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Productivity of grafted papaya growing under open environment in the Mexican pacific Cover

Productivity of grafted papaya growing under open environment in the Mexican pacific

Open Access
|Nov 2024

Figures & Tables

Figure 1.

Climatic variation during the 1st experiment.

Source: Department of Hydrometry. Irrigation District 097. CONAGUA. Mexico. Temperature range for papaya 21°C–33°C.

Figure 2.

Climatic variation during the 2nd experiment.

Source: Department of Hydrometry. Irrigation District 097. CONAGUA. Mexico. Temperature range for papaya 21°C–33°C.

Table 1.

Treatments evaluated in two grafted papaya field experiments.

Experiment 1Experiment 2
Rootstock × ScionAbbreviationRootstock × ScionAbbreviation
1. 'Gibara' × 'BS'RG × SBS1. 'Robusta' with quality × 'Tainung'RRQ+ × ST
2. 'BS' × 'Gibara'RBS × SG2. 'Robusta' without quality × 'Tainung'RRQ-× ST
3. 'Maradol' × 'MSXJ'RM × SMS3. WGP ×, Tainung'RWGP × ST
4. 'MSXJ' × 'Maradona'RMS × SMa4. WPP × 'Tainung'RWPP × ST
5. 'BS2' × 'Maradol'RBS2 × SM5. 'Robusta' with quality × 'Maradol'RRQ+ × SM
6. 'BS2' × 'Gibara'RBS2 × SG6. 'Robusta' without quality × 'Maradol'RRQ-× SM
7. Non-grafted 'BS'NgBS7. WGP × 'Maradol'RWGP × SM
8. Non-grafted 'Gibara'NgG8. WPP × 'Maradol'RWPP × SM
9. Non-grafted 'Maradol'NgM9. Non-grafted 'Tainung'NgT
10. Non-grafted 'Maradona'NgMa10. Non-grafted 'Maradol'NgM

1 WPP, wild purple petiole; WGP, Wild green petiole.

Table 2.

Morphological variables of grafted and non-grafted papaya plants in 1st experiment.

TreatmentsPlant height (cm)Stem girth (cm)Leaves (No.)Height at 1st fruit (cm)
RG × SBS213.40 cd49.50 ab38.00 ab73.80 a
RBS × SG200.60 d51.40 ab40.60 a69.80 ab
RM × SMS233.80 ab47.04 abc37.00 ab67.80 ab
RMS × SMa221.40 abc52.80 a40.00 ab69.20 ab
RBS2 × SM211.40 cd48.64 ab36.20 ab69.40 ab
RBS2 × SG223.00 abc45.38 bc35.60 ab72.40 a
NgBS236.40 a49.14 ab39.00 ab68.20 ab
NgG211.40 cd48.38 ab38.20 ab72.40 a
NgM204.40 cd41.32 c34.80 ab56.80 b
NgMa215.80 bcd41.20 c33.20 b65.40 ab
C.V.4.156.958.808.97
p********

1 Distinct letters in the columns indicate significant differences according to Tukey's test (p<0.05).

1 CV: Coefficient of variation.

1 Significance levels: **p<0.01.

Table 3.

Qualitative variables in fruits of grafted and non-grafted papaya plants in 1st experiment.

TreatmentsFruit circumference (cm)Pulp width (cm)Soluble solids (°Brix)Fruit shape index
PolarEquatorial
RG × SBS52.8037.602.6012.201.42
RBS × SG54.4036.402.7211.601.51
RM × SMS47.6033.602.7613.401.62
RMS × SMa54.0038.002.7012.601.46
RBS2 × SM54.0036.802.6213.601.43
RBS2 × SG54.4033.202.5212.401.61
NgBS52.6035.002.6012.601.51
NgG54.2035.202.6012.601.56
NgM52.6034.402.6612.601.53
NgMa53.4035.402.7212.801.52
C.V.12.9112.2711.6412.6618.02
pnsnsnsnsns

1 Distinct letters in the columns indicate significant differences according to Tukey's test (p<0.05). CV: Coefficient of variation.

1 Significance levels: nsp ≥ 0.05.

Table 4.

Quantitative variables in fruits of grafted and non-grafted papaya plants in 1st experiment.

