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576 ThallI Lwill 00, Jahn Ba Maw and Toe AungSuwan I and Shwe War 7, a derivative from population 22 are outstanding varieties in the subtropicareas. These varieties now cover more than 40% of the total maize area of the country.B. Hybrid releaseHybrid corn research program was initiated in 1974-75 as a complimentary and parellelprogram with the population improvement program. The program was successful in developingYezin Hybrid No 1 and No 2 in 1990, Yezin Hybrid No 3 in 1993 and Yezin Hybrid No.4 in 1996.Yezin Hybrid No 1,2 and 4 are medium early varieties with lowland tropic adaptation. Yezin HybridNo.3 is a medium variety with subtropical adaptation. Yezin Hybrid No.4 is a three way cross(TWC) whereas all other hybrids are single crosses (SX). The released hybrids have a yieldadvantage of 35-40% over the existing OPVs. The area under hybrids is gradually increasing yearlyfrom 200 acres in 1990 to 7500 acres in 1997-98. It covers approximately 2.5% of the total maizearea. There is a good prospect for hybrid area expansion in future provided that there is a soundinfrastructure for hybrid seed production.Collaborative Trials with CIMMYTFor many years, CARl has been an active partIcIpant in CIMMYT' s International TestingProgram. CIMMYT trials, EVT 16 A; EVT 16 B, Subtropical Intermediate Yellow Trial; CHTIY,Tropical Yellow and CHTSY subtropical yellow Hybrid Trials are being tested at 4 to 5 locationsevery year. Among the experimental OPVs tested, during recent years, few varieties performedsuperior to local checks, Shwe War 1 in the tropics and Akari in the subtropics. However, there is agood prospect for identifying superior hybrids from the hybrid trials.Seed Production SituationPresently, there is no seed company or cooperative involved in maize seed production business.Quality maize seed production is jointly carried out by three sister organizations under MyanmarAgriculture Service (MAS). The Agriculture Research Division (Central Agric Res Inst:) producesbreeder and foundation seeds for OPVs and inbreds for hybrid. Farms, under the Seed Division andExtension Education Division produces commercial seeds for the farmers. However, due to lack oftrained persons and adequate processing and storage facility among other things, annual supply ofquality seed is less than 10 % of the total maize seed requirement. Starting from 1996, CARl initiated a pilot project on 50 acres to produce hybrid maize seed With the contracted growers onfarmers' fields in Tatkon and Pyinmana townships. The program has been successful and will begradually expanded in future.Constraints in Maize Production and ResearchProblems associated with maize production and research are as follows:A. Production Constraint1. Inbreeding depression of local as well as released OPVs due to low frequency of qualityseed replacement.2. Inadequate seed production and distribution system.3. Lack of knowledge by the farmers on the use of quality seeds.4. Lack of seed treatment resulting is poor germination and plant establishment.5. High costs of inputs mainly chemical fertilizers.6. Postharvest operations (drying, shelling, cleaning and storage) is still traditional,resulting in production loss and poor quality of grain.7. Isolation problems in hybrid seed production with contracted growers.B. Research ConstraintsI. Lack of adequate trained persons in the area of research and seed production.
Current Status ofMaize in Myanmar 5772. Helminthosporium tarcicum in the subtropics, stalk rot disease complex and Rhizotonialeaf and sheath blight in the tropical lowland cause major production problems.3. Susceptibility of inbreds to stresses (particularly waterlogging and heat) resulting in poornicking and seed setting.4. Lack of adequate processing and storage facilities in the stations.
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Proceedings of the Seventh Asianegi
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~ . .r .
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IV92 Governmental Support for Resea
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VI38 J Responses of Open-Pollinated
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VllJ611 Hybrid ancl New Bioscience
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xFOREWORDThe regional maize worksho
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2 Timothy Reevescan differ from fie
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4 Timorhv Reeveseveryone must be a
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6 Tilllothy Reel'esand less land an
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8 Timothy Reevesparticipatory resea
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10 Timothv Reeves1997). Diagnostic
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12 Timothy Reevesand this is anothe
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14 Timolh.v Ree\'esInformation tech
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16 Timothy ReevesHarrington, L., R.
