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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Each sampling consisted in ten randomly chosen fruits. Growth is mainly due to cell division until it reaches an ED of 4. Short term drying of half the root systems reduces growth but not water status of photosynthesis in leaves of passionfruit Passiflora sp.

Cultivo de GUlupa con fertilizantes orgánicos Bioxinis y Avisana

Fruit growth analysis was preceded by the evaluation of the non-linear models reported by Kiviste et al. The trend of the incident radiation Fig. Purple passion fruit increased during all the growing stage. Services on Demand Article. Studies in plant survival: However, its short shelf life, worsened with the limited knowledge of the species lead to rapid fruit deterioration. The exponential model describes steady growth progress decline Cltivo et al. At the same time, the mist, besides limiting the available radiation, moistened the surfaces of the leaves, decreasing the diffusion of CO 2 to the interior of the leaves Nobel, ; Guy-Letts and Mulligan, Characterized by its sigmoid shape, the logistic model results from the combination of the exponential and monomolecular models, separated by an cultiivo point.

Despite the fact that clear skies are also found in Chia, VPD values that were close to 1. Universidad Nacional de Colombia. The plants were managed with formation and maintenance pruning and were fertilized monthly in accordance with edaphic analysis. Until now, this crop has spread throughout the country through empirical knowledge without data that indicate the zones that are more suitable for its cultivation.


CULTIVO DE GULUPA by Yuly Andrea Castaño on Prezi

How to cite this article. Changes in environmental factors are more evident re field conditions where the plants can be subjected to minimal and inevitable stresses to which they must respond. Growth, development and maturation of the purple Passiflora edulis Sims. That work also reports inter-cellular space enlargement inside the fruit during the first 20 to 35 DAF. Photosynthetic traits of five neotropical rainforest tree species: In consonance with Fischer et al.

The use of light by the photosynthetic apparatus is measured through chlorophyll fluorescence, allowing for the understanding of processes such as the photoinhibition caused by excess radiation that affects photosystems, causing chronic or dynamic damage Aro et al.

Subtropical and Tropical Crops. Changes in photosynthesis and leaf characteristics with tree height in five dipterocarp species in a tropical rain forest. The values estimated by the model explain each of the variables determined in relation to field observations, therefore, properly interpret the physiological processes taking place in the fruit in each of their ages.

Gabriela, under greenhouse conditions and defined agronomic management. Photosynthetic and fluorescence light responses for kiwifruit Actinidia deliciosa leaves at different stages of development on vines grown at two different photon flux densities. Midday depression of photosynthesis in Enkleia malaccensisa woody climber in a tropical rainforest. The compound interested law and plant growth. Where A is the photosynthetic rate, A cultiov the maximum photosynthetic rate, PPFD the photosynthetically active radiation, and k is half of the photosynthesis saturation radiation.

Replacing the Gaussian function coefficients with mathematical functions that include the effect of population density, Villegas et al. Ecological case histories of plant adaptation to adversity. Braz Culfivo Biol Technol. This concept is based on the notion that in order to shift from one growing stage to another, plants need to accumulate minimum amounts of temperature.


The studied parameters were satisfactorily explained by Weber’s Monomolecular model.

Gulupa con plastico, Gulupa con semicubierta, Gulupa co semitecho

Polar diameter was taken from the peduncle insertion scar to the opposite extreme of the fruit. Neth J Pl Path.

The manuscript was prepared and reviewed with the participation of all the authors, who declare that no conflict of interest that threatens the validity of the results presented. Damage components of powdery gulupx in winter wheat.

Based on the model adjusted to fruit growth, it is possible to foresee that harvest can be scheduled on days 85 – 90 after an abundant flowering, since the equatorial and polar diameters and dry weight tended to stabilize.

Lilliefors test was used to test the suppositions of normality.

Schaffer B, Andersen PC. Photosynthetic performance of Ginkgo biloba L. Comparative gas exchange characteristics of potted, glasshouse-grown almond, apple, fig, grape, olive, peach and Asian pear. Valencia Late fruit growth, modeled by Avanza et al. 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.

Base-age in variant polymorphic site curves. 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.

Only two photosynthetic rates have been registered se seedling phase Turner et al.

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