Dwarfing Rootstocks for 'Valencia' Sweet Orange

Filho, Walter dos Santos Soares; Ramos, Yuri Caires; Silva, A. L. V. da; Fadel, André Luiz; Stuchi, Eduardo Sanches; Girardi, Eduardo Augusto; Leão, Helton Carlos de; Gesteira, Abelmon da Silva; Passos, O. S.

doi:10.17660/actahortic.2015.1065.42

Cited by 18 publications

(13 citation statements)

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“…The good performances of the rootstocks LVK x LCR-038, the 'Indio' citrandarin, and the 'Santa Cruz' Rangpur lime were also observed for 'Valência' sweet oranges under dry conditions in the Cerrado ecosystem, in the municipality of Colômbia, in the north of São Paulo state (Ramos et al, 2015). The rootstock influences the stability of production, production per plant, and accumulated production (Chaparro-Zambrano et al, 2015).…”

Section: Resultsmentioning

confidence: 76%

“…These results are similar to those by França et al (2016), who verified that the rootstocks did not show any influence in relation to the dry grades, after evaluating 'Valencia Tuxpan' grafted onto 14 rootstocks, in Rio Real, Bahia state, Brazil. According to Ramos et al (2015), it is necessary to highlight the increasing importance of rational water consumption, which shows the need to develop drought-tolerant varieties, or to be more efficient in the use of available water. In this sense, Soares et al (2015) state that genotypes which exhibit superior water-tolerance behavior should be included in breeding programs.…”

Section: Resultsmentioning

confidence: 99%

“…Research in modern citrus production has been directed to rootstocks that can lead to smaller scions (Forner-Giner et al, 2014), higher yield (Bowman et al, 2016b;Sau et al, 2018), better physical and chemical fruit quality (Sharma et al, 2016;Kirinus et al, 2019), resistance, or tolerance, to abiotic (Rodríguez-Gamir et al, 2010) and biotic problems (Shokrollah et al, 2011;Bowman et al, 2016a). The most efficient and sustainable method for controlling and preventing Phytophthora gummosis is the use of resistant, or tolerant, rootstocks which are compatible with the recommended scion varieties (Bassan et al, 2010).…”

Section: Introductionmentioning

confidence: 99%

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Performance of 'Valência' sweet orange grafted onto rootstocks in the state of Acre, Brazil

Rodrigues

Neto²,

Neto

et al. 2019

Pesq. agropec. bras.

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The objective of this work was to select rootstocks, based on the agronomic characters and fruit quality of the 'Valência' orange tree. The evaluated rootstocks were: the 'Cleópatra' mandarin; the TSKFL x CTTR-013, LVK x LCR-038, TSKC x CTQT 1439-004, LVK x LVA-009, TSK x TRENG-256 ('Indio' citrandarin) hybrid genotypes; the 'Santa Cruz' Rangpur lime; and the TSKFL x CTC-25-002, and TSKC x CTSW-038 hybrids. The experiment was installed in 2010 and evaluated from 2013 to 2017. The parameters plant height, canopy volume, yield efficiency, scion:rootstock ratio, survival percentage, and drought tolerance were evaluated in 2017. The yield average of five harvests was estimated, as well as the annual production per plant and the accumulated production. The analyzed fruit traits were: mass, diameter, peel length and thickness, juice yield, soluble solids, acidity, and technological index. 'Valência' shows a lower plant height and canopy volume, besides a higher yield efficiency, when grafted on TSKC x CTSW-038 than on the other rootstocks. LVK x LCR-038, TSKC x CTQT 1439-004, 'Indio' citrandarin, and 'Santa Cruz' Rangpur lime increase the production of the 'Valência' orange. LVK x LCR-038 and the 'Indio' citrandarin induce the scion to produce a better quality fruit.

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Section: Resultsmentioning

confidence: 76%

Section: Resultsmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Performance of 'Valência' sweet orange grafted onto rootstocks in the state of Acre, Brazil

Rodrigues

Neto²,

Neto

et al. 2019

Pesq. agropec. bras.

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“…In addition, Carvalho et al (2016b) observed that rootstocks common 'Rangpur' lime, 'Cravo Santa Cruz Rangpur' lime, 'Red Rough' lemon, 'Indio' and 'San Diego' citrandarins, as well as the hybrids TSKC x CTSW -058, TSKFL x CTARG -028, TSKC x (LCR x TR) -059, TSKC x CTARG -044 and TSKC x LHA -006, enabled the 'Pera CNPMF-D6' sweet orange, to lose little water by evapotranspiration and show high production efficiency in conditions of natural water deficit. In dry farming in Colômbia, SP, Brazil, Ramos et al (2015) found that 'Valência' sweet orange grafted on 'Indio' and 'Riverside' citrandarins had high production and vigor, even though their leaves showed symptoms of wrinkling as the result of drought in the region. Water deficit leads to decrease in photosynthesis rates by means of both stomatal and non-stomatal limitations.…”

Section: Resultsmentioning

confidence: 99%

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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“…Higher concentrations of roots (RLD, TRL, diameter classes, and SRL) were found for the longitudinal profile, when compared to the orthogonal profile. This was probably due to the contribution of the root system of both rootstocks, because of the denser planting spacing, which has been a tendency for citriculture (Azevedo et al, 2015;Ramos et al, 2015). In addition, the area was more shaded, without machinery traffic and soil turning, with higher moisture (Souza et al, 2007) due to the low soil water evaporation potential, and had lower weed competition and higher soil fertilizer concentrations, contributing to a higher root concentration under the canopy projection.…”

Section: Resultsmentioning

confidence: 99%

Rootstocks and planting types on root architecture and vegetative vigor of ‘Pera’ sweet orange trees

Meneses

Filho

et al. 2020

Rev. bras. eng. agríc. ambient.

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Root architecture affects plant growth and agricultural productions. Although it is related to genetic factors, soil physical limitations can affect the root system and volume of explored soil, compromising plant growth and fruit production. Considering the need to mitigate these restrictions, the objective of the present study was to evaluate two planting types (planting of protected seedlings and planting of seeds in definitive place) and two scion-rootstock combinations (‘Pera’ sweet orange, CNPMF D-6 selection, combined with ‘Santa Cruz Rangpur’ lime and ‘Sunki Tropical’ mandarin rootstocks). The experiment was conducted at the Lagoa do Coco Farm, Rio Real, BA, Brazil, in a Oxisol under rainfed conditions. Biometric, physiological, and soil water content evaluations were made during the experiment. Soil mechanical resistance to root penetration and root system characteristics were also evaluated. Roots were concentrated on the soil surface layers (0-0.40 m), extending horizontally up to 1.50 m from the plant, regardless of the management practices used. The total root length in each root diameter classes studied, root length density, and total root mean diameter were higher for planting of protected seedling, resulting in greater root development. Plants from ‘Pera’ sweet orange scion grafted on ‘Santa Cruz Rangpur’ lime rootstock had earlier production and were more vigorous. Soil structure affects root growth, and the root distribution up to 0.40 m depth is correlated with plant vigor, yield, and water status under rainfed conditions.

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Dwarfing Rootstocks for 'Valencia' Sweet Orange

Cited by 18 publications

References 0 publications

Performance of 'Valência' sweet orange grafted onto rootstocks in the state of Acre, Brazil

Performance of 'Valência' sweet orange grafted onto rootstocks in the state of Acre, Brazil

Performance of the pineapple sweet orange on different rootstocks

Rootstocks and planting types on root architecture and vegetative vigor of ‘Pera’ sweet orange trees

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