Scholarlink

Lasiodiplodia is a fungal genus within the Botryosphaeriaceae. There are 85 epithets under this genus, and 77 species have molecular data. Lasiodiplodia species are widely distributed and known to cause various diseases on infected leaves, stems, fruits, and roots. Lasiodiplodia theobromae is the most reported plant pathogen. Lasiodiplodia species could be spread naturally through rain, wind, insects, and human activity. As an endophyte, Lasiodiplodia species can stay quiescent within host tissues without apparent symptom manifestations. As a pathogen, it can stay dormant on soil or decaying matter as a decomposer in chlamydospores or any fungal elements. Identification and detection of Lasiodiplodia species can be achieved using combined conventional, serological, molecular, and artificial intelligence-based approaches. When infection is severe, diseases caused by Lasiodiplodia species can cause significant yield losses and reduced fruit quality. Management can be achieved using a combination of two or more approaches, including but not limited to using less susceptible cultivars, clean and certified seeds, biological control agents (such as Trichoderma species), and timely and appropriate pesticide spraying.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Lasiodiplodia

  • 章节

  • 发表日期：

    2025年

查看全文
  • Jonathan Jaime Guerrero,
  • Mark Calabon,
  • Mari Neila Seco,
  • Victor Corbita,
  • Abriel Bulasag,
  • Ronnie Concepcion II,
  • Diana Paguntalan,
  • Kris Lord Santos,
  • Divina Amalin,
  • Dionisio Alvindia,
  • Cyrose Suzie Silvosa Millado,
  • Carolyn Alcasid,
  • Joy Jamago,
  • John Trixstan Ignacio,
  • Mark Angelo Balendres

摘要

Lasiodiplodia is a fungal genus within the Botryosphaeriaceae. There are 85 epithets under this genus, and 77 species have molecular data. Lasiodiplodia species are widely distributed and known to cause various diseases on infected leaves, stems, fruits, and roots. Lasiodiplodia theobromae is the most reported plant pathogen. Lasiodiplodia species could be spread naturally through rain, wind, insects, and human activity. As an endophyte, Lasiodiplodia species can stay quiescent within host tissues without apparent symptom manifestations. As a pathogen, it can stay dormant on soil or decaying matter as a decomposer in chlamydospores or any fungal elements. Identification and detection of Lasiodiplodia species can be achieved using combined conventional, serological, molecular, and artificial intelligence-based approaches. When infection is severe, diseases caused by Lasiodiplodia species can cause significant yield losses and reduced fruit quality. Management can be achieved using a combination of two or more approaches, including but not limited to using less susceptible cultivars, clean and certified seeds, biological control agents (such as Trichoderma species), and timely and appropriate pesticide spraying.