BUSCADOR RECOLECTA

1 file, Supplementary materials for https://doi.org/10.1038/s41467-024-46074-5, Peer reviewed

Here is the data used in Julián-Posada et al., 2024 for sedaDNA analysis in a Pyrenean lacustrine sequence (Tramacastilla lake, 1682 m a.s.l.)., All versions by using the DOI 10.5281/zenodo.11509258., Peer reviewed

All versions by using the DOI 10.5281/zenodo.14864207., Only 87.9% of the Little Ice Age glaciers remain in the Maladeta massif (Central Pyrenees). This deglaciation has led to an increase in proglacial areas, allowing the development of new habitats. 86 samples of incipient soils were selected in this massif to study which variables have more influence on the development of incipient soils. Geochemical, microbiological and statistical analyses were carried out under the hypothesis that the time of deglaciation controls the evolution of these incipient soils. In these very incipient soils, the time of deglaciation does not seem to be a key factor that determines the development of the soils. Despite this, the duration of the snow cover (strongly influenced by the topography) is a factor that explains the degree of development of the soils. Moreover, the percentage of silt content has been shown to give the soil a higher reactivity, water and nutrient retention capacity and greater stability. A pattern of biological succession was found, from bacteria as colonisers to fungi in subsequent stages, and finally to plants colonising the habitats. Finally, the impact of mountain tourism in the most transited sector of the Maladeta massif (the Aneto cirque) showed a high concentration of nitrate which favours primary productivity and increases the abundance of microorganisms., Peer reviewed

El dataset se puede consultar y descargar en el siguiente enlace: https://doi.org/10.5281/zenodo.10887748, Current and future distribution of chestnut trees in the Iberian Peninsula developed in the manuscript "Impact of climate change over distribution and potential range of chestnut in the Iberian Peninsula" These predictions were derived through computational modeling utilizing various environmental parameters. Specifically, the model integrated topographical features such as slope, northness (cosine of aspect), or eastness (sine of aspect), soil attributes including pH and soil organic carbon content (SOC), and bioclimatic variables sourced from the CHELSA V.2.1 dataset., Peer reviewed

License: Public domain, Woody and herbaceous plants are the main components of global terrestrial ecosystems, and their growth, adaptation, and survival depend largely on metabolism of shoots and roots. Therefore, understanding the size-scaling of metabolic rates in woody and herbaceous plants, and in shoots and roots, is a fundamental issue in ecology. However, few empirical studies have examined metabolic scaling exponents in a wide mass range of plants. Using whole-plant chamber systems, we measured respiration rates of entire root systems and shoots of 96 woody species (n = 1243) and 33 herbaceous species (n = 463) from various terrestrial biomes, with plant masses spanning nine orders of magnitude. Scaling exponents for relationships between respiration rates and fresh mass were greater in shoots than in roots, and both were greater in herbaceous plants than in woody plants. Furthermore, scaling of whole-plant respiration, including various species, converged separately for woody and herbaceous plants. These findings suggest some general physico-chemical constraints on energy use by shoots and roots of individual plants in various terrestrial biomes, including forests and grasslands. These data will advance understanding of terrestrial ecosystem structure and function., Peer reviewed

The cryptic nature of wildlife crimes challenges the detection and implementation of effective prevention and prosecution measures. Allocating often limited resources will benefit from increasing detectability through evidence-informed integration of sentinel GPS-tracked species. We illustrate this by analyzing the spatial use of 25 GPS-tracked griffon and 26 reintroduced bearded vultures with anti-poison canine unit patrols and a wildlife poisoning risk map in NW Spain. Vultures’ spatial use greatly correlated with high-risk areas, highlighting their role in detecting poisoning events and guiding preventive anti-poison patrolling, allowing us to approach a zonation scheme to optimize efforts in this regard. We identified poisoning hotspots where sentinel and anti-poison canine units should be reinforced and high-risk areas with low sentinel monitoring where on-ground efforts should be increased. While emphasizing the potential of GPS-tracked vultures as sentinels, our results offer an example of strategic integration to prioritize interventions and enhance their effectiveness against wildlife crimes., Peer reviewed

2 files, Supporting information for https://doi.org/10.1029/2023GB007862, Peer reviewed

1 file, Supporting information for https://doi.org/10.1029/2023MS003840, Peer reviewed

1 file, Supplementary material for https://doi.org/10.1016/j.scitotenv.2024.173461, Peer reviewed

Tables S3 & S5 for Perez 2024. CelEsT and maxCelEsT networks with annotations. These table (sheet 2 imported into R or Python) can be used directly with the decoupleR/decoupler package ('source' refers to TF and 'target' refers to the interaction target) . Additional annotations are present - whether the interaction was detected or not in each dataset (NA means that the TF was not present in that dataset), and the WormBase Gene IDs / gene names for all TFs and targets., Peer reviewed