Colorimetric variation and correlation of biometric parameters between umbu matrices

Saraiva, Maria Monique Tavares; Martins, Laesio Pereira; Araújo, Raunira da Costa; Cruz, Oziel Nunes da; Lucena, Fernando Azevedo de; Costa, Amanda Dias

doi:10.1590/0100-29452022479

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Revista Brasileira de Fruticultura

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Harvest and postharvest • Rev. Bras. Frutic. 44 (6) • 2022 • https://doi.org/10.1590/0100-29452022479 copy

Colorimetric variation and correlation of biometric parameters between umbu matrices

Variação colorimétrica e correlação de parâmetros biométricos entre matrizes de umbu

Authorship SCIMAGO INSTITUTIONS RANKINGS

Abstract

The umbu tree is an endemic species and is found in the Brazilian semi-arid. Umbu is highly appreciated for its socioeconomic importance and significant diversity of quality attributes. This study aims to explore the color-related variations between umbu matrices, and to evaluate the correlation between the main biometric attributes of quality. With this, 14 matrices were explored at the commercial ripening stage and submitted to colorimetric analysis (a*, b*, C* and L*) and determination of biometric parameters (fruit mass, length, width, shape, firmness, percentages of peel, seed, pulp, and yield). The colorimetric parameters were evaluated by the Scott-Knott mean test and dendrogram, and biometrics were submitted to linear correlation analysis. It was observed that in the peel green predominates, compared to the pulp, and the lowest luminosity indexes (L*) consist of the fruits with hairy peel. The saturation (C*) has a direct relationship with parameter b*; in addition, the dendrogram indicates the formation of four groups between the matrices. The correlation analysis of biometric parameters showed significant tendencies. Therefore, the results reinforce that the parameters evaluated can provide an important tool in selecting and quality control these fruits, since the required characteristics change according to their commercial purpose.

Index terms
Fruit quality; Spondias tuberosa; umbuzeiro; caatinga

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E-mail: rbf@fcav.unesp.br

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[1] Maria Monique Tavares Saraiva E-mail:moniquetavaresaraiva@gmail.com

MATRIX	PEEL		PULP
MATRIX	a*	b*		a*	b*
1	-6,99 ^c	30,10 ^b		-6,81 ^b	32,73 ^a
2	-8,97 ^e	29,01 ^c		-8,32 ^c	33,27 ^a
3	-7,71 ^d	33,33 ^a		-7,13 ^b	30,64 ^b
4	-8,06 ^d	30,80 ^b		-5,89 ^a	27,54 ^c
5	-7,75 ^d	30,94 ^b		-6,60 ^b	31,85 ^a
6	-7,48^d	32,23 ^a		-7,10^b	29,17 ^c
7	-7,48 ^d	30,47 ^b		-5,47 ^a	29,87 ^b
8	-8,18 ^d	32,69 ^a		-5,63 ^a	28,72 ^c
9	-8,53 ^e	33,25 ^a		-6,67 ^b	30,71^b
10	-6,57 ^b	30,30 ^b		-6,99 ^b	33,17 ^a
11	-5,60 ^a	24,12 ^e		-5,71 ^a	26,41 ^d
12	-5,55 ^a	25,67 ^d		-5,64 ^a	25,53 ^d
13	-6,31 ^b	26,92 ^d		-5,72 ^a	26,61 ^d
14	-6,25 ^b	28,89 ^c		-6,21 ^a	30,82 ^b
Mean	-7,24	29,91		-6,42	29,79
CV (%)	-4,62	2,70		-5,16	3,38
P-value	<.0001	<.0001		<.0001	<.0001

MATRIX	PEEL			PULP
MATRIX	L*	C*	L*		C*
1	52,30 ^c	30,80 ^b		57,95 ^b	33,44 ^a
2	51,96 ^c	29,32 ^c		53,92 ^d	34,30 ^a
3	56,83 ^b	34,21 ^a		62,14 ^a	31,47 ^b
4	57,39 ^b	31,84^b		61,08 ^a	28,16 ^c
5	59,82^a	31,90 ^b		59,63 ^b	32,53 ^a
6	60,89 ^a	33,09 ^a		56,20 ^c	30,03 ^b
7	56,07 ^b	31,31 ^b		60,81 ^a	30,37^b
8	53,49 ^c	33,70 ^a		56,25 ^c	29,28 ^c
9	56,01^b	34,34 ^a		54,73 ^d	31,47 ^b
10	53,87 ^c	31,01^b		54,48 ^d	33,85 ^a
11	61,18^a	25,03 ^d		52,87 ^e	27,03 ^c
12	59,87 ^a	26,28 ^d		51,29 ^e	24,74^d
13	59,92 ^a	26,41 ^d		52,68 ^e	27,71 ^c
14	62,32 ^a	29,51 ^c		59,01 ^b	31,44 ^b
Mean	57,28	30,63		56,64	30,42
CV (%)	1,90	3,61		2,02	3,57
P-value	<.0001	<.0001		<.0001	<.0001

	Yield	Mass	%peel	%seed	%pulp	Firm.	Len.	Wid.
Yield	1,00
Mass	0,27	1,00
% peel	-0,48*	-0,57**	1,00
% seed.	-0,95**	-0,33	0,61**	1,00
% pulp	0,82**	0,50*	-0,88**	-0,88**	1,00
Firm.	-0,08	0,32	-0,01	0,09	-0,03	1,00
Len.	0,13	0,87**	-0,35	-0,14	0,30	0,28	1,00
Wid.	0,25	0,96**	-0,52*	-0,31	0,46*	0,37	0,80**	1,00