Regional Support to National Level Capacities on GIS

If you treat an individual as they are, they will stay as they are, but if you
treat them as if they were what they ought <strong>to</strong> be, and could be, they will
become that bigger and better individual
Goethe 1774
FOURTH AFRICA DROUGHT ADAPTATION FORUM
ADAF
Oct. 13-14, 2011
Byron ANANGWE
Questions??
3
GIS in Practice
RCMRD presentation.
GIS in Practice 3
RCMRD presentation.
GIS in Practice
RCMRD presentation.
Are we praying enough
Space Activities at the RCMRD
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
1

QuickBird
WorldView 1
SPOT
Landsat
RS/GIS Integration with
Global Positioning System (GPS)
Field staff records geographic locations
(camps, road networks, transit centers etc.)
using hand hand-held held Global Positioning System
(GPS) receivers.
Features of interest
are plotted on a map, here:
refugee camps, in Ethiopia
and Djibouti.
Refugee camps are
symbolized as red tents.
What are the Issues?
� Proper Planning
� sound policy formulation
� Timely service delivery <strong>to</strong> people
� Allocation of Resources
GIS in Practice
RCMRD presentation.
GPS receives geographic location from
positioning satellites.
Locations are s<strong>to</strong>red in Geographic
Information System (GIS).
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
GPS
INTERNET
Spatial Technologies
promoted at RCMRD
EMERGENT COMPONENTS OF IS
GIS PERSONNEL
Decision
<strong>Support</strong>
HARDWARE
USERS
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
GEOGRAPHIC
DATA
SOFTWARE
GIS in Practice
RCMRD presentation.
2

3
GIS in Practice
RCMRD presentation.
L an d Id Sy st em Id Bl m Ad m in St at e M eri di an T ow n sh ip Ra ng e S e cti on A liq P ar t S ur Ty pe S t A cr ea ge G eo S tat e
8 60 3 CR N M 23 0 23 0N 0 13 0W 2 1 NE ; A N M
8 60 5 CR N M 23 0 29 0N 0 10 0E S2 NE ,S E; A N M
8 61 4 CR N M 23 0 29 0N 0 10 0E 1 0 N2 N2 ,S 2S E; A N M
8 61 7 CR N M 23 0 29 0N 0 10 0E 1 3 N2 ,N ES W ,N 2S E, SE S E; A N M
8 61 9 CR N M 23 0 29 0N 0 10 0E 1 7 NE ,S EN W ,S W ,N 2S E, SE SE ; A N M
8 63 0 CR N M 6 0 34 0S 0 42 0W 1 4 E2 ,S W, S2 NW ; A K S
8 63 5 CR N M 23 0 30 0N 0 12 0W 1 9 SE NE ; E N M
8 64 1 CR N M 23 0 20 0S 0 25 0E L4 ,SW N W ,N W SW ; E N M
8 65 6 CR N M 23 0 15 0N 0 06 0E 71 1 PT O F LO TS 1 -5 ,S2 N W, SE ; 1 N M
8 77 1 CR N M TX 1 41 BL K 79 T 1;S E C 5-8 ,1 7-2 0 1 T X
8 77 2 CR N M TX 1 41 29 ,30 B LK 8 0 T 1 ,S EC 1 ,12 1 T X
