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in Proceedings of the 23rd National Summer Crops Workshop on Maize Research and Production held NARC Khumaltar, Lalitpur, Nepal, July 2-4, 2002, / Adhikari, K.
Title : Evaluation of maize genotypes in the hill environments of Nepal, 2000/2001 Material Type: printed text Authors: Divakar Sharma, Editor ; Upadhyay, S.R., Author ; Adhikari, K., Author ; Rijal, T.R., Author Pagination: 77-90 p. Abstract: Different diverse maize genotypes were evaluated in different stages of multilocation trials namely
.IYT. · CVT and CFFT -in the hill environments of Nepal. The objective was identified superior maize
genotypes for the use of farmers or for tlie use of breeder to developed the variety it self or to use in
breeding use work. This paper summarized the result ofmultilocation testing during 2000 and 2001.
Dur:ing 2000, 16 maize genotypes were tested in IYT at 4 locations. Based ·on the across location
· analysis, genotypes were significant but _accept 4 low yielding genotyp·e, rest of 12 genotypes were
statis~ically similar for grain yield. During 2001 twenty-one genotypes were tested in 1YT at five
· locatioiJS. Genotypes were found·non-significant for grain yield and plant height. Similarly, sixteen
·. maize genotypes were tested in CVT at five locations in 2000 summer. The genotype ZM 621
produced the highest grain yield ( .35 tlha), followed by LATAC1F1/LATBC1F1, Hill Pool yellow
· and Hill Pool white. There was highly significant G x E interaction for grain yield. Similarly in
2001, fifteen genotypes were evaluated at six hill locations. The genotypes were found highly
· significant for grain yield Population 44 C10, Tlaltizapan 9544, [P501SRCOF1 .. .}, ZM 421,
. Populatio1? 45 C8 and DRACOSYNFJ/DRBC were the top grain yielders and significantly different
.from standard check (Manakamana-1) and local check. A total of five maize genotypes were tested
in two high hill eTJVironments in 2000. The comb_ined analysis revealed that the ·genotypes were
similar for. grain) ieid, but significant different for plant height, ear height and days to flowering.
Similarly, six maize genotypes were tested in three high hill locations during 2001. The genotypes
and the.ir interaction with locations 11 as highly significant for grain yield, days to 50% silking and
plant height. '[he standard check Ganesh-1 was statistically similar with the tested genotype. Four
genotypes namely Z1vf 621, Hill Pool yellow, Hill Pool white and Farmer's local (CHK) ·were tested
in CFFT in different mid hill environments. Genotypes were highly significant for plant height and
ear height but non significant for grain yield.Link for e-copy: http://elibrary.narc.gov.np/?r=743 Evaluation of maize genotypes in the hill environments of Nepal, 2000/2001 [printed text] / Divakar Sharma, Editor ; Upadhyay, S.R., Author ; Adhikari, K., Author ; Rijal, T.R., Author . - [s.d.] . - 77-90 p.
in Proceedings of the 23rd National Summer Crops Workshop on Maize Research and Production held NARC Khumaltar, Lalitpur, Nepal, July 2-4, 2002, / Adhikari, K.
Abstract: Different diverse maize genotypes were evaluated in different stages of multilocation trials namely
.IYT. · CVT and CFFT -in the hill environments of Nepal. The objective was identified superior maize
genotypes for the use of farmers or for tlie use of breeder to developed the variety it self or to use in
breeding use work. This paper summarized the result ofmultilocation testing during 2000 and 2001.
