Effect of UV-A on Endophyte Colonisation of Arabidopsis thaliana raw data

Data 1. The data showing the effects of the light conditions (two levels: only visible light /VIS/, visible light supplemented with UV-A /VIS + UVA/), the plant organ (two levels: roots, shoots) and inoculation status (two levels: inoculated vs non-inoculated) on the log-transformed ratio of fungal DNA to <i>Arabidopsis</i> DNA, measured with qPCR. Plants were inoculated with <i>Paraphoma chrysanthemicola</i>, <i>Phomopsis columnaris</i>, <i>Diaporthe eres</i>, <i>Mucor</i> sp. or <i>Sporobolomyces ruberrimus</i>.Data 2. The data showing the effects of endophyte inoculation (six levels, including the mock-inoculated control) and light conditions (two levels: only visible light /VIS/, visible light supplemented with UV-A /VIS + UVA/) on the following properties measured for Arabidopsis plants: root system length, average volume, average diameter, fresh weight of roots, fresh weight of shoots and shoot anthocyanin content.Data 3. The data showing the effects of endophyte inoculation (six levels, including the mock-inoculated control) and light conditions (two levels: only visible light /VIS/, visible light supplemented with UV-A /VIS + UVA/) on the log-transformed relative level of the following transcripts in Arabidopsis plants: <i>CHS1</i>, <i>PAL1</i>, <i>ICS1</i>, <i>PDF1.2</i>, <i>CRY1</i>, <i>CRY2</i>, <i>PHOT1</i>, <i>PHOT2</i>,<i> UVR8</i>.Data 4. The data showing the effects of endophyte inoculation (two levels, the mock-inoculated control and inoculation with <i>Sporobolomyces</i> <i>ruberrimus</i>), light conditions (two levels, only visible light /VIS/ or visible light supplemented with UV-A /VIS + UVA/) and the interaction between endophyte presence and light conditions on the leaf flavonol and chlorophyll content indices measured with Dualex, as well as the lipid peroxidation level examined with the MDA assay.Data 5. The data showing the effects of light conditions (two levels, only visible light /VIS/ or visible light supplemented with UV-A /VIS + UVA/) on the following properties measured for non-inoculated Arabidopsis plants on the 9-th day of growth: root system length volume, average diameter.Data 6. The data showing the effects of the light conditions (two levels: only visible light /VIS/, visible light supplemented with UV-A /VIS + UVA/), plant line (three levels: wild type, <i>fah1-2 </i>and <i>tt4-11</i>) and inoculation status (two levels: inoculated vs non-inoculated) on the log-transformed ratio of fungal DNA to <i>Arabidopsis</i> DNA, measured with qPCR. Plants were inoculated with <i>Paraphoma chrysanthemicola</i> or <i>Sporobolomyces ruberrimus</i>.Data 7. The data showing the effects of endophyte inoculation (three levels, the mock-inoculated control and inoculation with either <i>Paraphoma</i> <i>chrysanthemicola</i> or <i>Sporobolomyces</i> <i>ruberrimus</i>), light conditions (two levels, only visible light /VIS/ or visible light supplemented with UV-A /VIS + UVA/), plant line (three levels, wild type, <i>tt4-11</i> and <i>fah1-2</i>) and their two- and three-way interactions on fresh shoot and root weight 128 h after inoculation, as well as the increase in the main root length within 100 h after inoculation.Data 8. The data showing the effects of endophyte inoculation (two levels, the mock-inoculated control and inoculation with <i>Sporobolomyces</i> <i>ruberrimus</i>), light conditions (two levels, only visible light /VIS/ or visible light supplemented with UV-A /VIS + UVA/) and the interaction between endophyte presence and light conditions on the leaf photosynthetic parameters. Slow kinetics with induction curve and light curves of chlorophyll were measured with Dual-PAM-100 fluorimeter.