BUSCADOR RECOLECTA

Dataset S1 contains the experimental design details, root parameters and soil variables used in this study, i) experimental design details: Trees, sampled trees; dehesa, sampled dehesa, sites, health status, defoliation (%) and foliage (%) of each holm oak tree; ii) root parameters: FR (%), fine root percentage; FRB, fine root branching; IA (degrees), insertion angle; FRD (cm), fine root diameter; FRL (cm), fine root length; starch; glucose; fructose; sucrose; soluble sugars and NSC in coarse and fine roots (mg g-1 DW) iii) ammonium, nitrate, nitrite, phosphate, potassium (μg g-1) and org. C (%), organic carbon; tot. N (%), nitrogen; tot. P (%), phosphorus; pH; soil stoichiometry (org. C:tot. N, tot. N:tot. P, org. C:tot. P); PC1, principal component 1; soil nutrient availability (PC1 multiplied by -1), iv) foliage:root parameter ratio (foliage:FRB, foliage:FRD, foliage:FRL)., [nph18182-sup-0001-DatasetS1.xlsx] application/excel, 96.7 KB Dataset S1 Details of the experimental design, root parameters and soil variables used in this study., [nph18182-sup-0002-SupInfo.pdf] PDF document, 1.1 MB. Fig. S1 Location of the nine studied dehesas within the central–western part of the Iberian Peninsula. Fig. S2 Redundancy analysis (RDA) plot conducted with leaf traits. Boxplot of defoliation of the different health statuses. Fig. S3 Redundancy analysis (RDA) plot conducted with soil variables. Table S1 Linear mixed-effects models (LMEs) in which fine root branching ratio (FRB) varied as a function of the different carbohydrate fractions, health status and the interaction between carbohydrate fractions × health status. Table S2 Linear mixed-effects models (LMEs) in which foliage : root parameter ratios varied as a function of soil nutrient availability, health status and the interaction between soil nutrient availability × health status., Peer reviewed

Supplementary Table S1: Examples of different topographies obtained with several laser treatments and the corresponding contact angle measurements. Figure S1. Photograph of the sample surface after performing the same laser treatment in air and in Ar. Experiments were carried out with Epulse = 48.5 μJ/pulse, vlaser = 9 mm/s and and dlines = 65 μm. Sample dimensions are 4 cm × 4 cm and the laser treated regions are 1.5 cm × 1.5 cm. Figure S2. FESEM images of the processed sample surface with Epulse = 8.8 μJ/pulse. Other laser processing parameters included vlaser = 9 mm/s and dlines = 65 μm., Peer reviewed

Networks of export and import transactions plus Matlab code for fractional dynamics., Peer reviewed

Return level data of extreme sea level and significant wave height (at 20m depth) for the Mediterranean basin and islands. 10, 20, 50, 100, and 200 years return period are provided for both variables. -- Each .mat file contains the following variables: - latitude/longitude: Dim = [111561,1] - RL_10, RL_20, RL_50, RL_100, RL_200: return levels; Dim = [111561,1], Return levels at 10, 20, 50, 100 and 200 years, for both coastal sea surface elevation and Hs variables., Peer reviewed

Domain size calculator program (cluster_average_size_calculator.py) (TXT) Crystallographic information obtained for Y2Ni7; unit cell and atomic position refined by FAULTS for Sm2Ni7, Gd2Ni7, and La0.8Mg0.2Ni3.67 compounds (PDF)., Peer reviewed

Return level data of extreme sea level and significant wave height (at 20m depth) for the Mediterranean basin and islands. 10, 20, 50, 100, and 200 years return period are provided for both variables. -- Each .mat file contains the following variables: - latitude/longitude: Dim = [111561,1] - RL_10, RL_20, RL_50, RL_100, RL_200: return levels; Dim = [111561,1], Return levels at 10, 20, 50, 100 and 200 years, for both coastal sea surface elevation and Hs variables., Peer reviewed

