Performance of 'Jaffa' sweet orange on different rootstocks for orchards in the Brazilian Northeast

Teodoro, Adenir Vieira; Carvalho, H. W. L. de; Barros, Inácio de; Carvalho, Luciana Marques de; Martins, Carlos Roberto; Filho, W. dos S. Soares; Girardi, Eduardo Augusto; Passos, O. S.

doi:10.1590/s1678-3921.pab2020.v55.01665

Cited by 9 publications

(5 citation statements)

References 8 publications

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“…The average productivity of these three rootstocks in the evaluated period was around 18.4 t..ha -1 , being higher than the Bahia (12.3 t•ha -1 ) and Sergipe (11.6 t•ha -1 ) averages for sweet orange fruit yield, yet lower than the Brazilian average (28.95 t•ha -1 ) in 2020 (IBGE 2020). The 'Tropical Sunki' mandarin induced high productivity to other sweet orange varieties, such as 'Tuxpan Valencia' , 'Jaffa' , 'Pineapple' and 'Sincorá' , compared to drought-tolerant 'Rangpur' lime and 'Rough' lime rootstocks in similar rainfed conditions in northeastern Brazil (França et al 2016;Teodoro et al 2020;Carvalho et al 2019). Costa et al (2020) observed similar productivity of 'Valencia' sweet orange grafted on the 'Rangpur' lime and 'Tropical Sunki' mandarin without irrigation under tropical savannah climate, thus, taken together, these results reinforce the potential of the later rootstock for the citrus industry, including the most important Brazilian scion variety, the 'Pera' sweet orange (Cunha Sobrinho et al 2013;Fundecitrus 2020).…”

Section: Resultsmentioning

confidence: 99%

‘Tropical Sunki’ mandarin and hybrid citrus rootstocks under ‘Pera’ sweet orange in cohesive soil and As climate without irrigation

et al. 2021

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The search for alternative rootstocks to the 'Rangpur' lime tree is a challenge to the sustainability of citrus in the Tabuleiros Costeiros (Coastal Tablelands) of Northeastern Brazil. New varieties should meet high drought tolerance with water deficit, cohesive soils, resistance to citrus diseases and inducing high production of fruit. In this work, the performance of 'Pera' sweet orange was evaluated on 'Tropical Sunki' mandarin and 27 hybrid citrus rootstocks in Umbaúba, Sergipe. A local selection of the 'Rangpur' lime was the control. Planting was in 2013 at tree spacing of 6.0 × 3.0 m, without irrigation. Tree size, fruit yield and quality, tree survival rate and graft-compatibility were assessed until 2019. Experimental design was completely randomized blocks with 29 treatments, three replicates and four plants in the plot.Two selection indices were applied to the data to assist in decision making. The 'Tropical Sunki' mandarin induced similar cumulative fruit yield in relation to the 'Rangpur' lime, suggesting a good drought tolerance of the former rootstock. The TSKC × (LCR × TR) -073 induced slightly lower productivity, compensated by higher productive efficiency and higher concentration of soluble solids, whereas LCR × TR -001 and HTR -166 were highly efficient dwarfing rootstocks. The multiplicative and the rank sum indices showed high correlation, both classifying 'Tropical Sunki' mandarin, 'Santa Cruz Rangpur' lime, LVK × LCR -010 and -038, HTR -127, in addition to the three aforementioned hybrids, as superior to the local selection of 'Rangpur' lime.

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Section: Resultsmentioning

confidence: 99%

‘Tropical Sunki’ mandarin and hybrid citrus rootstocks under ‘Pera’ sweet orange in cohesive soil and As climate without irrigation

et al. 2021

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“…Water availability, rootstock, evaporation, soil type, and temperature are the factors that most influenced the development, production, fruit number, and productivity of citrus trees (Machado, Machado, Machado, & Ribeiro, 2010). Under favorable temperatures, citrus can be forced to grow at almost any time by manipulating the water supply (Teodoro et al, 2020). This suggests that, depending on the rootstock used, irrigation may be beneficial, as with SC, as water deficit can have a major impact on fruit setting, output, and quality (Nascimento et al, 2018).…”

Section: Discussionmentioning

confidence: 99%

“…França Amorim, Girardi, Passos and Soares Filho (2016) reported that the production of trees grafted onto RL was higher than that of those grafted onto SC in a dry land system using the 'Valencia Tuxpan' orange tree. Teodoro et al (2020) concluded that the 'Sunki Tropical' mandarin had high cumulative yields when compared to the 'Cravo Santa Cruz' lime (common name Rangpur lime), both grafted on the "Jaffa" orange tree. However, Domingues, Neves, Yada, Pereira Leite Júnior, and Tazima (2018) found no variations in yield performance between rootstocks of the 'Cadenera' orange tree grafted on RL or SC.…”

