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. 2025 Jun 21;75(3):236–243. doi: 10.1270/jsbbs.24080

Table 1. Agronomic characteristics of Fukumi Fiber (Means of 2012–2017 growing years).

Cultivar Row type Semi-dwarf type Waxy type amo1 type Proantho-cyanidin-free type Degree of spring habita Heading date Maturity date Culm length (cm) Spike length (cm) Number of spikes (/m2) Grain yield Volume weight (g/l) 1000-grain weight (g) Plump grain (%)
(kg/a) (%)
Fukumi Fiber six uzu amylose-free amo1 ant28.2131 V 5-Apr ab 18-May a 84 a 5.6 b 354 a 56.2 a 114 798 b 32.8 bc 95.9 b
Ichibanboshi six uzu V 4-Apr a 15-May a 82 a 5.2 b 333 a 49.4 a 100 827 a 35.0 b 99.2 a
Daishimochi six uzu Low-amylose V 6-Apr a 17-May a 78 a 4.6 a 370 a 44.4 a 90 827 a 31.4 c 99.4 a
Kirari-mochi two c amylose-free ant28.494 I 4-Apr a 17-May a 75 a 7.0 c 412 a 47.2 a 96 821 ab 41.4 a 98.8 a

Basel dressing N–P–K = 0.6–0.6–0.6 kg/a; top dressing N–K = 0.3–0.3 kg/a. The plot design was 4.95 m2 with two replications.

a –: I: Spring type; V: Winter type.

b The same letters in the same column are not significantly different (P < 0.05), as revealed by Tukey’s test.

c –: Normal type.