01996naa a2200277 a 450000100080000000500110000800800410001910000230006024500800008326000090016350001270017252011020029965000110140165000230141265000170143565000240145265300220147665300120149865300260151065300260153665300140156265300130157665300220158970000180161177300890162918584232018-04-19       2010    bl uuuu     u00u1 u    #d1 aSILVA, M. H. M. da  aSoftware for interpolation of vegetative growth of yerba mate plants in 3D.  c2010  aTítulo em português: Programa computacional para interpolação de crescimento vegetativo de plantas da erva-mate em 3D.  aAbstract ? The objective of this work was to build mock-ups of complete yerba mate plants in several stages of development, using the InterpolMate software, and to compute photosynthesis on the interpolated structure. The mock-ups of yerba-mate were first built in the VPlants software for three growth stages. Male and female plants grown in two contrasting environments (monoculture and forest understory) were considered. To model the dynamic 3D architecture of yerba-mate plants during the biennial growth interval between two subsequent prunings, data sets of branch development collected in 38 dates were used. The estimated values obtained from the mock-ups, including leaf photosynthesis and sexual dimorphism, are very close to those observed in the field. However, this similarity was limited to reconstructions that included growth units from original data sets. The modeling of growth dynamics enables the estimation of photosynthesis for the entire yerba mate plant, which is not easily measurable in the field. The InterpolMate software is efficient for building yerba mate mock-ups.  aModels  aPlant architecture  aPlant growth  aIlex Paraguariensis  a3D reconstruction  aAMAPmod  aArquitetura de planta  aCrescimento de planta  aModelagem  aModeling  aReconstrução 3D1 aRAKOCEVIC, M.  tPesquisa Agropecuária Brasileira, Brasília, DFgv. 45, n. 3, p. 244-251, mar. 2010