BUSCADOR RECOLECTA

This Atlas describes different aspects of genetic diversity for the butterfly species of Canada and United States. Founded on an updated checklist (Table 1), this work assembles a curated dataset of 13,236 DNA barcode records (dx.doi.org/10.5883/DS-ATLASNAB), corresponding to 619 species (90% of the North American fauna). Conventional measures of genetic diversity to assess both the genetic diversity and genetic structure were computed for each species (Table 2). Based on these data, it compiles i) haplotype maps ii) haplotype networks iii) a bivariate plot showing the relationship between genetic diversity and genetic structure, iv) and a principal component analysis (PCoA) that provides a bidimensional representation of genetic distances among haplotypes of each species., This pdf displays intraspecific genetic diversity for 619 butterfly species., Peer reviewed

The current agricultural system is in search of new strategies to achieve a more sustainable production while keeping or even increasing crop yield and quality. In this scenario, the application of biostimulants constitutes a potent solution. In the current study, the impact of a blue-green microalgal extract (MB) and a pig tissue hydrolysate (PTH) on rapeseed plants’ development was characterized. Obtained results revealed a positive effect on yield parameters of plants treated with MB and, especially, PTH; this was associated to an improvement on the photosynthetic performance. Moreover, this study remarked the effects of biostimulants on plant phenology through their pivotal role in modulating developmental processes. More specifically, proteomic, metabolomic, and hormone content analyses revealed distinct alterations associated with the acceleration of phenology induced by biostimulant application. Additionally, some antioxidant enzymes and stress-related compounds were up-regulated upon MB and PTH treatments, indicating enhanced plant defense mechanisms in response to accelerated phenological transitions. Such findings highlight the intricate interplay between biostimulants and plant physiology, wherein biostimulants orchestrate rapid developmental changes, ultimately influencing growth dynamics. Altogether, the current study reveals that the application of both MB and PTH biostimulants promoted rapeseed plant phenology and productivity associated with an improvement in the photosynthetic machinery while boosting other physiological and molecular mechanisms., Peer reviewed

Principal coordinate analysis (PCoA) for Limenitis arthemis (a). The RGB (red blue green) square employed to assign colors to haplotypes (b) and the projection of the PCoA configuration in the RGB space (c)., Peer reviewed

The representation of PCoA in RGB space as showed in the Atlas (a) and the resulting haplotype map (b) for 36 specimens of Limenitis lorquini., Peer reviewed

Haplotype maps for 36 specimens of Limenitis lorquini (a) and 102 specimens of Limenitis arthemis (b)., Peer reviewed

PCoA (a) and haplotype network (b) for 36 specimens of Limenitis lorquini. Because colors assigned to haplotypes are the same for the PCoA and the haplotype network, it is possible to easily identify same haplotypes in the two plots., Peer reviewed

Values for all species in the Atlas are depicted as grey bubbles and the species of interest (Limenitis lorquini) is represented by a purple dot. The black lines represent median values for all species of the Atlas., Peer reviewed

MMC S1. The optimization process of the RFCN structure and hyperparamters in FT_RFCN are illustrated in detail., Peer reviewed

The dataset consist of one file with contains measurement data from the weather station of the MAGIC telescope from the year 2003 until 2023. Due to the long series of measurements, various quality assurance measures were carried out, such as removing obviously incorrect values from an individual measurement sensor. The format of the file is HDF5 and contains various columns as described by the metadata file., Peer reviewed

No