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Agricultural Research in Sri Lanka: An Historical Account
Published online by Cambridge University Press: 28 November 2008
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An underlying premise of much of the comment on developing countries' agricultural research organizations and capabilities, has been that they are weak, and have been unsuccessful in generating new technologies and meeting farmers' needs. Indeed, one of the very justifications for the setting up of the series of international research institutes, such as the International Rice Research Institute (IRRI) was that national research programmes were seen to lack sufficient strength and organization to be able to respond to the urgent needs of food production that were identified in the 1960s. It was argued that a primary role of the International Centres would be to support and develop such national research programmes both through training and the provision of new plant varieties and technologies, and that the building up of local research capability in developing countries would come only after the International Research Centres had developed and transferred the new technologies.
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References
I am grateful for comments on an earlier draft by Steve Biggs, Piers Blaikic, Barbara Harriss, Mick Moore and Benny Farmer.
1 The setting up of the International Service for National Research Programmes (ISNAR) in 1981 as a further institution in the CGIAR system has explicitly reinforced this role.
2 Ruttan, V. W., ‘Technical and Institutional Transfer in Agricultural Development’. Research Policy 4 1975, 350–78.CrossRefGoogle Scholar
3 For example, the induced innovation school of thought, Binswanger, H. P. and Ruttan, V. W., Induced Innovation: Technology, Institutions and Development (John Hopkins Press, Baltimore, 1978)Google Scholar and the political structuralist approaches of Griffin, K., The Political Economy of Agrarian Change (MacMillan, London, 1974)Google Scholar and Janvry, A. De, Inducement of Technological and Institutional Innovations: An Interpretative Framework, in Arndtt, T. M. et al. (eds), Resource Allocation and Productivity in National and International Agricultural Research (University of Minnesota Press, Minneapolis, 1977).Google Scholar
4 Chandraratne, M. F., Rice Breeding (Longmans, London, 1956).Google Scholar
5 For a discussion of this issue, see Moore, M. F. ‘The State and the Peasantry in Sri Lanka’. Unpublished D. Phil. Thesis, 1981, Institute of Development Studies, University of Sussex.Google Scholar
6 E. Abeyratne, Address to Seminar on Agricultural Research Management in Sri Lanka. Postgraduate Institute of Agriculture, Peradeniya, Sri Lanka, 1976.
7 The livestock division has mainly been staffed by vets, whose primary concern has been animal health.
8 See Joachim, A. W. R., ‘Agricultural Research in Ceylon’. Presidential Address to the 4th Session of the Ceylon Association for Advancement of Science, 1948.Google Scholar
9 Brockway, Z. H., Science and Colonial Expansion. The Role of the British Royal Botanical Gardens (Academic Press, 1979).Google Scholar
10 Matsuo, T., ‘Breeding Research on Rice in Japan’. Address to Section B of the 24th Session of the Ceylon Association for Advancement of Science, 1968.Google Scholar
11 Panabokke, C. R., ‘Soil Science and Agricultural Development in Ceylon’. Presidential Address to Section B of the 24th Session of the Ceylon Association for Advancement of Science, 1968.Google Scholar
12 Economic crops being those that would be traded rather than consumed at the household level.
13 Abeyratne, E. L., Internal Memorandum, Department of Agriculture, Sri Lanka, 1948.Google Scholar
14 Abeyratne, E. L., ‘Dry land farming in Ceylon’, Tropical Agriculturist, 62 (1956), 191–229.Google Scholar
15 Abeyratne, E. L., ‘Prospects for Agricultural Development in the Dry Zone’. Presidential Address, Section B. Sri Lankan Association for the Advancement of Science, 1962.Google Scholar
16 Moorman, F. R. and Panabokke, C. R., ‘Soils of Ceylon’. Tropical Agriculturist, CXVIII (1961).Google Scholar
17 Panabokke, , ‘Soil Science and Agricultural Development’.Google Scholar
18 Panabokke, C. R. and Walgama, A., ‘The Application of Rainfall Confidence Limits to Crop Water Requirement in Dry Zone Agriculture’. J. Nat. Sci. Sri Lanka 2 (1974), 95–113.Google Scholar
19 D. Senadhira personal communication. Chandraratne, M. F. (1951) had, two decades earlier, noted the diversity of rice growing environments, the high degree of local specialization and stressed the need to study the soil-genotype complex as a unit and not to consider plant and soil separately (Recent Rice Research in Ceylon. Presidential Address to Section B, 7th Session of Ceylon Association for Advancement of Science.)Google Scholar
20 Gunawardena, I., ‘Present Status of Breeding for Resistance to Problem Soils in SriLanka’. IRRI Rice Research Conference (1974).Google Scholar
21 United States Department of Agriculture, Agriculture Handbook No. 436. Soil Taxonomy. A Basic System of Soil Classification for Making and Interpreting Soil Surveys (1975).Google Scholar
22 Panabokke, C. R. and Somasiri, S., ‘The Identification and Characterisation of the Rice Lands in the Wet Zone of SriLanka and its Application to Rice Research’. Paper presented at the Rice Symposium, Colombo(1980).Google Scholar
23 Panabokke, ‘Soil Science’, cites G. Milne, ‘A Soil Reconnaissance Journey of Tanganyika’. J. Ecol. 35 (1947), 192–225.Google Scholar
24 Panabokke, C. R., personal communication.Google Scholar
25 Fernando, L. H., ‘Raising Rice Yield in Ceylon’ Presidential Address to Section B of the 17th of the Ceylon Association for Advancement of Science (1961).Google Scholar
26 Rodrigo, D. M., ‘An Analysis of the Fertiliser Practices in Rice Cultivation’, in Proceedings on Research and Production in Ceylon of Rice, ed. Abeygunawardena, D. V. W. (Apothecaries Press, Colombo, 1966).Google Scholar
27 Indeed such indica – japonica hybridizations that are carried out now are mainly concerned with transferring into the japonica varieties desirable attributes of pest and disease resistance from the indica varieties. G. Khush, personal communication.