Dur:ing 2000, 16 maize genotypes were tested in IYT at 4 locations. Based ·on the across location
· analysis, genotypes were significant but _accept 4 low yielding genotyp·e, rest of 12 genotypes were
statis~ically similar for grain yield. During 2001 twenty-one genotypes were tested in 1YT at five
· locatioiJS. Genotypes were found·non-significant for grain yield and plant height. Similarly, sixteen
·. maize genotypes were tested in CVT at five locations in 2000 summer. The genotype ZM 621
produced the highest grain yield ( .35 tlha), followed by LATAC1F1/LATBC1F1, Hill Pool yellow
· and Hill Pool white. There was highly significant G x E interaction for grain yield. Similarly in
2001, fifteen genotypes were evaluated at six hill locations. The genotypes were found highly
· significant for grain yield Population 44 C10, Tlaltizapan 9544, [P501SRCOF1 .. .}, ZM 421,
. Populatio1? 45 C8 and DRACOSYNFJ/DRBC were the top grain yielders and significantly different
.from standard check (Manakamana-1) and local check. A total of five maize genotypes were tested
in two high hill eTJVironments in 2000. The comb_ined analysis revealed that the ·genotypes were
similar for. grain) ieid, but significant different for plant height, ear height and days to flowering.
Similarly, six maize genotypes were tested in three high hill locations during 2001. The genotypes
and the.ir interaction with locations 11 as highly significant for grain yield, days to 50% silking and
plant height. '[he standard check Ganesh-1 was statistically similar with the tested genotype. Four
genotypes namely Z1vf 621, Hill Pool yellow, Hill Pool white and Farmer's local (CHK) ·were tested
in CFFT in different mid hill environments. Genotypes were highly significant for plant height and
ear height but non significant for grain yield.Link for e-copy: http://elibrary.narc.gov.np/?r=743 E-copies
http://nkcs.org.np/narc/dl/?r=743URL
in Proceedings of the 23rd National Summer Crops Workshop on Maize Research and Production held NARC Khumaltar, Lalitpur, Nepal, July 2-4, 2002, / Adhikari, K.
Title : Evaluation of maize germplasm in terai, inner terai of Nepal, 2000/2002 Material Type: printed text Authors: Divakar Sharma, Editor ; Upadhyay, S.R., Author ; Adhikari, K., Author ; Rijal, T.R., Author ; Mahato, R.K., Author ; B.B Rokya, Author ; B.P Yadav, Author ; R Yadav, Author ; Chaudhary, R.N., Author ; L.N Raya, Author ; J.B Chhetri, Author Pagination: 91-104 p. Abstract: A series of e~periments for varietal irTVesfigation/imptovetnent were conducted in AzFha Lattice
. Design dur.ing 2000 and 2001 summer and w.inter both ·seasons. Duri"tlg 2000 summer seaso~ the
result at Ram pur was poor because of the maize .borer and stalk rot problem. From the result of IfT
at Rainpur during 2000 summer the genotype [P501-SRCo-F1} produced the highest (2.58 tlha)
·grain yieid and all other genotypes produc;ed l~ss than 2 t/ha grain yield However, tested genotypes
were statistically non significant. At ARS, Surkhet the genotype DRACOSYN F1/l)RBC produced the
highest grain yield (2.86 tlha) iollowed by"{P50]-SRCO-F11..] (2.82 t/ha) and farmer's local (2.41
tlha) respectively. purfng winter at Rampur differenr set. of IYT then the summer season· was tested.
