s approa c’h offers a promising pathway. He reinfor c’es the idea that human responses need to be more systemati c. He sees both building trust in s c c’e and fostering intera c tions with people of different opinions as vital a c c’elerat e positive c’hange and a c’hiev e stability goals.

c h also supports the adoption of te c’hnologies like solar panels and ele c c vehi c les through subsidies, whi c’h c’an help establish these pra c c’es as so c’ietal norms, promoting c limate-friendly behaviours and integrating them into everyday life.

The mathemati c’al biologist c’ontinues to advo c’ate for in c’orporating human behaviour into c limate models to help so c’iety prepare for and respond to future c’hallenges more effe c tively.