Experiment code ENT-04
Experiment Title Screening of LSVT (M) pigeon pea genotypes against pod borer and pod fly during 2025-26
Research Type NARP Project
Experiment Background Host-palnt resistance is an important tool in minimizing pest density so this experiment is conduct.
Experiment Group Agricultural Entomology
Unit Type (02)EDUCATION UNIT
Unit (21)COLLEGE OF AGRICULTURE (BHARUCH)
Department (324)Agril. Entomology
BudgetHead (337/07081/0C)337/12/REG/00699
Objective

To screen  LSVT (M) pigeon pea genotypes for their susceptibility against pod borer and pod fly

Season Kharif
Location Unit Type (01)RESEARCH UNIT
Location Unit (51)NATIONAL AGRICULTURAL RESEARCH PROJECT (BHARUCH)
Location Department (258)Agril. Entomology
Plot No 10
PI Name (NAU-EMP-1991-000674)RAJENDRA BAHECHARBHAI PATEL
PI Email rbpatel@nau.in
PI Mobile 9825450983
Year of Approval 2017
Commencement Year 2018
Completion Year 2029
Design of Experiment

RBD

Crop Spacing (cm x cm)

150 x 20 

Gross Plot (m x m) 4.0 x 3.0
Net Plot (m x m) 3.6 x2.6
Total Experiment Area (m2) 522
Plot History Last Three Year
Initial Soil Sample Analysis Report
Initial Soil Sample Analysis Report Attachment Attachment Not Available!
Layout Plan

PN-29

G13

PN-30

G11

PN-31

G-9

PN-32

G-7

PN-33

G-5

PN-34

G-3

PN-35

G-1

PN-36

G14

PN-37

G12

PN-38

G10

PN-39

G-8

PN-40

G-6

PN-41

G-4

PN-42

G-2

R-III

4x3 m

 

PN-28

G14

PN-27

G13

PN-26

G12

PN-25

G11

PN-24

G10

PN-23

G-9

PN-22

G-8

PN-21

G-7

PN-20

G-6

PN-19

G-5

PN-18

G-4

PN-17

G-3

PN-16

G-2

PN-15

G-1

R-II

4x3 m

 

PN-01

G-1

PN-02

G-2

PN-03

G-3

PN-04

G-4

PN-05

G-5

PN-06

G-6

PN-07

G-7

PN-08

G-8

PN-09

G-9

PN-10

G10

PN-11

G11

PN-12

G12

PN-13

G13

PN-14

G14

R-I

4x3m

AVT(E) 14 Genotypes, 1infestor row of     PE-24-19    after 2 genotypes 

Layout Plan Attachment Attachment Not Available!
Treatment

Sr.No.

Genotypes

PLOT No.

R-I

R-II

R-III

01

PLM-401

01

15

35

02

PLM-402

02

16

42

03

PLM-403

03

17

34

04

PLM-404

04

18

41

05

PLM-405

05

19

33

06

PLM-406

06

20

40

07

PLM-407

07

21

32

08

PLM-408

08

22

39

09

PLM-409

09

23

31

10

PLM-410

10

24

38

11

PLM-411

11

25

30

12

PLM-412

12

26

37

13

PLM-413

13

27

29

14

PLM-414

14

28

36

 

Helicoverpa: The least larval count of Helicoverpa (1.263) was observed in the genotype  namely BP-103 ,however, it was not significantly differ from the genotypes GT-113,GT-107 and BP-104. The highest Helicoverpa larval count (1.590) was found in the genotypes namely BP-106 but it was  not significantly differ from BP-101,BP-102 and BP-110.

Maruca: The least larval count of Maruca (1.125) was observed in  the genotypes BP-103 and GT-107, however , they were not significantly differ from the genotypes namely GT-113 and BP-107. The  highest Maruca larval  count  (1.525) was found in the genotype  BP-111 but it was not significantly differ from the genotype BP-106.

Pod Damage Percent due to Helicoverpa: The significantly highest pod damage percent due to pod borer (29.309) was observed in the genotype BP-107 and it was statistically atpar with the genotypesGT-103,BP-101,BP-102,BP-106 and BP-110. The least pod damage percent (19.606) was recorded in the genotype BP-103 but it was not significantly differ from the genotypes GT-107,BP-104,BP-105,BP-108,BP-109 and BP-111.

 Pod Damage Percent due to Maruca: The highest pod damage percent due to pod borer (24.984) was observed in the genotype BP-111 and it was it was statistically at par with the genotypes BP-105,BP-106 and BP-109. The least pod damage percent (14.892)was recorded in the genotype namely GT-107,however, it was not significantly differ from the genotypes GT-113,BP-105,BP-106 and BP-109.

Pod flies: The least pod fly maggot/pupa count (2.825) was observed in the genotype BP-108 and it was statistically at par with the genotypes BP-102,BP-103 and BP-104. The significantly highest maggot count of pod fly (4.080) was observed in the genotype GT-107 and it was  statistically at par with the genotypes GT-113,BP-106,BP-110 and BP-111. The least pod damage percent due to pod fly (15.172) was found in the genotype BP-108,however, it was not significantly differ from the genotypes BP-102,BP-103 and BP-104. The  highest pod damage percent (25.330) was observed in GT-107 and it was  statistically at par with  the genotypes GT-113,BP-110 and BP-111.         The genotypes namely BP-103,BP-104 and GT-107 were consider as tolerant while genotypes namely BP-106 and BP-110 were found susceptible  against pod borers.

The genotypes namely BP-108,BP-102,BP-104 and BP-103 were found to be tolerant where as the genotypes namely BP-110 and BP-111 were found susceptible against podfly attack.

 

Treatment Attachment Attachment Not Available!
(NAU-EMP-1991-000674) RAJENDRA BAHECHARBHAI PATEL rbpatel@nau.in 9825450983 18-02-2026
Active
Pigeon Pea GT 105