Using systems thinking and complexity economics to model the energy transition скачать в хорошем качестве

Using systems thinking and complexity economics to model the energy transition

Dr. Pete Barbrook-Johnson, University of Oxford https://www.inet.ox.ac.uk/people/pete... Slides and Summary: https://sites.google.com/modelingtalk... Join for talk announcements: https://groups.google.com/a/modelingt... Abstract: In this talk, Dr. Pete Barbrook-Johnson will present research using methods from systems thinking and complexity economics to model the energy transition. In particular, he will show how both systems mapping and agent-based modelling can be applied to policy questions. Pete will show examples of these methods being used, comment on challenges in their use, and plot some future directions. You can read more about Pete’s work at https://www.barbrookjohnson.com/ and follow him on Twitter @bapeterj. Bio: Pete Barbrook-Johnson is a social scientist, economist, complexity scientist, and systems thinker. He regularly uses research methods such as agent-based modelling and systems mapping in his applied environmental, energy, and public health research and policy analysis. He teaches on a range of undergraduate and masters courses, focussing on the economics of environmental change, and the use of complexity and systems sciences in environmental issues. Recent work highlights include: His book on systems mapping, a practical guide written with Dr. Alexandra Penn. A library of new economic modelling case studies. Pete led the production of this large report with colleagues from China, India, Brazil, the EU, and UK. It presents a range of new economic modelling approaches being used to understand and inform policy on the energy transition. View a full list of Pete's academic publications on his Google Scholar page. #modeling hashtag#simulation hashtag#climatechange hashtag#energytransition hashtag#greenenergy hashtag#publicpolicy hashtag#agents hashtag#economics hashtag#energy hashtag#energyindustry