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Establishing a Long Term System
for Monitoring the Illegal Killing of Elephants (MIKE)Annex 5: Detailed budget breakdown
The following detailed cost analyses are attached:
5.1
Cost breakdown per survey year by heading
5.2
Population survey costs
5.3
Survey equipment
a)
b)Costing of survey equipment - Africa
Costing of survey equipment - Asia5.4
Costing for data collection and compilation
5.5
Costing of Technical Support and Data Processing Unit and Reporting
5.6
Costing of capacity building
5.7
Sub-regional cost breakdown
5.8
Costing of initial set-up costs
5.9
Estimated overall costs for Years 1-6
5.10
Example costing models
5.1 Cost breakdown per survey year by heading
Cost Headings
Annex
USD
Population surveys
survey costs
survey equipment
total
6.2
716,312
Africa
6.3a
314,693
Asia
6.3b
122,981
Data collection and compilation
6.4
713,909
Technical support and data unit and reporting
6.5
306,475
Capacity Building
6.6
179,228
Total
2,353,597
5.2 Population survey costs ( does not include equipment)
Scenario 3
65% sampling
60 total sites
East Africa - Site ID's
Method
Size sq.km
Transect Kms
Cost/km
Total
1
AT
709
374
12
4,494
3
DuC
125
10
30
313
4
AT
7,485
3,953
12
47,441
5
asmpn
3,000
1,585
12
19,015
9
AS
43,626
4,839
12
58,067
7
AT
3,366
1,778
12
21,334
10
AS
10,401
1,154
12
13,844
12
AT
2,800
1,479
12
17,747
Central Africa - Site ID's
1
AS
3,156
350
12
4,201
2
DuC
30,000
525
30
15,750
4
DuC
6,000
105
30
3,150
3
AS
15,125
1,678
12
20,132
5
DuC
1,322
23
30
694
7
AT
1,700
898
12
10,775
11
DuC
1,266
22
30
665
9
asmpn
3,000
1,585
12
19,015
8
TC
3,292
274
30
8,230
10
DuC
5,500
96
30
2,888
12
DuC
3,000
53
30
1,575
15
DuC
6,000
105
30
3,150
16
DuC
5,000
88
30
2,625
West Africa - Site ID's
2
DuC
2,755
48
30
1,446
7
DuC
8,119
142
30
4,262
9
DuC
1,038
18
30
545
10
AS
4,840
537
12
6,442
15
asmpn
3,000
1,585
12
19,015
16
DuC
27,000
473
30
14,175
17
AT
2,244
1,185
12
14,223
24
AT
16.5
9
12
105
26
DuC
1,391
735
12
8,816
6
AS
2,368
263
12
3,152
8
AS
19,337
2,145
12
25,738
13
DuC
1,123
20
30
590
14
asmpn
3,000
1,585
12
19,015
18
AT
518
274
12
3,283
21
AT
352
186
12
2,231
25
AS
8,447
937
12
11,243
Southern Africa - Site ID's
Method
Size sq.km
Transect Kms
Cost/km
Total
1
AS
15,219
1,688
12
20,257
2
AT
3,390
1,791
12
21,486
3
AT
2,870
1,516
12
18,191
7
AS
19,485
2,161
12
25,935
9
AS
30,000
3,328
12
39,931
11
AS
9,050
