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Interspecific variability of biomass production of young Coffea: No influence of branch pruning. Experimental evidence and theoretical analysis

机译:青年咖啡的生物量产生的间隙变异:分支修剪的影响。实验证据和理论分析

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Understanding the mechanisms of plant adaptation to their habitat can help developing relevant conservation politics, which is a crucial issue for several Coffea species. This comes through an understanding of the links between genetic diversity and architectural plasticity. In this study, we investigated the biomass production and allocation strategies of young Coffea trees for nine African species with different countries of origin, that were submitted to a pruning treatment. It revealed that despite large inter-specific differences, the pruning treatment had no influence on biomass production and allocation for these young trees. We propose a theoretical analysis of this result, based on classical modelling hypotheses.
机译:了解工厂适应境内的机制可以帮助发展相关的保护政治,这是几种咖啡件的重要问题。这是通过了解遗传多样性和建筑可塑性之间的联系。在这项研究中,我们调查了与不同原籍国的九种非洲种类的生物量生产和分配策略,这些原籍国提交了修剪治疗。目前据认为,尽管存在大的特异性差异,但修剪治疗对这些年轻树的生物量产生和分配没有影响。基于经典建模假设,我们提出了对此结果的理论分析。

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