Climate change represents the gravest challenge yet to face mankind. International larping — however progressive and beneficial in other scopes — mostly contributes to the crisis: not the solution. This is a call to action.
The speaker (Søren) has asked to add the following corrections:
The thoughts presented in the video are based on the work and insights of Nór Hernø, Eva Maersk and Søren Ebbehøj – the original KP23 sustainability team – Any conclusions or recommendations presented here or elsewhere do not necessarily reflect the views of the other team members or KP23.
The pie chart and numbers presented in the video are based on calculations by Nór Hernø and Søren Ebbehøj as part of the initial work on Knudepunkt 2023 in Denmark. Also, some of the concepts in the talk (greenhushing in particular) were brought into the larp discourse by Nór Hernø.
Søren apologizes sincerely for leaving that information out of the presentation and recognizes the importance of the work done by Nór and Eva. Søren never intended to ignore the work of the other team members.
Note: In the talk, Søren mentions the emissions from KP22 in Sweden incorrectly. The pie chart shown is based on calculations made for a theoretical KP based on a series of estimates in 2022. The footprint from participant transportation was calculated based on the countries of origins of participants at KP22 in Sweden as a model of the participants of the upcoming KP23 in Denmark. Thus, when Søren talks about KP22, he should have said “the model calculations of a theoretical KP in Denmark with the participant spread of KP22 in Sweden”.
Søren Ebbehøj 2024-04-17
Søren Ebbehøj is a Danish larp organizer and engineer working in climate and energy politics. Søren has been a co-organizer of four large-scale Nordic larps and a handful of conventions including Knudepunkt 2019. From his everyday job, Søren has almost ten years of experience with developing and implementing climate policy — something he utilized in the initial work on Knudepunkt 2023, formulating the sustainability strategy and initial mapping of the KP19 carbon footprint.