2 56 46 60 0 ST N M 23 0 04 0N 0 34 0E 1 5 XX XX A 16 0N M
2 56 46 60 3 ST N M 23 0 04 0N 0 36 0E 2 7 XX XX A 16 0N M
2 56 46 60 4 ST N M 23 0 03 0N 0 34 0E 2 0 XX XX X XX X A 32 0N M
2 56 46 61 1 ST N M 23 0 04 0N 0 36 0E 1 7 XX XX X XX X A 32 0N M
2 56 46 61 2 ST N M 23 0 04 0S 0 31 0E 1 9 X X A 8 0N M
2 56 46 61 3 ST N M 23 0 04 0S 0 31 0E 1 9 X L 38 .9 9N M
2 56 46 61 4 ST N M 23 0 04 0S 0 31 0E 1 9 X L 38 .9 7N M
2 56 46 61 5 ST N M 23 0 03 0N 0 35 0E 1 4 XX XX A 16 0N M
2 56 46 61 9 ST N M 23 0 05 0S 0 31 0E X X A 8 0N M
2 56 46 62 0 ST N M 23 0 05 0S 0 31 0E X L 39 .3 1N M
2 56 46 62 1 ST N M 23 0 05 0S 0 31 0E X L 39 .3 4N M
2 58 21 48 2 ST N M 23 0 03 0N 0 26 0E 2 0 OF L ND F OR A C A NA L 10 0 1 N M
2 64 03 12 8 ST N M 23 0 02 0S 0 03 0W 3 1 MS 37 8, MS 8 68 ; 1 N M
2 64 03 53 2 ST N M 23 0 08 0S 0 05 0E 2 8 OK LA H OM A L OD E ; 1 N M
2 65 72 77 8 ST N M 23 0 10 0S 0 19 0W 2 8 UN SU R VE Y ED ; 1 N M
2 65 72 94 8 ST N M 23 0 19 0S 0 15 0W 1 1 AN D SW N W ; 1 N M
2 66 42 39 7 ST N M 23 0 19 0S 0 15 0W 2 3 13 57 , A ND 1 40 3; 1 N M
La nd Id S ys tem Id B lm A dm in S ta te M e rid ian To w ns hip R an ge Se ct io n A li q P a rt S u r T yp e S t Ac re ag e G e o S ta te
86 03 C R NM 2 3 02 30 N 0 13 0W 21 N E; A N M
86 05 C R NM 2 3 02 90 N 0 10 0 E 1 S 2N E, SE ; A N M
86 14 C R NM 2 3 02 90 N 0 10 0 E 10 N 2N 2, S2 SE ; A N M
86 17 C R NM 2 3 02 90 N 0 10 0 E 13 N 2,N E SW ,N 2 SE ,S ES E; A N M
86 19 C R NM 2 3 02 90 N 0 10 0 E 17 N E,S E NW ,S W ,N 2S E ,S ES E; A N M
86 30 C R NM 6 03 40 S 0 42 0W 14 E 2,S W ,S 2N W ; A KS
86 35 C R NM 2 3 03 00 N 0 12 0W 19 S EN E; E N M
86 41 C R NM 2 3 02 00 S 0 25 0 E 2 L4 ,S W NW ,N W S W ; E N M
86 56 C R NM 2 3 01 50 N 0 06 0 E 7 11 P T O F LO T S 1-5 ,S 2N W ,S E; 1 N M
87 71 C R NM T X 14 1 B LK 79 T 1 ;SE C 5- 8, 17 -20 1 TX
87 72 C R NM T X 14 1 29 ,3 0 B L K 8 0 T 1,S E C 1,1 2 1 TX
2 56 4 66 00 S T NM 2 3 00 40 N 0 34 0 E 15 X XX X A 16 0 N M
2 56 4 66 03 S T NM 2 3 00 40 N 0 36 0 E 27 X XX X A 16 0 N M
2 56 4 66 04 S T NM 2 3 00 30 N 0 34 0 E 20 X XX X X X XX A 32 0 N M
2 56 4 66 11 S T NM 2 3 00 40 N 0 36 0 E 17 X XX XX X XX A 32 0 N M
2 56 4 66 12 S T NM 2 3 00 40 S 0 31 0 E 19 X X A 8 0 N M
2 56 4 66 13 S T NM 2 3 00 40 S 0 31 0 E 19 X L 3 8.9 9 N M
2 56 4 66 14 S T NM 2 3 00 40 S 0 31 0 E 19 X L 3 8.9 7 N M
2 56 4 66 15 S T NM 2 3 00 30 N 0 35 0 E 14 X XX X A 16 0 N M
2 56 4 66 19 S T NM 2 3 00 50 S 0 31 0 E 7 X X A 8 0 N M
