SOWING TIME AND PLANTING GEOMETRY OF MUSTARD - Lalruatfeli, P. C;Hnialum, Malsawmtluanga
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A field experiment investigated sowing time and planting geometry for Mustard TAM-108-1 in clayey soil. Three sowing dates (S1, S2, S3) and four planting geometries (G1, G2, G3, G4) were tested. Early November sowing and 45 × 10 cm planting produced the best results. It led to taller plants, more branches, higher dry matter accumulation, and improved yield parameters such as siliquae, seeds, and straw yield. Economic factors, including gross and net monetary returns, also favored the early sowing and specific planting geometry. Optimal sowing time and planting geometry are crucial for…mehr

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Produktbeschreibung
A field experiment investigated sowing time and planting geometry for Mustard TAM-108-1 in clayey soil. Three sowing dates (S1, S2, S3) and four planting geometries (G1, G2, G3, G4) were tested. Early November sowing and 45 × 10 cm planting produced the best results. It led to taller plants, more branches, higher dry matter accumulation, and improved yield parameters such as siliquae, seeds, and straw yield. Economic factors, including gross and net monetary returns, also favored the early sowing and specific planting geometry. Optimal sowing time and planting geometry are crucial for maximizing mustard crop growth, yield, and economic outcomes, especially considering changing climate conditions.
Autorenporträt
The author P. C. Lalruatfeli obtained her bachelor degree in the Central Agricultural University, Imphal and completed her Masters Degree at Dr. Panjabrao Krishi Deshmukh Vidyapeeth. Currently the author is studying for her Doctorate at Tamil Nadu Agricultural University