Resilient Response to Combined Heat and Drought Stress Conditions of a Tomato Germplasm Collection, Including Natural and Ethyl Methanesulfonate-Induced Variants [Dataset]

Abstract

Supplementary Figure S1: Temperature and relative humidity values recorded during the summer2020 and summer2021 greenhouse trials. Supplementary Figure S2: Water evaporation rate assessed in chamber-controlled conditions. Supplementary Figure S3: Vegetative traits assessed during the summer2020 greenhouse trial before stress treatment initiation. Supplementary Figure S4: Stem thickness values assessed during the summer2020 and summer2021 greenhouse trials. Supplementary Figure S5: General overview of TILLING and EcoTILLING analyses. Supplementary Table S1: Natural germplasm collection screened for heat and drought stress tolerance under nursery greenhouse conditions. Supplementary Table S2: Primers used for the HRM analysis of the SlCBL10 gene. Supplementary Table S3: Tolerant M2 families identified during the screening of the EMS mutant collection under combined heat and drought stresses at nursery greenhouse conditions. Supplementary Table S4: Tolerant accessions identified during the screening of the natural germplasm collection under combined heat and drought stresses at nursery conditions. Supplementary Table S5: Phenotype traits evaluated during the summer2020 trial under combined heat and drought stresses. Mean ± standard deviations are included for plant height, stem thickness, and fruit setting. Supplementary Table S6: Phenotype traits evaluated during the summer2021 trial under combined heat and drought stresses. Mean ± standard deviations are included for plant height, stem thickness, and fruit setting. Supplementary Table S7. Single nucleotide variants of the SlCBL10 gene were detected in the EMS and the natural germplasm collections.Peer reviewe