Does acclimation in cavitation resistance due to mechanical perturbation support the pit area or conduit reinforcement hypotheses in        fi >Phaseolus vulgaris/fi>Phaseolus vulgaris        ?

Matzner Steven L.; Ronning Natalie; Hawkinson Jonathan; Cummiskey Tara; Buchanan Jackson; Miller Emma; Carlisle Grady

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Does acclimation in cavitation resistance due to mechanical perturbation support the pit area or conduit reinforcement hypotheses in fi >Phaseolus vulgaris/fi>Phaseolus vulgaris ?

机译：由于机械扰动引起的空化电阻是否支持凹坑区域或导管增强假假假假设。

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来源
《Physiologia plantarum》 |2019年第3期|共13页
作者
Matzner Steven L.; Ronning Natalie; Hawkinson Jonathan; Cummiskey Tara; Buchanan Jackson; Miller Emma; Carlisle Grady;
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作者单位

Department of BiologyAugustana UniversitySioux Falls SD 57197 USA;

Department of BiologyAugustana UniversitySioux Falls SD 57197 USA;

Department of BiologyAugustana UniversitySioux Falls SD 57197 USA;

Department of BiologyAugustana UniversitySioux Falls SD 57197 USA;

Department of BiologyAugustana UniversitySioux Falls SD 57197 USA;

Department of BiologyAugustana UniversitySioux Falls SD 57197 USA;

Department of BiologyAugustana UniversitySioux Falls SD 57197 USA;

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正文语种 eng
中图分类植物生理学;
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机译：由于机械扰动引起的空化电阻是否支持凹坑区域或导管增强假假假假设。
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Does acclimation in cavitation resistance due to mechanical perturbation support the pit area or conduit reinforcement hypotheses in fi >Phaseolus vulgaris/fi>Phaseolus vulgaris ?

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