BUSCADOR RECOLECTA

Dades relacionades amb les figures, esquemes i taules de l'article publicat a iScience 2020, vol. 23, núm. 8, art.núm.101377. Disponible a https://doi.org/10.1016/j.isci.2020.101377, Data related to the figures, diagrams and tables of the published article in 'iScience', 2020, 23 (8), p.101377. The archives correspond on the one hand, to a document with the complementary information of the transparent methods of figures S1-S113, schemes S1-S8 and tables S1 and S2 of the article published in 'iScience', 2020, 23 (8), p.101377 and on the other hand, a file with cartesian coordinate data and energies related to "Figure 4. DFT-Optimized Pathway (Relative Energies to Pd (0) in kcal / mol) for the Activation of Catalysts 6, 11), and 12 6 = IPr, 11 = SIPr, 12 = IPr *, [Pd (NHC) (m-Cl) Cl] 2" from the same published article mentioned above, Dades relacionades amb les figures, esquemes i taules de l'article publicat a 'iScience', 2020, 23 (8), p.101377. Els arxius corresponen d'una banda, a un document amb la informació complementària dels mètodes transparents de les figures S1-S113, esquemes S1-S8 i taules S1 i S2 de l'article publicat a 'iScience', 2020, 23 (8), p.101377 i d'altra banda, un fitxer amb dades de coordenades cartesianes i energies relacionades amb "Figure 4. DFT-Optimized Pathway (Relative Energies to Pd (0) in kcal / mol) for the Activation of Catalysts 6, 11), and 12 6 = IPr, 11 = SIPr, 12 = IPr *, [Pd (NHC) (m-Cl) Cl] 2" del mateix article publicat abans esmenta

El proyecto tenía como objetivo ver si los cultivos de huertos urbanos era seguros para la alimentación humana. Se fueron analizando (contenido de elementos potencialmente tóxicos) varias muestras de plantas durante más de dos años en los distintos huertos urbanos de Sevilla, área minera de Riotinto, Huelva y Cordoba. Los análisis se hicieron por ICP/MS. La fecha va del 2021/2023

Peer reviewed

Los datos pertenecen al trabajo: Gómez, E.J., Delgado, J.A., González, J.M. (2020) Environmental factors affect the response of microbial extracellular enzyme activity in soils when determined as a funciton of water availability and temperature. Ecology and Evolution (Artícle in press), Figure 2. Extracellular glucosidase activity at 20ºC (A) and 60ºC (B) as a function of water activity for different soils. Enzyme activity is presented as percentage of maximum activity for each soil. Error bars represent the standard deviation. Symbols represent different soils: Black square, Galicia; Grey square, Aragón; Black triangle, Salamanca; Grey triangle, Seville; Black circle and dashed line, Cádiz. Figure 3. Extracellular phosphatase activity at 20ºC (A) and 60ºC (B) as a function of water activity for different soils. Enzyme activity is presented as percentage of maximum activity for each soil. Error bars represent the standard deviation. Symbols represent different soils: Black square, Galicia; Grey square, Aragón; Black triangle, Salamanca; Grey triangle, Seville; Black circle and dashed line, Cádiz. Figure 4. Extracellular protease activity at 20ºC (A) and 60ºC (B) as a function of water activity for different soils. Enzyme activity is presented as percentage of maximum activity for each soil. Error bars represent the standard deviation. Symbols represent different soils: Black square, Galicia; Grey square, Aragón; Black triangle, Salamanca; Grey triangle, Seville; Black circle and dashed line, Cádiz., This study was supported by funding through projects from the Spanish Ministry of Economy and Competitiveness (CGL2014-58762-P) and the Regional Government of Andalusia (RNM2529). These projects have been cofunded by FEDER funds., Peer reviewed

Mantellid frogs present an extensive adaptive radiation endemic to Madagascar and Comoros, being the subfamily Mantellinae the most morphologically and ecologically diverse. The Mantellinae present key innovative evolutionary traits linked to their unique reproductive behavior, including the presence of femoral glands and a derived vomeronasal organ. In addition, previous studies pointed to size differentiation in playing an important role in species’ dispersal capacities and shaping of their geographic ranges. Despite the high phenotypic variation observed in this clade, to date an exhaustive morphological analysis of their anatomy has still not been performed, much less in relation to internal structures. Here, we present a comprehensive skeletal description of a mantellid species, Blommersia transmarina, from the island of Mayotte in the Indian Ocean, which has potentially undergone a process of moderate gigantism compared to other Blommersia species. We describe its intraspecific skeletal variation utilizing non-destructive volume renderings from μCT-scans, and characterize the presence of sexual dimorphism and size covariation in skeletal structures. Notably, we found numerous signs of hyperossification, a novel structure for mantellids: the clavicular process, and the presence of several appendicular sesamoids. Our findings suggest that skeletal phenotypic variation in this genus may be linked to biomechanical function for reproduction and locomotion., Peer reviewed

