• About
  • Advertise
  • Careers
  • Contact
Sunday, May 11, 2025
  • Login
No Result
View All Result
Field Crops news
  • Home
  • News
  • AgroTech & Innovation
  • Science
  • Sustainability
  • Market News
  • Research & Development
  • Home
  • News
  • AgroTech & Innovation
  • Science
  • Sustainability
  • Market News
  • Research & Development
No Result
View All Result
Field Crops news
No Result
View All Result
Home Research & Development

New study on adult plant resistance to Bipolaris sorokiniana on barley in Canada

by Maria YEROKHOVA
17 June 2024
in Research & Development, Sustainability
0
New study on adult plant resistance to Bipolaris sorokiniana on barley in Canada
0
SHARES
7
VIEWS
Share on FacebookShare on Twitter

Scientists have published the paper on associated study of adult plant resistance to spot blotch, caused by Bipolaris sorokiniana, in an elite Canadian two-row barley germplasm collection. This devastating disease causes significant reduction of quality of grains of barley and thereby declining profits of barley growers. Enhanced resistance to this disease is a major goal of western Canadian two-row barley breeding programmes; however, two-row barley is considered to be more susceptible than six-row barley. Plant–pathogen interactions observed for Canadian germplasm are polygenic, where quantitative breeding methods could be beneficial for the development of resistant germplasm. A germplasm panel consisting of 200 two-row, spring barley genotypes with differential reaction to spot blotch was evaluated at Brandon, Manitoba (MB), and Melfort, Saskatchewan (SK), over eight site years. Genome-wide association study was conducted using a 50k single-nucleotide polymorphism (SNP) Illumina iSelect genotyping array. The most-resistant germplasm was found to carry Midwest Six-rowed Durable Resistant Haplotype (MSDRH) alleles at the loci located on chromosomes 1H (Rcs-qtl-1H-11_10764), 3H (Rcs-qtl-3H-11_10565) and 7H (Rcs-qtl-7H-11_20162, Rcs5 locus), where the 3H locus was found to be the most under-represented in Canadian germplasm. Additional marker-trait associations within nurseries were identified on chromosomes 1H, 2H and 4H. Several of the SNP markers identified were found to be polymorphic within the Canadian two-row germplasm panel and thus could be useful for enhancing spot blotch resistance in two-row barley for development of resistant cultivars.

Source: Tucker, J.R., Badea, A., Fernando, W.G.D., Hiebert, C.W., Woitas, A.C. & Beattie A.D. (2024) Genome-wide association study of adult plant resistance to spot blotch in an elite Canadian two-row barley germplasm collection. Plant Pathology, 00, 1–12. Available from: https://doi.org/10.1111/ppa.13896

Error
Tags: Adult plant resistanceBarleyspot blotch

Maria YEROKHOVA

Next Post
Wheat Market Rally and Crop Prospects: A Harvest Optimism Preview

Wheat Market Rally and Crop Prospects: A Harvest Optimism Preview

Newsletter

Afghanistan

    Wheat Harvest Forecast Rises Despite Frost Concerns: What Farmers and Agronomists Need to Know

    Wheat Harvest Forecast Rises Despite Frost Concerns: What Farmers and Agronomists Need to Know

    10 May 2025

    AMBA’s 2025 Malting Barley Variety List: New Additions and Industry Shifts

    19 January 2025

    Honoring Fallen Rail Workers: National Rail Safety Week Kicks Off in Australia

    7 August 2024

    Strong Demand for Mixed-Farming Properties in North-West NSW

    5 August 2024

    30 Hectares of Government-Supported Corn Fields in Lombok Threatened by Water Shortage and Irrigation Issues

    25 September 2024

    Argentina seeks Chinese approval for all its corn biotechnology activities

    21 June 2024

    Russia’s Wheat Export Surge: What Farmers and Traders Need to Know About the 2024 Quota System

    22 January 2025

    The August Surge: Russian Wheat Prices on the Rise Amid Global Challenges

    9 September 2024

    Struggling with Falling Rice Prices: North Gyeongsang Farmers Face Tough Harvest

    17 September 2024

    World Rice Day: Exploring Varieties, Cultivation in Kuban, and Research at the Grain Quality Assessment Center

    5 October 2024
    • About
    • Advertise
    • Careers
    • Contact
    Call us: +51 93 999 5140

    © 2020-2024 Field Crops news

    Welcome Back!

    Login to your account below

    Forgotten Password?

    Retrieve your password

    Please enter your username or email address to reset your password.

    Log In
    No Result
    View All Result
    • Home
    • News
    • Science
    • Sustainability
    • AgroTech & Innovation
    • Market News
    • Science
    • Research & Development
    • About
    • Contact
    • af Afrikaanssq Shqipam አማርኛar العربيةhy Հայերենaz Azərbaycan dilieu Euskarabe Беларуская моваbn বাংলাbs Bosanskibg Българскиca Catalàceb Cebuanony Chichewazh-CN 简体中文zh-TW 繁體中文co Corsuhr Hrvatskics Čeština‎da Dansknl Nederlandsen Englisheo Esperantoet Eestitl Filipinofi Suomifr Françaisfy Fryskgl Galegoka ქართულიde Deutschel Ελληνικάgu ગુજરાતીht Kreyol ayisyenha Harshen Hausahaw Ōlelo Hawaiʻiiw עִבְרִיתhi हिन्दीhmn Hmonghu Magyaris Íslenskaig Igboid Bahasa Indonesiaga Gaeilgeit Italianoja 日本語jw Basa Jawakn ಕನ್ನಡkk Қазақ тіліkm ភាសាខ្មែរko 한국어ku كوردی‎ky Кыргызчаlo ພາສາລາວla Latinlv Latviešu valodalt Lietuvių kalbalb Lëtzebuergeschmk Македонски јазикmg Malagasyms Bahasa Melayuml മലയാളംmt Maltesemi Te Reo Māorimr मराठीmn Монголmy ဗမာစာne नेपालीno Norsk bokmålps پښتوfa فارسیpl Polskipt Portuguêspa ਪੰਜਾਬੀro Românăru Русскийsm Samoangd Gàidhligsr Српски језикst Sesothosn Shonasd سنڌيsi සිංහලsk Slovenčinasl Slovenščinaso Afsoomaalies Españolsu Basa Sundasw Kiswahilisv Svenskatg Тоҷикӣta தமிழ்te తెలుగుth ไทยtr Türkçeuk Українськаur اردوuz O‘zbekchavi Tiếng Việtcy Cymraegxh isiXhosayi יידישyo Yorùbázu Zulu
      en English

    © 2020-2024 Field Crops news