Productivity of Early Maturity Silage Corns during Continuous Monocropping

B. Son, Hwan-Hee Bae, Y. Go, Sun-Lim Kim, Seonghyu Shin
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Abstract

This study evaluated the productivity of early maturity silage corns during continuous monocropping and the possibility of expanding forage production. Continuous monocropping of three silage corns, such as Kwangpyeongok (medium maturity), Sinhwangok (early maturity), and Sinhwangok2 (early maturity) was planted twice, in April and July from 2018 to 2019 at Suwon. The number of days from the sowing date to the silking date was 78 for the preceding crop and 52 for the succeeding crop. The number of days from the silking date to the harvesting date was 26 for the preceding crop and 46 for the succeeding crop. The sums of the temperature from the sowing date to the silking date were 1,512°C for the preceding crop, 1,246°C for the succeeding crop. The sums of the temperature from the sowing date to the harvesting date were 2,198°C for the preceding crop and 1,951°C for the succeeding crop. The dry matter yield of the preceding crop (1,637 kg/10a) was similar to that of the succeeding crop (1,565 kg/10a). The dry matter yields of Sinhwangok2 (1,673 kg/10a), Sinhwangok (1,660 kg/10a) and Kwangpyeongok (1,579 kg/10a) were similar to those of the preceding crop. The dry matter yields of Sinhwangok (1,669 kg/10a) and Kwangpyeongok (1,651 kg/10a) were similar to those of the succeeding crop and Sinhwangok2 (1,374 kg/10a) was the lowest among the three corn varieties. The total digestible nutrients (TDN) yield of the preceding crop (1,135 kg/10a) was similar to that of the succeeding crop (1,037 kg/10a). The TDN yields of Sinhwangok2 (1,183 kg/10a), Sinhwangok (1,158 kg/10a), and Kwangpyeongok (1,063 kg/10a) were similar to those of the preceding crop. The TDN yields of Sinhwangok (1,150 kg/10a) and Kwangpyeongok (1,100 kg/10a) were similar for the succeeding crop and Sinhwangok2 (970 kg/10a) was the lowest among the three corn varieties. The total dry matter yields of Sinhwangok (3,329 kg/10a) and Kwangpyeongok (3,230 kg/10a) were similar, but Sinhwangok2 (3,047 kg/10a) was the lowest among the three corn varieties. The total TDN yields of Sinhwangok (2,307 kg/10a), Kwangpyeongok (2,162 kg/10a), and Sinhwangok2 (2,152 kg/10a) were similar. It was concluded that Sinhwangok and Sinhwangok2 have high TDN yields as well as early maturity, and therefore are advantageous for direct continuous monocropping.
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早熟青贮玉米单作期产量的研究
本研究评价了早熟青贮玉米在连作期间的生产能力和扩大饲料生产的可能性。从2018年到2019年,在水原分别于4月和7月连续种植了光平谷(中熟)、新黄谷(早熟)、新黄谷2号(早熟)等3种青贮玉米。从播种日到吐丝日,前茬为78天,后茬为52天。从吐丝日到收获日,前一季为26天,后一季为46天。从播种日到吐丝日,前一季的温度总和为1512℃,后一季的温度总和为1246℃。从播种日期到收获日期的温度总和为前一作物的2198°C,后一作物的1951°C。前茬干物质产量(1637 kg/10a)与后茬干物质产量(1565 kg/10a)相近。新黄谷2号(1673 kg/10a)、新黄谷(1660 kg/10a)、光平谷(1579 kg/10a)的干物质产量与前茬相近。新黄谷(1669 kg/10a)和光平谷(1651 kg/10a)的干物质产量与后继作物相似,新黄谷2号(1374 kg/10a)是3个玉米品种中最低的。前茬作物的总可消化养分(TDN)产量(1135 kg/10a)与后茬作物(1037 kg/10a)相近。新黄谷2号(1183公斤/10a)、新黄谷(1158公斤/10a)、光平谷(1063公斤/10a)的TDN产量与前茬相近。新黄谷(1150 kg/10a)和光平谷(1100 kg/10a)的TDN产量相似,新黄谷2号(970 kg/10a)是3个玉米品种中最低的。新黄谷(3329 kg/10a)和光平谷(3230 kg/10a)的总干物质产量相似,但新黄谷2号(3047 kg/10a)是3个玉米品种中最低的。新黄谷(2307 kg/10a)、光平谷(2162 kg/10a)和新黄谷k2 (2152 kg/10a)的总TDN产量相似。综上所述,新黄谷和新黄谷2号TDN产量高,且早熟,适合直接连作。
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