1,004
12
12,046
10
asmpn
3,000
1,585
12
19,015
15
AS
8000
887
12
10,648
South Asia - Site ID's
1
DuC
565
136
12
1,632
2
DuC
195
47
12
564
3
DuC
500
120
12
1,440
5
DiC
181
16
9
144
8
DiC
874
80
9
720
9
DiC
641
52
9
468
11
DiC
796
72
12
864
15
DiC
7,505
338
9
3,042
30
DiC
155
12
9
108
Southeast Asia - Site ID's
7
DiC
2,000
180
9
1,620
18
DuC
2,167
520
12
6,240
21
DuC
3,445
827
12
9,924
22
DuC
575
138
12
1,656
26
asmpn
3,500
840
12
10,080
28
DuC
2,600
624
12
7,488
Sub-total
358,134.5
49,073.3
622,880.4
Administrative overhead (15%)
93,432
Total
716,312
Notes
1. asmpn = assumed size of site area
2. AT = Aerial Total count, DiC = Direct Ground Count, DuC = Dung Count, AS = Aerial Sample count
3. Cost/km was derived from costing models for both aerial and ground counts. See 5.10
4. Transect Kms were derived from costing models for both aerial and ground counts. See 5.10
5.3a Costing of survey equipment - Africa
EQUIPMENT
Q/ Team
Teams
Cost/ Item
Per year
Total per year
Lifespan (yr)
6 Years Cost
Camera
1
29
833
24,167
4
36,250
Zoom lens 70mm - 200mm
1
29
500
14,500
4
21,750
Binoculars
1
45
100
4,500
4
6,750
Tape recorder
1
29
217
6,283
2
18,850
One pair parallel metal rods
1
29
33
967
1
5,800
Aerial calibration strip markers
1
29
33
957
1
5,742
GPS
1
45
1,200
54,000
2
162,000
StepSets 400 pedometer
1
16
1,200
19,200
2
57,600
Random number tables
1
45
10
450
1
2,700
Sighting poles
2
16
10
320
1
1,920
Matchetes and file
2
16
10
320
2
960
Surveyors chain/ Topofil
1
16
417
6,667
2
20,000
Backpacks
4
16
100
6,400
2
19,200
Peg markers
2
16
5
160
1
960
Calculators
1
45
40
1,800
2
5,400
Range finder
1
16
417
6,667
2
20,000
Starter tags and transect end tags
2
16
83
2,656
1
15,936
Dark clothing
8
16
80
10,240
0.5
122,880
Lightweight boots
8
16
60
7,680
0.5
92,160
Jerry cans
4
16
6
384
1
2,304
Tape measure
1
45
83
3,750
1
22,500
Hand held VHF radio
2
45
800
72,000
2
216,000
Tents
4
16
300
19,200
2
57,600
Day packs
4
16
10
640
2
1,920
Hip packs
4
16
10
640
2
1,920
Sleeping pads
4
16
10
640
2
1,920
Tarps
5
16
20
1,600
0.5
19,200
Personal compass
1
16
67
1,067
2
3,200
Sighting compass
1
16
200
3,200
2
9,600
Topofil line
1
16
100
1,600
0.5
19,200
Flagging tape
1
16
10
160
0.5
1,920
Pruning shears
1
16
10
160
2
480
Cooking pots
2
16
6
192
2
576
Cooking spoons
2
16
3
96
2
288
Plates
4
16
3
192
2
576
Cutlery
4
16
3
192
2
576
Sub-total
273,646
976,638
Administrative overhead (15%)
