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5. ASSESSMENT OF IMPLEMENTATION AND OUTPUT

5.1 INTRODUCTION

Three main aspects will be discussed in this chapter. The first concerns financing of ALCOM's whole programme, where the basic conditions for fulfilling this programme will be described and commented upon. Swedish, Belgian, FAO and national governments' contributions will be studied.

The second aspect concerns expenditures used (or to be used) necessary to implement the programme. The basic economic structure will be shown and assessed according to the objectives and the general logics of ALCOM's activities.

The third aspect concerns the concrete output so far produced and the anticipated output to be produced during the rest of the period under evaluation. When analysing the coordinating activities, general management and backstopping will also be assessed. When discussing the field activities, project management will be considered.

5.2 FINANCING

Over the last two years, ALCOM Programme was financed by three donors and national governments16. Their respective contributions are discussed below.

5.2.1 Aquaculture for Local Community Development, Phase III17

At the Seventh Steering Committee Meeting, in February 1994, the draft proposal for ALCOM Programme Phase III (1995–1999), prepared by the Programme and FAO-HQ on the basis of the document proposed by the Working Group on the Future of ALCOM, was presented and discussed. Comments from Sweden and member countries were later incorporated into a revised proposal, including also the recommendations of the last Evaluation Mission. This proposal was submitted by FAO to SIDA in September 1994, for a total amount of USD 4 976 500.

On 16 December 1994, the Swedish Government (through SIDA) agreed to continue its support to ALCOM but for two years only (letter from SIDA/NRM to FAO, ref. 1.52.15 FAO). It pledged SEK 10 million (eq. USD 1 345 895 on that date) to be spent in 1995 and 1996.

Budget revision D (8 Feb 1995) details how this contribution would be used in 1995–96 to finance most of ALCOM core activities (Annex 18). Savings could be used until June 1997, after the 10th Steering Committee Meeting (February 1997), the Technical Consultation on Institutional Strengthening and the completion of the programme final report (ref. SIDA agreement at the 9th Steering Committee).

16 SWEDEN through Project GCP/INT/555/SWE

17 Project GCP/INT/555/SWE

5.2.2 Support to Aquaculture Training and Extension18

To alleviate the critical financial situation of ALCOM core programme brought about by the devaluation of the Swedish Kronor (more than 30 percent), FAO approved on 22 December 1993 the financing of project “Support to Aquaculture Training and Extension” for Mozambique and Zambia, for the amount of USD 315 000 to be spent in 1994. Later, two successive revisions extended the duration of the project until December 1995, without any budget increase. Budget revision No. 2 (16 August 1995) details how this contribution would finance part of ALCOM core activities (Annex 19)

18 Project TCP/RAF/2380

5.2.3 Utilisation of Small Water Bodies for Aquaculture and Fisheries19

Since September 1992, Belgium finances the project “Utilisation of Small Water Bodies” with an original contribution of USD 2 119 089, for a period of five years through August 1997.

As a result of the 1994 Evaluation, a major revision of the budget was made in December 1994, increasing the budget by USD 408 696 to include a socio-economist post, to better involve national experts and institutions, and to increase other inputs.

Budget revision B dated 30 December 1994, details how these contributions would be used to finance activities related to small water bodies in 1995–97 (Annex 20).

19 Project GCP/RAF/277/BEL

5.2.4 Total means available for ALCOM Phase III

Table 8. Total indicative funding for ALCOM Phase III (in USD)

Donor19951996Total
SWEDEN653 705788 0301 441 735
FAO193 884-193 884
BELGIUM619 334642 8341 262 168
TOTAL1 466 9231 430 8642 897 787

Actual ALCOM Programme expenses for 1995 are given in Annex 21.

A detailed budget management system is operational since 1994 and it is possible to follow expenditures against budget allocations by sub-project and programme budget line items. Current budgeting for 1996 (and possibly 1997 partim) is given in Annex 22.

5.2.5 SADC and National Government Support

Concern was raised by the 1994 evaluation mission that although SADC countries share decision-making with ALCOM, through the Steering Committee, it was rather unfair that the responsibility for producing results was for ALCOM alone. Consequently, a recommendation was made that member countries should show their “ownership” of the programme through increased budgetary allocations and joint programme implementation at community level.

