2021
DOI: 10.18671/scifor.v49n131.21
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Produtividade, adaptabilidade e estabilidade genotípica de clones de Eucalyptus spp. e Corymbia spp. em diferentes espaçamentos de plantio

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Cited by 4 publications
(3 citation statements)
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“…The seedlings used in this study came from a clonal matrix of E. tereticornis Sm × E. camaldulensis Dehnh (VS058), susceptible to L. invasa, produced in the nursery of the Laboratory of Plant Health-Applied and Functional Ecology, Federal University of Tocantins (Gurupi, Brazil). The seedlings used were produced in plastic tubes with a capacity of 55 cm 3 , containing commercial substrate Bioplant ® (Bioplant, Ponte Nova, MG, Brazil), arranged in trays with support for ninety-six tubes. The fertilization of the seedling production phase was carried out using 5 g of NPK (10; 10; 10) and 3 g of FTE BR 12 (sulfur: 3.9%; boron: 1.8%; copper: 0.85%; manganese: 2.0%; and zinc: 9.0%).…”
Section: Plant Materials and Breeding Of L Invasamentioning
confidence: 99%
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“…The seedlings used in this study came from a clonal matrix of E. tereticornis Sm × E. camaldulensis Dehnh (VS058), susceptible to L. invasa, produced in the nursery of the Laboratory of Plant Health-Applied and Functional Ecology, Federal University of Tocantins (Gurupi, Brazil). The seedlings used were produced in plastic tubes with a capacity of 55 cm 3 , containing commercial substrate Bioplant ® (Bioplant, Ponte Nova, MG, Brazil), arranged in trays with support for ninety-six tubes. The fertilization of the seedling production phase was carried out using 5 g of NPK (10; 10; 10) and 3 g of FTE BR 12 (sulfur: 3.9%; boron: 1.8%; copper: 0.85%; manganese: 2.0%; and zinc: 9.0%).…”
Section: Plant Materials and Breeding Of L Invasamentioning
confidence: 99%
“…is a popular choice for planted forests due to its fast growth, high productivity, adaptability, and raw materials for the pulp and paper industries [2]. The great genetic diversity of the genus allows us to select more adapted genotypes to adverse climates and have specific purposes, based on studies that evaluated the morphological and physiological potential of these plants and hybrids resulting from crossings [3]. Under predicted climate change, altered temperature and precipitation regimes are expected to increase the frequency and intensity of droughts in major eucalyptus-producing regions and inhibit the growth and sustainability of planted forests [4].…”
Section: Introductionmentioning
confidence: 99%
“…More usual statistical methodologies have been used to deal with data from different measurements in woody perennial crops, such as repeatability models (Alves et al 2019). The repeatability models are mixed models that consider the genetic and permanent environment as random effects (Paulus et al 2017;Oliveira et al 2021). However, this methodology has some limitations, such as the requirement of homogeneous correlations between measurements as well as the normality of residuals (Viana and Resende 2014).…”
Section: Resultsmentioning
confidence: 99%