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Martin Behnisch
Professor Martin Behnisch is head of the 'Spatial Information and Modelling' research area at the Leibniz Institute of Ecological Urban and Regional Development (IOER). Additionally, he holds a professorship in the same field at Dresden University of Technology (TUD). Since 2015, he has been an organiser of the International Land Use Symposium (ILUS). His key competencies are related to spatial data science, built environment and land system science, with extensive experience in leading and coordinating collaborative research projects.
He received his PhD (summa cum laude) from the Karlsruhe Institute of Technology, undertook a postdoc at ETH Zurich and has been a visiting scientist at Concordia University Montréal (Canada), Yonsei University (Korea) and Tianjin University (China). He has received and worked on DFG research grants.
Latest Commentaries
Who is Responsible for Climate Change?
Ian Cooper (Eclipse Research) explores the questions of responsibility raised in the recent Buildings & Cities special issue ‘Climate Change Risk and Decision-Making’. Focusing here on carbon emissions and mitigation, global responses will require grounding in what can work locally. New responsibilities arise for the wide range of built environment decision-makers: clients, professionals and their institutions, central and local governments, product suppliers, financiers, insurers, etc. A framework is needed to manage the complexity of responsibilities especially for variety of actors, the time frames and spatial scales.
Professional Ethics in a Climate Crisis
The climate crisis has progressed into a dangerous phase with tragic consequences often counted in numbers of excess deaths, but also by powerful economic impacts of rising food prices, the increased costs of insurance and lending, costly damage to the built environment. Celia Davies, Director of Impact at the UK’s Town and Country Planning Association (TCPA) and Hugh Ellis, Director of Policy at TCPA, consider the responsibilities of professionals in shaping a built environment which is fit not just for today's climate risks but for the dramatic increase in severe and unpredictable weather which is now locked into our climate systems.