Logistic equations used to model grain filling and estimates of the duration of grain filling (<i>T</i>) and the mean rate of grain filling (Va) for winter wheat plants grown in plots receiving no supplemental irrigation (W0), local SI practice with 60 mm both at jointing and anthesis (W1) or supplemental irrigation determined by measuring 0–20 cm (W2), 0–40 cm (W3) and 0–60 cm (W4) soil profile moisture, respectively.
收藏NIAID Data Ecosystem2026-03-08 收录
数据链接：
https://figshare.com/articles/dataset/_Logistic_equations_used_to_model_grain_filling_and_estimates_of_the_duration_of_grain_filling_T_and_the_mean_rate_of_grain_filling_Va_for_winter_wheat_plants_grown_in_plots_receiving_no_supplemental_irrigation_W0_local_SI_practice_with_60_mm_both_at_join/1534938数据链接链接失效反馈
官方服务：
资源简介：
a Different letters in the same column in the same growing season indicate significant differences at P<0.05. b GW, 1000-grain weight; T, duration of grain filling; Va, grain filling rate. Logistic equations used to model grain filling and estimates of the duration of grain filling (T) and the mean rate of grain filling (Va) for winter wheat plants grown in plots receiving no supplemental irrigation (W0), local SI practice with 60 mm both at jointing and anthesis (W1) or supplemental irrigation determined by measuring 0–20 cm (W2), 0–40 cm (W3) and 0–60 cm (W4) soil profile moisture, respectively.
创建时间：
2015-09-03
