Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

EVALUATION OF CHICKPEA ELITE LINES AGAINST ASCOCHYTA BLIGHT AND FUSARIUM WILT

View through CrossRef
Low yield of chickpea in Pakistan is due to the existence of wilt and blight diseases. Screening of existing germplasm against diseases is pre requisite for crop improvement. Pathogens of wilt and blight diseases were isolated from diseased samples and inoculum was prepared. Forty one chickpea genotypes containing approved varieties, advance lines etc., were screened in blight and wilt inoculated nurseries under controlled conditions separately. The experiment was laid out under augmented design. The experiment was conducted at Arid Zone Research Institute, Bhakkar, Pakistan during 2019-2021. Data for each disease was collected according to respective disease scales. The scale (1-9) was used for recording the data. Out of total forty-one genotypes, only two varieties (Bittal-16 and Niab-16) were moderately resistant, sixteen genotypes were susceptible and the rest were highly susceptible to Ascochyta blight disease. The level of resistance in blight experiment was 3.27% while susceptibility level was 96.72%. In case of second experiment of chickpea wilt was sown in sick plot. For Fusarium wilt, four genotypes (TG 1708, TG 1710, TG 1712 & TG 1808) were found resistant, fifteen were moderately resistant, twelve were susceptible and the remaining were highly susceptible. The resistant level in this experiment was 6.5%, moderately resistant was 24.59% and remaining susceptible and highly susceptible was 73.77%. The genotypes showed resistance against Ascochyta blight and Fusarium wilt can be utilized in future breeding programs to develop high yielding disease resistant cultivars of chickpea.
Directorate General Agricultural Information Punjab, Lahore-Pakistan
Title: EVALUATION OF CHICKPEA ELITE LINES AGAINST ASCOCHYTA BLIGHT AND FUSARIUM WILT
Description:
Low yield of chickpea in Pakistan is due to the existence of wilt and blight diseases.
Screening of existing germplasm against diseases is pre requisite for crop improvement.
Pathogens of wilt and blight diseases were isolated from diseased samples and inoculum was prepared.
Forty one chickpea genotypes containing approved varieties, advance lines etc.
, were screened in blight and wilt inoculated nurseries under controlled conditions separately.
The experiment was laid out under augmented design.
The experiment was conducted at Arid Zone Research Institute, Bhakkar, Pakistan during 2019-2021.
Data for each disease was collected according to respective disease scales.
The scale (1-9) was used for recording the data.
Out of total forty-one genotypes, only two varieties (Bittal-16 and Niab-16) were moderately resistant, sixteen genotypes were susceptible and the rest were highly susceptible to Ascochyta blight disease.
The level of resistance in blight experiment was 3.
27% while susceptibility level was 96.
72%.
In case of second experiment of chickpea wilt was sown in sick plot.
For Fusarium wilt, four genotypes (TG 1708, TG 1710, TG 1712 & TG 1808) were found resistant, fifteen were moderately resistant, twelve were susceptible and the remaining were highly susceptible.
The resistant level in this experiment was 6.
5%, moderately resistant was 24.
59% and remaining susceptible and highly susceptible was 73.
77%.
The genotypes showed resistance against Ascochyta blight and Fusarium wilt can be utilized in future breeding programs to develop high yielding disease resistant cultivars of chickpea.

Related Results

CHEMICAL COMPOSITION OF CHICKPEA
CHEMICAL COMPOSITION OF CHICKPEA
Chickpea (Cicer arietinum L.), one of the oldest cultivated plants, is grown in two main varieties: desi and kabuli. The origin of chickpea is associated with the regions of the so...
Early detection of Chickpea Ascochyta Blight using Hyperspectral imaging Coupled with Machine learning
Early detection of Chickpea Ascochyta Blight using Hyperspectral imaging Coupled with Machine learning
Fungal diseases such as Ascochyta blight pose major threats to chickpea production, causing significant yield losses if not detected at early stages. Conventional diagnostic method...
Response of chickpea genotypes against Ascochyta blight disease
Response of chickpea genotypes against Ascochyta blight disease
Blight is the becoming the serious threat in changing climate. To improve the per capita income and to overcome the production losses the evaluation of the blight resistant genotyp...
Population structure and genetic diversity of chickpea germplasms
Population structure and genetic diversity of chickpea germplasms
Abstract In various leguminous crops, chickpea is the fourth most important legume contributing 3.1% to the total legume production. Grains of chickpea are rich sou...
​Effect of Nutrients on Wilt in Chickpea
​Effect of Nutrients on Wilt in Chickpea
Background: Chickpea (Cicer arietinum L.) contributes 18% of the global production of grain legume and serves as an important source of dietary protein. Fusarium wilt, caused by so...
Functional Movement Screen® evaluation: comparison between elite and non-elite young swimmers
Functional Movement Screen® evaluation: comparison between elite and non-elite young swimmers
Functional Movement Screen® (FMS®) permite evaluar la funcionalidad del movimiento del atleta. La funcionalidad del movimiento en nadadores jóvenes de élite y no élite puede predec...

Back to Top