Peer reviewed

BiodivERsA2012-74 FP7, Peer reviewed

The data file contains data on Canary Island date palms Phoenix canariensis located in public gardens within Palma city and monitored between 2011 and 2017. We coded yearly observations on each palm (first seven columns on the excel file) into individual histories using the four following codes: 1 = palm tree apparently healthy (i.e. with no signs of weevil infestation); 2 = palm tree infested by red palm weevil and treated with a partial pruning (i.e. curative treatment); 3 = palm tree infested by red palm weevil and treated with a total cut (i.e. destructive treatment);0 = palm tree that no longer exist due to a destructive treatment applied the previous year. Columns 8 to 15 indicate the individual covariates used as linear predictors of infestation probabilities: the number of palms (P. canariensis and P. dactylifera) within a 500 m radius from each palm monitored. We sorted palms into public (“public”, i.e. those directly managed by the city council) and private (“priv”), differentiating in this last case between palms under the responsibility of other governmental entities (e.g. schools, namely “ent”) and those belonging to particular owners in private areas (e.g. hotels or other private gardens, namely “part”)., This dataset was used to analyze the infestation probabilities of Canary Island date palms by Red palm weevils., We acknowledge financial support through projects ‘Vicenç Mut’ PD/003/2016 and Ramón y Cajal RYC-2017- 22796., Peer reviewed

Sexually selected signals reliably reflect individual phenotypic or genetic quality and, thus, survival prospects of holders. Telomere length is considered a good predictor of life expectancy and, consequently, exploring the links between telomere length and sexually selected traits is much needed to better understand the mechanisms that maintain the honesty of sexual signals. We manipulated the length of throat feathers in spotless starling (Sturnus unicolor) males (a sexually selected signal) before reproduction and explored its effects on telomere shortening and breeding performance in subsequent reproductive events. We did not detect an effect of the feathers clipping manipulation, but males with longer throat feathers before the experiment had shorter telomeres that also shortened more slowly than those of males with shorter throat feathers did. Moreover, length of throat feathers of males before manipulation was positively related to hatching success of second clutches. Thus, correlative but not experimental results support the expected associations between sexually selected signals, telomeres and reproduction. We discuss such results in scenarios of sexual selection where feather length reflects, but does not directly cause, telomere attrition and enhanced reproductive success. Males with longer throat feathers might be older, more experienced males (i.e., with shorter telomeres), able to buffer telomere shortening between reproductive events. Because of the absence of experimental effects, differential incubation effort of females cannot explain the detected association with hatching success, but other sexually selected traits that covary with throat-feather length could be responsible. Exploring those physiological and/or morphological characteristics related to throat-feather length should therefore be the matter of future research, This work was supported by the currently named Ministerio de Ciencia, Innovación y Universidades and European (FEDER) funds (CGL2013-48193-C3-1-P, CGL2017-83103-P, CGL2017-89063-P, CGL2015-65055-P and PGC2018-095704-B-100). MAG was financed by a predoctoral contract (BES-2014-068661) from the Spanish Ministerio de Economía y Competitividad, and GT by the Ramón y Cajal Programme., Reproductive data; Telomere data, Peer reviewed

This dataset contains analytical data of whole rock as well as of mineral macrocrysts and microcrysts, and glasses of the Pleistocene shoshonitic San Jerónimo and Negro de Chorrillos volcanoes in the Puna, Central Volcanic Zone of Andes (NW Argentina). Whole rock major and some trace elements (Ba, Cr, Ni, Rb, Sr, V, Y, Zn and Zr) were determined by X-ray fluorescence (XRF) spectrometry at the Scientific and Technological Centers of the University of Barcelona (CCiTUB). Additional trace elements (Nb, Ta, Cs, Hf, Pb, Th, U and the rare Earth elements or REE) were analysed by High Resolution-Inductively Coupled Plasma-Mass Spectrometry (HR-ICP- MS) at the Laboratory of Geochemistry labGEOTOP (ICTJA, CSIC, Barcelona). The major composition of olivine, pyroxenes, phlogopite, feldspars, spinel, and apatite as well as of glasses were analysed in situ at the CCiTUB using an electron microprobe analyser (EMPA). The dataset contains also a compilation of whole-rock major and trace elements concentrations, and isotope ratios of San Jerónimo and Negro de Chorrillos volcanoes and other shoshonitic centres of the Puna from published data., Project QUECA (ref. CGL2011-23307, MINECO); Project LAJIAL (ref. PGC2018-101027-B-I00, MCIU/AEI/FEDER, EU). Research Consolidated Groups GEOVOL (Canary Islands Government, ULPGC) and GEOPAM (Generalitat de Catalunya, 2017 SGR 1494). We acknowledge the assistance in the analytical work of labGEOTOP Geochemistry Laboratory (infrastructure co–funded by ERDF–EU Ref. CSIC08–4E–001) of ICTJA, CSIC., Filename 0: Shoshonites_Puna-geochemistry-0_metadata.xlsx; Filename 1: Shoshonites_Puna-geochemistry-1-whole_rock_this_work-compilation.xlsx; Filename 2: NShoshonites_Puna-geochemistry-2_EMP-olivine.xlsx; Filename 3: Shoshonites_Puna-geochemistry-3_EMP-pyroxenes.xlsx; Filename 4: Shoshonites_Puna-geochemistry-4_EMP-phlogopite.xlsx; Filename 5: Shoshonites_Puna-geochemistry-5_EMP-feldspars.xlsx; Filename 6: Shoshonites_Puna-geochemistry-6_EMP-glass.xlsx; Filename 7: Shoshonites_Puna-geochemistry-7_EMP-spinel.xlsx; Filename 8: Shoshonites_Puna-geochemistry-8_EMP-apatite.xlsx, No