Among the tested genotype ACROSS S9528 produced .the -highest grain yield (9. 59 tlha) followed by
KANPUR S952.8 (9.17 tlha) and CRAVINHOS S9531 (8.15 tlha) respectively. · Genotypes were
significantly ·different. ·During. 2001 summer, the combined result of Rampur and. Surkhet showed
that ACROss· S9530 produced .significantly highest grai"1fyield (4.6 tlha) followed by ACROSS
S9531-(4.5 'tlha) and r.[PAHARX POOL-21 (4.4 t/ha) respe~tively. Du1:ing 200112.002 winter season,
BIOSEED:..9681 pFoduced the highest grain yield (8.16 t!ha) followed by AC:ROSS 9227 (8.05 tlha)
a1Jd SUWAN-3 .(7.91 · t/ha) respectively across locations. During 2000 summer ·season the tested
genotypes in CVT prodtfced less then 2 t/ha grain yield . However:, a~ ARS, Surkhet Farmers' local
proditced the .highest grain yield (3.30 tfha) followed by A"CROSS 9331 (3.16 tlha). In winter at
Rampur from the same· set, RAMPUR COMPOSITE produced the highest grain yield (7.20 t/ha)
followed by UPAHAR (7.05 tlhaj and ACRQSS. 9331 (6."93 tlha) respectively . . At Parwariipur
Farmers' local produced the highest grain. yield (5.29 . t/ha) followed by AGROSS 9545 (4.2 tlha)
·during winter. season. Durmg 2001 summer season, the. combined results of Rampur and Surkhet
s_howed that BIOSEED 9681 produced the _highest grain yield (4.4 tlha) followe(i by UPAHAR (3.8
. Jlha) and S97TLY-GH "~YB"(3) produced 3. 7 tlha respectively. During 2001/200i winter season,
UPAHAR produced the highest grain yield (7.0 t/ha) followed by TAKFA-S9536 (6.78 t/ha) and
: NARAYAN! (6.58 t/ha) respectively. The result of Parwanipur during winter seaso~ showed that
. Farmers' local check producec! the hignest grain yield (5.3 t/ha) followed by ACROS$ 9545 (4.2
: t/ha) and RAMPUR. COMPOSitE (3. 7 tlha) respectively. The result of CFFT during 2001 summer,
. wJiiqh was-planted at 3 OR site of NMRP Rampur (6 farmers were selected as replications) and OR"
. · · ~ite of ARS Surkhet (5 farmers were seleCted as replication). Combined analysis revealed that
· · UPAHAR pro4.uced th'e highest grain yield (3.5 t/ha) followed by RAMPUR COMPOSITE (3.4 tlha)' .
, · .and ACRQSS-9331 RE (3.2 t/ha) respectively.Link for e-copy: http://elibrary.narc.gov.np/?r=745 Evaluation of maize germplasm in terai, inner terai of Nepal, 2000/2002 [printed text] / Divakar Sharma, Editor ; Upadhyay, S.R., Author ; Adhikari, K., Author ; Rijal, T.R., Author ; Mahato, R.K., Author ; B.B Rokya, Author ; B.P Yadav, Author ; R Yadav, Author ; Chaudhary, R.N., Author ; L.N Raya, Author ; J.B Chhetri, Author . - [s.d.] . - 91-104 p.
in Proceedings of the 23rd National Summer Crops Workshop on Maize Research and Production held NARC Khumaltar, Lalitpur, Nepal, July 2-4, 2002, / Adhikari, K.
Abstract: A series of e~periments for varietal irTVesfigation/imptovetnent were conducted in AzFha Lattice
. Design dur.ing 2000 and 2001 summer and w.inter both ·seasons. Duri"tlg 2000 summer seaso~ the
result at Ram pur was poor because of the maize .borer and stalk rot problem. From the result of IfT
at Rainpur during 2000 summer the genotype [P501-SRCo-F1} produced the highest (2.58 tlha)
·grain yieid and all other genotypes produc;ed l~ss than 2 t/ha grain yield However, tested genotypes
were statistically non significant. At ARS, Surkhet the genotype DRACOSYN F1/l)RBC produced the
highest grain yield (2.86 tlha) iollowed by"{P50]-SRCO-F11..] (2.82 t/ha) and farmer's local (2.41
tlha) respectively. purfng winter at Rampur differenr set. of IYT then the summer season· was tested.
