Effect of temperature on growth, dry matter production and starch accumulation in ten mango (<i>Mangifera indica</i>L.) cultivars

Whiley, A. W.; Rasmussen, T. S.; Saranah, J. B.; Wolstenholme, B. N.

doi:10.1080/14620316.1989.11516018

Cited by 59 publications

(34 citation statements)

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“…Lo anterior puede atribuirse que la presencia de temperaturas cálidas (>30 °C) y periodos de lluvia que se prolongaron de junio hasta diciembre, favoreciendo el crecimiento de los brotes. En mango el crecimiento vegetativo ocurre por flujos y el número de ellos aumenta conforme aumenta temperatura (Whiley et al, 1989;Davenport, 2007).…”

Section: Discussionunclassified

“…This can be attributed to the presence of warm temperatures (>30 °C) and periods of rain which lasted from june to december, favoring the growth of shoots. Mango vegetative growth occurs flows and their number increases with increasing temperature (Whiley et al, 1989;Davenport, 2007).…”

Section: Discussionmentioning

confidence: 99%

“…Aunque el factor aceptado para inducir floración es temperatura (≈15-20/10-15) no garantiza que ocurra iniciación floral debido a las interacciones con el crecimiento vegetativo (Wilkie et al, 2008). El crecimiento vegetativo en mango ocurre por flujos, el número de los cuales aumenta conforme aumenta temperatura (Whiley et al, 1989;Davenport, 2007). La época de desarrollo del flujo es importante pues tanto desarrollo vegetativo como reproductivo ocurren solo en flujos maduros.…”

Section: Introductionunclassified

“…Although accepted to induce flowering factor is temperature (≈15-20/10-15) does not guarantee that floral initiation occurs due to interactions with the vegetative growth (Wilkie et al, 2008). Vegetative growth occurs in mango flows, the number of which increases with increasing temperature (Whiley et al, 1989;Davenport, 2007). The flow development time is important because both vegetative and reproductive growth occur only in mature flows.…”

Section: Introductionmentioning

confidence: 99%

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Prohexadiona de calcio reduce crecimiento vegetativo e incrementa brotación floral en mango ‘Ataulfo’

Barraza

Enciso

García

et al. 2017

Remexca

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La producción irregular en mango se atribuye a variación en la floración. Prohexadiona de calcio (P-Ca) reduce crecimiento vegetativo y favorece floración en frutales templados como manzano y subtropicales como aguacate. En mango ‘Ataulfo’, no hay información al respecto. El objetivo fue determinar dosis, época y número de aplicación de P-Ca en mango ‘Ataulfo’ con la finalidad de asegurar f loración y encontrar un sustituto para paclobutrazol (PBZ). El estudio se realizó de 2012 a 2014 en Tepic y San Blas Nayarit, en ambos años, los árboles fueron podados después de cosecha. Experimento 1 y 2: P-Ca (150, 250 y 500 mg L-1) a 0+10+20+30 días después de la poda (ddp) y 30+45+60 ddp, respectivamente. Experimento 3: P-Ca (500 mg L-1) una, dos o tres aplicaciones a 0, 0+10 y 0+10+20 ddp y Experimento 4: P-Ca (150 y 500 mg L-1) a 30+45+60 ddp y 1 500 mg L-1 en una sola aplicación (1 x) 30 ddp. En todos los experimentos se incluyó un tratamiento estándar de PBZ (2 500 mg L-1) 30 ddp y un testigo (agua más surfactante). El diseño fue completamente al azar, 6 repeticiones, un árbol como unidad experimental. En Experimento 2, se logró reducir un 35% el crecimiento vegetativo con P-Ca 500 mg L-1 (3 x) entre 30-60 ddp. Esta misma dosis de P-Ca (500 mg L-1) (3 x) a 30, 45 y 60 ddp, o una sola aplicación (1 500 mg L-1) 30 ddp logró igual el efecto de PBZ en adelanto (20-35 días) y porcentaje de floración. En los dos ciclos, ambos productos mejoraron amarre y producción de fruto. Con base a los resultados obtenidos se considera que P-Ca pudiera ser un sustituto para PBZ en mango ‘Ataulfo’ para asegurar floración y producciones regulares año con año.

