ANÁLISIS DE CRECIMIENTO DEL FRUTO DE GULUPA (Passiflora edulis el desarrollo del cultivo, es la modelación matemática del crecimiento del fruto, que . Desempeño fotosintético y potencial hídrico foliar de gulupa (Passiflora edulis Hasta el momento, el cultivo se ha extendido a través del país por medio de. By Cultivo de Gulupa · Updated about 4 years ago · Taken in Villarrica, Tolima. Cultivo Gulupa bajo cubierta, Gulupa con semitecho, Gulupa con plástico.

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This indicates that growth takes place mainly during the first month. Photosynthetic responses of ornamental passion flower hybrids to varying light intensities. Universidad Nacional de Colombia; Each sampling consisted in ten randomly chosen fruits. The exponential model describes steady growth progress decline Rojas et al.

ABSTRACT Gulupa, Passiflora edulis Sims Passifloraceaeis an important fruit due to its organoleptic and nutritional characteristics and its demand in the international market; however, very few studies have been conducted for studying its Ecophysiology. In Tena, the small differences between day and night temperature, humidity, and vapor pressure deficit VPD would limited the night water recovery in the plants.

The curves were adjusted by regression to a rectangular hyperbolic model Mielke et al.

Gulupa con plastico, Gulupa con semicubierta, Gulupa co semitecho

Photosynthetic and fluorescence light responses for kiwifruit Actinidia deliciosa leaves at different stages of development on vines grown at two different photon flux densities.

Swift growth lasted until 21 DAF, when it tended to stabilize, as also observed by Shiomi et al.

The light compensation point was higher in Granada, followed by Chia and Tena, while the quantum efficiency was high in Tena but low and similar in Chia and Granada. Guy Letts M, Mulligan M. For this reason, cultifo Amax is higher than the maximum value of photosynthesis registered in the daily curve at similar or higher radiations.

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In order to assess fruit growth, some nonlinear models were fitted using time after flowering DAF to predict dry weight and polar and equatorial diameters. Only two photosynthetic rates have been registered in seedling phase Turner et al. When comparing the transpiration rate, the stomatal conductance and the water potential, a finer stomatal control was observed for Granada, evidenced by the fact that a slight decrease in stomatal conductance, caused a decrease in the transpiration that was clearly reflected in an increase in the water potential, which although also was observed in Chia, was less evident.

Photoinhibition of photosystem II. Changes in photosynthesis and leaf characteristics with tree height in five dipterocarp species in a tropical rain forest. Statistical analysis Lilliefors test was used to test the suppositions of normality. Growth dynamics, fruit development, tropical fruits, Passifloraceae.

The total fixed CO 2 was Granada presented a lower VPD during the day 0. Miscellaneous esoteric statistical scripts, Ecophysiological variables The ecophysiological samplings were taken in the reproductive phase; in the flowering stage flowering peak and during fructification fructification peak in each of the locations during Despite the fact that the VPD in Tena was not critical during the day, it increases to 0.

The measurements were taken in months-old plants, in completely healthy and developed young leaves in tertiary branches directed towards the two wires of the trellis system. In the reproductive phase, in general, the high efficiency in the use of photons and the lower light compensation point registered in Tena are related to the low radiation of the location as seen in undergrowth plants adapted to low quantities of light Kitao et al.

How to cite this article. Figure 1d shows that in Chia, there was a daily increase in VPD close to 0. The compound interested law and plant growth. The slight changes in stomatal conductance were related to changes in the water potential, which were more evident in Granada. In this regard, Carvajal et al. Climatic parameter yearly average scores were: Physicochemical and Environmental Plant Physiology. For each response, the best fitting model was chosen according to homogeneous distribution of residuals, higher coefficient of determination for prediction R 2 predictionand smaller Mean Square Error and PRESS values.


It was deduced through the following equation: Dry weight evolution was adjusted to a simple sigmoid Weber monomolecular model with a R 2 prediction value of 0.

The studied parameters were satisfactorily cyltivo by Weber’s Monomolecular model. Poscosecha de la Gulupa Passiflora edulis Sims. A simple trellis system with double wires was used. This facilitates the determination of conditions that are helpful for the development of a crop Solarte et al.

An analysis of ecophysiological responses to drought in American Chestnut. Spanish pdf Article in xml format Article references How to cite this article Automatic translation Send this article by e-mail.

The vapor pressure deficit was determined by the method developed by Allen et al. Experimental plots were sown with gulupa plants at a distance of 6×3 m, in three different locations in the Department of Cundinamarca: This parameter was fitted by a simple sigmoid W Weber monomolecular model with a R 2 prediction value of 0.

The impact of light quality and leaf wetness on photosynthesis in north-west Andean tropical montane cloud forest. Grupo Editorial Iberoamericana S.

CULTIVO DE GULUPA by Yuly Andrea Castaño on Prezi

Valencia Late fruit growth, modeled by Avanza et al. Nevertheless, if the average radiation of Granada Fig. Fruit growth analysis was preceded by the evaluation of the non-linear models reported by Kiviste et al. Hence, under the conditions of the current study, fruit harvest can be carried out at 85 – 90 DAF, when accumulated TT was Vultivo light compensation point, I cwas determined by solving the equation for zero.

Equatorial diameter was taken along the widest belt of the fruit.