The 8th Steering Committee took note of this and specifically recommended that countries should aim to match 20 percent of donor financing by the end of 1996, with contributions in cash and/or in kind.

(a) SADC Support

ALCOM is a FAO-executed regional programme and actually there is no formal link between FAO and SADC/IFS. The following can be noted:

The ALCOM regional coordination/information activities which have been proposed to be handed over to SADC/IFS in 1997 are actually completely unknown to its present staff.

(b) National governments' support

ALCOM pilot projects are implemented directly with the relevant institutions on a national basis, either by the country itself (Eastern Province, Zambia) or with permanent technical assistance (FAO international expert in Malawi, APO in Tanzania and Zambia; NPPP in SWB/Zimbabwe, Mozambique and Tanzania) This implementation structure provides high flexibility.

Most SADC countries are facing serious financial constraints. It has therefore been relatively easier for them to provide their contributions in kind (Table 9). In most cases, this consists in assigning existing staff to the project in addition to their daily duties, providing office accommodation, and making equipment available wherever possible. As usual, the greatest difficulty has been to assess the monetary value of such contributions. Labour costs vary widely within the region. Even when salaries can be used, differentiating the tasks as either ALCOM's or Government's for someone working within a pilot project area or partly working for the project is almost impossible.

Notwithstanding the above, ALCOM management made an effort when preparing the 1995 progress report to quantify governments support to the programme in USD equivalent. The outcome was that the five countries with pilot projects were found to contribute 13 percent of total donor funding. Reaching 20 percent by the end of 1996 still remains the goal.

Table 9. Host country contributions to ALCOM Programme, in kind.

CountryContributions in kind*
Zimbabwe
(HQ)
Offices and utilities, conference room, field staff, store rooms, facilitate communications, motivate population
ZambiaOffices and utilities (Choma and Chipata), counterpart staff (2) Choma, technical staff Chipata, office supplies, station facilities at Chipata, backstopping Chilanga, facilitate communications, motivate population
TanzaniaOffices and utilities, office supplies, station access, facilitate communications, motivate population
MalawiOffices and utilities, staff, office supplies, laboratories, technicians, facilitate communications, motivate population
MozambiqueOffices, utilities, and support staff (Chimoio), stations Sussundenga and Chokwe, station staff, backstopping Maputo, facilitate communications, motivate population

Rem. * For details on national associated personnel, see Annex 14

Zambia, Eastern Province is actually the only host country where ALCOM initiated activities are continuing with relatively little ALCOM financial support, limited annually to about USD 30 000. Several reasons explain this particular situation, in a country where national resources are very limited:

The Government of Zimbabwe, through the Department of National Parks and Wildlife Management should also be commended for its contribution in the form of highly functional accommodations for ALCOM headquarters in Harare. Offices and utilities (in particular telecommunication services) are excellent. The collaboration with the extension service of the Ministry of Agriculture (AGRITEX) although still informal, is also excellent.

5.3 EXPENDITURE

In order to give a rough indication of how money is spent within the ALCOM organisation, Table 10 is presented based on the 1996 indicative budget from Sweden (GCP/INT/555/SWE) and Belgium (GCP/RAF/277/BEL), and from the 1996 workplans considering contributions from the countries.

Table 10. Approximate yearly total expenditure and funding (USD)

       
   SwedenBelgiumNational 
  Management121,000      
 CENTRALInformation90,583   
 (HQ)Regional dev.105,167     
 Sum:General 121,867  
 530,284Database dev.   91,667  
 43%     
       
  Mozambique, AQU83,000 2,833 
 FIELDMozambique, EXT94,083 2,917 
 ACTIVITIESTanzania95,300  45,8835,867 
 Sum:Zambia80,000  85,6673,671 
 712,304Malawi 104,667   333 
 57%Zimbabwe 107,750   333 

Comments on overall expenditure

In general the budget reflects a very heavy central organisation, which is dependent on the frequent interactions in the field, as well as the development purpose (top down initiation of R&D issues).

