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Data from the 2018 crop establishment trial at Hart, SA. The trial compared the establishment of Hurricane lentil at different target plant densities, under a conventional seeder and under a precision seeder, and at two different row spacings (a narrow row spacing of 22.9cm and a wide row spacing of 30.5cm). The experiment was run under the UOA1803-009RTX GRDC research project led by the University of Adelaide, and the experiment and data collection were managed locally in Hart by the Hart Field-Site Group.
Files:Hart Lentil 2018.xlsx
Experiment setup:Experiment managed locally by the Hart Field-Site Group. The trial was organised as a split plot design, with 4 main plot treatments (conventional seeder: wide row spacing, conventional seeder: narrow row spacing, precision seeder: wide row spacing, precision seeder: narrow row spacing), and 6 subplot treatments (target plant density 40, 60, 80, 100, 120 and 140 plants/m2). The design was arranged spatially in 3 bays with 32 rows, 4 replicates, 96 plots total. The variety of lentil sown for this trial was Hurricane lentil.
Variables recorded:establishment count (plants/m2), interplant distance (cm), seed bed moisture (% and mV), seedling depth (mm), NDVI, yield (t/ha), 1000 grain weight (g), flowering biomass dry matter (t/ha), harvest biomass fresh weight (g), harvest biomass dry weight (g), harvest seed weight (g), harvest index
Data collection and assessment:The paddock was sown on 10/05/2018 with the conventional cone seeder, and on 17/05/2018 with the precision planter. Initial soil moisture was measured at infurrow and midrow locations on 11/05/2018 and again on 17/05/2018. Plant establishment counts were recorded 6 times between 23/05/2018 and 22/06/2018, with plant numbers measured in 3m marks across two rows. Seedbed moisture was measured 5 times between 23/05/2018 and 22/06/2018, at infurrow and midrow. Interplant distances were measured for all plots. Seedling depth was recorded in mm for plots sown at the 120 plants/m2 density only. NDVI measurements were made 8 times between 09/07/2018 and 13/09/2018 for each plot. Biomass weight measurements were made at flowering and again at harvest maturity. At harvest, the yield (t/ha) and 1000 grain weight were assessed.
Issued: 2023-12-11
Created: 2023-12-11
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- DOI : 10.25909/24784281.V1