… design based on the final canopy height of the crop, which is because the canopy height-based
structural size optimization design … However, the canopy height keeps changing during …

… canopy height also decreases when the angle increases, and the ideal plant types have an
angle of 60 or 90, which also indirectly indicates that suitable dwarfing of the loquat canopy …

… and method used to maintain canopy height. Thus, optimal orchards will have narrow rows
… It is proposed that optimum combinations of canopy height, canopy slope, and alley width, …

… structural design can facilitate the decision-maker to generate and analyze the optimal design
solutions … In this case, the canopy’s maximum height has been determined in relation to its …

… In this study, a cuboid (length 1 m, width 1 m and height 2.8 m) in the centre of the reconstructed
canopy, which had a length >2 m, a width >2 m and a height <2.8 m, was chosen and …

… (c), thickness of the canopy (th), and the location (l) and height (h) of the maximum camber.
… Because the present study aims to minimize |αe−6|, an optimal design is achieved at a large …

… to obtain important information about the vegetation canopy above the ground. Lidar returns
from the canopy (canopy hits) can be assigned a height above the ground on the basis of …

… The mean yearly rainfall and temperature average is approximately 2300 mm and 19 C
respectively, and the canopy height ranges from around 26 m to 40 m (TERN, 2012a). …

… This included measurements of tree and TH, CD, LAI, as well as shrub and grass height. …
height below the branches. The LAI was measured using the HemiView 2.1 SR5 Plant Canopy …

… maize inbred lines by utilizing plant height and canopy coverage data obtained from UAV …
with the canopy height model (CHM) proficiently enabled the estimation of maize plant height. …