2 56 4 66 20 S T NM 2 3 00 50 S 0 31 0 E 7 X L 3 9.3 1 N M
2 56 4 66 21 S T NM 2 3 00 50 S 0 31 0 E 7 X L 3 9.3 4 N M
2 58 2 14 82 S T NM 2 3 00 30 N 0 26 0 E 20 O F L N D FO R A CA N AL 10 0 1 0 N M
2 64 0 31 28 S T NM 2 3 00 20 S 0 03 0W 31 M S3 78 ,M S8 68 ; 1 0 N M
2 64 0 35 32 S T NM 2 3 00 80 S 0 05 0 E 28 O KL AH O M A L O DE ; 1 0 N M
2 65 7 27 78 S T NM 2 3 01 00 S 0 19 0W 28 U NS U RV EY E D; 1 0 N M
2 65 7 29 48 S T NM 2 3 01 90 S 0 15 0W 11 A ND S W NW ; 1 0 N M
2 66 4 23 97 S T NM 2 3 01 90 S 0 15 0W 23 13 57 , A N D 14 03 ; 1 0 N M
H abitat Type
L a nd Id S ys tem I d B lm A dm in S ta te M e rid ia n To w ns hi p R an ge S ec tio n Al iq Pa rt Su r Ty pe St A cr ea ge G eo St at e
8 60 3 C R NM 2 3 02 30 N 01 30 W 21 N E; A N M
8 60 5 C R NM 2 3 02 90 N 01 00 E 1 S 2N E ,SE ; A N M
8 61 4 C R NM 2 3 02 90 N 01 00 E 10 N 2N 2 ,S2 S E; A N M
8 61 7 C R NM 2 3 02 90 N 01 00 E 13 N 2, NE S W, N2 SE ,S E SE ; A N M
8 61 9 C R NM 2 3 02 90 N 01 00 E 17 N E, SE N W ,SW , N2 SE ,S ES E ; A N M
8 63 0 C R NM 6 03 40 S 04 20 W 14 E 2, SW ,S 2N W ; A K S
8 63 5 C R NM 2 3 03 00 N 01 20 W 19 S EN E ; E N M
8 64 1 C R NM 2 3 02 00 S 02 50 E 2 L 4,S W N W ,NW S W ; E N M
8 65 6 C R NM 2 3 01 50 N 00 60 E 7 11 P T OF L OT S 1- 5,S 2 NW ,S E ; 1 N M
8 77 1 C R NM T X 14 1 B LK 7 9 T 1 ;S EC 5 -8 ,17 -2 0 1 T X
8 77 2 C R NM T X 14 1 2 9,3 0 BL K 80 T 1, SE C 1, 12 1 T X
2 56 46 60 0 ST NM 2 3 00 40 N 03 40 E 15 X XX X A 1 60 N M
2 56 46 60 3 ST NM 2 3 00 40 N 03 60 E 27 X XX X A 1 60 N M
2 56 46 60 4 ST NM 2 3 00 30 N 03 40 E 20 X XX X XX X X A 3 20 N M
2 56 46 61 1 ST NM 2 3 00 40 N 03 60 E 17 X XX X XX X X A 3 20 N M
2 56 46 61 2 ST NM 2 3 00 40 S 03 10 E 19 X X A 80 N M
2 56 46 61 3 ST NM 2 3 00 40 S 03 10 E 19 X L 38 .99 N M
2 56 46 61 4 ST NM 2 3 00 40 S 03 10 E 19 X L 38 .97 N M
2 56 46 61 5 ST NM 2 3 00 30 N 03 50 E 14 X X XX A 1 60 N M
2 56 46 61 9 ST NM 2 3 00 50 S 03 10 E 7 X X A 80 N M
2 56 46 62 0 ST NM 2 3 00 50 S 03 10 E 7 X L 39 .31 N M
2 56 46 62 1 ST NM 2 3 00 50 S 03 10 E 7 X L 39 .34 N M
2 58 21 48 2 ST NM 2 3 00 30 N 02 60 E 20 O F LN D FO R A C AN A L 1 00
F T
1 0 N M
2 64 03 12 8 ST NM 2 3 00 20 S 00 30 W 31 M S 37 8,M S 86 8; 1 0 N M
2 64 03 53 2 ST NM 2 3 00 80 S 00 50 E 28 O KL A HO M A LO D E; 1 0 N M
2 65 72 77 8 ST NM 2 3 01 00 S 01 90 W 28 U NS U RV E YE D ; 1 0 N M
2 65 72 94 8 ST NM 2 3 01 90 S 01 50 W 11 A ND S W N W; 1 0 N M
2 66 42 39 7 ST NM 2 3 01 90 S 01 50 W 23 1 35 7, AN D 14 0 3; 1 0 N M
