Skip to main content
. 2024 Jan 15;10(1):67. doi: 10.3390/jof10010067

Table 1.

Ascomycetous endophytes from 23 selected studies between 2008 and 2023.

Host Plant Parts No. of Ascomycetes Total Number of Isolates % Occurrence Reference
Colobanthus quitensis Leaves of angiosperm 6 26 23% [29]
Pterocladiella capillacea Red alga 2600 3187 81.58% [43]
Magnolia candolli & M. garrettii Leaves 54 56 96.5% [30]
Chloranthus japonicus Leaves, roots, and stem 317 325 97.5% [31]
Zostera marina Leaf of seagrass 103 110 93.6% [32]
Phragmites australis,
Suaeda glauca &
Limonium tetragonum
Roots 153 156 98% [33]
Nothofagus pumilio & N. dombeyi Sapwood tissue ND 210 46% [27]
Anacamptis morio Roots of orchids [44]
Myrtus communis Leaves of true myrtle 7 OTUs 44 OTUs 16% [45]
Stipa krylovii Roots 110 135 81.5% [46]
Nicotiana benthamiana,
N. occidentalis & N. simulans
Leaves, stems, and roots ND 300 97.9% [34]
63 Species of native plants Stems and leaves 341 349 97.7% [35]
Sophora tonkinensis Phloem and xylem of roots of medicinal plant 36 47 76.6% [47]
Elaeis guineensis Leaves, petioles, rachis, and roots ND 376 ND [48]
Vitis vinifera Leaves 239 240 99.6% [49]
Hevea brasiliensis &
H. guianensis
Sapwood and leaves of rubber tree ND 2500 ND [50]
Nothapodytes nimmoniana Stem 44 45 98% [36]
Solanum cernuum Leaves and stems 33 55 60% [38]
Populus tremula Leaves of European aspen 93 96 97% [37]
Holcus lanatus Leaves and roots 337 348 97% [51]
Elaeis guineensis Petioles, rachides, vein, and intervein of leaves 320 340 94.1% [3]
Pinus sylvestris Sapwood tissue 53 143 37% [28]
Theobroma gileri Stem and pod tissues 16 31 52% [52]