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The Asian Economic Crisis: Implicat
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20 Phabhu Pingaliinvestments. Prior
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22 Phabhu Pillga/icosts in the shor
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24 David Hoisingtonincreasing rapid
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26 David Hoisingtonlines derived vi
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28 David Hoisingtoneffective breedi
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Issues of Intellectual Property Rig
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32 SmaJ SrilVatmrapongsepoor farmer
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34 Swat SriwatanapongseI. The paten
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36 Surat Sri",'atanapongseGeneral (
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Role of Networking for Strengthenin
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40 R.S Parada//1. Mai-r.e Research
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42 R.S. Parodainfonnation exchange
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44 R.S. Pamdathe network.VI. Networ
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46 R.S. ParodaVIII. EpiloglleOne ca
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48 Zhou Darong, He Kanglai and Song
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50 Zhou Dorong, He Kong/ai and Song
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52 ZllOll Darollg, He KallK/ai alld
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S4 Zho/l Darong, He Kanglai and Son
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56 ZhOll Darong, He Kanglai and Son
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Hybrid Maize Technology : Challenge
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60 S.K. Vasalreplace OPYs and some
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62 S.K. Vasalactivities one should
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64 Shil'aji PandeyAsia (Table 3). T
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66 Shil'aji Pandey4. Fewer and fewe
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68 Shivoji PandeyClosing4. We must
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Maize Research in the Public Sector
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72 N.N. Singhprivate sector. With t
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74 N.N. Singhresearch programmes to
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76 NN SinghThe picture of one inter
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Public and Private Partnership in H
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80 Weerachai 5., Taweesak P., Tawut
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Supporting the Hybrid Maize Breedin
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84 Chokechai A., Sansem 1. Chamipom
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86 Chokechai A., Sansern 1. Chamipo
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88 Chokeclrai A., Sansern 1. Chamip
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Table 5.Mean grain yields, regressi
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Governmental Support for Research a
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94 Trail HOllg Uy3. Guidelines give
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Maize Hybrid Breeding for Subtropic
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Table 2.Best Single Crosses Among E
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100 H. Cordova, S. Castellanos, S.K
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102 H. Corelom, S. Castellanos, S.K
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104 H. Cordova, S. Castellanos, S.K
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106 Shi-hllang Zhang and De-qu{m Sh
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108 Shi-ililang Zhang and De-quem S
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110 Shi-huang Zhang and De-quan Slz
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Table 5.Means of days to silking, P
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114 Shi-huanf{ Zhang alld De-quan S
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116 L. W. Kannenbergand thereby the
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118 L. W. Kannenbergin Hallauer and
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120 L. W. KannenbergC'4oD.. -1010 r
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122 D.N. ChaudharyBreeding MethodsT
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Heterosis in Maize: Groupings and P
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126 V.K. Saxena, N.S. Malhi, N.N. S
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128 v.K. Saxena, NS. Malhi, NN Sing
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130 V.K Saxena, N.S. Malhi, N.N. Si
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132 VK. Saxena, N.S. Malhi, NN Sing
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Evaluation, Distribution and U iliz
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136 Ganesall Srinivasan and S.K. Va
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138 Ganesan Srinivasan and s.K. Vas
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140 Ganesan Srinivasan and S.K. Vas
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142 Canesan Srinivasan and S.K. Vas
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Recombinant Inbred Lines in Tropica
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146 JalJ1t'.~ L Bren1J
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148 James L. Brewbaker and Hyeoll G
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150 James L. Brewbaker and Hyeoll C
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DNA Fingerprinting and the Seed Bus
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154 Apichart Vanavichit and Somvong
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156 ZhOll Hongshengr maintained----
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158 Zhou Hongshengprovince in 1990,
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160 Zhou Hongsheng302515i"~ 10
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162 Zhou HongshengZhou HS, it ai, 1
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164 Eduardo C. Fernandez, Samuel C.
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166 Eduardo C. Fernandez, Samuel C.
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168 Eduardo C. Fernande::, Samuel C
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Initial Results of Anther Cultureof
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172 Bui Hanh Cuong, Tran Hong Uy an
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Tackling Biodiversity Issues in Hyb
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176 Chokeclwi Aekalasanawan and S.K
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178 Chokechai Aekatasanawan and SK.