La nd I d S ys te m Id B lm A d mi n Sta te Me ri dia n T ow n sh ip R a ng e S e cti on A liq P ar t S ur T yp e S t A c rea ge G eo S ta te
86 03 C R N M 2 3 0 23 0N 01 3 0W 2 1 NE ; A NM
86 05 C R N M 2 3 0 29 0N 01 0 0E S2 NE ,S E; A NM
86 14 C R N M 2 3 0 29 0N 01 0 0E 1 0 N2 N2 ,S 2S E ; A NM
86 17 C R N M 2 3 0 29 0N 01 0 0E 1 3 N2 ,N ES W ,N 2S E, SE S E; A NM
86 19 C R N M 2 3 0 29 0N 01 0 0E 1 7 NE ,S EN W ,S W ,N 2S E, SE SE ; A NM
86 30 C R N M 6 0 34 0S 04 2 0W 1 4 E2 ,S W, S2 NW ; A KS
86 35 C R N M 2 3 0 30 0N 01 2 0W 1 9 SE NE ; E NM
86 41 C R N M 2 3 0 20 0S 02 5 0E L4 ,SW N W ,N W SW ; E NM
86 56 C R N M 2 3 0 15 0N 00 6 0E 71 1 PT O F LO TS 1 -5 ,S2 N W ,SE ; 1 NM
87 71 C R N M T X 1 41 BL K 79 T 1;S E C 5-8 ,1 7- 20 1 TX
87 72 C R N M T X 1 41 29 ,30 B LK 8 0 T 1 ,S EC 1 ,1 2 1 TX
25 64 66 00 S T N M 2 3 0 04 0N 03 4 0E 1 5 XX XX A 16 0 NM
25 64 66 03 S T N M 2 3 0 04 0N 03 6 0E 2 7 XX XX A 16 0 NM
25 64 66 04 S T N M 2 3 0 03 0N 03 4 0E 2 0 XX XX X XX X A 32 0 NM
25 64 66 11 S T N M 2 3 0 04 0N 03 6 0E 1 7 XX XX X XX X A 32 0 NM
25 64 66 12 S T N M 2 3 0 04 0S 03 1 0E 1 9 X X A 8 0 NM
25 64 66 13 S T N M 2 3 0 04 0S 03 1 0E 1 9 X L 3 8.9 9 NM
25 64 66 14 S T N M 2 3 0 04 0S 03 1 0E 1 9 X L 3 8.9 7 NM
25 64 66 15 S T N M 2 3 0 03 0N 03 5 0E 1 4 XX X X A 16 0 NM
25 64 66 19 S T N M 2 3 0 05 0S 03 1 0E X X A 8 0 NM
25 64 66 20 S T N M 2 3 0 05 0S 03 1 0E X L 3 9.3 1 NM
25 64 66 21 S T N M 2 3 0 05 0S 03 1 0E X L 3 9.3 4 NM
25 82 14 82 S T N M 2 3 0 03 0N 02 6 0E 2 0 OF L ND F OR A C A NA L 10 0 1 NM
26 40 31 28 S T N M 2 3 0 02 0S 00 3 0W 3 1 MS 37 8, M S8 68 ; 1 NM
26 40 35 32 S T N M 2 3 0 08 0S 00 5 0E 2 8 OK LA H OM A L OD E ; 1 NM
26 57 27 78 S T N M 2 3 0 10 0S 01 9 0W 2 8 UN SU R VE Y ED ; 1 NM
26 57 29 48 S T N M 2 3 0 19 0S 01 5 0W 1 1 AN D SW N W ; 1 NM
26 64 23 97 S T N M 2 3 0 19 0S 01 5 0W 2 3 13 57 , A ND 1 40 3; 1 NM
Tax Ass essor
Riparian = Habitat Type
Tree = Cover Type
Erosiv e = Soil Type
Assessor Value = $23,000.00
Zoning = Light Industrial
LR 2000 = MTM43258
L a nd Id S ys tem I d B lm A dm in S ta te M e rid ia n To w ns hi p R an ge S ec tio n Al iq Pa rt S ur Ty pe S t A cr ea ge G eo S ta te
8 60 3 C R NM 2 3 02 30 N 01 30 W 21 N E ; A NM
8 60 5 C R NM 2 3 02 90 N 01 00 E 1 S 2N E ,S E; A NM
8 61 4 C R NM 2 3 02 90 N 01 00 E 10 N 2N 2 ,S 2S E; A NM
8 61 7 C R NM 2 3 02 90 N 01 00 E 13 N 2, NE S W ,N2 S E,S E SE ; A NM
8 61 9 C R NM 2 3 02 90 N 01 00 E 17 N E ,SE N W ,S W, N2 SE ,S E SE ; A NM