Among the tested genotype ACROSS S9528 produced .the -highest grain yield (9. 59 tlha) followed by
KANPUR S952.8 (9.17 tlha) and CRAVINHOS S9531 (8.15 tlha) respectively. · Genotypes were
significantly ·different. ·During. 2001 summer, the combined result of Rampur and. Surkhet showed
that ACROss· S9530 produced .significantly highest grai"1fyield (4.6 tlha) followed by ACROSS
S9531-(4.5 'tlha) and r.[PAHARX POOL-21 (4.4 t/ha) respe~tively. Du1:ing 200112.002 winter season,
BIOSEED:..9681 pFoduced the highest grain yield (8.16 t!ha) followed by AC:ROSS 9227 (8.05 tlha)
a1Jd SUWAN-3 .(7.91 · t/ha) respectively across locations. During 2000 summer ·season the tested
genotypes in CVT prodtfced less then 2 t/ha grain yield . However:, a~ ARS, Surkhet Farmers' local
proditced the .highest grain yield (3.30 tfha) followed by A"CROSS 9331 (3.16 tlha). In winter at
Rampur from the same· set, RAMPUR COMPOSITE produced the highest grain yield (7.20 t/ha)
followed by UPAHAR (7.05 tlhaj and ACRQSS. 9331 (6."93 tlha) respectively . . At Parwariipur
Farmers' local produced the highest grain. yield (5.29 . t/ha) followed by AGROSS 9545 (4.2 tlha)
·during winter. season. Durmg 2001 summer season, the. combined results of Rampur and Surkhet
s_howed that BIOSEED 9681 produced the _highest grain yield (4.4 tlha) followe(i by UPAHAR (3.8
. Jlha) and S97TLY-GH "~YB"(3) produced 3. 7 tlha respectively. During 2001/200i winter season,
UPAHAR produced the highest grain yield (7.0 t/ha) followed by TAKFA-S9536 (6.78 t/ha) and
: NARAYAN! (6.58 t/ha) respectively. The result of Parwanipur during winter seaso~ showed that
. Farmers' local check producec! the hignest grain yield (5.3 t/ha) followed by ACROS$ 9545 (4.2
: t/ha) and RAMPUR. COMPOSitE (3. 7 tlha) respectively. The result of CFFT during 2001 summer,
. wJiiqh was-planted at 3 OR site of NMRP Rampur (6 farmers were selected as replications) and OR"
. · · ~ite of ARS Surkhet (5 farmers were seleCted as replication). Combined analysis revealed that
· · UPAHAR pro4.uced th'e highest grain yield (3.5 t/ha) followed by RAMPUR COMPOSITE (3.4 tlha)' .
, · .and ACRQSS-9331 RE (3.2 t/ha) respectively.Link for e-copy: http://elibrary.narc.gov.np/?r=745 E-copies
http://nkcs.org.np/narc/dl/?r=745URL
in Proceedings of the 23rd National Summer Crops Workshop on Maize Research and Production held NARC Khumaltar, Lalitpur, Nepal, July 2-4, 2002, / Adhikari, K.
Title : Introduction, evaluation and utilization of exotic maize germplasm Material Type: printed text Authors: Adhikari, K., Editor ; Upadhyay, S.R., Author ; Sharma, D., Author ; Mahato, R.K., Author ; Rijal, T.R., Author ; Paudel, M.N., Author ; Katuwal, R.B., Author ; B. B. Rokaya, Author ; ,Karki, T.B., Author ; H.K Ghimire, Author ; B. N. Adhikari, Author ; B.P Yadav, Author ; R Yadav, Author ; L.N Raya, Author ; J.B Chhetri, Author Pagination: 37-76 p. Abstract: A number of germpl~m evaluation field· experiments were tested in different research stations of
Nepal. Which were received from CIMMYT Mexico, CIMMIT Zimbabwe and ARMP Thailand
during 200012001 and 2001102 summer and wi'nter seasons. All the experiments were conducted in .
