International audienceExamining botanical trees, Leonardo da Vinci noted that the total cross section of branches is conserved across branching nodes. In this Letter, it is proposed that this rule is a consequence of the tree skeleton having a self-similar structure and the branch diameters being adjusted to resist wind-induced loads
Two wind tunnels were designed to detect influences of wind on the development of the root systems o...
The mechanical environment is a significant factor that controls tree growth. Growth response to mec...
Poster : supplementary dataInternational audiencePlants have developed different tropisms: in partic...
<div><p>This study examined Leonardo da Vinci's rule (<i>i.e.</i>, the sum of the cross-sectional ar...
This study examined Leonardo da Vinci’s rule (i.e., the sum of the cross-sectional area of all tree ...
Trees are self-similar branching structures, hierarchically organized with longer and thicker branch...
International audienceTrees are self-similar structures: their branch lengths and diameters vary all...
Trees architecture of a broad range of species have been repeatedly as self-similar structures in wh...
Understanding how natural structures such as trees survive extreme loading in nature may help develo...
Wind is a major ecological factor for plants and a major economical factor for forestry. Mechanical ...
International audienceThe rings on the cross-section of the branch of a tree show the number of its ...
Theories that incorporate the area-preserving rule of Leonardo da Vinci predict that the sum of the ...
Inspiring by Leonardo's formula regarding cross section of trees from trunk to branches, Eloy (2011)...
Wind is a key disturbance agent in forests worldwide, but the interaction between wind and trees is ...
International audienceOscillation damping is of vital importance for trees to withstand strong gusty...
Two wind tunnels were designed to detect influences of wind on the development of the root systems o...
The mechanical environment is a significant factor that controls tree growth. Growth response to mec...
Poster : supplementary dataInternational audiencePlants have developed different tropisms: in partic...
<div><p>This study examined Leonardo da Vinci's rule (<i>i.e.</i>, the sum of the cross-sectional ar...
This study examined Leonardo da Vinci’s rule (i.e., the sum of the cross-sectional area of all tree ...
Trees are self-similar branching structures, hierarchically organized with longer and thicker branch...
International audienceTrees are self-similar structures: their branch lengths and diameters vary all...
Trees architecture of a broad range of species have been repeatedly as self-similar structures in wh...
Understanding how natural structures such as trees survive extreme loading in nature may help develo...
Wind is a major ecological factor for plants and a major economical factor for forestry. Mechanical ...
International audienceThe rings on the cross-section of the branch of a tree show the number of its ...
Theories that incorporate the area-preserving rule of Leonardo da Vinci predict that the sum of the ...
Inspiring by Leonardo's formula regarding cross section of trees from trunk to branches, Eloy (2011)...
Wind is a key disturbance agent in forests worldwide, but the interaction between wind and trees is ...
International audienceOscillation damping is of vital importance for trees to withstand strong gusty...
Two wind tunnels were designed to detect influences of wind on the development of the root systems o...
The mechanical environment is a significant factor that controls tree growth. Growth response to mec...
Poster : supplementary dataInternational audiencePlants have developed different tropisms: in partic...
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