Created: 2019-07-12 ven 14:38
├── Context │ ├── Social-ecological systems │ ├── Open-ended interviews and qualitative coding │ ├── Cognitive mapping & graph theory │ ├── An approach for documenting systems of practices │ ├── Descriptive approach │ ├── Analytical approach │ ├── The cogmapr package │ ├── Coding │ ├── Mapping & ... │ ├── Cases studies
Integrated system of ecosystems and human society with reciprocal feedback and interdependence. The concept emphasizes the humans-in-nature perspective
Walker, 2010
Techniques | Practices |
---|---|
group of operations aiming to produce an effect | way of applying techniques |
grounded in the knowledge | grounded in the action |
Blanc-Pamard & Milleville, 1985 ; Landais, 1988
Quantitative survey | Qualitative survey | |
---|---|---|
collection | paper / on-line surveys | face-to-face interviews, recorded |
questions | closed | open-ended |
answers | numerical, factorial, ordinal | speech |
data | data base, data frames | texts, transcriptions, notes |
analyses | data analysis | qualitative coding |
outputs | contigency tables, plots | monography |
A cognitive map refers to the conceptual apparatus by which people classify, order, and interpret the world.
Axelrod, 1976
‘Starting Out in the Direction of Middle East Peace’
(Article of Henry A. Kissinger in the Los Angeles Times, 1982. Mapped by Kosko, 1986)
Euler, 1736
as.matrix(Seven_Bridges_of_Königsberg)
A B C D
A 0 1 1 1
B 1 0 0 0
C 1 0 0 0
D 0 1 1 0
├── Context │ ├── Social-ecological systems │ ├── Open-ended interviews and qualitative coding │ ├── Cognitive mapping & graph theory │ ├── An approach for documenting systems of practices │ ├── Descriptive approach │ ├── Analytical approach │ ├── The cogmapr package │ ├── Coding │ ├── Mapping & ... │ ├── Cases studies
Vanwindekens, F.M., Stilmant, D. & Baret, P.V. (2013). Development of a broadened cognitive mapping approach for analysing systems of practices in social-ecological systems. Ecological Modelling 250 : 352-362.
Vanwindekens, F.M., Baret, P.V. & Stilmant, D. (2014). A new approach for comparing and categorizing farmers' systems of practice based on cognitive mapping and graph theory indicators. Ecological Modelling 274 : 1-11.
├── Context │ ├── Social-ecological systems │ ├── Open-ended interviews and qualitative coding │ ├── Cognitive mapping & graph theory │ ├── An approach for documenting systems of practices │ ├── Descriptive approach │ ├── Analytical approach │ ├── The cogmapr package │ ├── Coding │ ├── Mapping & ... │ ├── Cases studies
cogmapr
packagecogmapr
packages
forked from github.com/ropenscilabs:qcoder
(Elin Waring et al., 2018)
plotIndCMap(IndCMap(di, doc.id = "3"))
outdegree (o) & indegree (i)
A B C D
A 0 1 1 1
B 1 0 0 0
C 1 0 0 0
D 0 1 1 0
centality (c)
pander::pander(
RelationshipTest(my.cogmap.project,
units = c("country_belgium",
"country_romania"),
output = "p.value"
) %>%
dplyr::filter(p.value < 0.05)
)
-------------------- edge p.value ------- ------------ 1~2 0.00591152 1~25 0.0187574 15~1 0.00591152 25~39 0.0223372 25~59 0.0223372 28~25 0.00884127 59~25 0.0223372 6~17 0.0144928 --------------------
plotSaturation(my.project, k = 10, type = "both")
slides done with emacs-org-babel-reveal
https://gitlab.com/FrdVnW/user2019 https://frdvnw.gitlab.io/user2019/
Let's share our answers! @FredVanwin
#user2019
#BridgesOfToulouse
- Photos - agriculture - Reproduction Number: LC-DIG-ppprs-00370 - link:https://commons.wikimedia.org/wiki/File:Ansel_Adams_-_Farm_workers_and_Mt._Williamson.jpg - forest -author:Przykuta -link:https://commons.wikimedia.org/wiki/File:Zrywka_drewna_776.jpg - sea - author:Mrwan elGobee - link:https://commons.wikimedia.org/wiki/File:Misrata_Sea_fishing_port.jpg - Pictures - worldviews - link: http://matthewbellis.com/tag/seth-godin-tribes/ - Map - link: http://maps.stamen.com
## Installation
devtools::install_github('FrdVnW/qcoder',
ref = "cogmap-dev",
upgrade = FALSE)
## New project (with example files)
create_qcoder_cogmap_project("your_new_project", sample=TRUE)
your_new_project/ ├── codes ├── concepts │ └── concepts.csv ├── data_frames ├── documents │ ├── lipsum2.txt │ ├── lipsum3.txt │ ├── lipsum4.txt │ └── lipsum.txt └── units ├── unit_document_map.csv └── units.csv
import_project_data("your_new_project")
... ├── data_frames │ ├── qcoder_codes_your_new_project.rds │ ├── qcoder_codings_your_new_project.rds │ ├── qcoder_concepts_your_new_project.rds │ ├── qcoder_documents_your_new_project.rds │ ├── qcoder_unit_document_map_your_new_project.rds │ └── qcoder_units_your_new_project.rds ...
qcode()