Adventitious root initiation in adult and juvenile cuttings of Guindilia trinervis, an endemic plant of Chile suitable for biodiesel production

Jordán, Miguel; Prehn, Doris; Gebauer, Marlene; Neumann, Jorge; Parada, Gloria Margot; Velozo, J.; Martín, Ricardo San

doi:10.4067/s0717-92002010000300003

Cited by 4 publications

(5 citation statements)

References 13 publications

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“…Con respecto a las precipitaciones, éstas alcanzarían un promedio anual de 1.170 mm, concentradas en los meses invernales con un promedio de 550 mm, 280 mm en otoño y 180 mm en primavera. Jordán et al (2010) determinaron que en cautiverio las semillas germinan en un 90 % bajo condiciones controladas y el enraizamiento de estacas verdes y leñosas alcanza 80 %, consiguiéndose plantas de alta calidad aptas para la multiplicación en viveros. Hasta la fecha las propiedades botánicas de la especie han sido escasamente descritas, al igual que su ciclo de vida y su adaptación a altitudes inferiores.…”

Section: Introductionunclassified

Efecto de la fertilización en Guindilia trinervis en su hábitat natural y en invernadero

2013

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Section: Introductionunclassified

Efecto de la fertilización en Guindilia trinervis en su hábitat natural y en invernadero

2013

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“…Propagation without the application of phytohormones showed similar results to indole‐3‐butyric acid (IBA) application at different concentrations and formulations, regardless of the explant type (poly‐ or monomodal). On the other hand, explants obtained in summer showed a better response than winter explants 34 . This study demonstrated that guindilla propagation is an easy and simple process, and future research should evaluate mass propagation.…”

Section: Industrial Oilseed Cropsmentioning

confidence: 69%

“…On the other hand, explants obtained in summer showed a better response than winter explants. 34 This study demonstrated that guindilla propagation is an easy and simple process, and future research should evaluate mass propagation.…”

Section: Guindilla (Guindilia Trinervis)mentioning

confidence: 74%

“…Et Arn. [33][34][35] Guindilla Native Energy Biodiesel Biodiesel quality; 33 plant propagation; 34 nutrient evaluation 35 Helianthus annuus L. 12,19 Sunflower Crop Energy Biodiesel Life cycle assessment 12,19 Ricinus communis L. 18,[36][37][38] Castor bean Adventive Energy Biodiesel Biodiesel quality; 18 transesterification; 36 seedoil characterization; 37 land suitability 38 Simmondsia chinensis (link) C.K. Schneid.…”

Section: Industrial Oilseed Cropsmentioning

confidence: 99%

“…Jordan et al 34 evaluated the clonal propagation of guindilla plants using rooting cuttings. Propagation without the application of phytohormones showed similar results to indole-3-butyric acid (IBA) application at different concentrations and formulations, regardless of the explant type (poly-or monomodal).…”

Section: Guindilla (Guindilia Trinervis)mentioning

confidence: 99%

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Industrial oilseed crops in Chile: Current situation and future potential

Román‐Figueroa

Cea

Paneque

2022

Biofuels Bioprod Bioref

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Industrial crops are becoming increasingly relevant as raw materials for different goods and services. Although there are many oilseed crops with industrial purposes, data about their production in Chile are scarce because the definition used by the Office of Agricultural Studies and Policies places agro‐industrial and industrial crops in the same category. Here, we review the available information about 12 industrial oleaginous crops at different levels of development (four native, two adventive and six introduced crops). Most of these crops have been evaluated for or are related to biodiesel production, despite the lack of commercial biodiesel production in Chile. Jojoba was the first industrial oilseed produced commercially in Chile; however, every year its production area decreases, and currently it does not exceed 100 ha. Sunflower and rapeseed, which are the first generation of raw materials for biodiesel production, have been poorly studied in Chile despite the large number of studies available on them worldwide. Camelina and castor bean have recently been studied; the former is produced in the south, while the latter is produced on the coastline in northern Chile. Further research is needed to improve the production and adaptation of these oilseed crops to climatic conditions in Chile; moreover, a new market must be opened to produce and commercialize their oils. Oilseed species native to Chile have not been extensively studied, and they represent an interesting option suitable for production under Chilean climatic conditions; this is particularly true for guindilla and chañar, because both can grow under different abiotic stresses. © 2022 Society of Chemical Industry and John Wiley & Sons, Ltd.

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Improving rooting of Lobostemon fruticosus L. cuttings with delayed auxin treatment

Lodama

Toit

Steyn

et al. 2016

South African Journal of Botany

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Adventitious root initiation in adult and juvenile cuttings of Guindilia trinervis, an endemic plant of Chile suitable for biodiesel production

Cited by 4 publications

References 13 publications

Efecto de la fertilización en Guindilia trinervis en su hábitat natural y en invernadero

Efecto de la fertilización en Guindilia trinervis en su hábitat natural y en invernadero

Industrial oilseed crops in Chile: Current situation and future potential

Improving rooting of Lobostemon fruticosus L. cuttings with delayed auxin treatment

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