28 Fernando, , ‘Raising Rice Yields in Ceylon’.Google Scholar
29 Senadhira, D., Dhanapala, M. P. and Sandanayaka, C. A., ‘Progress of Rice Varietal Improvement in the Dry and Intermediate Zones of Sri Lanka’. Paper presented at the Rice Symposium, Colombo, Sri Lanka (1980).Google Scholar
30 Leslie Peiris, personal communication.
31 Weeraratne, H., ‘Progress in Rice Breeding in Ceylon’, in Proceedings of a Symposium on Research and Production of Rice in Ceylon, ed. Abeygunawardena, D. V. W., 1966.Google Scholar
32 Kobbekaduwa, H. S. R. B., Country Statement to the 16th Session of the FAO Conference in Sri Lanka and the International Food Crisis. Occasional Publication Series No. 11 (Agrarian Research and Training Institute (ARTI) Colombo, 1976).Google Scholar
33 Leslie Peiris, personal communication. Chandler, however, the first Director of IRRI, was later to comment on Moomaw's successful experience in Sri Lanka, An Adventure in Applied Science: A History of the International Rice Research Institute (IRRI, Los Banos, Philippines, 1982) — a view that few Sri Lankans share.Google Scholar
34 It has generally been the case that the selection of sites for agricultural research stations have all too rarely included criteria such as representativeness and relevance of the research site to actual farmers' conditions, a comment that Darling, H. was to make, Nature 264 (1976)Google Scholar, in reviewing Arnold, M. H. (ed.), The Namulonge Contribution.Google Scholar
35 Senadhira, et al. , ‘Progress of Rice Varietal Improvement’.Google Scholar
36 Panabokke, and Somasiri, , ‘Identification and Characterisation of Rice Lands’.Google Scholar
37 Barker, R. and Herdt, R. W., for exampleGoogle Scholar, have stated that ‘the dismantling of the colonial research network left Tropical Asia with virtually no legacy of trained research manpower’, ‘Setting priorities for Rice Research in Asia’, in Science, Politics and the Agricultural Revolution in Asia, ed. Anderson, R. S., Brass, P. R., Levy, E. and Morrison, B. M.. AAAS Selected Symposium (Westview Press, 1982).Google Scholar
38 Warnapala, W. A. W. ‘Bureaucratic Transformation 1910–1948’, in History of Ceylon, vol. 3, ed. Silva, K. M. de (University of Ceylon, 1973).Google Scholar
39 Moore, , ‘The State and the Peasantry’.Google Scholar
40 A. T. M. Silva personal communication. Dr N. Brady, a later Director of IRRI was to comment favourably on the practical orientation of the research: Brady, N. C., Ishizuka, Y. and Wittwer, S., Report of a Review of Ceylon Agricultural Research Organisation and Operation (Ford Foundation, 1969).Google Scholar
41 See for example Panabokke, , ‘Soil Science’.Google Scholar
42 Moseman, A. H. and Mclung, A. C., ‘Sri Lanka-IRRI-Ford Foundation Rice Project and Agricultural Research in Sri Lanka’, IRRI Philippines, Project Report (1974).Google Scholar
43 Senadhira, et al. , ‘Progress of Rice Varietal Improvement’.Google Scholar
44 Wallace, L. R., ‘Re-organisation of National Research, Extension and Training Resources for Agriculture. Report on Consultancy Mission to Sri Lanka’. FAO Document (1978).Google Scholar
45 Seniveratne, S. N. de, ‘Science, Scientists and Sovereignty. Some Considerations for the Third World’. Presidential Address to the 31st Annual Session of the Sri Lankan Association for Advancement of Science, 1975.Google Scholar
46 It is perhaps significant that scientific personnel working in the commodity research institutes of the estate sector have always received better pay and conditions than those within the Department.