41,047
146,496
Total
314,693
1,123,134
Notes
1. Q/ Team indicates the number of items of a particular equipment required per survey team.
2. The number of teams is determined by the site survey type, 16 for forest sites and 29 for aerial surveys.
3. Equipment costs and lifespan was determined by supplier quotations, estimates and informed guesses.
5.3b Costing of survey equipment - Asia
EQUIPMENT
Q/ Team
Teams
Cost/ Item
Per Year
Total
Per Year
Lifespan
(Years)
6 Years
Cost
Camera
1
15
677
10,155
4
15,233
Zoom lens 70mm - 200mm
1
15
282
4,230
4
6,345
Film
1
15
190
2,850
4
4,275
Binoculars
4
15
279
16,740
4
25,110
Tape recorder
1
15
183
2,745
2
8,235
One pair parallel metal rods
1
15
33
500
1
3,000
GPS
1
15
340
5,100
2
15,300
StepSets 400 pedometer
1
15
70
1,050
2
3,150
Maps
1
15
63
945
2
2,835
Random number tables
1
15
15
225
1
1,350
Sighting poles
2
15
10
300
1
1,800
Matchetes and file
2
15
14
420
2
1,260
Surveyors chain/ Topofil
1
15
105
1,575
2
4,725
Backpacks
4
15
25
1,500
2
4,500
Peg markers
2
15
14
420
1
2,520
Calculators
1
15
35
525
2
1,575
Range finder
1
15
54
810
2
2,430
Starter tags and transect end tags
2
15
12
360
1
2,160
Dark clothing
8
15
41
4,920
0.5
59,040
Lightweight boots
8
15
35
4,200
0.5
50,400
Jerry cans
4
15
12
720
1
4,320
Tape measure
1
15
17
255
1
1,530
Hand held VHF radio
2
15
466
13,980
2
41,940
Tents/mosquito nets
4
15
284
17,040
2
51,120
Day packs
4
15
23
1,380
2
4,140
Hip packs
4
15
23
1,380
2
4,140
Sleeping pads
4
15
38
2,280
2
6,840
Tarps
5
15
32
2,400
0.5
28,800
Personal compass
1
15
92
1,380
2
4,140
Sighting compass
1
15
90
1,350
2
4,050
Topofil line
1
15
100
1,500
0.5
18,000
Flagging tape
1
15
61
915
0.5
10,980
Pruning shears
1
15
14
210
2
630
Field camp furniture
1
15
125
1,875
2
5,625
Cooking utensils
1
15
47
705
2
2,115
Sub-total
106,940
403,613
Administrative overhead (15%)
16,041
60,542
Total
122,981
464,154
Notes
1. Q/ Team indicates the number of items of a particular equipment required per survey team.
2. Equipment costs and lifespan was determined by supplier quotations, estimates and informed guesses.
5.4 Costing of data collection and compilation
CO ORDINATION
Q/ Team
Teams
Cost/ Item Per Year
Total
Sub-regional, National and Field
Africa
STAFFING
Sub-regional compilers
1
4
7,031
28,125
National compilers
1
15
7,031
105,465
Site data collection officers
1
45
3,750
168,750
Guard/ Cook
1
45
600
27,000
RECURRENT COSTS
-
Travel and meetings
1
4
18,750
75,000
Telephone, fax and e mail
1
4
2,250
9,000
Africa sub-total
413,340
Asia
STAFFING
Sub-regional compilers
1
2
14,000
28,000
National compilers
1
2
3,600
7,200
Site data collection officers
1
15
3,350
50,250
Guard/ Cook
1
15
600
9,000
RECURRENT COSTS
-
Travel and meetings
1
4
18,750
75,000
Telephone, fax and e mail
1
19
2,000
38,000
Asia sub-total
207,450
Sub-total
620,790
Administrative overhead (15%)
93,119
Total
713,909
Notes for Africa costings
1. The staffing costs were on best estimates adjusted for the current trends.
2. Sub regional compilers were taken at 25% of their time.
3. Data collection officers were taken at 50% of their time. Notes for Asia costings
1. The staffing costs based on average of estimates from each of the Range States
2. All staff estimated as full time positions.
5.5 Costing of Technical Support and Data Processing Unit and Reporting
CO ORDINATION
Q/ Team
Teams
Cost/ Item
Total
Per Year
Central Support Unit
STAFFING
Head of unit
1
1
75,000
75,000
Information technologist
1
1
52,500
52,500
Secretarial support person
1
1
26,250
26,250
Statistical consultancy
1
1
20,000
20,000
RECURRENT COSTS
Travel and meetings
1
1
18,750
18,750
Nairobi telephone, fax and e mail
1
1
12,000
12,000
Reporting
1
1
50,000
50,000
Office rent
1
1
12,000
12,000
Sub-total
266,500
Administrative overhead (15%)
