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Influence of Different Sowing Dates on Yield and Quality of Corn Xianyu 335
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摘要: 利用2018—2023年吉林榆树农业气象试验站玉米大田分期播种试验研究不同播期对玉米生长发育、产量构成和籽粒品质的影响, 探讨改变玉米播期作为农业适应气候变化措施的可行性。研究发现:玉米不同播期, 玉米生长期内积温利用效率不同, 第1播期积温最高, 第4播期积温比第1播期平均减少8.3%。玉米不同播期对生长期长度造成影响, 玉米第1播期生长期长度比第2播期(正常播期)平均延长7.5 d, 第3播期较正常播期生长期缩短5.7 d, 第4播期较正常播期生长期缩短13.8 d。玉米不同播期对产量结构造成影响, 玉米播期提前10 d, 6年试验中有2年玉米百粒重增加, 4年减少;玉米播期延迟10 d和20 d, 玉米百粒重平均减少4.8%和8.7%。玉米播期提前10 d, 单株玉米籽粒数增加0.2%, 播期延迟10 d和20 d, 籽粒数分别减少6.0%和9.3%。总体上, 玉米播期延迟10 d和20 d, 玉米单产减产10.9%和17.1%。玉米播期提前10 d, 平均单产接近正常播期单产, 部分年份单产增加。玉米播期对玉米籽粒品质影响不大。气候变暖, 东北部分地区玉米播期适当提前可以作为适应气候变化措施。Abstract: Using data from Yushu Agricultural Meteorological Station of Jilin from 2018 to 2023, the impact of different sowing dates of corn is investigated focusing on its growth and yield composition as well as grain quality under global warming. It is also debated whether adjusting the sowing date of corn could be a measure for agriculture to adapt to climate change. Results show that the utilization efficiency of accumulated temperature during the growing season of corn varies with different sowing dates. The accumulated temperature is the highest in the first sowing date and lowest in the fourth sowing date, with an average decrease of 8.3% compared to the first sowing date. Different sowing dates of corn have an impact on the growing period. The duration of the first sowing date for corn is extended by an average of 7.5 days compared to the normal sowing date, while durations of the third and fourth sowing dates are shortened by 5.7 days and 13.8 days, respectively. Different sowing dates have an impact on the yield structure of corn. In the first sowing date, there is an increase in the weight of 100 grains of corn in 2 years during 6 years, while a decrease by 4.8% and 8.7% in the third and fourth sowing dates compared to the normal sowing date. The average number of grains per plant in the first sowing date increases by 0.2%, while decreases by 6.0% and 9.3% in the third and fourth sowing date. Overall, delaying the corn sowing date by 10 days and 20 days results in an average yield reduction of 10.9% and 17.1%. Sowing corn 10 days earlier could increase the yield in some years. The change in sowing dates has little effect on the quality of grains. Therefore, an early corn sowing date can be utilized as a strategy to adapt to climate change in certain regions of Northeast China.
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Key words:
- corn;
- sowing date;
- measures to adapt to climate change
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图 1 —2023年玉米不同播期生长期积温(大于等于10 ℃)
Fig. 1 Accumulated temperature (no less than 10 ℃) for different sowing dates of corn from 2018 to 2023
图 1 2018—2023年玉米不同播期生长期积温(大于等于10 ℃)
Fig. 1 Accumulated temperature (no less than 10 ℃) for different sowing dates of corn from 2018 to 2023
图 1 —2023年玉米不同播期生长期积温(大于等于10 ℃)
Fig. 1 Accumulated temperature (no less than 10 ℃) for different sowing dates of corn from 2018 to 2023
图 2 —2023年玉米不同播期生长期降水量
Fig. 2 Precipitation for different sowing dates of corn from 2018 to 2023
图 2 —2023年玉米不同播期生长期降水量
Fig. 2 Precipitation for different sowing dates of corn from 2018 to 2023
图 2 2018—2023年玉米不同播期生长期降水量
Fig. 2 Precipitation for different sowing dates of corn from 2018 to 2023
图 3 2018—2023年玉米不同播期生长期
Fig. 3 Growing season length for different sowing dates of corn from 2018 to 2023
图 3 —2023年玉米不同播期生长期
Fig. 3 Growing season length for different sowing dates of corn from 2018 to 2023
图 3 —2023年玉米不同播期生长期
Fig. 3 Growing season length for different sowing dates of corn from 2018 to 2023
图 4 2018—2023年玉米不同播期玉米百粒重
Fig. 4 100 grain weight for different sowing dates of corn from 2018 to 2023
图 4 —2023年玉米不同播期玉米百粒重
Fig. 4 grain weight for different sowing dates of corn from 2018 to 2023
图 4 —2023年玉米不同播期玉米百粒重
Fig. 4 grain weight for different sowing dates of corn from 2018 to 2023
图 5 2018—2023年玉米不同播期玉米单株籽粒数
Fig. 5 Number of grains per plant for different sowing dates of corn from 2018 to 2023
图 5 —2023年玉米不同播期玉米单株籽粒数
Fig. 5 Number of grains per plant for different sowing dates of corn from 2018 to 2023
图 5 —2023年玉米不同播期玉米单株籽粒数
Fig. 5 Number of grains per plant for different sowing dates of corn from 2018 to 2023
图 6 —2023年玉米不同播期玉米单产
Fig. 6 Yield for different sowing dates of corn from 2018 to 2023
图 6 —2023年玉米不同播期玉米单产
Fig. 6 Yield for different sowing dates of corn from 2018 to 2023
图 6 2018—2023年玉米不同播期玉米单产
Fig. 6 Yield for different sowing dates of corn from 2018 to 2023
图 7 —2023年玉米不同播期玉米单产与生长期积温(大于等于10 ℃) (a) 以及与降水量(b)的关系
Fig. 7 Relationship between yield and accumulated temperature (no less than 10 ℃) (a) as well as precipitation(b) during the growing season for different sowing dates of corn from 2018 to 2023
图 7 2018—2023年玉米不同播期玉米单产与生长期积温(大于等于10 ℃) (a) 以及与降水量(b)的关系
Fig. 7 Relationship between yield and accumulated temperature (no less than 10 ℃) (a) as well as precipitation(b) during the growing season for different sowing dates of corn from 2018 to 2023
图 7 —2023年玉米不同播期玉米单产与生长期积温(大于等于10 ℃) (a) 以及与降水量(b)的关系
Fig. 7 Relationship between yield and accumulated temperature (no less than 10 ℃) (a) as well as precipitation(b) during the growing season for different sowing dates of corn from 2018 to 2023
图 8 —2023年玉米不同播期玉米籽粒淀粉含量(a)和蛋白质含量(b)
Fig. 8 Starch content(a) and protein content(b) of corn grains for different sowing dates from 2018 to 2023
图 8 2018—2023年玉米不同播期玉米籽粒淀粉含量(a)和蛋白质含量(b)
Fig. 8 Starch content(a) and protein content(b) of corn grains for different sowing dates from 2018 to 2023
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