8 63 0 C R NM 6 03 40 S 04 20 W 14 E 2, SW ,S 2 NW ; A KS
8 63 5 C R NM 2 3 03 00 N 01 20 W 19 S E NE ; E NM
8 64 1 C R NM 2 3 02 00 S 02 50 E 2 L 4, SW N W ,N WS W ; E NM
8 65 6 C R NM 2 3 01 50 N 00 60 E 7 11 P T OF L O TS 1 -5, S2 NW , SE ; 1 NM
8 77 1 C R NM T X 14 1 B LK 7 9 T 1 ;S EC 5 -8 ,1 7-2 0 1 TX
8 77 2 C R NM T X 14 1 2 9, 30 B LK 80 T 1 ,SE C 1 ,12 1 TX
2 56 46 60 0 ST NM 2 3 00 40 N 03 40 E 15 X X XX A 16 0 NM
2 56 46 60 3 ST NM 2 3 00 40 N 03 60 E 27 X X XX A 16 0 NM
2 56 46 60 4 ST NM 2 3 00 30 N 03 40 E 20 X X XX XX X X A 32 0 NM
2 56 46 61 1 ST NM 2 3 00 40 N 03 60 E 17 X X XX XX X X A 32 0 NM
2 56 46 61 2 ST NM 2 3 00 40 S 03 10 E 19 X X A 8 0 NM
2 56 46 61 3 ST NM 2 3 00 40 S 03 10 E 19 X L 38 .9 9 NM
2 56 46 61 4 ST NM 2 3 00 40 S 03 10 E 19 X L 38 .9 7 NM
2 56 46 61 5 ST NM 2 3 00 30 N 03 50 E 14 X X XX A 16 0 NM
2 56 46 61 9 ST NM 2 3 00 50 S 03 10 E 7 X X A 8 0 NM
2 56 46 62 0 ST NM 2 3 00 50 S 03 10 E 7 X L 39 .3 1 NM
2 56 46 62 1 ST NM 2 3 00 50 S 03 10 E 7 X L 39 .3 4 NM
2 58 21 48 2 ST NM 2 3 00 30 N 02 60 E 20 O F LN D F OR A C AN A L 1 00
F T
1 NM
2 64 03 12 8 ST NM 2 3 00 20 S 00 30 W 31 M S 37 8, MS 86 8; 1 NM
2 64 03 53 2 ST NM 2 3 00 80 S 00 50 E 28 O K LA HO M A LO D E; 1 NM
2 65 72 77 8 ST NM 2 3 01 00 S 01 90 W 28 U N SU R VE YE D ; 1 NM
2 65 72 94 8 ST NM 2 3 01 90 S 01 50 W 11 A N D SW N W ; 1 NM
2 66 42 39 7 ST NM 2 3 01 90 S 01 50 W 23 1 35 7, AN D 1 40 3; 1 NM
La n d I d S ys te m Id B lm A d m in St ate M eri dia n T ow n sh ip Ra ng e Se cti on A liq P ar t S u r T yp e S t Ac re ag e G e o S ta te
86 03 C R N M 23 0 23 0N 0 13 0W 2 1 NE ; A N M
86 05 C R N M 23 0 29 0N 0 10 0E S2 NE ,S E ; A N M
86 14 C R N M 23 0 29 0N 0 10 0E 1 0 N2 N 2,S 2S E ; A N M
86 17 C R N M 23 0 29 0N 0 10 0E 1 3 N2 ,N ES W ,N 2S E ,S ES E; A N M
86 19 C R N M 23 0 29 0N 0 10 0E 1 7 NE ,S EN W ,S W ,N 2S E, SE S E; A N M
86 30 C R N M 6 0 34 0S 0 42 0W 1 4 E2 ,S W ,S2 N W ; A K S
86 35 C R N M 23 0 30 0N 0 12 0W 1 9 SE N E; E N M
86 41 C R N M 23 0 20 0S 0 25 0E L4 ,S WN W ,N W SW ; E N M
86 56 C R N M 23 0 15 0N 0 06 0E 71 1 PT O F LO T S 1 -5 ,S 2N W ,S E; 1 N M
87 71 C R N M TX 1 41 BL K 79 T 1; SE C 5- 8,1 7- 20 1 TX
87 72 C R N M TX 1 41 29 ,30 B LK 8 0 T 1 ,S EC 1 ,1 2 1 TX
25 64 66 00 S T N M 23 0 04 0N 0 34 0E 1 5 XX X X A 16 0 N M
25 64 66 03 S T N M 23 0 04 0N 0 36 0E 2 7 XX X X A 16 0 N M
25 64 66 04 S T N M 23 0 03 0N 0 34 0E 2 0 XX X X X XX X A 32 0 N M