39,975
Total
306,475
Notes
1. Staffing costs represent cost of employment and were based on IUCN grade structures and adjusted for current trends.
2. Head of Unit likely to be expatriate with Phd qualifications, Grade 11
3. Information Technologist likely to be Grade 10
4. Secretarial support person required to be bilingual, Grade 5
5.6 Costing of capacity building
Africa
Asia
Number of sub-regional sessions
4
2
Participants per session
15
15
Estimated cost per session
14,500
14,500
Sub-regional sub-total
58,000
29,000
Number of national sessions
15
2
Participants per session
6
10
Estimated cost per session
4,050
4,050
National/site based sub-total
60,750
10,000
Total estimated costs
118,750
37,100
Administrative overhead (15%)
17,813
5,565
Sub-Total
136,563
42,665
TOTAL
179,228
1. Costs include
6 sub regional workshops per year employing a specialist consultant for upto a month
US$
Fees
6000
Travel and accomodation
7000
Equipment
500
Communication
1000
14500
per workshop
20 national or site based workshops per year
Travel and accomodation
3000
Materials
50
Communications
1000
4050
per workshop
5.7 Sub regional cost breakdown (in a survey year)
AFRICA
ASIA
TOTAL
East
Central
West
South
South
Southeast
Population Surveys
Survey costs
209,592
106,775
154,423
192,634
10,329
42,559
716,313
Survey equipment
47,412
111,176
113,333
42,771
73,789
49,192
437,673
(apportioned directly as incurred)
Sub total
257,005
217,951
267,756
235,405
84,118
91,752
1,153,986
Data collection and compilation
95,188
154,680
190,376
95,188
107,086
71,391
713,909
(apportioned on basis of no. of sites)
Technical support and data processing unit and reporting
51,079
51,079
51,079
51,079
51,079
51,079
306,475
(apportioned equally)
Capacity building
23,897
38,833
47,794
23,897
26,884
17,923
179,228
(apportioned on basis of no. of sites)
Total
427,169
462,543
557,004
405,569
269,167
232,144
2,353,597
5.8 Costing of initial one-off set up costs (USD)
AFRICA
ASIA
Central Support Unit
Recruitment and passage of Technical Support and Data Processing Unit staff
115,217
Telephone equipment
3,500
Radio communication equipment
3,500
Acquisition of Nairobi office premises
833
Document imaging equipment
2,000
Preliminary administration expenses
1,000
Nairobi office furniture, fixtures and fittings
10,000
Stationery corporate identity and initial printing
2,000
Computers, software and printers
16,667
Sub regional, National and Field Offices
Computers and software for site co ordinators
125,000
45,000
Solar power supply units and backups for site co ordinators
90,000
30,000
Computers and printers for sub regional and national compilers
52,833
12,000
Solar power units and backups for sub regional and national compilers
38,000
8,000
Motorscooters for field survey teams
90,000
Sub-total
Administrative overhead (15%)