TreatmentsFruits (No.)Fruits weight (kg)Yield (kg)
PlantArea (m2)
RG × SBS33.60 abc1.1538.49 ab8.55 ab
RBS × SG34.20 ab1.1839.67 ab8.81 ab
RM × SMS35.60 a1.1039.44 ab8.76 ab
RMS × SMa35.40 a1.1340.20 a8.93 a
RBS2 × SM33.60 abc1.1740.01 ab8.89 a
RBS2 × SG36.80 a1.0837.66 ab8.69 ab
NgBS28.80 abc1.0931.38 ab6.96 ab
NgG27.00 bc1.1130.12 ab6.69 ab
NgM25.60 c1.0627.04 b6.01 b
NgMa25.60 c1.1529.29 ab6.50 ab
C.V.12.4512.4419.0518.53
p**ns****

1 Distinct letters in the columns indicate significant differences according to Tukey’s test (p < 0.05).

1 CV: Coefficient of variation.

1 Significance levels: **p < 0.01, ns p ≥ 0.05.

Table 5.

Morphological variables of grafted and non-grafted papaya plants in 2nd experiment.

TreatmentsPlant height (cm)Stem girth (cm)Leaves (No.)Height at 1st fruit (cm)
RRQ+ × ST247.40 abc48.72 ab39.60 bc91.20 ab
RRQ-× ST263.20 ab49.84 ab47.60 a95.20 ab
RWGP × ST231.00 bcd48.16 ab36.80 c96.20 ab
RWPP × ST283.40 a50.68 a43.20 abc104.00 a
RRQ+ × SM189.40 d45.24 ab37.20 c52.80 d
RRC-× SM231.20 bcd47.60 ab46.20 ab61.20 cd
RWGP × SM195.80 d43.96 ab37.80 c63.00 cd
RWGP × SM208.00 cd49.84 ab36.60 bc62.40 cd
NgT260.80 ab45.64 ab39.60 bc80.60 bc
NgM207.40 cd41.72 b38.40 c62.00 cd
C.V.8.798.379.0013.77
p********

1 Distinct letters in the columns indicate significant differences according to Tukey's test (p < 0.05). CV: Coefficient of variation.

1 Significance levels: **p < 0.01.

Table 6.

Qualitative variables in fruits of grafted and non-grafted papaya plants in 2nd experiment.

TreatmentsFruit circumference (cm)Pulp width (cm)Soluble solids (°Brix)Fruit shape index
PolarEquatorial
RRQ+ × ST54.8034.602.7612.20 ab1.60
RRQ– #x00D7; ST49.8037.202.3813.60 a1.35
RWGP × ST48.0037.602.6012.00 ab1.28
RWPP × ST53.8036.402.8011.80 ab1.49
RRQ+ × SM50.8038.002.5813.20 ab1.24
RRC– × SM49.8035.402.6213.80 a1.41
RWGP × SM57.2035.202.6412.60 ab1.63
RWGP × SM49.8037.802.7610.60 b1.32
NgT53.6036.202.6612.20 ab1.52
NgM54.6034.602.6813.20 ab1.60
C.V.10.2710.3914.3511.0814.82
pnsnsns**

1 Distinct letters in the columns indicate significant differences according to Tukey's test (p < 0.05).

1 CV: Coefficient of variation.

1 Significance levels: *p < 0.05, ns p ≥ 0.05.

Table 7.

Qualitative variables in fruits of grafted and non-grafted papaya plants in 2nd experiment.

TreatmentsFruits (No.)Fruits weight (kg)Yield (kg)
PlantArea (m2)
RRQ+ × ST28.80 abc1.2134.45 abc7.65 abc
RRQ-× ST35.40 a1.0335.63 ab7.91 ab
RWGP × ST34.40 ab1.0435.54 ab7.89 ab
RWPP × ST27.80 abc1.2333.70 abc7.48 abc
RRQ+ × SM34.40 ab1.1338.39 a8.53 a
RRC-× SM37.60 a1.0337.02 ab8.22 ab
RWGP × SM29.00 abc1.1532.96 abc7.32 abc
RWGP × SM32.00 abc1.1135.53 ab7.89 ab
NgT25.20 bc1.1728.96 bc6.43 bc
NgM22.60 c1.1826.36 c5.85 c
CV15.0317.0911.5511.54
p**ns****

1 Distinct letters in the columns indicate significant differences according to Tukey's test (p < 0.05). CV: Coefficient of variation.

1 Significance levels: **p j_fhort-2024-0026 0.01, ns p ≥ 0.05.

DOI: https://doi.org/10.2478/fhort-2024-0026 | Journal eISSN: 2083-5965 | Journal ISSN: 0867-1761
Language: English
Page range: 415 - 424
Submitted on: May 27, 2024
Accepted on: Sep 2, 2024
Published on: Nov 8, 2024
Published by: Polish Society for Horticultural Sciences (PSHS)
In partnership with: Paradigm Publishing Services
Publication frequency: 2 issues per year
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© 2024 Juan Carlos Álvarez-Hernández, Javier Zaragoza Castellanos-Ramos, Cesar Leobardo Aguirre-Mancilla, published by Polish Society for Horticultural Sciences (PSHS)
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.