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The effect of air and soil temperature on assimilate partitioning and flower bud initiation of Freesia.

机译：空气和土壤温度对小苍兰同化物分配和花芽萌发的影响。

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Berghoef J.; Zevenbergen A.P.;
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年度 1990
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1. Effects of temperature and nutrition on growth and flower-bud initiation in apricots [J] . D.I. Jackson New Zealand journal of agricultural research . 2012 ,第3期

机译：温度和营养对杏生长和花芽萌发的影响
2. 14C-assimilate partitioning within white clover plant - soil system: effects of photoperiod/temperature treatments and defoliation. [J] . Todorovic C, Nguyen C, Robin C, European Journal of Agronomy . 1999 ,第1期

机译：白三叶草植物内的14 C同化分配-土壤系统：光周期/温度处理和脱叶的影响。
3. Crown-cooling Treatment Induces Earlier Flower Bud Differentiation of Strawberry under High Air Temperatures [J] . Kota HIDAKA, Kazuhiro DAN, Hitoshi IMAMURA, Environment control in biology . 2017 ,第1期

机译：冠冷却处理在高温下诱导草莓早期花芽分化
4. Are there Common Systems for Flower Bud Initiation in the Genus Rubus? [C] . A. Dale, P.B. Oliveira, T. Valdivieso International Horticultural Congress . 2012

机译：在橡钩属中是否存在用于花芽启动的常见系统？
5. Flower bud abscission and abscission zones of potted Hibiscus rosa-sinensis. [D] . Al Saqri, Fatma A. 2004

机译：盆栽的罗莎花的花芽脱落和脱落区。
6. High temperature stress during flowering and grain filling offsets beneficial impact of elevated CO2 on assimilate partitioning and sink-strength in rice [O] . Ashish K. Chaturvedi, Rajeev N. Bahuguna, Divya Shah, -1

机译：开花期和灌浆期的高温胁迫抵消了CO2升高对水稻同化物分配和下沉强度的有益影响
7. Effects of growing temperatures and day length on flower bud initiation and development in sweet pepper. [O] . Yukihiro FUJIME, Fu-Chang GUO, Kazumasa KAKIBUCHI, 1990

机译：生长温度和日长度对甜椒花芽发育与发育的影响。

The effect of air and soil temperature on assimilate partitioning and flower bud initiation of Freesia.

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