25 64 66 11 S T N M 23 0 04 0N 0 36 0E 1 7 XX X XX XX X A 32 0 N M
25 64 66 12 S T N M 23 0 04 0S 0 31 0E 1 9 X X A 80 N M
25 64 66 13 S T N M 23 0 04 0S 0 31 0E 1 9 X L 3 8. 99 N M
25 64 66 14 S T N M 23 0 04 0S 0 31 0E 1 9 X L 3 8. 97 N M
25 64 66 15 S T N M 23 0 03 0N 0 35 0E 1 4 XX X X A 16 0 N M
25 64 66 19 S T N M 23 0 05 0S 0 31 0E X X A 80 N M
25 64 66 20 S T N M 23 0 05 0S 0 31 0E X L 3 9. 31 N M
25 64 66 21 S T N M 23 0 05 0S 0 31 0E X L 3 9. 34 N M
25 82 14 82 S T N M 23 0 03 0N 0 26 0E 2 0 OF L ND F O R A C A NA L 10 0 1 0 N M
26 40 31 28 S T N M 23 0 02 0S 0 03 0W 3 1 MS 3 78 ,M S8 68 ; 1 0 N M
26 40 35 32 S T N M 23 0 08 0S 0 05 0E 2 8 OK L AH O MA L OD E ; 1 0 N M
26 57 27 78 S T N M 23 0 10 0S 0 19 0W 2 8 UN S UR V EY ED ; 1 0 N M
26 57 29 48 S T N M 23 0 19 0S 0 15 0W 1 1 AN D SW N W ; 1 0 N M
26 64 23 97 S T N M 23 0 19 0S 0 15 0W 2 3 13 57 , A N D 1 4 03 ; 1 0 N M
Zoning
L an d Id Sy st em Id Bl m Ad m in S tat e M er id ian To w ns hip R an ge S ec tio n Al iq Pa rt Su r Ty pe St A cr ea ge G eo S tat e
8 60 3 CR N M 23 02 30 N 0 1 30 W 21 N E; A N M
8 60 5 CR N M 23 02 90 N 0 1 00 E 1 S 2N E, SE ; A N M
8 61 4 CR N M 23 02 90 N 0 1 00 E 10 N 2N 2, S2 SE ; A N M
8 61 7 CR N M 23 02 90 N 0 1 00 E 13 N 2,N E SW , N2 SE ,S E SE ; A N M
8 61 9 CR N M 23 02 90 N 0 1 00 E 17 N E, SE NW , SW ,N 2 SE ,S ES E ; A N M
8 63 0 CR N M 6 03 40 S 0 4 20 W 14 E 2,S W ,S 2N W ; A K S
8 63 5 CR N M 23 03 00 N 0 1 20 W 19 S EN E ; E N M
8 64 1 CR N M 23 02 00 S 0 2 50 E 2 L 4,S W N W, NW S W ; E N M
8 65 6 CR N M 23 01 50 N 0 0 60 E 7 11 P T O F L OT S 1- 5,S 2 NW ,S E ; 1 N M
8 77 1 CR N M TX 14 1 B LK 7 9 T 1 ;S EC 5 -8 ,17 -2 0 1 T X
8 77 2 CR N M TX 14 1 2 9,3 0 BL K 80 T 1, SE C 1, 12 1 T X
2 56 46 60 0 ST N M 23 00 40 N 0 3 40 E 15 X XX X A 1 6 0N M
2 56 46 60 3 ST N M 23 00 40 N 0 3 60 E 27 X XX X A 1 6 0N M
2 56 46 60 4 ST N M 23 00 30 N 0 3 40 E 20 X XX X XX X X A 3 2 0N M
2 56 46 61 1 ST N M 23 00 40 N 0 3 60 E 17 X XX X XX XX A 3 2 0N M
2 56 46 61 2 ST N M 23 00 40 S 0 3 10 E 19 X X A 80 N M
2 56 46 61 3 ST N M 23 00 40 S 0 3 10 E 19 X L 38 .99 N M
2 56 46 61 4 ST N M 23 00 40 S 0 3 10 E 19 X L 38 .97 N M
2 56 46 61 5 ST N M 23 00 30 N 0 3 50 E 14 X XX X A 1 6 0N M
2 56 46 61 9 ST N M 23 00 50 S 0 3 10 E 7 X X A 80 N M
2 56 46 62 0 ST N M 23 00 50 S 0 3 10 E 7 X L 39 .31 N M
2 56 46 62 1 ST N M 23 00 50 S 0 3 10 E 7 X L 39 .34 N M
2 58 21 48 2 ST N M 23 00 30 N 0 2 60 E 20 O F LN D FO R A C AN AL 1 00 1 0 N M
