The coconut palm known as Kalpa Vriksha or tree of heaven is of great antiquity in India. Every part of the tree is useful to man and it provides livelihood for mi1lions of people in the country. India is the third largest coconut producing country in the world contributing 18 per cent of the global nul production. The annual production is 6404 mimon nuts from an area of 1.23 million hectares and about half of the total

production is from the state of Keral

Silas, E G

CMFRI Digital Repository

FOREWORD Research on coconut has a long history in India dating back to 1916 when three Research Stations were established at Pilicode, NHeswar and Kasaragod in the erstwhile Madras Presidency. The development of hybrid varieties involving tall and dwarf types possessing prolificity and precocity is a major landmark in the annals of coconut improvement. It was the pioneering work of Dr.J.S. Patel and his team of scientists that paved the way for the exploitation of heterosis in coconut. To commemorate the Golden Jubilee of the establishment of the first ever coconut hybrid plantation in the world at the Nileswar station which is now under the Kerala Agricultural University, a National Symposium was held on Coconut Breeding and Management during 23-26, November 1988 at the University Headquarters at VeJIanikkara. The aim of the symposium was to bring together research, extension and development personnel working on the research and development aspects of the crop so that their interaction in the light of research experience could lead to the formulation of future strategies. Delegates from India, Sri Lanka, Malaysia, the Philippines, Bangladesh, Ivory Coast, France and the United Kingdom an.d international organizations such as IBPGR participated, in the symposium. Indepth discussions were herd on the cardinal aspects induding breeding fot higher yield and disease resistanc'e, crop managep ment, biotechnology and p :ocessing techno]ogy~ Based on research results and deliberations certain important recommendations were drawn up in the plenary session of the symposium. The proceedings of this symposium brings together a considerable quantum of scientific information on various aspects of coconut breeding and management. Status papers evaluate the current state of coconut research throughout the world and the future lines of work envisaged. During the Inaugural Session of the symposium, a few pioneers of coconut research in India were honoured. They were Dr.J.S. Patel, Dr.I<.M. Pandalai, Mr.A.P. Anandan, Mr.P.M. Sayed, Dr.C.A. Ninan, Mr.I<.P.P. Nambiar, Prof.I<. Kannan and Mr.I<. Satyabalan. I am thankful vi to them for accepting the honour offered by the Kerala Agricultural University in recognition of their contributions in the field of coconut breeding and management. I gratefuny acknowledge the co-operation extended by the Central Plantation Crops Research Institute (CPCRI), Kasaragod, Coconut Develop-ment Board, Cochin, Council of Scientific and Industrial Research (CSIR), New Delhi, Department of Biotechnology, New Delhi, Kerala Kerakar-shaka Federation (KERAFED), Trivandrum, Kerala State Coconut Develop-ment Corporation, Trivandrum, State Committee on Science, Technology and Environment (STEC), Trivandrum and the State Department of Agriculture, Trivandrum in organizing the symposium. I also wish to convey my sincere thanks to the participants of the symposium and to an those who made the symposium a success. E.C. Silas Vice-Chancellor Kerala Agricultural University iENT md ['he !Oed itic ant Ivy lng :ia[ ng nd )rt .ut lIy p. Jil .st n, le Ln ~s; \t 11 .s j] s e e I PRESIDENTIAL ADDRESS E. G. Silas Vice Chancellor, Kerala Agricultural University, Vellanikkara, Trichur, India Hon'ble Minister for Agriculture Sri. V. V. Raghavan, Speci.al Director General of leAR Dr. M. V. Rao, Distinguished Delegates, Ladies and Gentlemen, The coconut palm known as Kalpa Vriksha or tree of heaven is of great antiquity in India. Every part of the tree is useful to man and it provides livelihood for mi1lions of people in the country. India is the third iaI:g~st. coconut prgdudng country in the world contributing 18 per cent of the global nul production. The annual production is 6404 mimon nuts from an area of 1.23 million hectares and about half of the total production is from the state of Kerala. Coconut research in India gained momentum when the Government of the then Madras Presidency established three coconut research stations at Nileswar and one at Kasaragod in 1916 which are now located in the Kasaragod district of Kerala. With the cons.titution of the Indian Central Coconut Committe-a, the Kasaragod station was handed ovel' to the Committee in the year 1947 and later-became the Centralf.lantation Crops .Research In.stitute under the Indian CoundJ of Agricultural Resl!arch. Another .research station was set up at JC...ayamkufam in 1948 which now forms the Regional Station of the CPCRI. Two research stations were started at Kumarakom and Balaramapuram under the State Department of