BRSIPR Bel: Cultivar de batata para chips com tubérculos de boa aparência

Pereira, Arione S; Nazareno, Nilceu Rx; Silva, Giovani O; Bertoncini, Odone; Castro, C. M.; Hirano, Élcio Shiyoiti; Bortoletto, A. C.; Treptow, Rosa de Oliveira; Dutra, Leonardo Ferreira; Lima, M. F.; Gomes, C. B.; Krolow, Ana Cr; Medeiros, Carlos Alberto; Castro, L. A. S. de; Suinaga, F. A.; Lopes, C. A.; Melo, Paulo

doi:10.1590/s0102-053620150000100022

Cited by 13 publications

(4 citation statements)

References 2 publications

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“…F183-08-01 presents desirable shape, size and physicochemical qualities for french fries processing as well as Asterix (Fernandes et al 2010). The average mass of individual tubers of the F183-08-01 confirms its suitability for this purpose by presenting tuber size similar to Asterix and larger than Atlantic and BRSIPR Bel whose purpose is industrial chip processing (Pereira et al, 2015), as can be observed by AM (Table 1). Number of marketable tubers was similar for all evaluated genotypes with exception of F50-08-01.…”

Section: Resultssupporting

confidence: 57%

Nuevos genotipos como alternativa para expandir el período de cultivo de papa en el medio oeste brasileño

Carvalho¹

2020

RALAP

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Las condiciones climáticas del Medio Oeste brasileño restringen el cultivo de la papa a períodos del año en que la humedad del aire es más baja y las temperaturas más cálidas. Por lo tanto, la siembra de papa está restringida a los meses de abril y mayo, lo que proporciona a las plantas las condiciones ideales de desarrollo en un período de mayor susceptibilidad a Ralstonia spp. (Rs), que presenta un mejor desarrollo en condiciones de alta humedad del aire y temperatura. Este trabajo tuvo como objetivo evaluar la adaptación de los genotipos de papa de Embrapa a las condiciones edafoclimáticas de la Región del Distrito Federal (DF) plantadas fuera de la principal temporada de siembra. Se realizaron dos experimentos en Brasilia, DF, en diferentes fechas de siembra en 2017 y 2018. El diseño experimental de bloques aleatorios completos se utilizó con tres repeticiones en 2017 y cuatro repeticiones en 2018. Genotipos F183-08-01, F50-08-01, BRSIPR Bel, Agata, Atlantic y Asterix fueron evaluados en ambos años. Los clones 24-09, 29-19 y 30-09 se agregaron en 2018. El vigor de la planta se evaluó mediante puntajes que varían de 1 a 5. Se utilizó el software SAS en todos los análisis. La producción de tubérculos comercializables del genotipo 30-09 fue mayor que todos los demás genotipos evaluados (25,10 t ha-1) en condiciones favorables para el desarrollo de Rs. El clon 30-09 funcionó bien y puede ser un genotipo potencial para aumentar el período en el cual es posible cultivar la papa en el Medio Oeste brasileño, especialmente cuando hay un historial de ocurrencia de Rs.

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Section: Resultssupporting

confidence: 57%

Nuevos genotipos como alternativa para expandir el período de cultivo de papa en el medio oeste brasileño

Carvalho¹

2020

RALAP

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“…'Asterix', 1.082 for 'Atlantic', and 1.056 for 'Agata'. These values were slightly lower than those reported by Pereira et al (2015), 1.083 and 1.092 for 'Asterix' and 'Atlantic', respectively, in assessments carried out in the subtropical region of Brazil. In the present study, in Canoinhas, F177-11-20 (1.085 in 2017;1.081 in 2018) stood out as the only clone in the upper group, followed by 'Atlantic' (Table 4).…”

