Agronomical performance of 'Piemonte' mandarin grafted on several rootstocks in the Brazilian Coastal Tablelands

Carvalho, H. W. L. de; Martins, Carlos Roberto; Teodoro, Adenir Vieira; Filho, Walter dos Santos Soares; Passos, O. S.

doi:10.1590/s0100-204x2016001100005

Cited by 19 publications

(17 citation statements)

References 27 publications

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“…Cerqueira et al (2004) reported that HTR -051 has good results when it undergoes a period of water deficit followed by hydration, whereas the 'Orlando' tangelo, the 'Swingle' citrumelo and the 'San Diego' citrandarin show lower water deficit tolerance in this period. It corroborates results on the 'Swingle' citrumelo and the 'Orlando' tangelo, which are less tolerant to drought (PRUDENTE; SILVA; CUNHA CUNHA SOBRINHO et al, 2013;CARVALHO et al, 2016a).…”

Section: Resultssupporting

confidence: 82%

“…The ones grafted on both hybrids LVK x LCR -010 and TSKC x CTTR -002 and on the 'Cravo Santa Cruz Rangpur' lime had the highest level of drought tolerance (DT), followed by those grafted on 'Indio' and 'Riverside' citrandarins, 'Red Rough' lemon, 'Sunki Tropical' mandarin and on the hybrid HTR -051. Carvalho et al (2016a) found similar results of high level of DT conferred by rootstocks LVK x LCR -010 and 'Cravo Santa Cruz Rangpur' lime to the 'Piemonte' mandarin ['Clementina' mandarin (C. clementina hort. ex Tanaka) x tangor (C. sinensis x C. reticulata Blanco) 'Murcott'].…”

Section: Resultssupporting

confidence: 54%

“…The search for scion and rootstock varieties which are adequate to denser citrus spacing has been the subject of several Brazilian experiments. According to Carvalho et al (2016a), tree size is important to plan new groves, since small trees enable increase in plant density in a certain area. Stuchi et al (2008) reported small citrus trees grafted on 'Swingle' citrumelo, a fact Biosci.…”

Section: Resultsmentioning

confidence: 99%

“…Orchards in this region are mostly formed by the combination of the 'Pera' sweet orange, clone CNPMF-D6 (RODRIGUES et al, 2016) grafted on the 'Rangpur' lime (C. limonia Osbeck) lemon (PRUDENTE; SILVA; CUNHA CUNHA SOBRINHO et al, 2013;CARVALHO, 2016), whose production is intended for the juice processing industry. In this region, the diversification of scion and rootstock cultivars has been the focus of several studies as a response to economic problems the sector faces, including the phytosanitary vulnerability monocultures (RODRIGUES et al, 2016;CARVALHO et al, 2016a;CARVALHO et al, 2016b;CARVALHO, 2016;SILVA et al, 2017), the demand for production distribution as the result of manpower shortage for harvest and the need to extend harvest seasons to avoid low prices (BASTIANEL et al, 2014;AZEVEDO et al, 2017).…”

Section: Introductionmentioning

confidence: 99%

“…The 'Pera' sweet orange has historically stood out as the most popular and economically important scion variety for juice in Brazil (SALIBE; TEÓFILO SOBRINHO; MÜLLER, 2002;. However, new cultivars of sweet oranges have been considered promising for juice production (MACHADO; YALY; BATIANEL, 2011;MARTINS, et al, 2014;CARVALHO et al, 2016a;CARVALHO et al, 2016b;CARVALHO, 2016;GOIS et al, 2016, SILVA et al, 2017. For instance, the 'Pineapple' sweet orange can be cultivated in Brazil's northeastern region in order to yield fruits for juice processing.…”

Section: Introductionmentioning

confidence: 99%

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Performance of the pineapple sweet orange on different rootstocks

et al. 2020

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This study aimed at evaluating the agronomical performance of ‘Pineapple’ sweet orange grafted on ten rootstocks, in 2011-2017 harvests, so as to recommend the best combinations to be commercially explored in citrus growing regions in Bahia and Sergipe states, Brazil. An experiment was installed to test ten rootstock for 'pineapple' sweet orange: 'Santa Cruz' Rangpur lime, 'Red Rough' Lemon, 'Orlando' Tangelo, 'Sunki Tropical' Mandarin, 'Swingle' citrumelo, the citrandarins 'Indio' and 'Riverside' and the hybrids HTR-051, LVKxLCR-010 and TSKxCTTR-002. The trial was installed in 2008 in the municipality of Umbauba in Sergipe. The experimental design was complete randomized blocks with four replications and two plants per plot. Plant spacing was 6 x 4 m which corresponds to 416 plants per hectare and the orchard was rainfed and followed conventional management. The following agronomical parameters were evaluated: vegetative growth, drought tolerance, yield and physico-chemical quality of fruits as well as the abundance of phytophagous mites. Both hybrids LVK x LCR – 010 and TSKC x CTTR-002 and the ‘Santa Cruz’ rangpur lime bestowed higher tolerance to the dry period on the ‘Pineapple’ orange tree, by comparison with higher water deficit susceptibility conferred by the ‘Orlando’ tangelo and the ‘Swingle’ citrumelo. Rootstocks HTR-051, ‘Riverside’ citrandarin, ‘Swingle’ citrumelo and TSKC x CTTR-02 induced plants to remain small and, thus, showed aptitude for culture densification. Cumulative yield of the ‘Pineapple’ orange was higher on rootstocks ‘Red Rough’ lemon and ‘Santa Cruz’ Rangpur lime, the hybrid LVK x LCR-010 and ‘Sunki Tropical’. Yield efficiency was not influenced by the rootstocks. Physico-chemical quality of fruits of ‘Pineapple’ orange is affected by the rootstocks and meets the requirements of juice industries. Regarding plant resistance, the rootstocks did not influence the population density of mites P. oleivora, E. banksi and T. mexicanus on ‘Pineapple’ oranges. Results show that both rootstocks ‘Red Rough’ lemon and ‘Santa Cruz’ rangpur lime conferred high regularity to ‘Pineapple’ orange trees in citrus growing regions in Bahia and Sergipe states.

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Section: Resultssupporting

confidence: 82%

Section: Resultssupporting

confidence: 54%