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Datasets referring to the publication: "Genetic merit of sires for ad libitum residual feed intake has no adverse effects on carcass and ham quality traits of restricted-fed heavy pigs"
No full textThe datasets contain the raw data used in the publication “Genetic merit of sires for ad libitum residual feed intake has no adverse effects on carcass and ham quality traits of restricted-fed heavy pigs.” Slaughter traits and dry-cured ham traits are reported. Descriptions of the datasets are provided in the README file
Weak but fast-healing serpentines in the seismogenic zone: insights from high-strain hydrothermal experiments
No full textMechanical dataset comprising of hydrothermal friction experiments on natural serpentinites gouge
Adaptive Evolution of Catalase in Antarctic Teleosts: Molecular Evidence of Oxidative Stress Management in an Extreme Environment
No full textData of gene expression of catalase gene in to Antarctic fish
Dataset of honey quality traits analysed with NIR
No full textHoney quality and authenticity assessment require rapid and reliable analytical tools capable of supporting both laboratory and on-site applications. Near-infrared (NIR) spectroscopy represents a non-destructive and cost-effective approach; however, its performance depends on instrument characteristics and chemometric strategies. This study compared one benchtop and two portable NIR spectrometers for predicting key physicochemical parameters (moisture, electrical conductivity, glucose, fructose, reducing sugars, pH, hydroxymethylfurfural, and diastatic activity) and for discriminating botanical origin in 80 Italian honey samples. Spectral data were processed using multiple pre-processing techniques and algorithms (PLS, k-NN, Random Forest, SVM), with and without wavelength selection (siPLS and CARS-PLS), under cross-validation schemes. The benchtop device achieved the highest regression performance (R² up to 0.91 for glucose and electrical conductivity) and the most reliable botanical classification (balanced accuracy = 0.90). Portable instruments showed moderate predictive ability for bulk compositional parameters (R² up to 0.86 for glucose) but limited classification performance. Wavelength selection resulted in only marginal improvements. Parameters present at low concentrations, such as hydroxymethylfurfural and diastatic activity, were poorly predicted across all devices. These findings indicate that portable NIR systems are suitable for rapid screening of major compositional traits, whereas benchtop instruments remain more appropriate for laboratory-level quantification and robust botanical authentication
Automated terrain roughness assessment using UAV-derived data
No full textThis data collection supports the study “Automated terrain roughness assessment using remotely sensed data.” It includes manual field measurements of surface obstacles, UAV-derived orthomosaics and digital elevation models, and final grid-based terrain roughness results used for validation and analysis
Soft plant traits predict variation in underwater photosynthesis along an inundation gradient in salt marshes
No full textThis excel file icludes data used in the manuscript titled "Soft plant traits predict variation in underwater photosynthesis along an inundation gradient in salt marshes". Authors: De Battisti D.1, Ravaioli E., Comandini P., Airoldi L., A. Barausse
A central goal in trait-based ecology is to develop predictive models of community assembly along environmental gradients. However, progress is limited because relationships between traits and environmental factors remain poorly demonstrated in many ecosystems.
Here, we address this gap in salt marshes by testing whether easily measurable (i.e., soft) plant traits can predict variation in underwater photosynthesis, a key functional (i.e., hard) trait that directly determines plant performance under inundation. We quantified underwater photosynthesis in dominant species from contrasting marsh zones along an inundation gradient of the Venice Lagoon－a recognized biodiversity hotspot in the Mediterranean Sea. Photosynthesis was measured based on oxygen fluxes under controlled laboratory conditions and related to leaf area, specific leaf area, leaf dry matter content, and plant height.
All species consumed oxygen underwater, but some exhibited reduced consumption under light, indicating that underwater photosynthesis partially offset respiration. This ability was not confined just to pioneer-low marsh species and, while unrelated to leaf area and specific leaf area, was negatively correlated with leaf dry matter content and plant height.
Our results confirm that underwater photosynthesis occurs in salt marsh plants but suggest that species adopt different strategies to cope with inundation. Smaller species (e.g., Salicornia veneta) rely on resistance via underwater photosynthesis, whereas taller species (e.g., Spartina maritima) adopt an escape strategy, maintaining contact with the atmosphere. Overall, soft traits can help predict variation in underwater photosynthesis, a hard trait underlying species responses to inundation, thereby improving mechanistic models of community assembly and biogeochemical processes in salt marshes
Data set for: Fault zone rocks associated with the reservoir-triggered seismicity of the Koyna-Warna area (India)
No full textChemical analyses of major elements in chlorite and calculated structural formulae, octahedral vacancies and occupancies and temperature of the trioctahedral chlorite
Effectiveness of shading and linear perspective cues in eliciting three-dimensional perception of bidimensional images in dogs.
No full textDataset used for the GEE models, analysing the looking directions and duration of 120 dogs.The aim of the present study was to disentangle the specific contribution of shading and linear perspective in promoting three-dimensional perception in dogs, in a series of four experiment
Funds Reports
No full textDetails of equity and bond investments of the 20 largest funds (as at 31/12/2024) ex-Article 8 SFDR: compulsory annual or semi-annual report collection (latest available at date of submission
Hydrodynamic effects of flood regulation in the Venice Lagoon
No full textDataset for the hydrodynamics in the Venice Lagoon under different flood regulation scenario