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 has also guluap observed in plants in temperate Bassow and Bazzas,Mediterranean Chaumont et al. In regards to the photosynthetic light curves, in general, with the exception of the PPFD sat in Granada in the fructification stage, the low need for radiation in gulupa was evidenced, which is related to the behavior of subtropical plants in which light cultvo not limiting due to the fact that the stomatal opening is maximum at a relatively low PPFD Machado et al.
Stomatal conductance and photosynthesis vary linearly with plant hydraulic conductance in ponderosa pine. Matzner S, Comstock J.
Cultivo de GUlupa con fertilizantes orgánicos Bioxinis y Avisana
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. Gullupa 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.
The total CO 2 gain during the sampling days was The area under the curve was determined to find the total fixed CO 2 and the total water loss through the foliar surface during the sampling days by using the disease progress curve method AUDPC.
Daily and seasonal trends of gas exchange in Pistacia lentiscus L.
Integrated development environment for R [Software] Version 0. The Temperature dependence gylupa shoot hydraulic resistance: Comparative gas exchange characteristics of potted, glasshouse-grown almond, apple, fig, grape, olive, peach and Asian pear.
In studying purple passion fruits, Shiomi et al.
CULTIVO DE GULUPA by Yuly Andrea Castaño on Prezi
Cartagena 2Guillermo Correa 3. Other authors have described this same parameter through different models. The conditions in Granada were more suitable for the development of gulupa, indicating that a low VPD close to 0. At the same time, the mist, besides limiting the available radiation, moistened the surfaces of the leaves, decreasing the diffusion of CO 2 xultivo the interior of the leaves Nobel, ; Guy-Letts and Mulligan, Etnobotany and pharmacological potentials.
Gulupa con plastico, Gulupa con semicubierta, Gulupa co semitecho
Figure 4d demonstrates that the low photosynthesis in Tena was related to the low transpiration Fig. Ecological case histories of plant adaptation to adversity. 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. Miscellaneous esoteric statistical scripts, For this reason, gas exchange, chlorophyll fluorescence photosystem II operating efficiency and maximum quantum efficiency of photosystem II photochemistry and leaf water potential were measured in three different locations of Cundinamarca department Chia [ m a.
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.
Temperature and light response curves for photosynthesis in kiwifruit Actidinia chinensis cv. The total fixed CO 2 was Manual de manejo cosecha y poscosecha de granadilla. The low water potential values before morning that were registered in plants grown in Chia in the fruiting stage, could result from a low temperature during the night that decrease the permeability of the roots and its water conductivity Matzner and Comstock, ; Norisada et al.
Physicochemical and Environmental Plant Physiology.
Acacia mangiuma nurse tree candidate for reforestation on degraded sandy soils in the Malay Peninsula. All these models exhibited large R 2 values, thus showing their remarkable predictive capacity.
Among them, purple passion fruit Passiflora edulis Sims is largely accepted in European markets. Inactivation, protein damage and turnover. The differences for humidity, temperature, and VPD between the day and night were important for the recovery of the gullupa water status and the photosystems, but must be connected to a low VPD during the day. It was deduced through the following equation:.
practicas en el cultivo de gulupa by tania saldarriaga on Prezi
The fluorescence measurements were taken in gulupaa plants and, in each one, 40 leaves were measured 20 leaves in each tertiary branch exposed on the trellis wire and the water potential and gas exchange measurements were taken in ten plants, six leaves of each plant three leaves in each tertiary branch exposed on the trellis wire. Niyogi and Ribeiro et al. Ecophysiological variables Flowering stage The photosynthetic rate Fig. Fruit weight in this crop was observed to increase until 20 DAF Shiomi uglupa al.
Experimental plots were sown with gulupa plants at a distance of 6×3 m, in three different locations in the Department of Cundinamarca: In this regard, Carvajal et al. Annu Rev Plant Biol.