Sowing Variability Measurement of Maize Hybrids and Observation of Physiological
Changes from Supplement Different Rate of Nitrogen
Ram Prakash Srivastava1 Saket Kumar2*, Avinash Verma3, Sagar Kumar1 and Rajesh Singh4
1Department of Agriculture, Chandigarh School of Business Jhanjeri Mohali Punja, India
2Department of Environment and Sustainable Development, IESD, BHU Varanasi, India
3Assistant Professor, Quantam University Roorkee Uttrakhand India
4Department of Genetics and Plant Breeding, IAS BHU Varanasi, India
*Corresponding Author: Saket Kumar, Department of Environment and
Sustainable Development, IESD, BHU Varanasi, India.
Received:
July 28, 2022 Published: December 15, 2022
Abstract
The field experiment was conduct with factorial arrangement in RBD with three replications. In this experiment observed large-scale adoption of eight maize inbred lines in single environment at Agricultural field BHU Varanasi during Kharif (Rainy) season 2015. Four sowing dates were designed as a main plot and 4 level of N (0, 60, 120 and 170 kg/ha) applied in selected sub plot. The different sowing date expressed significant effect in maize hybrid grain yield, number of kernels per row, number of kernels per ear, 1000-grain weight, biomass, harvest index and plant height to sheath. The highest grain yield of maize inbred lines were observed with June 29 ranged 10683-11843 (kg/ha) during Kharif season 2015. N application was significantly affected on different traits expect number of kernels per row and number of kernels per ear. The recorded grain yield was 10683-11843 kg/ha from 120 kg/ha N while control produced of 11653 kg/ha maize hybrid grains. Results increasing N from 120 kg/ha to 175 kg/ha decreased grain yield of maize hybrids.
Keywords: Maize Hybrid; Sowing Date; N; Grain yield
References
- Birch CJ., et al. “Agronomy of maize in Australia in review and prospect”. In: CJ Birch, SR Wilson, eds. Versatile Maize - Golden Opportunities: 5th Australian Maize Conference, City Golf Club, Toowoomba (2003): 18-20.
- Farrell T and K Keeffe. “Maize”. NSW Department of Primary Industries (2007).
- “The Food and Agricultural Organization of the United Nations: the statistical database (2015).
- Adediran JA and VA Banjoko. “Response of maize to N, P and K fertilizers in the Savanna zone of Nigeria”. Communication Soil Science and Plant Analysis 26 (2003): 593-606.
- “Diallo Nutritional genomics: manipulating plant micronutrients to improve human health”. Science 285 (2012): 375-379.
- Izhar T and Chakraborty M. “Combining ability and heterosis for grain yield and its components in maize inbreds over environments (Zea mays)”. African Journal of Agricultural Research8 (2013): 3276-3280.
- Koppad N. “Identification of superior parental combinations based on three way cross hybrid performance in maize (Zea mays)”. M.Sc. Thesis. University of Agricultural Sciences. Dharwad. 91 (2007).
- Jokela WE and Randall GW. “Corn yield and residual soil nitrate as affected by time and rate of nitrogen application”. Agronomy Journal 81 (1989): 720-786.
- Srivastava RP., et al. “Additional Sources of Resistance for Southern Corn Leaf Blight in Indian Maize Germplasm”. The Indian Journal of Agricultural Sciences9 (2017): 723-729.
- Kumar S., et al. “Evaluating interactive effect of initial screening hybrids in different environmental condition” International Journal of Agriculture Sciences20 (2017): 4204-4208.
- “Further evidence that zinc is required throughout the root zone for optimal growth and development”. Plant Soil 150 (1911): 247-253.
- Grj GS. “Effect of delayed planting of wet season maize crops on grain yield”. Indonesian Journal of Crop Science2 (2006): 53-62.
- Arif M., et al. “Response of maize varieties to different planting methods”. Sarhad Journal of Agriculture 2 (2001): 159-163.
- Jaliya MM., et al. “Effect of sowing date and NPK fertilizer rate on yield and yield components of quality protein maize (Zea mays)”. ARPN Journal of Agricultural and Biological Science 3.2 (2008).
- Namakka A., et al. “Effect of sowing date and Nitrogen level on yield and yield components of two extra early maize varieties (Zea mays) in Sudan Savanna of Nigeria”. ARPN Journal of Agricultural and Biological Science 3.2 (2008).
- Ahmad M., et al. “Response of maize to P levels and plant density”. Sarhad Journal of Agriculture 1 (2007): 69-73.
- Amanullah M and Asif Almas LK. “Agronomic efficiency and profitability of fertilizers applied at different planting densities of maize in Northwest Pakistan”. Journal of Plant Nutrition 35 (2012): 331-341.
- Moser SB. “Effects of pre-anthesis drought stress and nitrogen on yield, nitrogen use efficiency, and grain minerals of tropical maize varieties”. Dissertation for Award of PhD. degree Natural Sciences at Swiss federal Institute of Technology Zurich (2004).
- Anbessa Y and Juskiw P. “Review: strategies to increase nitrogen use efficiency of spring barley”. Canadian Journal of Plant Science4 (2004): 617-625.
- Echarte L and Tollenaar M. “Kernel set in maize hybrids and their inbred lines exposed to stress”. Crop Science 46 (2004): 870-878.
- Campos H., et al. “Improving drought tolerance in maize: a view from industry”. Field Crops Research 90 (2004): 19-34.
- Bhatt M and Chanda SV. “Prediction of leaf area in Phaseolus vulgaris by non-destructive method”. Bulgarian Journal of Plant Physiology 29 (2003): 96-100.
- Tollenaar M., et al. “Physiological basis for grain yield improvement in maize”. Crop Science 44 (2004): 2086-2094.
- Saeed J. “Protein phosphates activity is required for light inducible gene expression in maize”. The EMBO Journal 12 (2001): 3497-3505.
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