Agriculture, Travancore during the year 1947 and 1948 respectively. In 1972, when the Kerala Agricultural University was formed, two research stations of Nileswar and the research stations at Kumarakom and Balaramapuram were handed over to the University. Efforts to collect, conserve and multiply germ plasm from all possible sources have been in progress since the commencement of research on coconut in 1916. The present Indian germplasm consisting of 86 exotic and 4\ indigenQus. ac-eessions. js on,e of the world's largest cOUe-elioItS of this crop. Res·earen on varietal improvement undertaken during the last three decades has enabJed evolution of high yielding cuJrivars. Identitkation of elife palms and se1e<:tion of prepotent West Coast Ta11 palms based on progeny testing resulted in considerable improvement of the traditional cuttivar. Perhaps, the most outsta.nding achievement mcocmlut researcH was attained by the advent of hybrid vigour in crosses hwo]ving taUs and dwarfs. Th.e hybrJdJz-ation programme was. started in early thirties and India was the first to produce coconut nybrid in 1932 at the Coconut Research Station, Nifeswar. J1le earliest plantation of cocenut hyhrida cr x D) in the world established at NiJeswaJ' continues to give very satisfactory performance even aft·er fifty yeats. Further research on hybridization made possible to release a number of Tall x Dwarf and Dwarf x Tall hybrids which give yields up to 65 per cent more than the West Coast Tall. Some of them perform well under drought conditions also. A comprehensive programme to set up a net work of seed gardens in different states and to produce high yielding varieties and hybrids has been planned and is now under various stages of implementation. The approach adopted is to have appropriate dwarfs ,as females in required areas in large blocks and the selected taUs 6 COCONUT BREEDING & MANAGEMENT in anGther block awa~ from dwarf. AdoptLng a simplified pollination technique, massive production Of hybrid seeds in such gardens is nowpossibJe. MUltiplication 0'1 elUe palms throlJ.gh s'eed has inherent &imitations. Same is the case with plan ts which are re istant to diseases. Tissue culturing of coconut, tese~rch Gn whiCh is . !itrea~y in progress, should be made intO' .a reality so as to propagate palms of .high gfneHc potentials as wen as disease resistance. The respDnse OfCDeDnu! to different management practices has been studied under a variety of situatiDns. Substantial increase in yield may be made by adopting ··tbe recommended management practioes. $jm.i1arIYJ' the beneficial effect of irrigation on nut production has been quantified to range from 74.2 per cent to 209 perl celit jn various types of sDils. The enhanced CDCDnut production due to' the fav(JUrable interaction between irrigation and manuring is · indeed substantial. With a view to maximising production per unit ,IIIea,coc:onut ~b(rsed fanning system.s have been studied and systems suitabJe for various sHua~ons have been evolved. In spUe of the abDve accomplishments, statistics on coconut production in the country reveals that the produ,etion remains ratherstngnant since seventies and the present productiDn is Dnly marginally higher than the production level of 1970-71. The demand (or coconut in the coun,try by 2000 AD is estimated at 12172 million nuts, roughly 100 per c>ent more than the present productio'll. To achieve this pl'oj,eded demancL the growth rate Df coconut pr.oduction has to be reasonably high. The' g~netical y superior hybrids and cultivars have to b1? fully utilized to altain this desired goal. The present rate Df production of hybrid seedlings appears to be inadequate ,to' meet the increasing demand. very ,effort shDuld be made to ov'ercome this cDnstraint by streamJinillg the present systems of generating planting materials, fun utiU~tion Df existing Mother palms and establishing more seed gardens in the coconut growing sta.tes. The te~hni'que of micropropagation thrDugh tissue cuJfUre shDuld be perfected. Kerala being the majDr CDconut growing state, the over an increase in prDduction will mainly depend Dn the perfDrmance of the crDP in this State. About 40 per cent Df the area under cocDnut in Kerala is in the grip Df the roDt (wilt) disease and therefDre prDductiDn and productivity programmes in the cDuntry ShDUld give considerable impDrtance to disease management. Management practices, irrigatiDn, expansiDn Df area to' the extent pDssible, prDduct diversificatiDn and byprDduct utilizatiDn are Dther areas requiring immediate attentiDn for necessary imprDvement. I hDpe that the deliberations Df this National Symposium Dn CDcDnut Breeding and Management Drganized by the Ke:rala Agricultural University will prDvide SDlutions for the abDve cDnstraints and will help to' increase the productiDn and productivity Df the crop in the cDuntry. 

Preface and Presidential Address

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Preface and Presidential Address

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