qgis 2.8 qgis2.8
TRANSCRIPT
Microsoft Word - ExtractingAndProcessingIUCNRedListSpeciesDataUsingRasterInQGIS_Mongolia_mn (1)
: QGIS 2.8
QGIS 2.8 -
REDD+ ,
Using open source GIS software to support REDD+ planning
- ,
(UN-REDD) - .
(UNDP), , (FAO), -
(UNEP)- , 2008 9
,
(REDD) ,
.
- (UNEP)- (World
Conservation Monitoring Centre -WCMC)
.
30 , ,
.
: Corinna Ravilious
: UNEP
:
, .
. ,
UNEP - . ,
Director, UNEP-WCMC, 219 Huntingdon Road, Cambridge, CB3
0DL, UK. UNEP-WCMC - .
: UNEP,
.
, UNEP , ,
, ,
, . ,
UNPEP- .
, .
: Ravilious, C., Woroniecki, S. and Salvaterra, T. (2015) REDD+ -
, :
: QGIS 2.8- : UN-REDD
. UNEP , Cambridge, UK.
: REDD+- ,
- , ,
.
Using open source GIS software to support REDD+ planning
1. .................................................................................................................................... 4
2. -
..................................................................................................... 4
2.1. - ...... 4
2.2. ............................................................................................. 4
2.3. , CSV ................................................ 3
2.4. - ................................................... 5
2.5. CSV .......... 6
2.6. SQL - ........................................................ 8
2.7. SQL- .......... 9
2.8. ............................. 12
2.9. ................. 13
2.10. -
............................................................................... 14
2.11. .......... 15
2.12. ............... 18
2.13.
............................................................................................... 21
2.14. 129 0 ..................... 24
2.15. ...................................................................... 25
Using open source GIS software to support REDD+ planning
1.
REDD+ . ,
, , ,
. REDD+ ,
, REDD+-
.
,
- .
, ,
(http://opensource.org/licenses) . ,
.
-
( , 2013).
-
, ,
QGIS- -
.
2. -
2.1. -
-
CSV (
) .
.
2.2.
-
.
http://www.iucnredlist.org/
Continue to the IUCN Red List - .
Using open source GIS software to support REDD+ planning
2
.
a. Other
Search Options-
b. Taxonomy-
c.
ANIMALIA-
d. CHORDATA-
e. AMPHIBIA, AVES
MAMMALIA- .
f.
Your Search Criteria .
,
.
g. Location , land
regions- ,
.
h.
Your Search
Criteria
.
i. Assessment .
.
EX EW
.. .
j. Your
Search Criteria
.
k. Run search
Using open source GIS software to support REDD+ planning
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AMPHIBIA, AVES and MAMMALIA-
, , ,
.
.
. .
Habitat , search criteria panel
.
2.3. , CSV
a. .
Save/Export Search
b.
,
,
login .
c.
account .
(
)
account
,
.
d.
.
Supply your information
.
Submit
Using open source GIS software to support REDD+ planning
4
e. Add your
currentSearch .
f.
NGA_AmpAveMam .
g. add to saved searches
h. saved search -
NGA_AmpAveMam
.
i. Export
results
.
.
.
j.
browser .
My Downloads
.
Using open source GIS software to support REDD+ planning
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k.
NGA_AmpAveMam
.
l. Export results .
m. Comma-Separated Values (CSV)
zip .
n.
.
o. zip
.
NGA_AmpAveMam.zip
p. zip
csv
q. csv NGA_AmpAveMam.csv .
2.4. -
.
. .
. -
.
a.
http://www.iucnredlist.org/
b. Resources Spatial Data Download .
Using open source GIS software to support REDD+ planning
6
c. .
d. links
:
(BirdLife )
( .
)
(EPSG: 4326).
.
: - feature
- .
2.5. CSV
a. csv (2.3 m )
NGA_AmpAveMam.CSV Excel .
Using open source GIS software to support REDD+ planning
7
b. . QGIS
. .
