Weekly Progression Images of Maize Growth in an Experimental Field in Benin City, Nigeria

This compilation showcases a collection of 270 images that meticulously capture the weekly growth stages of maize within an experimental field situated in Benin City, Nigeria. Within this expanse, the field is segmented into 27 subplots, each meticulously tending to the growth of three distinct maize varieties—DMR-ESRY (V1), BR9928 DMRSR (V2), and ART-98-SW-1 (V3). These varieties are subjected to varying soil treatments: control (F1), manure-treated (F2), and NPK fertilizer-treated (F3). The dynamic interplay of these treatments results in nine unique combinations, replicated thrice, culminating in a total of 27 plots. Each plot, spanning 15 square meters (0.0015 hectares), unveils the intricate dance between plant and soil.

Nestled within the expanse of Wellspring University, Irhirhi, Benin City, Edo State, the experimental farm extends across an area of 27.5m by 22m, anchored at the geographical coordinates N6.28 latitude and E5.59 longitude.

The distinct nomenclature of the maize varieties; V1 (DMR-ESRY), V2 (BR9928 DMRSR), and V3 (ART-98-SW-1)—intertwines with the soil treatments, each denoted as F1 (control), F2 (poultry manure-treated), and F3 (NPK fertilizer-treated). This symbiotic relationship influences growth dynamics, contributing to a narrative of botanical evolution.

Each of the 270 image files bears a unique identifier, intricately crafted as VarietyField_PlotNumber_Replicate_DayNo (VarField_PltNo_Rep_DayNo). Notably, the plot number—ranging from 1 to 9, uniquely designates each plot within the three replicates. For example, V1F1_1_2_D9 signifies maize variety 1 (DMR-ESRY) thriving within field 1 (control), occupying plot number 1 in replication 2, and captured on day 9. Likewise, V3F2_8_3_D29 encapsulates the growth journey of maize variety 3 (ART-98-SW-1) in field 2 (manure-treated), residing in plot number 8 within replication 3, and taken on day 29.

These images offer more than just a visual representation; they encapsulate the dynamic interaction between maize varieties and soil treatments, providing a profound insight into the evolving growth patterns in this experimental landscape.