Response of bean plants to chilling: comparison between primary and trifoliate leaf stage

Mori B; Vernieri P; Pardossi A; Tognoni F

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Response of bean plants to chilling: comparison between primary and trifoliate leaf stage

机译：豆类植物对冷害的响应：初级叶期和三叶期叶期的比较

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Phaseolus vulgaris plants at the primary and trifoliate leaf stages were subjected to chilling treatments for 72 h. During the first 20-30 h of chilling, plants suffered water stress, but subsequently regained turgor. ABA concentrations increased during chilling, with levels starting to rise earlier and reaching higher levels in trifoliate leaves than primary leaves, and in roots at the trifoliate leaf stage than the primary leaf stage.

机译：对初生和三叶期的菜豆进行冷藏处理72小时。在冷藏的前20-30小时内，植物遭受了水分胁迫，但随后恢复了膨大状态。 ABA的浓度在冷却过程中增加，三叶叶中的水平开始升高，并且比初级叶中的水平更高，三叶叶阶段的根中的水平高于初级叶阶段。

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《Advances in Horticultural Science》 |1995年第3期|共4页
作者
Mori B; Vernieri P; Pardossi A; Tognoni F;
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正文语种 eng
中图分类园艺;
关键词
plant growth regulators; cold resistance; water stress; leaves; roots; growth regulators; abscisic acid; endogenous growth regulators; chilling; cold zones; responses; metabolism; growth inhibitors; vegetables; vegetable legumes; Phaseolus vulgaris; Fabaceae;

机译：植物生长调节剂;抗寒性;水分胁迫;叶;根;生长调节剂;脱落酸;内源性生长调节剂;冷却;寒冷地带;响应;新陈代谢;生长抑制剂;蔬菜;豆类植物;菜豆;豆科;

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1. Response of bean plants to chilling: comparison between primary and trifoliate leaf stage [J] . Mori B, Vernieri P, Pardossi A, Advances in Horticultural Science . 1995,第3期

机译：豆类植物对冷害的响应：初级叶期和三叶期叶期的比较
2. CHLOROPHYLL FLUORESCENCE IN PRIMARY LEAVES OF EXCESS CU-TREATED RUNNER BEAN PLANTS DEPENDS ON THEIR GROWTH STAGES AND THE DURATION OF CU-ACTION [J] . Maksymiec W, Baszynski T Journal of Plant Physiology . 1996,第1a2期

机译：过量铜处理过的动植物的初生叶中的叶绿素荧光取决于其生长阶段和铜绿作用的持续时间
3. DIFFERENT SUSCEPTIBILITY OF RUNNER BEAN PLANTS TO EXCESS COPPER AS A FUNCTION OF THE GROWTH STAGES OF PRIMARY LEAVES [J] . Maksymiec W, Baszynski T Journal of Plant Physiology . 1996,第1a2期

机译：作为主要叶子生长阶段的功能，奔跑的植物对铜的敏感性最高
4. Maximum Leaf Photosynthetic Light Response for Camu Camu (Myrciaria dubia Kunth McVaugh) Plants in Three Growth Stages in the South Colombian Amazonian Region [C] . J.A. Barrera, S.Y. Castro, M.S. Hernandez, International Horticultural Congress on Science and Horticulture for People . 2012

机译：Camu Camu（Myrciaria Dubia Kunth McVaugh）植物在南哥伦比亚地区三个增长阶段的最大叶片光合光线响应
5. Pollinator Response to Annual Forb Plantings and Self-Pollinating Dry Bean Crops in Agroecosystems [D] . Adams, Savannah Shay. 2021

机译：粉丝器对年龄FORB种植和农业系统中的自我授粉干豆作作物的反应
6. A COMPARISON OF THE EFFECTS OF GREEN LIGHT AND OF RED LIGHT ON THE SIMPLE-LEAF DEVELOPMENT OF INTACT AND DECAPITATED BEAN PLANTS [O] . Lewis H. Flint, Charles F. Moreland 1942

机译：绿光和红光对完整和失去能力的豆类植物简单叶片发育的影响比较
7. Table 4: Effects of leaf excising treatments on SPAD values, plant height (cm), lodging rate () and total biomass (g plant−1) of soybean plants at second-trifoliate stage (V2), fifth-trifoliate stage (V5), and flowering-stage (R1) under sole cropping and relay intercropping system from 2017 to 2018. [O] . -1

机译：表4：在二十三级阶段（V2），第五三级阶段（V5）的叶片植物植物高度（cm），植物高（cm），植物高（cm），植物高度（百分比）和总生物量（g植物-1）的影响（V5从2017年到2018年唯一的种植和继电器间作系统下的开花阶段（R1）。

Response of bean plants to chilling: comparison between primary and trifoliate leaf stage

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