Table 11. Categories of expenditure (in USD)

Personnel377,00061%
Duty travel40,0006%
Contractual services20,0003%
General Operating expenses40,0006%
Supplies and materials20,0003%
Equipment30,0005%
Fellowship/training20,0003%
Support cost 13%71,11013%
Total618,110100%

The special character of ALCOM's expenditure is further emphasised by the fact that rather little is spent on field activities. The bulk of the budget is related to high personnel salaries (international specialists, most of them based at H.Q., and consultants), their duty travels and related services. The Organisation of technical consultations, working groups and Steering Committee meetings claim a considerable part of the budget, but, bearing in mind the regional character of the project, they are necessary activities. Publication of technical documents, ALCOM News and Meetings reports obviously also require an adequate budget, but great savings could be made (and are presently pursued) if no higher printing quality would be required than is justified. Whether the proportion of funds allocated to salaries (about 60 %) in relation to supplies and materials (about 3 %), for example, is justified is however subject to debate. This latter fact may create a less positive view on the programme by participating countries who cannot avoid having the impression that funds are being used to create employment for some specialists, without any substantial input of material.

Fellowships and training activities (about 3%) seem to be particularly under-appreciated. This latter statement is rather regrettable, as ALCOM's field activities are basically designed to gather and disseminate information through national institutions and their staff. Where the data gathering system mechanism is well established in terms of institutional organisation, manpower and equipment, money earmarked for these is saved. Hard working local field staff give a lot but, unfortunately, receive very little in return.

Besides, no initial credit, seed money or assistance in kind is available to farmers interested in fish culture or for community activities aiming at improved reservoir management. Field activities and results are the main sources for papers and documents compiled in central headquarters, but they seem to be rather weakly supported.

5.4 OUTPUT

The output of the ALCOM Programme should be described in relation to its immediate objectives. One of the most logical structure for this section would be to first consider the three objectives for the core programme followed then by the three objectives for the Small Water Bodies Project.

But there are various obstacles to this. Every SWB pilot project refers to all three objectives. To break them down into activities related to each objective would disrupt the picture. The aquaculture projects do only refer to one of the objectives, the others beige directly or indirectly related to the Core activities in headquarters.

For pedagogic reasons the assessment instead will follow a tripartite structure. The first part will study the four Core Programme pilot projects. They are all related to immediate objective II (development of fish culture methodology), which will form the basis for their assessment.

The second part will consider the five SWB pilot projects. The assessment that follows will cover all three objectives, as they are going across the project structure.

The third part will concern the Core Programme central activities, carried out at headquarters. These correspond to immediate objective I on administration and management, as well as operative activities reflected from the first immediate objective on creating awareness about aquaculture development issues, potentials and limitations in the member countries. The central operative activities are also those who come closest to the immediate objective III (increased support by national and local institutions for sustained promotion of fish culture methods for the future). Other operative activities in headquarters such as supervising field projects and synthesising/reporting results from the field lack support as a central activity from any specific immediate objective. They are seen, however, as part of the general responsibility of the whole ALCOM Programme, and will be considered in the overall assessment to be presented at the end of the Chapter.

5.4.1 Field activities of the Core Programme

The four pilot projects concerning ALCOM immediate objective II “Fish culture methodologies developed, tested, and demonstrated, and systems integrated with the farming system which are technically, economically, and socially appropriate for the target communities identified” are each located in one country. Each of these projects will be studied in two tables, one for each project objective (Tables 12 to 15).

PILOT PROJECT ONE-EXT/MOZ

Table 12.1. Develop improved tilapia culture techniques for small-scale farmers in Manica Province, Mozambique

Expected outputPlanned activities 1995–96Assessment of output
Four areas suitable for small-scale fish farming identified and profile completed1995Not yet completely produced mainly due to:
Collect secondary background info (to be specified) on Provincedelayed recruitment of ALCOM/RDP team
delayed delivery vehicle
Select four areas for profiles based on secondary data and preliminary field visitsnational professional only available since June 1995
Prepare detailed bio-physical and socio-economic profile for suitability of fish culture for each selected area based on field surveysGaza Province PRA training/participation
1996  
Collect secondary background info (to be specified) on Province  
Prepare detailed bio-physical and socio-economic profile for suitability of fish culture for each selected area based on field surveys  
Improved fish culture techniques suitable for small-scale farmers1995–96Trials are being initiated in two areas
(distribution of record forms)
Propose improved fish farming extension packages based on 1.1
Select 5 small-scale farmers in each area for trials, based on technical and socio-economic criteriaOutput not to be produced by end 1996
Plan and carry out on-farm trials of improved aquaculture practices over two production cycles by at least 20 small-scale farmers involving: training of farmers in protocols, pond stocking, monitoring of pond management and data collection.Constraints:
 drought 1995
 Chizizira state farm
(unreliable water supply)
Prepare and revise draft extension packages at the end of each production cycle through evaluation of trials, and discussions with fish farmers and extension officers.  
At least one small-scale farmer producing fingerling for sale/exchange in each area.1995–96Output well underway to be produced end 1996.
Identify/select farmers interested and able to produce fingerlings for sale.Constraint:unfair competition of state farm
Train selected farmers in fingerling production 
Assist selected farmers for propagation and sale of fingerlings to small-scale farmers  