47 Panabokke, C. R., personal communication.Google Scholar
48 Moseman and Mclung (1974).
49 The absence of such documents may well reflect both consistency and agreement between the Department of Agriculture and the Government. The major occasion on which policy documents were produced was when there was disagreement between the Departments of Agriculture and Irrigation. This will be discussed later.
50 Silva, A. T. M., ‘Research and Experiments in the Department of Agriculture’. Internal Memorandum, Department of Agriculture (1974).Google Scholar
51 Objectives which have been dominant in current work on Farming Systems Research and Agricultural Research Policy literature.
52 There is, somewhat surprisingly, no major piece of work examining in totality agrarian policy in Sri Lanka since 1948.
53 Government of Sri Lanka (Ceylon) (1958) Agricultural Plan; First Report of the Planning Ministry; (1962) The Short Term Implementation Programme. The Department of National Planning; (1966) Agricultural Development Proposals 1966–70. Prepared by the Ministry of Agriculture and Food. Published by the Ministry of Planning and Economic Affairs (1970); Draft Agricultural Development Plans 1971–77.
54 D. S. Sennanayake was to talk of the regeneration and re-establishment of rural Ceylon on the land (1936 Agriculture and Patriotism).
55 In his forward to the Mahaweli Projects and Programme in 1979 commented ‘it is my fond hope that following on the massive resettlement in the Rajarata (the ancient kingdom of the Sinhalese) which in effect will mark the return of the people to our ancient kingdom and homeland, our people will respond to the ancient civilisation which flourished in the Rajarata’.
56 Wilson, A. J.Politics in Sri Lanka, 1947–1979 (MacMillan, 1979).CrossRefGoogle Scholar
57 Lanka Sama Samaja Party.
58 Moore, , ‘The State and the Peasantry’.Google Scholar
59 Fernando, A. P. A., ‘Agricultural Development of Ceylon Since Independence 1948–1968’. Unpublished Ph.D. Thesis, Department of Agricultural Economics, Leeds University, 1972.Google Scholar
60 Silva, A. T. M.; personal communication.Google Scholar
61 This was an argument that a Commission of Review set up in 1963 to examine why the Agricultural Plan of 1958 had not achieved its objective was also to adopt.
62 Silva, A. T. M., The Study of Lift Irrigated Agriculture in Sri Lanka (Marga Institute, Colombo, 1982),Google Scholar
63 A reflection of this was the move of A. T. M. Silva from being Director of Agriculture to being the Government Agent for Anuradhapura.
64 It should be noted that the expansion in rice production between 1966 and 1970 took place on the basis of the H varieties and not on the new hybrids.
65 They were essentially written by A. T. M. Silva and E. Abeyratne, indicating, as previous experience does, a strong influence by the Department of Agriculture in the creation of policy relevant to its own activities.
66 Morinaga, T. and Mitsui, S., ‘Report on the Establishment of a Rice Research Organisation in Ceylon’. Sessional Paper xix (Government of Ceylon, 1955).Google Scholar
67 Davis, M. D., Overview and Summary Report for the Sri Lankan—IRRI Annual Programme Review. IRRI, 1973.Google Scholar
68 Morrison, B. M. E., ‘Alternate Routes to increasing Rice Yields and the Implications for Research in Sri Lanka’, in Science, Politics and the Agricultural Revolution in Asia, ed. Anderson, , Brass, , Levy, and Morrison, .Google Scholar
69 Dias, H., ‘Selective Adoption as a Strategy for Agricultural Development: lessons for Adoption in S.E. Sri Lanka’, in Green Revolution? ed. Farmer, B. H. (MacMillan, 1977). 54–84.CrossRefGoogle Scholar
70 Golden, W. and Sirinayake, P. W., ‘The Ceylon Training Experience’. IRRI Rice Research Conference, 1971.Google Scholar
71 Moore, , ‘The State and the Peasantry’.Google Scholar
72 A. T. M. Silva, personal communication. Morrison (1982) also cites the case of how a saline-resistant variety of rice, developed by local farmers was taken on as part of breeding stock and incorporated into the rice breeding programme at Bombuwela Research Station.
73 Chandler, R. F., Rice in the Tropics (Westview Press, Colorado, 1979).Google Scholar
74 Rogers, E. M., ‘The Diffusion of Technological Innovations: Application to Renewable Energy Resources in Developing Nations’, Paper Prepared for the Panel on the Introduction and Diffusion of Renewable Energy Technologies, National Academy of Sciences, Washington D. C., 1980.Google Scholar
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