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confidence: 70%

Performance of potato clones for processing in subtropical and high-altitude tropical regions of Brazil

et al. 2021

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This work evaluated the performance of potato clones for some agronomic and processing traits, in subtropical and high-altitude tropical regions, under conventional and organic production systems. Experiments were conducted in spring of 2017 and 2018 in Canoinhas-SC (subtropical), under the conventional system, and in winter of 2018 and 2019 in Brasília-DF (tropical), Brazil, under conventional and organic systems. Eleven advanced clones and cultivars Agata (fresh), Atlantic (chipping) and Asterix (French fry) were evaluated. RCBD with tree replications was used, and tuber yield and processing traits, plant vigor and cycle were evaluated. It was not possible to select high yielding and good processing quality clones with short cycle and less vigorous plants. It because higher yield and larger tuber size were attained by longer cycle genotypes, which had higher specific gravity, but darker frying color. The most outstanding clones differed with region and production system. For chipping, in the subtropical region, no clone had adequate quality, but in tropical F177-11-20 presented similar processing traits and higher or similar yield to 'Atlantic' in both systems, and also ORG7785 in organic. Comparing with ‘Asterix’, for French fry, in the subtropical region, superior or similar to the standard this cultivarwere F129-10-06 and F163-11-01; while in the tropical region and conventional system, were the clones ORG7785, F129-10-06, F163-11-01, F177-11-20, ORG6464, ORG 6377, F05-11-03, Odone 80-02 and F174-11-01; and in organicsystem, the best cloneswere F54-11-03, ORG7785, F129-10-06, F163-11-01, F177-11-20 and ORG6464.

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“…BRSIPR Bel had the lowest number of leaves per plant among the genotypes, but it produced a leaf area index equal to Asterix and higher than Agata (Table 2). This was due to the larger size of the BRSIPR Bel leaflets, when compared to the other genotypes, as it presented a leaf area index above the average, even with a lower number of leaves (Pereira et al 2015). In addition, this cultivar produced one of the lowest numbers of stems per plant, which promoted a better plant architecture and better arrangement of leaves in the canopy.…”

Section: Svmentioning

confidence: 90%

“…de Pesquisa Agropecuária (Embrapa) for cultivation in Brazil, being registered as a cultivar in 2012 (Pereira et al 2015). F183-08-01 is an Embrapa's elite clone that stands out for its high tuber yield (about 56.88 t ha -1 ) (Bortoletto & Silva 2016), and this genotype is undergoing the official registration process, in order to be released as a commercial cultivar: BRS 183 (Potira) (Pereira et al 2020).…”

mentioning

confidence: 99%

Growth and yield of potato genotypes in the Brazilian Midwest

Pereira

Ragassi

Carvalho

et al. 2020

Pesqui. Agropecu. Trop.

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The knowledge of the plant growth pattern under specific climatic conditions (growth curve) is the basis for exploiting the maximum yield potential of potato genotypes. This study aimed to establish the growth curve, as well as to evaluate the agronomic characteristics, yield and specific gravity of tubers of three potato cultivars and one elite clone, thus providing basic information on the productive characteristics of these genotypes in the Brazilian Midwest. A randomized experimental block design, with three replications, was used. The dry mass accumulated by the tubers varied from 6.28 (Agata) to 9.75 t ha-1 [F183-08-01 (F183)]; the total mass of tubers from 35.33 (BRSIPR Bel) to 58.60 t ha-1 (F183); the mass of marketable tubers from 23.46 (Asterix) to 48.24 t ha-1 (F183); and the leaf area index from 2.86 (Agata) to 10.60 (F183). F183 showed a good adaptation to the cultivation conditions of the Federal District, being strongly recommended for this region.

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BRSIPR Bel: Cultivar de batata para chips com tubérculos de boa aparência

Cited by 13 publications

References 2 publications

Nuevos genotipos como alternativa para expandir el período de cultivo de papa en el medio oeste brasileño

Nuevos genotipos como alternativa para expandir el período de cultivo de papa en el medio oeste brasileño

Performance of potato clones for processing in subtropical and high-altitude tropical regions of Brazil

Growth and yield of potato genotypes in the Brazilian Midwest

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