Response of Strawberry Plants to Some Growth Regulators

El-Shabasi, M. S. S.; Ragab, M. E.; El-Oksh, I. I.; Osman, Yasser

doi:10.17660/actahortic.2009.842.157

Cited by 7 publications

(5 citation statements)

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“…Nonsignificant (p>0.05) data was shown by the rest of the treatments with the contribution of T4 (24.88) T1 (23.66), T5 (21.33), T2 (20.11) and minimum number of flowers (18.77) were counted for T6. Our results revealed that gibberellic acid and chilling help to produce more number of flowers as compared to control, similar results were stated by the previous work of many researchers that GA3 application improved buds and open flowers thus, promoting earliness without effecting marketable yield (El-Shabasi et al, 2009;. GA3 at 10 ppm or ethrel at 250 ppm improved the number of flowers and total monthly yield (El-Shabasi et al, 2009) (Table 1).…”

Section: Number Of Flowerssupporting

confidence: 88%

“…Our results revealed that gibberellic acid and chilling help to produce more number of flowers as compared to control, similar results were stated by the previous work of many researchers that GA3 application improved buds and open flowers thus, promoting earliness without effecting marketable yield (El-Shabasi et al, 2009;. GA3 at 10 ppm or ethrel at 250 ppm improved the number of flowers and total monthly yield (El-Shabasi et al, 2009) (Table 1). Flower diameter: The data related to flower diameter (cm) is presented in Table 1 which shows that maximum flower diameter (3.34 cm) was observed in T4 followed by T1 (3.22 cm).…”

Section: Number Of Flowerssupporting

confidence: 88%

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Flowering and Fruiting Responses of Strawberry to Growth Hormone and Chilling Grown Under Tunnel Conditions

Ikram¹

2016

PAKJAS

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Strawberry (Fragaria ananasa) is a berry fruit belonging to the family Rosaceae and requires certain amount of cold temperature to initiate flowering. Present study was conducted with the objective to study flowering and fruiting responses of strawberry to growth hormone and chilling under tunnel conditions. The study comprised of six different treatments as; control, GA3 (gibberellic acid) 200 ppm, GA3 400 ppm, chilling at 4°C, chilling at 4°C + GA3 200 ppm and chilling at 4°C + GA3 400 ppm. Treatments were applied at vegetative stage before flowering. It was inferred from the study that strawberry plants responded much better to application of GA3 at 400 ppm for their growth, flower stimulation, their number, quality features while chilling at 4°C proved better for maximum fruit production and better quality under tunnel condition.

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Section: Number Of Flowerssupporting

confidence: 88%

Section: Number Of Flowerssupporting

confidence: 88%

Flowering and Fruiting Responses of Strawberry to Growth Hormone and Chilling Grown Under Tunnel Conditions

Ikram¹

2016

PAKJAS

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“…On the other hand, phosphorus content was not significantly affected by pre-planting treatments. In this respect, El-Shabasi et al (2007) stated that GA 3 increased total carbohydrates percentage in foliage of strawberry plants while GA 3 did not affect nitrogen and phosphorus and potassium content. The interaction between planting dates and preplanting treatments in Table (9) showed the highest values of total carbohydrates in bulb were resulted from D3 with T6 and D4 with T6 in the first and second seasons, respectively.…”

Section: -Chemical Content Of Garlic Bulbsmentioning

confidence: 96%

Effect of Planting Date and some Pre-Planting Treatments on Growth and Yield of Garlic

El-Shabasi

Osman

Rizk

2018

Journal of Plant Production

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and six pre-planting treatments on plant growth, yield and its components and chemical compounds of bulbs. The six pre planting treatments were T1: the control, T2: soaking garlic cloves (SGC) in water for 24 hour, T3: SGC in 5 ppm GA 3 for 24 hour, T4: SGC in water for 24 h and then placing in moist peat-moss for one day, T5: SGC in water for 24 h and then placing in moist peatmoss for two days and T6: SGC in water for 24 h and then placing in moist peat-moss until root initiation (after three days). The results showed that D2 produced markedly the highest values of plant length, number of leaves per plant, nick diameter, bulbing ratio as well as dry weight of leaves, bulb and plant. In addition, such planting date resulted in highest values of total yield at harvest time, bulb diameter, bulb weight and number of cloves per bulb in the yield sample after curing. The last planting date (D4) scored the highest values of total carbohydrates. While, D1 exhibited the highest level of nitrogen and crude protein in dry matter of garlic bulbs. T6 exhibited the highest germination percentage, plant length as well as dry weight of leaves, bulb and plant. Furthermore, such treatment (T6) produced the highest values of total yield, bulb diameter, bulb weight and total carbohydrates in bulb. Also, the highest level of nitrogen and crude protein were more achieved via T5.

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“…Dit idee wordt ondersteund door de resultaten van verschillende studies waarin gekeken is naar het effect van het toedienen van GA3 (een belangrijke bioactieve vorm van GA in planten) op groei en productie van aardbei. Uit deze studies blijkt namelijk dat het bespuiten van aardbeienplanten met GA3 zorgt voor meer strekking in het gewas (zie bijvoorbeeld El-Shabasi et al 2009;Jamal Uddin et al 2012;Paroussi et al 2002;Tehranifar & Battey, 1996).…”

Section: Strekking Aardbei Tijdens Wintermaandenunclassified

Nieuwe balansen in Het Nieuwe Telen: hormonen en ecologie

Hoogdalem

Streminska²,

Arenas³

et al. 2021

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Voor het project "Nieuwe balansen in Het Nieuwe Telen (HNT): hormonen en ecologie" is een literatuurstudie gedaan naar de huidige staat van kennis met betrekking tot de hormoonbalans en de ecologische balans.Daarnaast is gekeken in hoeverre kennis van deze 'nieuwe' balansen nuttig is voor telers en een waardevolle toevoegingen aan het theoretisch kader van HNT waarin onder andere de waterbalans, energiebalans en assimilatenbalans in de plant en de energiebalans, vochtbalans en CO 2 balans in de kas centraal staan. Uit de literatuurstudie blijkt dat de hormoonbalans en de ecologische balans verschillen van de andere plantbalansen binnen HNT. Beide maken een belangrijk onderdeel uit van de mechanismen die de plant helpen om zich aan te passen aan de omgeving en daarmee de waterbalans, energiebalans en assimilatenbalans in stand houden onder uiteenlopende omstandigheden. De hormoonbalans en ecologische balans vormen nuttige plantkundige aanvullingen binnen het kader van het HNT. Ook al weten we niet alles, door gebruik te maken van de huidige kennis van relaties met hormonen en ecologie is het beter mogelijk om goed te telen volgens de balansen van HNT met een optimaal gebruik van energie voor licht en warmte en CO 2 .

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Response of Strawberry Plants to Some Growth Regulators

Cited by 7 publications

References 0 publications

Flowering and Fruiting Responses of Strawberry to Growth Hormone and Chilling Grown Under Tunnel Conditions

Flowering and Fruiting Responses of Strawberry to Growth Hormone and Chilling Grown Under Tunnel Conditions

Effect of Planting Date and some Pre-Planting Treatments on Growth and Yield of Garlic

Nieuwe balansen in Het Nieuwe Telen: hormonen en ecologie

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