Using Case Studies to Enhance Climate Services in the Arctic and Beyond

 
Case studies as
a tool to
co-develop
climate services
 
Marta Terrado
Dragana Bojovic
Sara Octenjak
 
In a nutshell
 
Develop enhanced predictive capacity for weather and climate in the
Arctic and beyond and determine the influence of Arctic climate
change on Northern Hemisphere mid-latitudes, 
for the benefit of
policy makers, businesses and society
.
 
ARCTIC CHANGE 2020 – xx December
 
2
 
01
 
Participatory framework for climate
services
 
3
 
02
 
ARCTIC CHANGE  – 7-10 December 2020
 
 
Adapted from Bojovic et al.
(under review) and
WMO’s guidance for good
practices for climate services
user engagement (2018)
 
CO-
DEVELOPMENT
 
KNOWLEDGE
EXCHANGE
 
CLIMATE SERVICES
CO-PRODUCTION
 
AWARENESS
RAISING
 
CASE STUDIES
Case studies
Increasingly used in the climate services field to provide descriptions of 
particular
extreme weather and climate events of interest for stakeholders 
(e.g. affecting
their businesses and activities) that occurred in the past over a specific location and
time.
4
04
ARCTIC CHANGE  – 7-10 December 2020
Case studies
5
04
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Case studies
 
6
 
05
 
ARCTIC CHANGE  – 7-10 December 2020
 
Extreme events in the Arctic
 
06
 
ARCTIC CHANGE  – 7-10 December 2020
 
Source: 
Alfred-Wegener Institute (AWI)
ARCTIC CHANGE  – 7-10 December 2020
Case study: Extreme rainfall in Svalbard
07
Learning from the past
 
08
 
Understand linkages between
the Arctic and mid-latitudes
Enhanced weather and
climate information can
support preparedness of local
populations to deal with
events that can be
catastrophic
Next: explore how these type
of events will look like in the
future.
 
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ARCTIC CHANGE  – 7-10 December 2020
 
Preparing for the future
 
Case study: Extreme rainfall in Svalbard
 
Lessons learned
Event 
identified by stakeholders
. Ask
stakeholders to provide feedback and help in
the dissemination
Physical processes 
and underlying causes of
the event
Impact on society 
and the economy
Explore 
event attribution
Identify 
research gaps
 
 
10
 
09
Assess the 
predictability
 of the event
Assess the 
added value of climate services 
for
the affected/benefitted stakeholders
Build narratives 
of how the event will look like
in the future
 
 
Learning from the past
 
Preparing for the future
 
ARCTIC CHANGE  – 7-10 December 2020
 
Thank You!
 
You can find the APPLICATE projects case studies here:
https://applicate.eu/outreach/case-studies
 
11
 
Marta Terrado
 
marta.terrado@bsc.es
 
The project participating in this presentation has received funding
from the European Union’s Horizon 2020 research and innovation
programme under grant agreement nº 727862 (APPLICATE)
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Co-developing climate services through participatory frameworks and case studies is crucial for understanding the impacts of Arctic climate change on global weather patterns. This approach empowers stakeholders by providing tailored knowledge and engaging them in interactive activities to enhance predictive capacity and inform decision-making for policy makers, businesses, and society. The use of case studies, such as extreme weather events and risk management scenarios, plays a vital role in bridging the gap between scientific research and practical applications in the field of climate services.

  • Climate services
  • Arctic
  • Case studies
  • Participatory frameworks
  • Weather patterns

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  1. Case studies as a tool to co-develop climate services Marta Terrado Dragana Bojovic Sara Octenjak

  2. 01 In a nutshell Develop enhanced predictive capacity for weather and climate in the Arctic and beyond and determine the influence of Arctic climate change on Northern Hemisphere mid-latitudes, for the benefit of policy makers, businesses and society. ARCTIC CHANGE 2020 xx December 2

  3. Participatory framework for climate services 02 Engagement Empowerment Websites and web tools Tailored knowledge CASE STUDIES CLIMATE SERVICES CO-PRODUCTION KNOWLEDGE EXCHANGE Adapted from Bojovic et al. (under review) and WMO s guidance for good practices for climate services user engagement (2018) Involvement Interactive group activities ARCTIC CHANGE 7-10 December 2020 3

  4. 04 Case studies Increasingly used in the climate services field to provide descriptions of particular extreme weather and climate events of interest for stakeholders (e.g. affecting their businesses and activities) that occurred in the past over a specific location and time. 4

  5. 04 Case studies BLOG BLOG POLAR PREDICTION MATTERS POLAR PREDICTION MATTERS https://blogs.helmholtz.de/polarpredictionmatters/ https://blogs.helmholtz.de/polarpredictionmatters/ USER GROUP USER GROUP OTHER PROJECTS OTHER PROJECTS CONFERENCES CONFERENCES ECS ECS CASE STUDIES CASE STUDIES ARCTIC CHANGE 7-10 December 2020 5

  6. 05 Case studies Risk management case studies Risk management case studies Energy case studies Energy case studies ARCTIC CHANGE 7-10 December 2020 6

  7. 06 Extreme events in the Arctic Source: Alfred-Wegener Institute (AWI) ARCTIC CHANGE 7-10 December 2020

  8. 07 Case study: Extreme rainfall in Svalbard Learning from the past Landslides and slush avalanches Landslides and slush avalanches identified by satellite images identified by satellite images Extreme temperatures over the Arctic Extreme temperatures over the Arctic Observed daily precipitation, 7 November 2016 Observed daily precipitation, 7 November 2016 ARCTIC CHANGE 7-10 December 2020

  9. 08 Case study: Extreme rainfall in Svalbard Preparing for the future Understand linkages between the Arctic and mid-latitudes Sub Sub- -seasonal predictions seasonal predictions 1, 2 and 3 weeks in advance 1, 2 and 3 weeks in advance (potential occurrence of rain (potential occurrence of rain- -on on- -frozen ground) frozen ground) Enhanced weather and climate information can support preparedness of local populations to deal with events that can be catastrophic Next: explore how these type of events will look like in the future. ARCTIC CHANGE 7-10 December 2020

  10. 09 Lessons learned Learning from the past Preparing for the future Event identified by stakeholders. Ask stakeholders to provide feedback and help in the dissemination Assess the predictability of the event Assess the added value of climate services for the affected/benefitted stakeholders Physical processes and underlying causes of the event Build narratives of how the event will look like in the future Impact on society and the economy Explore event attribution Identify research gaps ARCTIC CHANGE 7-10 December 2020 10

  11. Marta Terrado marta.terrado@bsc.es Thank You! You can find the APPLICATE projects case studies here: https://applicate.eu/outreach/case-studies The project participating in this presentation has received funding from the European Union s Horizon 2020 research and innovation programme under grant agreement n 727862 (APPLICATE) 11

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