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Section: Discussionunclassified

Section: Discussionmentioning

confidence: 99%

Section: Introductionunclassified

Section: Introductionmentioning

confidence: 99%

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Prohexadiona de calcio reduce crecimiento vegetativo e incrementa brotación floral en mango ‘Ataulfo’

Barraza

Enciso

García

et al. 2017

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“…The new shoot length results identified the polyembryonic Kensington Pride and Strawberry as more vigorous in both years than the three monoembryonic cultivars, Haden, Tommy Atkins and Irwin (table III). A growth room study of 10 mango cultivars showed a significant positive relationship between mean temperature and vegetative flushing as measured by shoot extension across cultivars; polyembryonic cultivars including Kensington Pride as a group were characterised by having the least growth in lowtemperature regimes [21]. Our finding of a greater investment in new shoot growth by the two polyembryonic cultivars may reflect a suitability for the lowland wet tropical environments which are considered the origin of polyembryonic mango [22].…”

Section: Vegetative Vigourmentioning

confidence: 94%

Productivity is negatively related to shoot growth across five mango cultivars in the seasonally wet-dry tropics of northern Australia

Lü¹,

Chacko²,

Bithell³

et al. 2013

Fruits

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Productivity is negatively related to shoot growth across five mango cultivars in the seasonally wet-dry tropics of northern Australia.Abstract -Introduction. Mango productivity is low in seasonally wet-dry tropical areas where breeding programs require information on factors affecting productivity of mango cultivars. Specifically, our study tested a novel hypothesis that, among Australian-and Florida-bred cultivars, the greater growth of vegetatively vigorous cultivars would contribute to lower levels of fruit production in comparison with less vegetatively vigorous cultivars, in a wet-dry tropical environment. Materials and methods. A field experiment was conducted on trees of the cultivars 'Kensington Pride' and 'Strawberry', both polyembryonic cultivars, and 'Haden', 'Irwin' and 'Tommy Atkins', all monoembryonic cultivars. Results. Shoot growth was recorded over two years; in both years the polyembryonic cultivars produced more new shoot length than the monoembryonic cultivars; 'Irwin' was the least vigorous cultivar in both years. Across cultivars, there was a negative relationship between normalised (by flowering intensity and canopy area) fruit number or yield and vegetative vigour as represented by new shoot length. Conclusion. The results supported the hypothesis that the greater shoot growth of vegetatively vigorous cultivars contributed to lower levels of fruit production in comparison with less vegetatively vigorous cultivars in a tropical environment. This is the first study which demonstrates that the extent of seasonal shoot growth had a fruit production cost for mango. Australia / Mangifera indica / yields / vigour / variety trials / polyembryony / monoembryonyLa productivité est négativement liée à la croissance des rameaux pour cinq cultivars de manguier sous climat tropical à saisons humides et sèches du nord de l'Australie.Résumé -Introduction. La productivité du manguier est faible dans les régions tropicales à saisons humides et sèches où les programmes d'amélioration auraient besoin d'informations sur les facteurs affectant la productivité des cultivars. Plus précisément, notre étude a testé une nouvelle hypothèse selon laquelle, parmi des cultivars sélectionnés en Australie et en Floride, plus grande serait la croissance végétative des cultivars vigoureux, plus faible serait leur production fruitière par rapport à des cultivars végétativement moins vigoureux, dans un environnement tropical à saisons humides et sèches. Matériel et méthodes. Une expérience a été menée en verger sur des manguiers 'Kensington Pride' et 'Strawberry', deux cultivars polyembryoniques, et 'Haden', 'Irwin' et 'Tommy Atkins', cultivars monoembryonnés. Résultats. La croissance des rameaux a été enregistrée sur deux ans ; au cours de ces deux années, les cultivars polyembryoniques ont produit de nouveaux rameaux plus longs que les cultivars monoembryonnés ; 'Irwin' a été le cultivar le moins vigoureux pendant ces deux années. Parmi les cultivars, il est apparu une relation négative entre le nombre et la production de...

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Alternate Flowering in Mango

Ravishankar

Sharma

Singh

2021

Compendium of Plant Genomes

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Effect of temperature on growth, dry matter production and starch accumulation in ten mango (Mangifera indicaL.) cultivars

Cited by 59 publications

References 1 publication

Prohexadiona de calcio reduce crecimiento vegetativo e incrementa brotación floral en mango ‘Ataulfo’

Prohexadiona de calcio reduce crecimiento vegetativo e incrementa brotación floral en mango ‘Ataulfo’

Productivity is negatively related to shoot growth across five mango cultivars in the seasonally wet-dry tropics of northern Australia

Alternate Flowering in Mango

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