Section: Discussionmentioning

confidence: 99%

Performance and Fruit Ripening of Red Orange Tree Grafted onto Two Rootstocks

Martins¹,

Leonel²,

Souza³

et al. 2022

JAS

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The cultivar Sanguínea de Mombuca (Citrus sinensis [L.] Osbeck) bears lycopene-rich fruits with attractive red pulp and high nutritional value; thus, this cultivar has the potential to diversify orchards for the production of fruits for natural consumption and juice. Therefore, studies on the productive performance in combination with rootstocks are required. This study evaluated the phenological cycles, yield, ripening curve, and fruit quality of this cultivar grafted onto ‘Rangpur’ lime and ‘Swingle’ citrumelo. The study was conducted in the Midwest of the state of São Paulo, in the subtropical region of southeastern Brazil, and the field experiment was performed over two consecutive seasons. Rootstocks had little effect on the duration of the phenological cycles. The fruit ripening curve predicted the time of harvest as approximately 240 days after anthesis, regardless of rootstock. Fruits harvested from trees grafted onto ‘Swingle’ citrumelo showed higher levels of soluble solids and sugars and higher technological indices. The larger number of fruits and greater fresh weight confirmed that better yield performance occurred with the trees grafted onto the ‘Rangpur’ lime as opposed to the ‘Swingle’ citrumelo rootstock.

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“…Las variables de crecimiento vegetativo, altura de planta (AP en m), diámetro de la copa (DC en m), diámetro del tronco del injerto (DTi en mm) y diámetro del tronco del portainjerto (DTp en mm), evaluadas respectivamente 10 cm por encima y 10 cm por debajo del sitio de injertacion, fueron evaluadas de forma anual, durante ocho años consecutivos, en el periodo trascurrido entre marzo de 2010 y abril de 2018, teniendo en cuentas las recomendaciones de (Teodoro et al, 2020). Con los datos de DTi y DTp, se determinó el índice de compatibilidad (IC), a través del cociente resultante de DTp/ DTi.…”

Section: Parámetros De Crecimiento Vegetativounclassified

Efecto del portainjerto sobre el comportamiento vegetativo y productivo de la lima ácida Tahití (Citrus latifolia Tanaka) en condiciones de bosque seco tropical colombiano

Barreto-Rojas,

Martínez,

García Dávila

et al. 2023

Rev AIA

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Objetivo. Evaluar el efecto de seis portainjertos Carrizo, Cleopatra, CPB 4475, Kryder 15-3, Sunky x English y Volkameriana sobre el crecimiento vegetativo y el rendimiento de la lima ácida Tahití en una región de los valles interandinos en el suroccidente de Colombia. Materiales y métodos. Se estableció una parcela experimental en las instalaciones de la Corporación Colombiana de Investigación Agropecuaria AGROSAVIA Palmira, bajo el diseño experimental de bloques completos al azar. El comportamiento vegetativo se evalúo anualmente durante nueve años (2010-2018) a través de la medición de las variables altura de planta (m), diámetro de copa (m) y diámetro del tallo (mm). La producción del cultivo se evaluó a partir del cuarto año después del establecimiento, contabilizando el número de frutos y el peso total de frutos por árbol. Resultados. Los resultados demuestran una influencia de los portainjertos sobre las variables de crecimiento vegetativo y el rendimiento evaluados. Volkameriana y Kryder 15-3 indujeron el mayor desarrollo para las variables altura y volumen de copa y el mejor índice de compatibilidad de la unión portainjerto-variedad se presentó con el portainjerto Carrizo. Los árboles injertados sobre CPB 4475 y Kryder 15-3, produjeron los mayores rendimientos acumulados. Sunky x English se destacó dentro del grupo de portainjertos evaluados, por inducir arboles de porte bajo, con alta eficiencia productiva. Conclusión. La interacción entre la lima ácida Tahití y los portainjertos presentaron un efecto significativo sobre el desarrollo vegetativo y el comportamiento productivo del cultivo en esta región del país. Sunky x English destacó, dentro del grupo de portainjertos evaluados, por generar arboles de porte bajo, con alta eficiencia productiva y requerimientos acordes con la citricultura moderna.

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Performance of 'Jaffa' sweet orange on different rootstocks for orchards in the Brazilian Northeast

Cited by 9 publications

References 8 publications

‘Tropical Sunki’ mandarin and hybrid citrus rootstocks under ‘Pera’ sweet orange in cohesive soil and As climate without irrigation

‘Tropical Sunki’ mandarin and hybrid citrus rootstocks under ‘Pera’ sweet orange in cohesive soil and As climate without irrigation

Performance and Fruit Ripening of Red Orange Tree Grafted onto Two Rootstocks

Efecto del portainjerto sobre el comportamiento vegetativo y productivo de la lima ácida Tahití (Citrus latifolia Tanaka) en condiciones de bosque seco tropical colombiano

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