2 64 03 12 8 ST N M 23 00 20 S 0 0 30 W 31 M S3 78 ,M S 86 8; 1 0 N M
2 64 03 53 2 ST N M 23 00 80 S 0 0 50 E 28 O KL A HO M A LO D E; 1 0 N M
2 65 72 77 8 ST N M 23 01 00 S 0 1 90 W 28 U NS U RV E YE D ; 1 0 N M
2 65 72 94 8 ST N M 23 01 90 S 0 1 50 W 11 A ND S W NW ; 1 0 N M
2 66 42 39 7 ST N M 23 01 90 S 0 1 50 W 23 1 35 7, AN D 14 03 ; 1 0 N M
La nd Id S ys tem Id B lm A dm in S ta te M e rid ia n T ow ns h ip R an g e S ec ti on A liq P ar t S ur T yp e S t A c rea g e G eo S ta te
86 03 C R N M 2 3 02 30 N 01 30 W 2 1N E ; A NM
86 05 C R N M 2 3 02 90 N 01 00 E S 2 NE ,S E; A NM
86 14 C R N M 2 3 02 90 N 01 00 E 1 0N 2 N2 ,S 2S E; A NM
86 17 C R N M 2 3 02 90 N 01 00 E 1 3N 2 ,N ES W ,N 2S E, SE S E; A NM
86 19 C R N M 2 3 02 90 N 01 00 E 1 7N E ,S EN W ,S W ,N 2S E, SE SE ; A NM
86 30 C R N M 6 03 40 S 04 20 W 1 4E 2 ,SW , S2 NW ; A KS
86 35 C R N M 2 3 03 00 N 01 20 W 1 9S E NE ; E NM
86 41 C R N M 2 3 02 00 S 02 50 E L 4, SW N W ,N W SW ; E NM
86 56 C R N M 2 3 01 50 N 00 60 E 7 1 1P T O F L O TS 1 -5, S2 N W, SE ; 1 NM
87 71 C R N M T X 14 1 B L K 7 9 T 1;S E C 5-8 ,1 7- 20 1 TX
87 72 C R N M T X 14 1 2 9, 30 B LK 8 0 T 1 ,S EC 1 ,12 1 TX
2 56 46 6 00 S T N M 2 3 00 40 N 03 40 E 1 5 X X XX A 16 0 NM
2 56 46 6 03 S T N M 2 3 00 40 N 03 60 E 2 7 X X XX A 16 0 NM
2 56 46 6 04 S T N M 2 3 00 30 N 03 40 E 2 0X X XX X XX X A 32 0 NM
2 56 46 6 11 S T N M 2 3 00 40 N 03 60 E 1 7 X X XX X XX X A 32 0 NM
2 56 46 6 12 S T N M 2 3 00 40 S 03 10 E 1 9 X X A 8 0 NM
2 56 46 6 13 S T N M 2 3 00 40 S 03 10 E 1 9 X L 3 8.9 9 NM
2 56 46 6 14 S T N M 2 3 00 40 S 03 10 E 1 9 X L 3 8.9 7 NM
2 56 46 6 15 S T N M 2 3 00 30 N 03 50 E 1 4 XX XX A 16 0 NM
2 56 46 6 19 S T N M 2 3 00 50 S 03 10 E X X A 8 0 NM
2 56 46 6 20 S T N M 2 3 00 50 S 03 10 E X L 3 9.3 1 NM
2 56 46 6 21 S T N M 2 3 00 50 S 03 10 E X L 3 9.3 4 NM
2 58 21 4 82 S T N M 2 3 00 30 N 02 60 E 2 0O F LN D F OR A C A NA L 10 0 1 0 NM
2 64 03 1 28 S T N M 2 3 00 20 S 00 30 W 3 1M S 37 8, MS 8 68 ; 1 0 NM
2 64 03 5 32 S T N M 2 3 00 80 S 00 50 E 2 8O K LA H OM A LO D E ; 1 0 NM
2 65 72 7 78 S T N M 2 3 01 00 S 01 90 W 2 8U N SU R VE Y ED ; 1 0 NM
2 65 72 9 48 S T N M 2 3 01 90 S 01 50 W 1 1A N D SW N W ; 1 0 NM
2 66 42 3 97 S T N M 2 3 01 90 S 01 50 W 2 31 35 7, A ND 1 40 3; 1 0 NM
C over Type
Decision
<strong>Support</strong>
Real World
Geographic knowledge / data
Citizens
GIS APPLICATIONS
Multi-concepts
GIS in Practice
RCMRD presentation.