Alpha Lattice design. In terai and inner tetai Experimental varietal trials (EVT)-13, .EVT-14A
were . evaluated in different stations. In .the hills the EVT-16A, EVT-16B, EPOP, ILPOP were
evaluated at · different stations. Experimental results of 200012001 summer and· winter ·seasons
showed some CIMMYT germplasm were highly promising and the seeds were reCJU:ested to -include
in our own national trials for further verifications. The selected genotypes from EVT-16A and
EVT-16B were CELAYA-9733, CELAYA.:.9745, PANTANAGAR-9745, BANGALORE-9745,
ACROSS-9745, -SlDS-9545 (Rl), TLALTIZAPAN-9542(Rl), ACROSS MEXIC0-97501, .and
ACROSS-97501 respectively. Now these genotypes are ri1cluded"in m hill set. From tke result of
·. EVT-13 ani EVT-14A· the selected genotypes were S97TLY GH "AyB" (1), IQUITOS 9328RE, ·
DAN PHUOHG S9528, S97TLY GH"AYB"(2j, S97TLY GH"AYB"(3), ACROSS 9227, TAK-FA
S9528, ACROSS 9536, KANPUR S9536, 8_IBP-4TYF, ACROSS S9528 AND CRA VINHOS S9531,
. ·ACROSS S9531, TAK-FA S9531, MONTE~A 9331, ACROSS 933JRE, . PQZA RICA S953J,·
J!YDERABAD S9531 and S97TEY GH''AYB"(4) respectively. These selected genotypes were
·pronioted in IYT and ·cvr terai set for further evaluation and improvement. On the basis of
· experimental results of 2001101 summer. anc{ winter season from EVT-14 A genotypes S97 TEY
GH "AYB" (2), WLTFYI (RRS) YD promoted to IYTTerai Set. From EPOPOI genotype POOL 16
·SR ZAMBIA was promoted to IYT Early · and Extra Early Set. From ILPOPOJ75 genotypes
ECAVL2-DLN, POPULATION 68 CO QPM and POPULATION 67 Cl QPMwere promoted to
IYT hill set full season. From· SEVSYQOOI genotype HIGH OIL C15 was promoted to liT hill set ·
fill! season and from EVT 16 B genotype TLALT1ZAPAN 9942 (N) was promoted and being t~sted .
in IYT hill set full season of2002 experiments. In CAVTOi-2 genotypes SWS0033Y-6, SWS0033Y-
7· and. SWS00351-I were found promising. ln EVT-13, the genotypes S98TLY-1B, S9BTLYGH
"AyB!' (I) and ACROSS S 9624-1 were obseryed pron1ising. In_ EVT-14 A, the genotypes .
CRA VINljOS S 9531 (RE) , S98TEY-4 AB and S99 TEY-4GH AxB were found prom~sing. These
seleqted g_enotypes wm be evaluated in the advanced experiments.Link for e-copy: http://elibrary.narc.gov.np/?r=742 Introduction, evaluation and utilization of exotic maize germplasm [printed text] / Adhikari, K., Editor ; Upadhyay, S.R., Author ; Sharma, D., Author ; Mahato, R.K., Author ; Rijal, T.R., Author ; Paudel, M.N., Author ; Katuwal, R.B., Author ; B. B. Rokaya, Author ; ,Karki, T.B., Author ; H.K Ghimire, Author ; B. N. Adhikari, Author ; B.P Yadav, Author ; R Yadav, Author ; L.N Raya, Author ; J.B Chhetri, Author . - [s.d.] . - 37-76 p.
in Proceedings of the 23rd National Summer Crops Workshop on Maize Research and Production held NARC Khumaltar, Lalitpur, Nepal, July 2-4, 2002, / Adhikari, K.
Abstract: A number of germpl~m evaluation field· experiments were tested in different research stations of
Nepal. Which were received from CIMMYT Mexico, CIMMIT Zimbabwe and ARMP Thailand
during 200012001 and 2001102 summer and wi'nter seasons. All the experiments were conducted in .