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180 Clzokeclzai Aekatasanawan and S
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182 Chokechai Aekatasanawan and S.K
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184 Chokechai Aekarasanawan and S.K
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186 Chokechai Aekatasal1awan and S.
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The Importance of the Anthesis-Silk
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190 1. Bolanos alld G.O. EdmeadesMa
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192 1. Bolanos and G. O. Edmeadesfr
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194 1. Bolanos and G.o. Edllleadesw
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196 1. Bolanos and ;.0. Edmeadesthi
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198 1. Bolanos and G.O. EdmeadesBlu
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200 1. Bolanos and G.O. EdmeadesFig
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202 1. Bolanos and G.O. Edll2eadesB
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204 1. Bolanos and G.O. EdmeadesTab
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Table 5 Genetic correlations (r g )
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208 M. Ball;;eger, H.R. Lafilfe, G.
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210 M. Banzeger, H.R. Lafitte, G.O.
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212 M. Banz.eger. H.R. Lafitte, G.O
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214 tv!. Banzeger, H.R. Lafitte, G.
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216 M. Banzeger, H.R. Lafitte, G.O.
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Progress in Breeding for Low Nitrog
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220 y. Chal1fac!lume, P. Krudlowna,
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222 Y. Clzan{{/chume, P. Krudloyma,
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224 Y. Chantachume, P. Krudloyma, S
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226 Y. Chantachume, P. Krudloyma, S
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228 Y. Chantachume, P. Krudloyl11a,
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230 Y. Chafltachume, P. Krudloyma,
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Production of Maize Under Excess SO
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234 T.R. Rathore, M.Z.K Warsi, N.N.
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236 T.R. RatllOre, M.Z.K. Warsi, N.
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238 T.R. Rathore, M.z.K. Warsi, N.N
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Development of Acid Soil Tolerant M
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242 Carlos De Leon, Shivaji Pandey
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244 Carlos De Leon, Shivaji Pandey
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246 Carras De Leon, Slzivaji Pandey
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248 Carlos De Leo/!, Shivaji Pandey
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250 SK. Vasal, S. Pandey, M. Barand
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252 S.K. Vasal, S. Pandey. M. Baran
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254 s.K. Vasal, S. Pandey, M. Baran
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256 S.K. Vasal, S. Pandey, M. Barml
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258 D. leffel's, H. Cordova, S. Vas
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260 D. Jeffers, H. Cordova. S. Vasa
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262 D. leffel's, H. Cordol'a, S. Va
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264 D. Jeffers. H. CordOl'a, S. Vas
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266 D. Jeffers, H. Cordova, S. Vasa
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268 Samuel C. DalmacioViral Disease
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270 Samuel C. Dalmacioexplored. Oth
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272 Samuel C. Dalmacio(Helminthospo
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274 Samuef C. Daflllacioimportant r
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276 Samuel C. DalmacioPayne, G.A. 1
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278 AI'e/ino D. Raymundoand Rajasth
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280 Avelino D. RaymundoStatus of Br
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282 Avelino D. RaymundoBaria, A R.
