确定南卡罗来纳州生产的大豆的最佳种植日期×成熟度组别组合

IF 0.8 Q3 AGRONOMY Crop, Forage and Turfgrass Management Pub Date : 2024-03-04 DOI:10.1002/cft2.20270
Sarah K. Holladay, Michael T. Plumblee, Michael W. Marshall, Michael A. Jones, Sruthi Narayanan
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引用次数: 0

摘要

以前的研究表明,大豆(Glycine max L. Merr.)如果在 6 月中旬以后播种,延迟播种会使产量减少多达 30 磅 ac-1 day-1。在南卡罗来纳州,大豆通常与其他作物轮作或在谷物后面双季种植,这可能会导致延迟种植和潜在的产量损失。在这项研究中,我们的目标是确定南卡罗来纳州非灌溉大豆产量的最佳播种日期 (PD) × 成熟度组 (MG) 组合,并确定从 3 月到 8 月整个播种期的产量结果。2021 年和 2022 年,在南卡罗来纳州的佛罗伦萨和布莱克维尔,四个成熟度组(IV、V、VI 和 VII)被种植在六个种植期(3 月至 8 月)。数据收集包括植株计数以确定最终植株数量、季末株高和节数以及收获时的产量/水分含量。布莱克维尔 2021 年(平均 76 蒲式耳-英亩-1)和 2022 年(平均 42 蒲式耳-英亩-1)4 月、5 月和 6 月的旱季谷物产量最高。佛罗伦萨在这两年中,4 月和 5 月的预测日平均谷物产量最高(53 bu ac-1)。在佛罗伦萨,单是中期干旱并不影响产量。然而,在布莱克维尔(Blackville),混合基因 V、VI 和 VII 产量最高。布莱克维尔五月种植的 MG V(2021 年为 88 bu ac-1,2022 年为 49 bu ac-1)和佛罗伦萨四月种植的 MG VII(65 bu ac-1)是产量最佳的 PD × MG 组合。4 月和 5 月种植的大豆株高和节数最高,而 MG IV 由于生长习性不定,植株总体最高。这项研究的结果表明,南卡罗来纳州在 3 月下旬和 6 月下旬种植大豆可能不会降低大豆产量,因为一些 3 月下旬和 6 月下旬种植的 MG 组合达到或超过了该州 37 bu ac-1 的平均产量,并且与 4 月和 5 月的产量没有统计学差异。这项研究已经对南卡罗来纳州的大豆种植者产生了影响,因为自 2023 年起,农作物保险的全额承保窗口已被延长,包括较早和较晚的 PDs。
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Determining the optimum planting date × maturity group combination for soybean produced in South Carolina

Previous research has shown that delayed planting of soybean (Glycine max L. Merr.) can reduce yield by as much as 30 lb ac−1 day−1 when planted after mid-June. In South Carolina, soybean is often planted in rotation with other crops or double-cropped behind cereal grains, which can lead to delayed planting and potential yield-loss. In this study, our objective was to determine the optimum planting date (PD) × maturity group (MG) combination on non-irrigated soybean yield in South Carolina, and to determine yield results for the entire planting window ranging from March through August. Four MGs (IV, V, VI, and VII) were planted on six PDs (March–August) in 2021 and 2022 in Florence and Blackville, SC. Data collection consisted of stand counts to determine final plant populations, end-of-season plant height and node counts, and yield/moisture content at harvest. The April, May, and June PDs resulted in the highest grain yield in Blackville in 2021 (averaging 76 bu ac−1) and 2022 (averaging 42 bu ac−1). The April and May PDs had the highest grain yield in Florence when averaged over both years (53 bu ac−1). MG alone did not influence yield in Florence. However, MGs V, VI, and VII produced the highest yields in Blackville. The optimum PD × MG combination for yield was the May planted MG V in Blackville (88 bu ac−1 in 2021 and 49 bu ac−1 in 2022) and the April planted MG VII in Florence (65 bu ac−1). Plant heights and node counts were highest when soybean was planted in April and May, and MG IV had the tallest plants overall due to its indeterminate growth habit. Results from this study suggest that planting soybean as early as late-March and as late as late-June may not reduce soybean yield in South Carolina as some late-March and late-June MG combinations met or exceeded the state yield average of 37 bu ac−1 and did not differ statistically from April and May yields. This research has already impacted soybean growers in South Carolina as the crop insurance window for full coverage has been extended to include earlier and later PDs as of 2023.

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来源期刊
Crop, Forage and Turfgrass Management
Crop, Forage and Turfgrass Management Agricultural and Biological Sciences-Agronomy and Crop Science
CiteScore
1.30
自引率
16.70%
发文量
49
期刊介绍: Crop, Forage & Turfgrass Management is a peer-reviewed, international, electronic journal covering all aspects of applied crop, forage and grazinglands, and turfgrass management. The journal serves the professions related to the management of crops, forages and grazinglands, and turfgrass by publishing research, briefs, reviews, perspectives, and diagnostic and management guides that are beneficial to researchers, practitioners, educators, and industry representatives.
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