Alpha Lattice design. In terai and inner tetai Experimental varietal trials (EVT)-13, .EVT-14A
were . evaluated in different stations. In .the hills the EVT-16A, EVT-16B, EPOP, ILPOP were
evaluated at · different stations. Experimental results of 200012001 summer and· winter ·seasons
showed some CIMMYT germplasm were highly promising and the seeds were reCJU:ested to -include
in our own national trials for further verifications. The selected genotypes from EVT-16A and
EVT-16B were CELAYA-9733, CELAYA.:.9745, PANTANAGAR-9745, BANGALORE-9745,
ACROSS-9745, -SlDS-9545 (Rl), TLALTIZAPAN-9542(Rl), ACROSS MEXIC0-97501, .and
ACROSS-97501 respectively. Now these genotypes are ri1cluded"in m hill set. From tke result of
·. EVT-13 ani EVT-14A· the selected genotypes were S97TLY GH "AyB" (1), IQUITOS 9328RE, ·
DAN PHUOHG S9528, S97TLY GH"AYB"(2j, S97TLY GH"AYB"(3), ACROSS 9227, TAK-FA
S9528, ACROSS 9536, KANPUR S9536, 8_IBP-4TYF, ACROSS S9528 AND CRA VINHOS S9531,
. ·ACROSS S9531, TAK-FA S9531, MONTE~A 9331, ACROSS 933JRE, . PQZA RICA S953J,·
J!YDERABAD S9531 and S97TEY GH''AYB"(4) respectively. These selected genotypes were
·pronioted in IYT and ·cvr terai set for further evaluation and improvement. On the basis of
· experimental results of 2001101 summer. anc{ winter season from EVT-14 A genotypes S97 TEY
GH "AYB" (2), WLTFYI (RRS) YD promoted to IYTTerai Set. From EPOPOI genotype POOL 16
·SR ZAMBIA was promoted to IYT Early · and Extra Early Set. From ILPOPOJ75 genotypes
ECAVL2-DLN, POPULATION 68 CO QPM and POPULATION 67 Cl QPMwere promoted to
IYT hill set full season. From· SEVSYQOOI genotype HIGH OIL C15 was promoted to liT hill set ·
fill! season and from EVT 16 B genotype TLALT1ZAPAN 9942 (N) was promoted and being t~sted .
in IYT hill set full season of2002 experiments. In CAVTOi-2 genotypes SWS0033Y-6, SWS0033Y-
7· and. SWS00351-I were found promising. ln EVT-13, the genotypes S98TLY-1B, S9BTLYGH
"AyB!' (I) and ACROSS S 9624-1 were obseryed pron1ising. In_ EVT-14 A, the genotypes .
CRA VINljOS S 9531 (RE) , S98TEY-4 AB and S99 TEY-4GH AxB were found prom~sing. These
seleqted g_enotypes wm be evaluated in the advanced experiments.Link for e-copy: http://elibrary.narc.gov.np/?r=742 E-copies
http://nkcs.org.np/narc/dl/?r=742URL
in Proceedings of the 23rd National Summer Crops Workshop on Maize Research and Production held NARC Khumaltar, Lalitpur, Nepal, July 2-4, 2002, / Adhikari, K.
Title : Morphophysiological studies on early and late maize varieties Material Type: printed text Authors: Upadhyay, S.R., Editor ; Sharma, D., Author ; Adhikari, K., Author ; Rijal, T.R., Author Pagination: 253-261 p. Keywords: Hybrid ; maize genotype yield inbred Abstract: ·Field study was carried out to ~haracterize pnd to find out the growing degree unit (GDU)
harvest index (HI) and other morphological characters of recommended and .pipeline maize
. varieties Manakamana-2, Arun~4, Narayani, and Hill Pull White during winter 2000. Qu!Jiitative
.· characteristics viz.; .color of glumes, anthers and silk wer.e distinctly different among vqrieties as
coi?'tpared to quantitative characteristics but there was no, variation for the color of ~tem, leaf
and central vein. Manakamana-2 and Hill Pull White had pure white coloured co,bs while :Arun-4
and Narayarli had white and pink/red coloured cobs. Hill Pull White had white dent seed-type
and others were yellow flints. Arun-4 required less GDU for 50% Tasseling (588.9), 50% silking
(624.9) and physiological maturity (1312) while Hill Pull White required maxi'!'"m GDU i:e.