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Banded Leaf and Sheath Blight of Ma
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286 R.C. Sharma, Carlos De Leon all
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288 R.C. Sharma, Carlos De Leon and
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Maize Stalk Rot Complexes: Innovati
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292 Samgam Lal. Carlos De Leon. v,K
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294 Samgalll La!, Carlos De Leon, V
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296 Samgam Lal. Carlos De Leoll. VK
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298 Samgam Lal, Carlos De Leon, V.K
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300 Samgam Lal, Carlos De Leon, v.K
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302 Salllgal/1 La I, Carlos De Leol
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308 Carlos De Leol!Table 2 describe
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310 Car/os De Leon3. RhabdovirusThi
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312 Carlos De Leon7.6. The techniqu
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Current Status of Breeding Maize Ge
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316 D. Bergvinson, D. Beck, F. Betr
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318 D. Bergl'illson, D. Beck, F. Be
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320 D. Bergvillsoll, D. Beck, F. Be
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Breeding Maize Germplasm Tolerant {
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Status of Breeding Maize Germplasms
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Breeding Mai-;.e Germplasm Tolerant
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Breeding Maize Germplasm Tolerant t
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Breeding Mai::.e Germplasm Tolerant
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Breeding Maize Germprasm Torerant t
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Use of Trichogramma ostriniae Hymen
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TricflOgmmma to Control the Asian C
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Trichogramma fa Confrol fhe Asian C
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Trichogramma to Control the Asian C
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-'d14.8b I 0.8aPercent I No.damag
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Trichogramma to Control the Asian C
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Trichogramma to ConTrol the Asian C
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Tric1lOgrwnma to CO/ltrol the Asian
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TricllOgralllll/.G to Control the A
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Pests and Diseases of Maize in Indo
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Pests and Diseases ofMaize in Indon
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Pests and Diseases ofMai::.e in Ind
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Pests and Diseases ofMaize in Indon
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Pests and Diseases a/Maize in Indon
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Maize Stem Borers in India and Thei
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Maize Stem Borers in India 369enemi
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Maize Stem Borers in India 371• C
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Sustainable Corn Prod cHon under Al
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Sustainable Corn Production 011 Slo
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Sustainable Corn Production on Slop
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Sustainable Com Production on Slopi
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Responses of Open-Pollinated and Hy
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Open-Pollinated and Hybrid Mai;:e C
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Fertilization and Nutrient Manageme
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Nutrient Management for Maiz.e Crop
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Nutrient Management for Mai::e Crop
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Nutrient Managementfor Maize Croppi
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Nutrient Management for Maize Cropp
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Nutrient Management/or Maize Croppi
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Nutrient Managementfor Maize Croppi
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Maize Cultivation in Paddy Field Re
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Mai::.e Cultiwllion i/7 Paddy Field
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Maize-Based Cropping Systems in the
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Mai::.e Based Cropping Svstems in t
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Mai.-e Based Cropping Systems ill t
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Maize Based Cropping Systems in the
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Page 429 and 430:
Page 431 and 432:
Page 433 and 434:
J'vtaize Based Cropping Syslems ill
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Effects of Ecological Conditions an
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Winter Maiz.e Of! Wetland in the Cr
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Winter Mai~e on Wetland in the Crop
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Winter Maize on Wetland in the Crop
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Winter Maize 431IntroductionIn a br
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Willler Mai::.e 433applied fertiliz
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Technics for Corn Production in Sou
