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5 Attribution:HowIs ItRelevant forLoss… 123
management.13 The suggestion thatL&Dshould refer to all climate-related events
was also related to an expression of caution about relying too heavily on complex
scientific assessments.14 Intervieweeswere concerned that uncertainties in the sci-
encecoulddelayprogress,15orinhibiteffortsinregionswithlimiteddataavailability
and limited ability to provide evidence of the influence of climate change.16 They
suggested that themore important ethical imperative shouldbe tohelppeoplewho
are suffering.17 This is also in keepingwith comments expressed in the literature
(e.g.Hulmeetal.2011).Several stakeholderssuggested that focusingonattributing
hazardswouldbecounterproductive indivertingattentionaway fromhelping those
inneed.18
5.2.4 AChallenge forScience-PolicyDialogue
In policy (Sects. 5.2.1, 5.2.2) andpractice (Sect. 5.2.3), questions about attribution
may thereforeemerge fromquestionsaboutwhich institutionsandcountries should
take responsibility for dealingwith L&D; about who should pay for L&D.Many
see that assigning responsibility is politically challenging, and addressing climate
change impacts in isolation is impractical.Attribution,byassociation, is sometimes
seenasunhelpfulor irrelevant.19
For scientists, questions about attributionhavedifferentmotivations, objectives,
andimplications.Analysisofcausality isan importantwaytofurtherunderstanding
of theEarthSystem.There aremany important reasons to askattributionquestions
besides establishing responsibility.And, it isworth highlighting that the results of
scientific attribution studies are not sufficient to indicate responsibility.Attribution
studies canestimate theextent towhichcertaindrivers (suchasGHGs)contributed
tocertainoutcomes(suchasflooding),but this“contribution” isverydifferent from
13For example: “disaster riskmanagement thinking and also climate change thinking has to be
integratedwith thisbigdevelopmentperspective.”
14For example: “that places too great a weight upon scientific evidence in ethical and political
negotiations,whichcannotbebornebyclimatic science.”
15Forexample:“Wecannotwait for them[climatologists] todetermine towhatextent this isabout
climatechangeornot” (Parker et al. 2017a).
16For example: “Science can establishmaybe for some impacts earlier than others, there’s some
differences”,and“there’sabigissuewiththat inthat thedatafordevelopingcountries,wehaveless
certaintyonwhat is climateenhanceddisaster in the south, simplybecausewedon’thave thedata
sets.Wedon’thave the information to saywithcertainty that thatwascausedbyclimatechange.”
17Forexample:“themoreurgentissueis…actually…respondingtooradaptingtoextremeweather
events,whether it’s causedbypeopleornot”.
18In thewords of one interviewee: “trying to disentangle the climate change portion of that risk
might be useful from a political point but it’s actually counterproductive in terms of having an
impact on reducing risk”. Similar pointswere expressed by stakeholders interviewed specifically
about attributionscience (Parker et al2017a).
19For example: “I know there’s this question around attribution, if you think it is key, then the
science isvery important. Inmymind it isn’t and Idon’t think that is thewayforward.”
Loss and Damage from Climate Change
Concepts, Methods and Policy Options
- Title
- Loss and Damage from Climate Change
- Subtitle
- Concepts, Methods and Policy Options
- Authors
- Reinhard Mechler
- Laurens M. Bouwer
- Thomas Schinko
- Swenja Surminski
- JoAnne Linnerooth-Bayer
- Publisher
- Springer Open
- Date
- 2019
- Language
- English
- License
- CC BY 4.0
- ISBN
- 978-3-319-72026-5
- Size
- 16.0 x 24.0 cm
- Pages
- 580
- Keywords
- Environment, Climate change, Environmental law, Environmental policy, Risk management
- Categories
- International
- Naturwissenschaften Umwelt und Klima