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Thoughts about Integrating Social Science with Weather and Climate

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Title: Thoughts about Integrating Social Science with Weather and Climate


1
Thoughts about Integrating Social Science with
Weather and Climate
  • Julie Demuth
  • NCAR Societal Impacts Program
  • (with input from Andrea Schumacher)
  • CSU Applied Climatology Class
  • September 19, 2007

( from a Meteorologist)
2
For starters
  • The weather-climate continuum
  • When is the distinction relevant?
  • What ideas, methods, and tools are transferable?
  • Is it salient?
  • Lets discuss!

3
The forecast high temperature for Fort Collins
tomorrow is 83F.
What do you think the actual high temp will be?
  • 83F
  • 82-84F
  • 81-85F
  • 78-88F
  • 73-93F

4
Like Other Fields, Weather and Climate Do Not
Exist in Isolation
5
Meteorology and medicine?
  • Uncommon similarities with the health field
  • Fields are continually advancing
  • Due to improved understanding, empirical studies,
    better computing and technological capabilities
  • Whole host of sub-specialties
  • Communication challenges
  • Plagued by uncertainty, which we have to act
    upon!
  • Lack of perfection

Regardless of why any of us got into the field,
Id argue that the ultimate purpose of these
fields is the service to society
6
The great spectrum
7
Outline
  • Weather and climate research that integrates
    social science
  • Communication of forecast uncertainty
  • Examples of other research
  • Outreach activity that integrates social science
  • Weather and Society Integrated Studies
  • Deviant thinking
  • Brainstorming

8
Communication of Weather Forecast Uncertainty
(CoFU)
9
Motivation
  • Atmosphere is nonlinear, chaotic, and complex

? Forecast uncertainty is inevitable!
  • First public forecasts in the modern weather
    forecasting era were called probabilities
  • But forecasting generally evolved into more
    deterministic products
  • Yet, most users understand that forecasts are
    imperfect

10
Motivation (cont)
  • By communicating uncertainty information, we can
  • Avoid misrepresenting the capabilities of our
    science
  • Better convey what we know
  • Help users make more informed decisions

This is also true for climate information, from
seasonal to long-term predictions!

But there are some differences
. . .
11
A real example
A good climate-related article
Hartmann, H. C., T. C. Pagano, S. Sorooshian, and
R. Bales, 2002 Confidence builders Evaluating
seasonal climate forecasts from user
perspectives. Bull. Amer. Meteor. Soc., 83,
683698.
Broad, K., A. Leiserowitz, J. Weinkle, and M.
Steketee, 2007 Misinterpretations of the Cone
of Uncertainty in Florida during the 2004
Hurricane Season. Bull. Amer. Meteor. Soc., 88,
651-667.
12
Objective
  • To effectively communicate uncertainty-explicit
    forecasts, need social science research
  • To support provision of this information through
    survey of U.S. public to assess
  • Peoples sources, perceptions, uses, and values
    of weather forecast information
  • Peoples interpretation of, use of, and
    preferences for weather forecast uncertainty
    information

13
Survey details
  • Pre-tested survey during development
  • Implemented web-based survey in November 2006
    with sample population provided by survey
    sampling company
  • Respondent population
  • N1465 completed responses
  • Good geographic distribution
  • Compared to census data, our sample
  • Has similar gender, racial, and employment
    distributions
  • Is slightly older, wealthier, more highly educated

14
Uncertainty research questions
  • How much confidence do people have in different
    types of weather forecasts?
  • Do people infer uncertainty into deterministic
    forecasts and, if so, how much?
  • How do people interpret probability of
    precipitation forecasts?
  • Do people prefer to receive deterministic or
    uncertainty-explicit forecast information?
  • In what formats do people prefer to receive
    forecast uncertainty information?

15
Do people infer uncertainty into deterministic
forecasts and, if so, how much?(Perception)
16
Suppose the forecast high temperature for
tomorrow for your area is 75?F.
  • What do you think the actual high temperature
    will be?

17
In what formats do people prefer to receive
forecast uncertainty information?(Preference)
18
All the choices below are the same as a
probability of precipitation of 20.
  • Do you like the information given this way?
  • Chance of precipitation is 20
  • There is a 1 in 5 chance of precipitation
  • The odds are 1 to 4 that it will rain
  • There is a slight chance of rain tomorrow

? Percent ? Frequency ? Odds ? Text
Asked this question 3 ways -- using 20, 50, and
80 probabilities of precipitation with
corresponding descriptions
19
Overall distribution ( yes)
100
20
90
80
70
60
50
40
30
20
10
0
Percent
Frequency
Odds
Text
N489,
20
Some uncertainty questions related to weather
and climate
  • How do we know whether users understand the
    uncertainty information we provide?
  • How do we know whether the uncertainty
    information we provide is useful?
  • Are there different situations in which people
    prefer (a) different uncertainty information, or
    (b) uncertainty information conveyed in a
    different way?
  • How do we provide good uncertainty-explicit
    information given the proliferation of
    information (sources, media, modes)?

