The aim was to verify the initial development of camu camu plants with different organic substrates in conventional nursery bedding microsprinkler irrigation and shade management Chromatine® mesh with 50% red light. We used genetic material from mother plants Germplasm Bank of INIA-camu camu Iquitos, seeds were germinated in decomposed sawdust and kept for a period of 40 days after subculturing was performed with 10 cm in height in different substrates according treatments in nursery beds with dimensions of 1.20 m wide x 10 m long with a depth of 30 cm. After conducting assessments of height (cm) and basal diameter (mm) for a period of 120 days, it was found that the substrate manure has become the substrate for greater efficiency in plant development camu camu substrate followed by humus worm.

This work was to evaluate the influence of the organic compound in the production of plants capirona. The experiment was conducted at the Research Center Dale E. Bandy the IIAP Ucayali. Treatments were distributed in a randomized complete (DCA) design with 5 treatments 3 replications and 10 plants per experimental unit, the treatments were: T1 [alluvial soil]; T2 [agricultural soil]; T3 [alluvial soil + agricultural soil (1: 1)]; T4 [alluvial soil + rice hull + chicken manure (1: 1: 1)] and T5 [agricultural soil + rice hull + chicken manure (1: 1: 1]. The variables evaluated at the end of the experiment were plant height (H) (cm), basal diameter (BD) (mm), number of leaves, relative height and basal diameter (H/BD), dry mass of the aerial part (DMAP) (g) dry weight of the root (DWR) (g) and quality index Dickson (QID). The results show that the T4 and T5 treatments, had higher significan...

Este trabajo tuvo como objetivo evaluar la influencia del compuesto orgánico en la producción de plantas de capirona. El experimento fue realizado en el Centro de Investigaciones Dale E. Bandy del IIAP Ucayali. Los tratamientos fueron distribuidos mediante un Diseño Completos al Azar (DCA), con 5 tratamientos 3 repeticiones y 10 plantas por unidad experimental, los tratamientos fueron: T1 [Tierra aluvial]; T2 [tierra agrícola]; T3 [Tierra aluvial + tierra agrícola (1:1)]; T4 [Tierra aluvial + cascarilla de arroz + gallinaza (1:1:1)] y T5 [Tierra Agrícola+ cascarilla de arroz + gallinaza (1:1:1]. Las variables evaluadas al final del experimento fueron altura de planta (H) (cm); diámetro basal (DB) (mm); número de hojas; relación altura y diámetro basal (H∕DB); masa seca de la parte aérea (MSPA) (g); masa seca de la raíz (MSR) (g) e índice de calidad de Dickson (IQD). Los re...

This work was to evaluate the influence of the organic compound in the production of plants capirona. The experiment was conducted at the Research Center Dale E. Bandy the IIAP Ucayali. Treatments were distributed in a randomized complete (DCA) design with 5 treatments 3 replications and 10 plants per experimental unit, the treatments were: T1 [alluvial soil]; T2 [agricultural soil]; T3 [alluvial soil + agricultural soil (1: 1)]; T4 [alluvial soil + rice hull + chicken manure (1: 1: 1)] and T5 [agricultural soil + rice hull + chicken manure (1: 1: 1]. The variables evaluated at the end of the experiment were plant height (H) (cm), basal diameter (BD) (mm), number of leaves, relative height and basal diameter (H/BD), dry mass of the aerial part (DMAP) (g) dry weight of the root (DWR) (g) and quality index Dickson (QID). The results show that the T4 and T5 treatments, had higher significan...

The aim was to verify the initial development of camu camu plants with different organic substrates in conventional nursery bedding microsprinkler irrigation and shade management Chromatine® mesh with 50% red light. We used genetic material from mother plants Germplasm Bank of INIA-camu camu Iquitos, seeds were germinated in decomposed sawdust and kept for a period of 40 days after subculturing was performed with 10 cm in height in different substrates according treatments in nursery beds with dimensions of 1.20 m wide x 10 m long with a depth of 30 cm. After conducting assessments of height (cm) and basal diameter (mm) for a period of 120 days, it was found that the substrate manure has become the substrate for greater efficiency in plant development camu camu substrate followed by humus worm.