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Technics for Corn Prodllction in SO
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Technics for Corn Production ;n Sou
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Technicsfor Com Production in South
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Technics for Corn Production in Sou
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Adm/Jces in Breeding Specially Mai;
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Adval/ces in Breeding Specialty Mai
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Advances in Breeding Specialty !v1a
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QPM Breeding Pro ram in ChinaShi-hu
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QPM Breedillg Program ill China 453
Page 467 and 468:
QPM Breeding Program in China 455Li
Page 469 and 470:
QPM Breeding Program in China 457Ta
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Forage Corn: Emerging Use of Maize
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Forageortl 461Structural Changl's i
Page 475 and 476:
Forage Com 463plant population of 8
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Forage Corn 4652. For material that
Page 479 and 480:
Forage Com 467Table 5.Importation o
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Forage Com 469Table 8. Computed yie
Page 483 and 484:
Breeding of Maize for the Baby Corn
Page 485 and 486:
Maize for the Baby Corn Consumer Ma
Page 487 and 488:
Maize Production and Research in Ch
Page 489 and 490:
Page 491 and 492:
Mai-::.e Production and Research in
Page 493 and 494:
Page 495 and 496:
Progress a/Maiz.e Research in India
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Progress ajMaize Research in India
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Progress ofMaize Research in India
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Progress ofMai::e Research in India
Page 503 and 504:
Maize Research and Development in I
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Mai::;e Research and Development in
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Mai::e Research and Development in
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Mai::.e Research and Del'elopment i
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Page 513 and 514:
Page 515 and 516:
Country Report on Highlights of Pro
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Maize Research in the Philippines 5
Page 519 and 520:
Alai;..: R< s('arch ill rh(' Plzili
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Progress in Maize Research in Thail
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Page 525 and 526:
Progress ill Maize Research in Thai
Page 527 and 528:
lrl~lrl~..§'(3,.:::E--;.:;:-s:::l:
Page 529 and 530:
Page 531 and 532:
0\ITl '""'Table 8.Mean grain yield
Page 533 and 534:
Progress in Maize Research in Thai/
Page 535 and 536:
Progress of Maize Breeding in Vietn
Page 537 and 538: Progress ofMai-:.e Breeding in Viet
Page 539 and 540: Progress ofMaize Breeding in Vietna
Page 545 and 546: ~-Progress ofMaize Breeding in Viet
Page 547 and 548: Maize Research in Nepal 5351. Area,
Page 549 and 550: Maize Research in Nepal 537Present
Page 551 and 552: Maize Research in Nepal 539Local co
Page 553 and 554: Maize Research in Nepal 541Patholog
Page 555 and 556: Maize Research ill Nepal 5 3Chemica
Page 557 and 558: Maize Research ill Nepal 545Maize b
Page 559 and 560: Maize Research in Nepal 547Table 12
Page 561 and 562: Maize Research in Nepal 549Research
Page 563 and 564: Maize Research in Nepal 551Acknowle
Page 565 and 566: Maize Research in PakistanMohammad
Page 567 and 568: Maize Research in Nepal 555There ha
Page 569 and 570: Maize Research in Nepal 557Shift In
Page 571 and 572: Maize Research in Nepal 559Average
Page 573 and 574: Present Status and Strategies for D
Page 575 and 576: Maize Production in Sri Lanka 563in
Page 577 and 578: Maize Production in Sri Lanka 565At
Page 579 and 580: Maize Production in Sri Lanka 567rt
Page 581 and 582: Mai~e Research in Bangladesh 569Str
Page 583 and 584: Maize Research ill Bangladesh 571Su
Page 585 and 586: Mai::.e Research in Bangladesh 573R
Page 587: Current Status of Maize in MyanmarT
Page 591 and 592: Seed Production ofMaize in India 57
Page 599 and 600: Breeding Maize for North-Western In
Page 601 and 602: Breeding Mai-;e for North- Western
Page 603 and 604: ,..,Q\IT)t:::5'\l~- 2:l~..::;E:~';:
Page 605 and 606: Cargill's Maize Breeding Research i
Page 607 and 608: Cargill's lv/aize Breeding Research
Page 609 and 610: Maize Research Progranl in Mahyco 5
Page 611 and 612: IIHybrid Corn Seed Production - Exp
Page 613 and 614: Hybrid Corn Seed Production 601Tabl
Page 615 and 616: Hybrid Corn Seed Production 603woul
Page 617 and 618: Breeding Maize Hybrids in Commercia
Page 619 and 620: Summary and Conclusion of Session o
Page 621 and 622: Summary Inaugural Session 609hybrid
Page 625 and 626: SUDlmary and Conclusion of Session
Page 627 and 628: S mmary and Conclusion of Session o
Page 631 and 632: Summary Speciality Corns Session 61
Page 635 and 636: SummaJy Country and Seed Industry S
Page 637 and 638: Questions and Answers 625Q: How muc
Page 639 and 640:
Questions and Answers 627for MAS, t
Page 641 and 642:
Questions and Answers 629Q: Does th
Page 643 and 644:
Questions and Answers 631A: Yes, ea
Page 645 and 646:
Questions and Answers 633Q: Search
Page 647 and 648:
Questions and Answers 635considerab
Page 649 and 650:
Questions alld Answers 637Comment:
Page 651 and 652:
List ofParticipants 639COLOMBIACarl
Page 653 and 654:
List ofParticipants 641Prabhu Pinga
Page 655 and 656:
List ofParticipants 643Elsa M. Luis
Page 657 and 658:
List ofParticipants 645Nonito Franj
Page 659 and 660:
List ofParticipants 647Romeo F. Hec
Page 661 and 662:
List ofParticipants 649Jose Cagampa
Page 663 and 664:
List ofParticipants 651Danilo P. Ba
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