Table 12.2. Integrate improved fish-farming techniques into existing extension and information dissemination systems in the Manica Province, Mozambique.

Expected outputPlanned activities 1995–96Assessment of output
Existing fish culture and agriculture staff trained in improved fish culture techniques in each selected area1995–96At this date,
Provide on-the-job training in fish culture techniques to local staff involved with trials.training provided for 2 areas (1995)
study tour done in Malawi only
Hold seminar on the use of improved aquaculture extension packages for extension leaders from relevant institutions.Output to be possibly produced by end 1996
 
1995
Conduct study tour for RdP and agriculture staff to small-scale fish farming areas in Malawi, Tanzania and/or Zambia
Fish farming information service and extension monitoring system 1995–96Newsletter is being produced locally.
Design and implement a fish farming/extension reporting and monitoring system for work planning/monitoring at provincial level and for reporting to Department of Fish Culture headquarters.Reporting/monitoring system is being put in place.
Might be difficult to fully produce output
 
Train participating extension staff to use the reporting and monitoring system.
Design and produce locally on a quarterly basis the newsletter “Mozambique Fish Farmer”.
Effective channels of information dissemination identified and used in fish farming extension1996Output production is underway
Determine which important information channels are used in rural communities for various types of informationMight be difficult to fully produce output before end 1996
Identify which of these channels can be used for aquaculture extension
Train relevant key persons in fish-farming techniques.

PILOT PROJECT TWO - AQU/MOZ

Table 13.1. Develop Chinese carp culture and improved fish-farming techniques for small-scale farmers in Gaza Province, Mozambique (1995)

Expected outputPlanned activities 1995Assessment of output
One area suitable for small-scale fish farming identified and profile completedCollect secondary background info (to be specified) on ProvinceChidenguele area identified but socio-economic study revealed that only possible culture is stocking natural lakes. Chinese carps introduced into one lake makes study environmental impact necessary
Select area for profiles based on secondary data and preliminary field visits, giving due consideration to the guidelines for the introduction and spread of Chinese carp as prepared in 1993. 
No area available for development of small-scale aquaculture.
Prepare detailed bio-physical and socio-economic profile for suitability of Chinese carp culture for selected area based on field surveys  
Chinese carp culture techniques suitable for small-scale farmersPropose Chinese carp culture techniques suitable for small-scale farmers based on 1.1No output due to
 drought (irrigation scheme dry)
Select 5 small-scale farmers for trials, based on technical and socio-economic criteria; plan and carry out on-farm trials of Chinese carp culture techniques lack of transport
Prepare and revise draft Chinese carp culture extension packages at the end of each production cycle   
Prepare and carry out trial of weed control in SIREMO irrigation canal using grass carp and Tilapia rendalli.   
Production of Chinese carp fingerlings and controlled distribution by fish farm located in SIREMOHold and spawn Chinese carp broodstock at RdP hatcheryChinese carp fingerlings produced but poor survival (low water levels)
Provide fingerlings to SIREMO for use in canals, and to selected farmers for use in trialsNo output at SIREMO station (drought)
Existing fish culture and SIREMO staff trained in fish culture techniques in the selected areaProvide on-the-job training in Chinese carp culture techniques to local staff involved with trials.No output
Hold seminar on the use of Chinese carp extension packages for fish culture and SIREMO staff
Functional fish farmer monitoring system and associated reportsDesign a data collection system to monitor the distribution of fingerlings and production by farmersNo output
Prepare quarterly reports on Chinese carp breeding, distribution and on-farm production for use by RdP and ALCOM.

