Scientia Horticulturae

In our study, 130 different citrus accessions including 24 species or interspecific hybrids maintained and bred at the Federal Research Centre, the Subtropical Scientific Centre of the Russian Academy of Sciences (FRC SSC RAS) were genetically investigated using 13 biparental (ncSSR) and 13 uniparental (orgDNA) markers. After STRUCTURE analysis, the single accessions were allocated to eight genetic clusters and their relationships were elucidated. We identified twenty accessions as misclassified and reassigned them to the correct species. A high genetic diversity was observed on basis of the nuclear ncSSR markers, while on basis of the chloroplast orgDNA a clear cluster-specific genetic structure was detected.

These data are from two experiments conducted to determine the effect of seasonal thermoperiodicity on Camassia leichtlinii, Camassia quamash, and Toxicoscordion venenosum. Descriptions of the methodology used to collect this data can be found in the article, "Effects of Heat Treatment and Chilling Duration on Camas Growth and Development."

Summary of sequencing results for endophytic communities in seed explants of Lycoris sprengeri

Endophytic mbacteria communities of seed explants of Lycoris sprengeri

Endophytic fungi endophytic conmmunities in seed explants of Lycoris sprengeri

The original data of qRT-PCR

Protein sequences of genes involved in ABA signal transduction from tomato, Arabidopsis and Peach.

Data set includes the raw data of results on biomass production (weight of roots, stems and leaves), gene expression (three genes) and nutrient concentration in leaves of hydroponic tomato plants.

Includes; analysis of correlation between indices, The dry weight of all ecotypes, which includes male and female plants In two replicates which includes water deficit stress and control treatment.

Loquat (Eriobotrya japonica Lindl.) leaves are often used as herbal or folk medicines and applied into modern pharmacology. In this study, the effect of three shading levels (control/non-shading, monolayer netting, bilayer netting) and the duration (0-88 days) on leaf gas exchange, leaf mineral nutrients, ursolic acid (UA) and oleanolic acid (OA) accumulation of loquat trees, Xinbai1, were assessed. The results indicated that UA and OA production improvement can be up to 17.20% and 9.35% respectively during bilayer netting treatments compared with control trees. Besides, a series of mixed-effect linear models with treatments and its duration as random effects revealed that leaf transpiration within crown, Ca, P and K concentrations represented the most parsimonious combination for both UA and OA, consistent with the patterns in random forest regressions. Therefore, it emphasized that shading would be the potential cultural practices for high production of UA and OA through increasing foliar mineral nutrients.