797. 8, 828.5 and 1704 for 50% Tasseling, 50% silking and physiological maturity respectively.
~ Manakamana-2·attained maximum leaf area index (LAI) 1.9936 followed by Ntirdyani (1.9627) .
and Hill Pull White (1.8943) at silldng stage. Narayani Producecf.the highest harvest index (HI)
0.38 followed by Aru_n-4 (0.36) and Manakamana-2. (0.34). Narayani had the highest shelling
per cent (82%) followed by Hill Pull White (79%) and Arun-4 (78%) respectively among the
tested varieties.Link for e-copy: http://elibrary.narc.gov.np/?r=756 Morphophysiological studies on early and late maize varieties [printed text] / Upadhyay, S.R., Editor ; Sharma, D., Author ; Adhikari, K., Author ; Rijal, T.R., Author . - [s.d.] . - 253-261 p.
in Proceedings of the 23rd National Summer Crops Workshop on Maize Research and Production held NARC Khumaltar, Lalitpur, Nepal, July 2-4, 2002, / Adhikari, K.
Keywords: Hybrid ; maize genotype yield inbred Abstract: ·Field study was carried out to ~haracterize pnd to find out the growing degree unit (GDU)
harvest index (HI) and other morphological characters of recommended and .pipeline maize
. varieties Manakamana-2, Arun~4, Narayani, and Hill Pull White during winter 2000. Qu!Jiitative
.· characteristics viz.; .color of glumes, anthers and silk wer.e distinctly different among vqrieties as
coi?'tpared to quantitative characteristics but there was no, variation for the color of ~tem, leaf
and central vein. Manakamana-2 and Hill Pull White had pure white coloured co,bs while :Arun-4
and Narayarli had white and pink/red coloured cobs. Hill Pull White had white dent seed-type
and others were yellow flints. Arun-4 required less GDU for 50% Tasseling (588.9), 50% silking
(624.9) and physiological maturity (1312) while Hill Pull White required maxi'!'"m GDU i:e.
797. 8, 828.5 and 1704 for 50% Tasseling, 50% silking and physiological maturity respectively.
~ Manakamana-2·attained maximum leaf area index (LAI) 1.9936 followed by Ntirdyani (1.9627) .
and Hill Pull White (1.8943) at silldng stage. Narayani Producecf.the highest harvest index (HI)
0.38 followed by Aru_n-4 (0.36) and Manakamana-2. (0.34). Narayani had the highest shelling
per cent (82%) followed by Hill Pull White (79%) and Arun-4 (78%) respectively among the
tested varieties.Link for e-copy: http://elibrary.narc.gov.np/?r=756 E-copies
http://nkcs.org.np/narc/dl/?r=756URL
in Proceedings of the 20th National Summer Crops Workshop on Maize Research in Nepal held at Parwanipur, Bara, April 22-24 1997 / Adhikari, K.
Title : National maize research status report, 1996 Material Type: printed text Authors: Adhikari, K., Editor Publisher: Chitwan : National Maize Research Program Publication Date: 1997 Pagination: 1-22 p. Keywords: Soil sciences; Plant pathology; Maize Link for e-copy: http://elibrary.narc.gov.np/?r=617 National maize research status report, 1996 [printed text] / Adhikari, K., Editor . - Chitwan : National Maize Research Program, 1997 . - 1-22 p.
in Proceedings of the 20th National Summer Crops Workshop on Maize Research in Nepal held at Parwanipur, Bara, April 22-24 1997 / Adhikari, K.
Keywords: Soil sciences; Plant pathology; Maize Link for e-copy: http://elibrary.narc.gov.np/?r=617 E-copies
http://nkcs.org.np/narc/dl/?r=617URLPhysio-morphological response of corn (Zea mays L.) to canopy modifications, plant densities and levels of nitrogen / Adhikari, K.
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