Table 13.2. Prepare guidelines to analyse the impact of the introduction of exotic species, in particular Chinese carps, and evaluate the appropriateness of this introduction in Gaza Province, Mozambique (1996)

Expected outputPlanned activities 1996Assessment of output
Environmental impact assessment of introducing Chinese carps culture in Chidenguele areaCarry out a study on the environmental impact of introducing Chinese carps in Chidenguele area.Consultant to be recruited
Constraint:nothing known about environment of Mozambique coastal lakes
Output doubtfully attainable by end 1996
Staff trained in the evaluation of the impact and suitability of the culture of Chinese carps.Involve staff of RdP in the activity under aboveLack of transport and non-operational irrigation scheme will most probably cancel output
Give training course to Government staff in the evaluation of the suitability of introduction and culture of Chinese carps
Areas at the SIREMO scheme suitable for fish farming identifiedDescribe land and water management in the schemeLand tenure system not ensured because great number of displaced persons living on irrigation scheme
Identify areas suitable for fish farming which complement other farming activitiesNo output forseeable
Identify and try indigenous fish species, such as Labeo rosae, for small-scale fish culture and fingerling production
Suitability of grass carp for weed control at SIREMO irrigation scheme identifiedPrepare and carry out trial of weed control in SIREMO irrigation canal using grass carp and Tilapia rendalliNo output forseeable
RdP and SIREMO staff trained in aquaculture techniques, site selection, and managementConduct seminar on aquaculture for high level staff of SIREMO and other local development agenciesNo output forseeable
Conduct fish farming training course for extension staff
Develop suitable extension materials

PILOT PROJECT THREE - AQU/URT

Table 14.1. Develop semi-intensive fish-farming techniques for small-scale farmers in Morogoro Region, Tanzania

Expected outputPlanned activities 1995–96Assessment of output
Semi-intensive aquaculture extension packages1995–96Activities in 3 areas (Mgeta, Mtamba, Malolo)
Finalize semi-intensive aquaculture protocols based on known semi-intensive fish farming practices in Tanzania
Output production well underway, to be completed end 1996
Make final selection of at least 10 small-scale farmers for trials based on technical and socio-economic criteriaConstraints:
Obtain fingerlings for initial distribution to selected fish farmers in Morogoro region. drought (1995) in one area
Plan and carry out on-farm trials in semi-intensive aquaculture practices over two production cycles by at least ten small-scale farmers in three wards, involving: training of farmers in protocols, pond stocking, monitoring of pond management and data collection. trials records not always reliable
 lack cooperation of some agricultural extensionists
Prepare and revise draft extension packages at the end of each production cycle through evaluation of trials, and discussions with fish farmers and extension officers.   
At least one small-scale farmer producing fingerlings of Oreochromis niloticusfor sale in each participating ward.1995Output production initiated
Identify sources of good broodstock of O. niloticusand, when functional, stock at Kingolwira Fish Farm for breeding and sale to farmers.Constraints:
Identify/select farmers interested and able to produce fingerlings for sale. state fish farm not yet functional
Train selected farmers in fingerling production need for proper gear to harvest fingerlings
Stock broodstock of O. niloticuswith selected farmers for propagation and sale of fingerlings to small-scale farmers.   
1996   
Continue to promote fingerling production and sale of fingerlings by fish farmers.   
Produce extension material on the use of own fingerlings and sales of fingerlings.   
Clarias gariepinusfingerlings available for purchase by farmers1996Constraint:state fish farm not yet functional.
Provide technical assistance to fisheries staff in Morogoro and Kingolwira on the reproduction of Clarias gariepinus.No forseeable output

Table 14.2. Incorporate improved fish-farming techniques into rural extension systems (agriculture, rural development, farmer-to-farmer), in Morogoro Region Tanzania

Expected outputPlanned activities 1995–96Assessment of output
Fish culture and agriculture extension staff trained in improved fish culture techniques in selected areas of Morogoro Region.1995–96Output practically produced
Provide on-the-job training in fish culture techniques to local staff involved with trials.
1995
Two-week study tour to Eastern Province Zambia by two high-level extension staff.
Hold seminar on the use of semi-intensive aquaculture extension packages for extension leaders from relevant institutions.
Motivators trained and active in promoting improved fish-farming techniques.1995Output production underway but delayed due to late recruitment of APO (6/96); difficult to produce before end 1996
Identify potential motivator farmers in pilot project areas
1996
Determine which important information channels are used in rural communities for various types of information
Identify which of these channels can be used for aquaculture extension.
Train potential key persons in the information channels, and provide them with the needed knowledge.
Functional fish farmer monitoring systems and associated reports.1996Constraints:
Identify sustainable structures for maintaining a fish farmer monitoring system unsatisfactory collaboration with Dept. of Agriculture
 motivation of agricultural extension staff most variable
Set up a monitoring system and train staff in its the use and maintenanceOutput might be difficult to produce by end 1996
Four-page quarterly newsletter Tanzania Fish Farmer published in Kiswahili and disseminated to extension workers and farmers.1996Newsletter produced regularly but sustainable publishing structure and training still to be identified. Possible by end 1996
Continue with newsletter to fish farmers in the pilot areas
Identify a structure that can continue to publish the newsletter
Provide training for key persons in the identified structure in publishing the newsletter

