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Research Detail

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A. KHATUN
IWM Division, BARI, GAzipur

F. AKTER
IWM Division, BARI, GAzipur

The experiment was conducted at the experimental field of IWM Division, BARI, Gazipur, and farmer’s field of Godagari, Rajshahi during 2016 -2017 and 2017-2018 to assess the water use on the growth and yield of BARI hybrid maize-13. Six levels of irrigation were applied for the experiment with four replications. Treatments were T1= Rainfed, T2= One irrigation at vegetative (25-30) DAS stage, T3= One irrigation at pre-flowering (55-65) DAS stage, T4= One irrigation at grain filling (90-100 DAS) stage, T5= Two irrigations each at pre-flowering (55-65 DAS) and grain filling (90-100 DAS) stages, T6= Three irrigations each at vegetative (25-30 DAS), pre-flowering and grain filling stages. The results showed that most of the yield contributing character values were found higher in treatment T6 for both the locations where three irrigations at vegetative, pre-flowering, and grain filling stages were applied.  The treatment T6 gave the highest yield in 2016-17 at Gazipur (6.80 t/ha) and in both the years at Rajshahi (5.80 t/h and 7.56 t/ha), and the lowest yield (4.77 t/ha and 6.57 t/ha) and (4.28 t/ha and 5.60 t/ha) were found in treatment T1 at Gazipur and at Rajshahi where no irrigation was applied. But in 2017-18 at Gazipur, T5 gave the highest yield (8.25 t/ha) and treatment T6 and T2 (8.02 t/ha) were almost similar to treatment T5. Hence, three irrigations at vegetative, pre-flowering, and grain filling stages might be played a vital role for the highest yield and the vegetative stage is supposed to be critical of BARI hybrid maize-13. The highest BCR of 1.68 was found in treatment T5 and T2 in 2017-18 and 1.35 in treatment T6 in 2016-17 at Gazipur

  Hybrid maize, Moisture content, Irrigation, Pre-flowering, Critical stage
  WM Division, BARI, Gazipur, and farmer’s field of Godagari, Rajshahi
  00-00-2017
  00-00-2018
  Crop-Soil-Water Management
  Maize, Water management

To assess their perception and to find out the effective water use in different growth stages of white grained maize, this study has been proposed with the following objectives.

  • to find out the effect of different levels of water use on the growth and yield, and
  • to find out the critical stages to water stress for white grained hybrid maize line. 

 

The experiment was conducted at the experimental field of IWM Division of Bangladesh Agricultural Research Institute, Gazipur and at the farmer’s field of Kadamshahar, Godagari, Barind, Rajshahi during 2016-2017 and 2017-18. The soil was clay loam with field capacity (28.5-29%), and bulk density (1.44-1.48) gm/cc at both locations. The recommended dose of fertilizers was applied @ N250P55K110S40Zn5B1.5 kg/ha and CD @ 5 t/ha. Full doses of P, K, S, Zn, B, and cowdung were applied at the time of final land preparation. Nitrogen was applied in equal three splits, 1/3rd amount of urea -N was applied at the time of final land preparation and the rest of the urea -N was applied in equal two installments as a top dressing. The experiment was laid out in an RCBD design with three replications. The unit plot size was 5.0 m × 3.6 m.  The treatments were selected based on irrigation application at different growth stages as stated below:

T1= Rainfed

T2= One irrigation at vegetative (25-30 DAP) stage

T3= One irrigation at pre-flowering (55-65 DAP) stage

T4=One irrigation at grain filling (90-100 DAP) stage

T5= Two irrigations each at pre-flowering (55-65 DAP) and grain filling (90-100 DAP) stages

T6= Three irrigations each at vegetative, pre-flowering and grain filling stages

The selected crop was maize and the variety was BARI (white grained) Hybrid maize-13. Seeds were sown on 11 December 2016 and 28 November 2017 at Joydebpur at a spacing of 20 cm plant to plant and 60 cm line to line and in farmer’s field of Kadamshahar, Godagari, Barind, Rajshahi seeds were sown on 28 November 2016 and 03 December 2017 at the same spacing. The crop was harvested on 7 May 2017 and 6 May 2018 at Joydebpur and 8 May 2017 and 16 May 2018 at Rajshahi.

The measured amount of water was applied to each plot as per treatment to maintain the soil moisture content in the root zone up to field capacity. Ten plants from each plot were selected randomly for the collection of data on growth, yield components and yield. Undesirable plants were rouged out. At physiological maturity, ears were harvested and then dried. After 4-5 days, sun drying, ears were dehusked and again dried for 2-3 days. The grain yield data was collected when the grain moisture was 13%.

Estimation of irrigation water: Irrigation water was applied to bring the soil moisture content at the root zone to field capacity taking into account the effective root zone depth. Irrigation water was calculated using the following equation (Michael, 1985):

Where d   = Depth of water applied (cm))

Fc         = Field capacity of soil (%)

Mci      = Moisture content of the soil at the time of irrigation (%)

As        = Apparent specific gravity of the soil

D          = Depth of root zone (cm)

  Annual Research Report 2017-2018, Irrigation and Water Management Division, BARI, Gazipur
  
Funding Source:
1.   Budget:  
  

Based on the results, BARI hybrid maize-13 had a good response to different irrigation regimes. It can be concluded that three irrigations at vegetative, pre-flowering and grain filling stages might be essential for the highest yield of BARI hybrid maize-13 and it seems that the vegetative stage is a critical stage compared to other stages. The highest BCR of 1.35 was found in treatment T6 in 2016-17 and 1.68 was found in treatment T2 and T5 in 2017-18 at Gazipur. Due to the huge inconsistency of data in two years at both locations, the experiment should be continued next year for confirming the results.

  Report/Proceedings
  


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