Posted on Authorea 21 May 2020 — The copyright holder is the author/funder. All rights reserved. No reuse without permission. — https://doi.org/10.22541/au.159004812.27249891 — This a preprint and has not been peer reviewed. Data may be preliminary. uTan Yu based Disease Technology Spot Sequencing Leaf High-Throughput by Illumina Infected Leaves Walnut Fungal of Phyllosphere Community of Analysis Dynamic and Structural disease-based-illumina-high-throughput-sequencing-technology at analysis-of-phyllosphere-fungal-community-of-walnut-leaves-infected-by-leaf-spot- available Structural_and_Dynamic_Analysis_of_Phyllosphere_Fungal_Community_of_Walnut_Leaves.doc of regulation micro-ecological file and Hosted anthracnose. intervention or early spot for leaf basis leaf control scientific walnut and a of with prevent provide succession associated to diversity results the communities microbial these of fungal the time, understanding phyllosphere of same walnut new knowledge the Cercospora a the At in provided heimaeyensis, void also disease. Vishniacozyma a study spot filling were community, this fungal species of phyllosphere results dominant genera walnut The the dominant the chasmanthicola. the and Cladosporium Erysiphaceae; Ramularia; and and asparagi, and Mycosphaerellaceae, Cercospora, Bulleribasidiaceae, Capnodiales, were Tremelellas, Vishniacozyma, were families were orders dominant dominant dom- the the the Erysiphales; Leotiomycetes; Glomeromycota; and communities and and Basidiomycota, fungal Dothideomycetes, Ascomycota, Tremellomycetes, of included were dynamics phyla dominant classes and The richness inant diversity, leaves. walnut species infected the and analyse healthy to in used was technology sequencing High-throughput Abstract 2020 21, May 1 iha giutrlUiest hnd Campus Chengdu - University Agricultural Sichuan 1 inhiZhu hui Tian , https://authorea.com/users/316897/articles/452925-structural-and-dynamic- 1 n h ingLi jianng Shu and , 1 1