“We experimentally validate the ability of the method to characterize the vitality of a fig leaf in real time by observing the continuous decreasein sap circulation, first in the smaller vessels and then in the larger ones, following the cutting of the leaf over a 48 h period.”
“the acquisition frequency of dynamic speckle can be linked to the microcirculation speed inside the leaf.”
t0
“Leaf”
e1
“We experimentally validate the ability of the method to characterize the vitality of a fig leaf in real time by observing the continuous decreasein sap circulation, first in the smaller vessels and then in the larger ones, following the cutting of the leaf over a 48 h period.”
“the frame acquisition rate emerges as the key parameter for generating activity index maps.”
t0
“Leaf”
e1
“We experimentally validate the ability of the method to characterize the vitality of a fig leaf in real time by observing the continuous decreasein sap circulation, first in the smaller vessels and then in the larger ones, following the cutting of the leaf over a 48 h period.”
“by accessing different ranges of sap flow activity levels by varying the frame acquisition rate, we reveal, in a non-invasive way, the anatomy of the leaf’s circulatory network with unprecedented richness.”
t0
“Leaf”
e1
“We experimentally validate the ability of the method to characterize the vitality of a fig leaf in real time by observing the continuous decreasein sap circulation, first in the smaller vessels and then in the larger ones, following the cutting of the leaf over a 48 h period.”
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