2018•Alexandria Science Exchange JournalOpen access

Sowing Dates Effect on Growth and Grain Yield of Some Maize Hybrids

Mahmud A. A. Rahuma

Open full text 0 citations

Abstract

A field experiment was carried out at Agricultural Research Station, Faculty of Agriculture, Saba-Basha, Alexandria University, Egypt, during 2017 summer season to study growth and productivity of four maize hybrids (S.C.10, S.C. 168, T.C. 310 and T.C. 352) under four sowing dates (mid April, mid May, mid June and mid July) using split-plot design in three replications. Early sowing (mid April) produced the tallest plants and ears (242.30 cm and 25.49 cm), respectively, and largest ear leaf area (880.38 cm2). However, maize sowing in mid May led to increase in ear height (168.14 cm) and produced the maximum number of rows/ ear (14.62), weight of grains/ ear (200.11 g), 100-kernel weight (33.26 g), shelling percentage (83.68%) and grain yield (3.64 t/ fed.). Conversely, delayed sowing produced the significantly lowest values for all the studied traits. Single crosses, especially, white grains S.C.10 was superior than yellow grains S.C.168 and the three way crosses for all the studied traits. However, white grains T.W.310 showed the highest ear height (168.76 cm). Single cross 10 sown early (mid April) produced the tallest plants and largest ear leaf area, while sowing it in (mid May) produced the maximum grains weight/ ear, 100-kernel weight, shelling percentage and grain yield (4 t/ fed.). Sowing S.C. 168 in mid May gave the tallest ears (28.03 cm).

Open-access reader

About this research paper

What this paper is about

A field experiment was carried out at Agricultural Research Station, Faculty of Agriculture, Saba-Basha, Alexandria University, Egypt, during 2017 summer season to study growth and productivity of four maize hybrids (S.C.10, S.C. 168, T.C. 310 and T.C. 352) under four sowing dates (mid April, mid May, mid June and mid July) using split-plot design in three replications. Early sowing (mid April) produced the tallest plants and ears (242.30 cm and 25.49 cm), respectively, and largest ear leaf area (880.38 cm2). However, maize sowing in mid May led to increase in ear height (168.14 cm) and produced the maximum number of rows/ ear (14.62), weight of grains/ ear (200.11 g), 100-kernel weight (33.26 g), shelling percentage (83.68%) and grain yield (3.64 t/ fed.). Conversely, delayed sowing produced the significantly lowest values for all the studied traits. Single crosses, especially, white grains S.C.10 was superior than yellow grains S.C.168 and the three way crosses for all the studied traits. However, white grains T.W.310 showed the highest ear height (168.76 cm). Single cross 10 sown early (mid April) produced the tallest plants and largest ear leaf area, while sowing it in (mid May) produced the maximum grains weight/ ear, 100-kernel weight, shelling percentage and grain yield (4 t/ fed.). Sowing S.C. 168 in mid May gave the tallest ears (28.03 cm).

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

A field experiment was carried out at Agricultural Research Station, Faculty of Agriculture, Saba-Basha, Alexandria University, Egypt, during 2017 summer season to study growth and productivity of four maize hybrids (S.C.10, S.C. 168, T.C. 310 and T.C. 352) under four sowing dates (mid April, mid May, mid June and mid July) using split-plot design in three replications. Early sowing (mid April) produced the tallest plants and ears (242.30 cm and 25.49 cm), respectively, and largest ear leaf area (880.38 cm2). However, maize sowing in mid May led to increase in ear height (168.14 cm) and produced the maximum number of rows/ ear (14.62), weight of grains/ ear (200.11 g), 100-kernel weight (33.26 g), shelling percentage (83.68%) and grain yield (3.64 t/ fed.). Conversely, delayed sowing produced the significantly lowest values for all the studied traits. Single crosses, especially, white grains S.C.10 was superior than yellow grains S.C.168 and the three way crosses for all the studied traits. However, white grains T.W.310 showed the highest ear height (168.76 cm). Single cross 10 sown early (mid April) produced the tallest plants and largest ear leaf area, while sowing it in (mid May) produced the maximum grains weight/ ear, 100-kernel weight, shelling percentage and grain yield (4 t/ fed.). Sowing S.C. 168 in mid May gave the tallest ears (28.03 cm).

Key concepts: Hybrid, Sowing, Agronomy, Yield (engineering), Grain yield, Biology, Zea mays, Materials science

Related papers

Back to paper searchBrowse research topicsOriginal source
Sowing Dates Effect on Growth and Grain Yield of Some Maize Hybrids — Research Paper | ScholarLens