Solutions for Pot-in-Pot Root Escape, Root Circling, and Heat Shock at Harvest

机译：锅罐根逃逸的解决方案，根带环节和收获热休克

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Heat, cold, and blow-over have been major problems plaguing plant production in the unnatural environment of man-made containers. In their natural environment, roots are protected by the insulating effect of soil and surface debris. Sensitivity to temperature extremes by plant roots appears to vary only modestly among species. Developing the pot-in-pot system (P+P) by installing a "socket" pot in the ground and inserting a production pot inside 一 seemed the golden solution for insulating container rootballs from temperature extremes. However, in many locations, P+P has turned out to be more akin to iron pyrites.

机译：热，冷，吹翻是在人造容器的不自然环境中施放植物生产的主要问题。在自然环境中，根源受到土壤和表面碎片的绝缘效果保护。植物根部对温度极端的敏感性似乎在物种之间仅变化。通过在地面上安装“插座”锅开发锅内系统（P + P）并插入一个似乎将生产罐插入一个似乎从极端温度下绝缘容器根球的金色解决方案。然而，在许多地方，P + P已经结果更像是铁烟石。

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《Conference of the International Plant Propagators' Society》|2005年||共6页
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Carl E. Whitcomb; Andy C. Whitcomb;
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2. Distinct heat-shock element arrangements that mediate the heat shock, but not the late-embryogenesis induction of small heat-shock proteins, correlate with promoter activation in root-knot nematode feeding cells [J] . Barcala M, Garcia A, Cubas P, Plant Molecular Biology . 2008,第1a2期

机译：介导热休克的独特热休克元件排列，而不是介导小的热休克蛋白的胚发生后期诱导，与根结线虫饲养细胞中的启动子激活相关
3. Effects of nutrient solution zinc activity on net uptake, translocation, and root export of cadmium and zinc by separated sections of intact durum wheat (Triticum turgidum L. var durum) seedling roots. [J] . Welch RM, Hart JJ, Norvell WA, Plant and Soil . 1999,第2期

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4. Solutions for Pot-in-Pot Root Escape, Root Circling, and Heat Shock at Harvest [C] . Carl E. Whitcomb, Andy C. Whitcomb Conference of the International Plant Propagators' Society . 2005

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5. Involvement of heat shock in the induction of chilling tolerance of cucumber seedling roots. [D] . Zhang, Hua. 1997

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6. Tackling the emperor’s wisdom: heat shock proteins to halt and reverse atrial fibrillation at its roots [O] . B.C. du Pré, T.A.B. van Veen 2015

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7. Chemically Controlling Root Escape in Pot-in-pot Production of River Birch and Yoshino Cherry [O] . J. Roger Harris, Alex X. Niemiera, Robert D. Wright, 1996

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Solutions for Pot-in-Pot Root Escape, Root Circling, and Heat Shock at Harvest

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