21
Examples of Other Research Activities
22
More examples
  • Warning decisions in extreme weather events A
    look at four user groups
  • Driving decisions during the Dec 20-21, 2006,
    Front Range blizzard
  • Cognitive interpretation of hurricane track
    forecasts

http//www.colorado.edu/hazards/research/qr/qr192/
qr192.html
23
More examples
  • Indigenous knowledge about climate change in
    Alaska and Tuvalu
  • Mosquito-borne diseases in a changing climate
  • Regional Integrated Sciences and Assessments
    (RISAs)

www.climate.noaa.gov/cpo_pa/risa
24
Weather and Society Integrated Studies (WASIS)
25
The creation of WASIS
  • Eve Gruntfest geographer whose career was
    launched by the Big Thompson flood
  • Julie meteorologist with background in science
    policy interest in societal impacts
  • Rebecca Morss meteorologist who is doing work
    that really integrates social science
  • Jeff Lazo Director of the NCAR Societal Impacts
    Program
  • Sheldon Drobot applied climatologist working on
    sea-ice and surface transportation

26
WASIS vision
  • To change the weather enterprise by
    comprehensively and sustainably integrating
    social science into meteorological research and
    practice.

27
WASIS mission
  • Build an interdisciplinary community of
    practitioners, researchers, and stakeholders --
    from the grassroots up -- who are dedicated to
    the integration of meteorology and social science

Capacity building -- creating a community for
lifelong collaboration and support!

28
WASIS mission (cont)
  • Providing opportunity to learn and examine ideas,
    methods, and examples related to integrated
    weather-society work
  • Tools GIS, surveys, qualitative methods
  • Concepts problem definition, speaking the same
    language, end-to-end-to-end process
  • Topics risk perception, vulnerability,
    resilience

29
WASIS workshops
  • Began as one workshop
  • Grown into 5 workshops (so far)
  • Original Boulder WASIS (Nov 2005 Mar 2006)
  • Norman WASIS (April 2006)
  • 2006 Summer WASIS (July 2006)
  • Australia WASIS (Jan-Feb 2007)
  • 2007 Summer WASIS (July 2007)
  • 145 total WASISers!

30
WASIS accomplishments
  • New collaborations and projects
  • Influence on peoples research
  • Peer mentoring
  • Idea development and sharing
  • Demuth et al. article forthcoming in November
    issue of BAMS

31
Additional WASIS activities
  • WASIS compendium of projects to highlight
    successful research projects and partnerships
    that integrate social science with
    weather/climate
  • NWS WASIS workshop, Oct 24-25
  • Connect NWS WASISers
  • Strategize ways to integrate social science into
    the NWS paradigm, in both local offices and at
    broader organizational level

32
WASIS Andreas personal account
  • Participated in WASIS Summer 2007
  • Some Lessons Learned
  • Societal impacts are more complex than the
    reasons listed on grant proposals.
  • Dont try this at home. Social science requires
    extensive training in proper methodology, so
  • Collaborate on projects and integrate social
    science research with your own.
  • Learning to speak each others language is
    crucial.
  • I alone cannot determine what other people need
    from weather and climate research

33
WASIS Andreas personal account
  • What came out of WASIS for me?
  • Collaborations / Projects (in the works)
  • Pet project
  • Collaborating with other WASIS participants from
    TWC and MSU
  • Survey pending IRB approval
  • Ft. Collins FF Bike Path Warnings
  • Project outlined during WASIS, once again as a
    collaboration
  • Initial response from Ft. Collins Stormwater Mgt
    favorable, still waiting for response from Dept.
    of Parks and Recreation

34
Positive deviance
  • Positive deviance from the norm idea originated
    by the Save the Children non-profit
    organization
  • Amazing change can come about by building on new
    thinking and capabilities that start from within
    a community

Gawande, A., 2007 Better A Surgeons Notes on
Performance. Metropolitan Books, 273 pp.
35
Suggestions for deviant thinking
  • Ask questions
  • Observe
  • Read widely
  • Take time to think
  • Talk to someone who doesnt think exactly like
    you do, especially someone from a different
    discipline

Let it all inform what you do and change how you
approach a problem in the future!
36
Brainstorming
  • Seemingly countless opportunities of studying
    weather and climate impacts and integrating
    social science!
  • What ideas do you have related to your work,
    related to others work, or about anything?

37
Positive Deviance - Example
  • Andreas (Humble) Example
  • Re-evaluating current research project
  • Spoke to end-users at IHC
  • JTWC formal evaluation of TCFP product
  • Look into understanding societal impacts related
    to TC genesis problem (less clear than other
    hurricane-related areas, like rapid
    intensification and track)
  • Exploring new projects/ideas
  • CC _at_ CSU lecture series
  • AT755
  • Diversified reading (Hazards, Climate change,
    etc)
  • Keeping an eye on the big picture

38
Acknowledgements
  • Dr. Tom Vonder Haar
  • NCAR Societal Impacts Program
  • Institute for the Study of Society and
    Environment
  • Research Applications Lab
  • Andrea Schumacher

jdemuth_at_ucar.edu 303-497-8112
www.sip.ucar.edu www.sip.ucar.edu/wasis www.isse
.ucar.edu
www.ral.ucar.edu
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