OLD Field Name New Field Name
Species ID = Species_ID
Kingdom = Kingdom
Phylum = Phylum
Class = Class
Order = Order
Family = Family
Genus = Genus
Species = Species
Binomial = Binomial
Authority = Authority
Infraspecific rank = Inf_rank
Infraspecific name = Inf_name
Infraspecific authority = inf_auth
Stock/subpopulation = stk_subpop
Synonyms = Synonyms
Common names (Eng) = com_eng
Common names (Fre) = com_fre
Common names (Spa) = com_spa
Red List status = rl_status
Red List criteria = rl_criteria
Red List criteria version = rl_version
Year assessed = year_ass
Population trend = poptrend
Petitioned = Petitioned
Using open source GIS software to support REDD+ planning
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c. ( csv - ).
yes .
CSV . 2.6 'species_id' QGIS SQL-
.
d. text editor - csv
. Species_ID integer
.
"integer","string","string","string","string","string","string","string","string","integer","string",
"string","string","string","string","string","string","string","string","string","string","string","st
ring"
csv .
e. csv
.csvt .
NGA_AmpAveMam.csvt .
QGIS numeric (Integer)
, QGIS (default)
(string) .
2.6. SQL - (query)
QGIS
SQL- (query) .
(join)
.
a. csv NGA_AmpAveMam.CSV .
Species_ID excel B .
Using open source GIS software to support REDD+ planning
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b. A 2- "id_no" = (
SQL - )
c. C 2- OR (OR SQL -
)
d. D 2- =A2&B2&C2 .
e. 2-
A, C, D
.
f. 1-
.
g. formatted_for_SQL_query.xlsx
.
2.7. SQL-
. -
.
,
.
a. QGIS - .
b. -
(
( EPSG:4326))
c. TOC -
.
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d. ( )
nga_border_dd.shp . (
EPSG:4326)) . -
.
e. - iucn_rl_species_2014_2_no_sens
.
f. iucn_rl_species_2014_2_no_sens Filter .
A
g. (Query) . excel .
h. OR - .
Test
. 5-10 .
.
.
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: ,
.
i. OK .
j. OK - . .
k.
Open Attribute table
.
: SQL
..
l. .
m.
save as .
n. e.g. nga_iucn_selection.shp
OK .
: (
1500
40 .
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o. TOC
iucn_rl_species_2014_2_no_sens
Remove .
2.8.
a.
nga_iucn_selection.shp
Filter .
b. - - 1
( ); 2 ( ); 6 (
), 1 (); 2
(); 5 ( )
.
Query Builder
:-
"presence" = 1 OR
"presence" = 2 AND
"origin" = 1 OR "origin"
= 2 OR "origin" = 5
c. Test
.
d. OK
.
e. OK Builder .
f.
g. -
nga_iucn_selection.shp
Save as
h. nga_iucn_selection_PO.shp .
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i. OK .
2.9.
a.
nga_iucn_selection_PO.shp
Filter
.
b.
Query Builder
biome_terr" = 't'
c. Test
.
d. O K
.
e. OK
.
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f. - nga_iucn_selection_PO.shp
Save as .
g. e.g. nga_iucn_selection_PO_T.shp .
2.10. -
a. Vector >> Data
management tools >> Split vector
layer
Using open source GIS software to support REDD+ planning
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b. input vector layer
nga_iucn_selection_PO_T.shp-
.
c. unique ID field
.id_no
.
ID .
d. output folder C:\NGA_SpeciesRichness\nga_iucn_selection_PO_T_splits
.
e. OK .
2.11.
a.
nga_border_dd.shp
open Attribute table- .
b. toggle
editing button .
c. . Calculator button .
Using open source GIS software to support REDD+ planning
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d. ID . integer
1 .
e. ID . toggle editing .
f. Save .
g. Processing Toolbox SAGA - shapes to Grid tool-
h. Shaped to grid
.