69,083
27,750
Continental Totals
529,633
212,750
GRAND TOTAL
742,383
Amounts were derived from supplier quotations, estimates and informed guesses
5.9 Estimated overall costs for Years 1- 6
Year 1
Year 2
Year 3
Year 4
Year 5
Year 6
Total
Set up
Initial Set up costs
742,383
0
0
0
0
0
742,383
Survey Costs
Survey Equipment
437,674
57,524
366,409
366,409
459,557
60,400
1,747,972
Survey costs
716,312
789,735
870,682
2,376,729
Refit Costs
Computer Equipment
0
0
167,407
167,407
0
0
334,814
Capacity Building
Annual training
179,228
188,189
197,598
207,478
217,852
228,745
1,219,090
Recurrent Costs
Annual recurrent costs
1,020,384
1,071,403
1,124,973
1,181,221
1,240,283
1,302,297
6,940,560
Total
3,095,980
1,317,115
2,646,121
1,922,515
2,788,374
1,591,441
13,361,547
Six Year Total
13,361,547
Notes
1. Initial set up costs are as illustrated in 5.8 Costing of initial fixed one off, set up costs
2. Survey costs, see 5.2 Population survey costs, are done every 2 years and at an increased cumulative cost of 5% pa.
3. The cost of survey equipment, see 5.3 Costing of survey equipment, is based on lifespan.
4. Refit costs relate to the costs of replacing computer equipment and power sources in Years 3 and 4
5. Annual recurrent costs (data collection, compilation and central co-ordination) increases have been assumed at an average of 5% per annum
Example one
Aerial Sample
Workings
Take the Garamba site in Congo Kinshasa with a total area of
15,125
a
Given
Determine the sample size at 21% sample intensity
3,176
b
21% of 15,125
Determine the number of blocks at ideal 1,100sq.km per block
3
c
b divided by 1,110
Determine the flight distance per block at block size/ flight corridor
1,588
d
(c times 1,100) divided by 2
Add the flight distance between flight corridors per block
90
e
(square root of 1,100) times c
Therefore total flight distance is equal to
1,678
f
d plus e
Time in hours
17
g
f divided by 100km/ hr
Adjust for dead(transit) time
25
h
g times 1.5
Time in days
8
I
g divided by three
Determination of cost per kilometre
Cost of plane hire
6,291
j
250 US$ per hour times g
Cost of crew
11,743
k
1,400 US$ per day times I
Transport costs to and from base per day
839
l
100 US$ per day times i
Films and developing costs
336
m
20 US$ times survey hours g
SRF data analysis
839
n
time for analysis = flight days/2 , times 200 US$ per day
Total cost of survey
20,048
o
Sum j, k, l, m and n
Therefore cost per kilometre
12
l divided by f
Therefore cost per square kilometre
6
l divided by ( c times 1,110)
Example two
Aerial Total Counts
Workings
Take the Kruger National Park site in South Africa with a total area of
19,485
a
Given
Determine the number of blocks
18
b
a divided by 1,100sq.km
Determine the flight distance per block
9,743
c
(b times 1,100) divided by 2
Add the flight distance between corridors per block
549
d
( square root of 1,100) times b
Therefore total flight distance is equal to
10,292
e
c plud d
Time in hours
103
f
(e divided by 100km/hr) times 1.5 dead time
Adjust for dead(transit) time
154
g
f times 1.5
Time in days
51
h
g divided by 3
Determination of cost per kilometre
Cost of plane hire
38,594
I
250 US$ per hour times f
Cost of crew
72,041
j
1,400 US$ per day times g
Transport costs to and from base per day
5,146
k
100 US$ per day times h
Film and developing costs
2,058
l
20 US$ times survey hours f
SRF data analysis
5,146
m
time for analysis = flight days/2, times 200 US$ per day
Total cost of survey
122,985
n
Sum I, j, k, l, m and n
Therefore cost per kilometre
12
k divided by e
Therefore cost per square kilometre is equal to
6
k divided by ( 1,100 times b)
Example Three
Dung Counts
Workings
Take the Parc Nat. Tai site in Ivory Coast with a total area of
8,119
a
Given
Determine the sample size at 21% sample intensity
1,705
b
21% of a
Determine the length of transects at 1km for each 12sq.km
142
c
b divided by 12
Time in days at 5 kms a day
28
d
c divided by 5 kms a day
Reconnaissance/ preliminary survey
3
e
10% of total census time to determine dung transition
Determination of cost per kilometre
Cost of survey team
4,126
f
(US$44 (KWS)per day times 3adjustment factor) times (d plus e)
Transport costs to and from site per survey
100
g
US$ 100 per survey
Stationery and other related costs
99
h
US$ 33 per survey times a factor of 3
Therefore cost per kilometre
30
(Sum f, g and h) divided by c
Therefore cost per square kilometre
3
(Sum f, g and h) divided by b
Example Four
Total Ground Count
Take the Dzangha-Sangha site in CAR with a total area of
3,292
a
Given
Determine the total transect lengths
274
b
a divided by 12km.sq
Time in days
55
c
b divided by 5 kms a day
Reconnaissance/ preliminary survey
5
d
10% of total census time to determine dung transition
Determination of cost per kilometre
Cost of survey team
7,967
e
(US$44 (KWS) per day times a factor of 3) times (c plus d)
Transport cost to and from site per survey
100
f
US$ 100 per survey
Stationery and other related costs per survey
99
g
US$ 33 per survey times a factor of 3
Therefore cost per kilometre
30
(Sum e, f and g )divided by b
Therefore cost per square kilometre is equal to
2
(Sum e, f and g) divided by a