SUPPLEMENTAL MATERIAL 1.- Description of genetic analyses performed in the IMCL-2015 study 2.- Treatment discontinuation events and relationship with IR combination 3.- Supplemental Table S1 . Histological review according to the tissue sample 4.- Supplemental Table S2. Clinical and biological features according to TP53 mutational status 5.- Supplemental Table S3. Clinical and biological features according to nnMCL or cMCL molecular subtypes 6.- Supplemental Table S4. Responses after 12 cycles of IR combination according to genomic complexity 7.- Supplemental Table S5. Molecular response in peripheral blood and bone marrow at 6,12, 18 and 24 months 8.- Supplemental Figure S1. PFS from the time of ibrutinib stop in patients in response and sustained undetectable MRD 9.- Supplemental Figure S2. PFS according to MRD status at PB (Cycle 12) 10.- Supplemental Figure S3. A) OS by MIPI and B) OS by TP53 mutational status 2 Supplemental Figure Legends Supplemental Figure S1. PFS from the time of ibrutinib stop in patients in response and sustained undetectable MRD PFS, progression-free survival; MRD, minimal residual disease Supplemental Figure S2. PFS according to MRD status at PB (Cycle 12) (P=.063) PFS, progression-free survival ;MRD, minimal residual disease; PB, peripheral blood Supplemental Figure S3. A) OS by MIPI (P= .007) and B) OS by TP53 mutational status (P= .0002) OS, overall survival; MIPI, Mantle cell lymphoma International Prognostic Index; wt, wild-type; mut, mutated, Peer reviewed

Resources available on the publisher's site: https://doi.org/10.25384/SAGE.16574075.v1, Supplemental material, sj-pdf-1-jcb-10.1177_0271678X211033362 for Arachnoid membrane as a source of sphingosine-1-phosphate that regulates mouse middle cerebral artery tone by Francesc Jiménez-Altayó, Julia Marzi, María Galan, Ana Paula Dantas, Marisa Ortega, Santiago Rojas, Gustavo Egea, Katja Schenke-Layland, Elena Jiménez-Xarrié and Anna M Planas in Journal of Cerebral Blood Flow & Metabolism, Peer reviewed

Figures and tables. -- Table S1. Summary of the RepeatMasker analysis results. -- Table S2. Annotated predicted protein-coding genes, their lengths and their functional annotation based on matches against the curated databases. -- Table S3. Annotated predicted transcripts, their lengths and their functional annotation based on matches against the curated databases. -- Table S4. Mean coverage and standardized coverage (gene coverage/whole mitogenome coverage) for each annotated mitochondrial gene. -- Table S5. Genes with evidence of positive selection, and their functional annotation, in the Procellariiformes included in the comparative genomics study. -- Table S6. GOs terms enriched in Procellariiformes dataset (positive selection) with its description and p-values. Dispensable GOs are collapsed. -- Table S7. RELAX results: list of genes under selection (both relaxed or intensified) in Procellariiformes. -- Table S8. GO terms enriched in the Procellariiformes (from RELAX dataset; Table S7). Dispensable GOs are collapsed. -- Table S9. Outlier Families in the Procellariiformes branch (BadiRate analysis), with its pvalue, FDR_P-value, and its functional annotation. -- Figure S1. Annotated mitogenome of P. mauretanicus. -- Figure S2. Species tree made with CDS supermatrix 4D positions with IQ-TREE. -- Figure S3. Species tree made with amino acid supermatrix with IQ-TREE. -- Figure S4. Species tree made with ASTRAL using CDS gene tree quartets. -- Figure S5. Species tree made with ASTRAL using amino acid gene tree quartets., Peer reviewed

Code and data for the article "A mathematical model for inter-specific interactions in seagrasses" by Llabrés, Eva; Mayol, Elvira; Marbà, Núria; Sintes, Tomàs, published in OIKOS with doi:10.1111/oik.09296., Peer reviewed