Using open source GIS software to support REDD+ planning
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i. Shapes .
j. grid ID (.. grid- 1)
k. Preferred Target Grid Integer (1 byte)
l. decimal degrees 0.008333 (1 ) .
m. .tif .
n. run . (TOC)
. 1 129.
o. Grid rename AOI ( ) .
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2.12.
a. Processing Toolbox SAGA-Clip grid with polygon .
b. Clip grid with polygon Execute as batch process .
c. Input ...
select from open layers .
d. AOI- (
1 )
e. OK .
f. Polygons ... select from file system- .
Using open source GIS software to support REDD+ planning
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g. C:\NGA_SpeciesRichness\nga_iucn_selection_PO_T_splits
shift key . shp
.
.
h. Input 2 AOI .
i. Output ... select from file system- .
Using open source GIS software to support REDD+ planning
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j. .
C:\NGA_SpeciesRichness\nga_iucn_selection_PO_T_splits_grids
k. .tif .
l. Save as type Tif files(.tif) .
m. Save .
n. Autofill
.
Fill with
parameter values -
.
polygons - .
,
.tif .
o.Load in QGIS ... No .
p. Load in QGIS No
.
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q. Run .
r.
.
. tif ,
(129)- . (extent)
.
2.13.
. (.. AOI ).
Mask
0 .
a. input AOI - NGA_GRID_values1.tif -
.
b. Method Single .
c. old Value 1 new value 0
.
d. replace no data value Yes
e. new value for no data values 0
f. replace other values Yes
g. new value for other values 0
h. Grid
NGA_GRID_values0. tif
.
Grid
0 .
the 0 Mask
Using open source GIS software to support REDD+ planning
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.
i. Processing Toolbox Models - UNEP-WCMC custom toolbox-
.
j. Step1_Make individual species rasters cover full extent of AOI
execute as batch- .
k. InputRasterLayer ... select from file system -
. .tif .
l. MaskRasterLayer ... select from open layers -
.
m. 0- AOI- NGA_GRID_values0.tif - .
n. MaskRasterLayer AOI - .
o. MaskExtent ...
use layer/canvas extent AOI
NGA_GRID_values0.tif OK .
p. MaskExtent AOI -
.
q. Outpatch ... .
Using open source GIS software to support REDD+ planning
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r. C:\NGA_SpeciesRichness\tmpgrids
.
s. file name .tif .
t. Save as type Tif files(.tif) .
u. Save .
v. Autofillmode Fill with parameter values - , parameter to use
InputRasterLayer- .
w. Load in QGIS ... No .
x. Load in QGIS No .
y. Run
z. C:\NGA_SpeciesRichness\tmpgrids .
Using open source GIS software to support REDD+ planning
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.
:
. ( !).
QGIS .
2.14. 129 0
a. Processing Tools Models - UNEP-WCMC custom toolbox-
.
b. Step2_Reclassify no data 129 to 0 execute as batch-
.
c. InputRasterLayer ... select from file system-
. C:\NGA_SpeciesRichness\tmpgrids
shift .
d. Raster1_0
...
.
.
C:\NGA_SpeciesRichness\
nga_iucn_selection_PO_T_
splits_grids_final_1_0
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e. file name .tif .
f. Save as type Tif files(.tif)- .
g. Save .
h. Autofill mode Fill with number .
i. Load in QGIS No . (
.)
1- x .
.
2.15.
1, 0
. .
a. QGIS .
C:\NGA_SpeciesRichness\nga_iucn_selection_PO_T_splits_grids_final_1_0
b. Ctrl+Shft+H - .
c. Raster>>Raster Calculator .
Using open source GIS software to support REDD+ planning
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d. Excel .
e. A 1 .
f. B " .
g. C =B1&A1&"@1"&B1&" + " .
h. A 1206 .
i.
.
j. C QGIS - raster calculator .
k. ... ,
C:/NGA_SpeciesRichness/MAM_AMP_BIRD_richness_PO_T.tif
.
Using open source GIS software to support REDD+ planning
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.
.