PILOT PROJECT FOUR - AQU/ZAM

Table 15.1. Develop improved fish-farming techniques for small-scale farmers in Eastern Province, Zambia

Expected outputPlanned activities 1995–96Assessment of output
Profile of selected district, including spatial map of farms and key data (contribution to DTSIS)1995Output incomplete
Collect secondary background info (to be specified) on Province, including info from fish farming database
Select district(s) for profileConstraints:
Prepare spatial map of farming data Severe drought (1994–1995)
 unreliable field data
Spatial map of farms and key data (contribution to DTSIS)1996Output production underway to be possibly completed end 1996
Identify sustainable ways to update fish farming database
Prepare spatial map of farming data
Study of impact of fish farming on small-scale farms and effectiveness of extension method1995Output production underway to be completed end 1996
Interviews, surveys, PRAs of farmers in selected districts
Identify problems faced by in farming fish
1996Constraint:severe drought (1994–95) esp. South of Province
Determine effectiveness of the various extension methods used in the province
Improved fish farming extension packages1995–96Constraint: severe drought (1995)
Propose improved fish farming extension packages based on 1.2
Select at least 10 small-scale farmers for trials based on technical and socio-economic criteriaOutput production delayed; probably not to be completed end 1996
Plan and carry out on-farm trials of improved aquaculture practices over two production cycles by at least ten small-scale farmers involving: training of farmers in protocols, pond stocking, monitoring of pond management and data collection.
Prepare and revise draft extension packages at the end of each production cycle through evaluation of trials, and discussions with fish farmers and extension officers.
At least 5 small-scale farmers producing fingerlings of Oreochromis andersoniifor sale to farmers1995–96Constraints:
Identify sources of good broodstock of O. andersonii. severe drought (1994–95)
Identify/select farmers interested and able to produce fingerlings for sale. state fish farm partly functional only
Train selected farmers in fingerling production insufficient interest of farmers
Stock broodstock of O. andersoniiin ponds of selected farmers for propogation and sale of fingerlings to small-scale farmers. fingerlings collected from reservoirs might not be pure stock (hybridisation O. andersonii/O. macrochir)
Output production delayed; probably not to be completed end 1996

Table 15.2. Incorporate improved fish-farming techniques into rural extension systems (agriculture, rural development, farmer-to-farmer) in Eastern Province, Zambia

Expected outputPlanned activities 1995–96Assessment of output
Fish culture and agriculture extension staff trained in improved fish culture techniques in Eastern Province1995Constraint: reorganisation of agricultural and fisheries extension underway might delay output production if actual staff leaves.
Hold seminar on the use of improved aquaculture extension packages for extension leaders from relevant institutions.
1995–96But sustainability increased by reorganisation integrating fisheries into agriculture.
Provide on-the-job training in fish culture techniques to local staff involved with trials.Output production probably completed end 1996.
Motivators trained and active in promoting improved fish-farming techniques.1995Constraints:
Identify potential motivator farmers in pilot project areas few motivators actively transferring information to other farmers
1996
Determine which important information channels are used in rural communities for various types of information uneven collaboration of agriculture/fisheries staff
Identify which of these channels can be used for aquaculture extension. weakness of institutions
Train potential key persons in the information channels, and provide them with the needed knowledge.Output production probably not completed end 1996
Reinforced collaboration DoA/DoF following reorganisation

5.4.2 Assessment of activities promoting ALCOM immediate objective II:

“Fish culture methodologies developed, tested and demonstrated, and systems integrated with the farming system which are technically, economically, and socially appropriate for the target communities identified”.


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