1986 2000
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.

Agriculture Statistics - USGS/RLCM
Crop Interpretation
Land Slide
Alternative Livelihoods
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
Land Degradation: Deforestation
Mau Forest: 1986
Mau Forest: 2000
Forest
Degraded forest
Identification of Hotspots
IKONOS 4-Meter Multispectral
Bare soil
Other cover types
Flooded Dwellings
Tree <strong>to</strong>ps
Flooded Agricultural Fields
Forest - 292,192.4 Ha (2,921.92 Km 2 )
Deforested – 142,879.4 Ha (1,428.794 Km 2 )
Reforested – 60,411.0 Ha (604.11 Km
GIS in Practice
RCMRD presentation.
2 )
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
4

Predicting Flooding: Nzoia River
Basin
Predicting Flooding: Nzoia River Basin
Flood Mapping
Flooding in
Ethiopia on
September
1 st 2008
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
Flooding in
Mozambique on
January 27 th , 2008
GIS in Practice
RCMRD presentation.
Flood Forecasting
Precipitation
High resolution Model
Precipitation
M
o
d
e
l
High resolution Model
Model
Flood Potential
Flood Potential/Forcast
Flood forecasting <strong>to</strong>ol
Flood Event Mapping
B efore Flooding
Rainfall…..Forage and Movement of Animals
Forage moni<strong>to</strong>ring provided by the Lives<strong>to</strong>ck
Early Warning Systems (LEWS)
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
5

UNISDR/ECHO
Issues Noted for Ethiopia/Kenya/Uganda/Tanzania
• Gaps exist in uptake and adoption of Geo-ICT for
DRR
• High turn over of staff coupled with requisite skill
transfer
• Adequate access <strong>to</strong> advisory information relating <strong>to</strong>
appropriate Geo-ICT
• Institutional linkages and partnerships (Edu-Institutes)
UNISDR/ECHO
Issues Noted for Ethiopia/Kenya/Uganda/Tanzania
Recommendations
• Develop national network of DRR ac<strong>to</strong>rs with NDO
• Develop roll over model for continuous capacity
building and synergy with UN Agencies (WFP, UNICEF..
• Apply use of ApproTech in adoption of Geo-ICT
including use of OSS
• Promote development of Institutional linkages and
partnerships (Edu-Institutes)
• Exposure <strong>to</strong> best practices GIS in Practice
GIS in Practice
• Exposure <strong>to</strong> best practices
RCMRD presentation.
RCMRD presentation.
Active Capacity Building initiatives @ RCMRD
• Weather and Climate Modeling
• Early Warning
• Drought/Disaster Impacts, Vulnerability
and Adaptation
• Policy Development
• Humanitarian Planning
• Satellite and Vec<strong>to</strong>r Data Management
• Interactive 3-D Spatial Visualizations
• IWRM / ICZM
• ICT
FOURTH AFRICA DROUGHT ADAPTATION FORUM
ADAF
Oct. 13-14, 2011
Byron ANANGWE
End!
Byron A. O. Anangwe - banangwe@rcmrd.org
Product Development Officer, RCMRD http://www.rcmrd.org
GIS in Practice
RCMRD presentation.
GIS in Practice
RCMRD presentation.
Learn Policy/Political lingua
Closing Remarks
• Large amount of relevant spatial data is available.
• Appropriate technologies use
• Knowledge of quality, concepts is essential <strong>to</strong> turn
data in<strong>to</strong> information.
GIS in Practice
RCMRD presentation.
6