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This dataset comprises a comprehensive time-series record of flue gas composition measurements obtained from a fluidized bed boiler operation, with data points collected at 10-second intervals over a …

This dataset comprises a comprehensive time-series record of flue gas composition measurements obtained from a fluidized bed boiler operation, with data points collected at 10-second intervals over a 40-minute period. The measurements encompass a wide range of gaseous components expressed in volumetric percentages (vol-%) and parts per million (ppm), including water vapor (H2O), carbon dioxide (CO2), carbon monoxide (CO), nitrogen oxides (NO, NO2, N2O), ammonia (NH3), hydrogen chloride (HCl), sulfur dioxide (SO2), methane (CH4), ethene (C2H4), hydrogen fluoride (HF), oxygen (O2), and hydrogen bromide (HBr). This detailed composition profile provides valuable insights into the chemical processes occurring within the boiler during combustion and enables assessment of emission characteristics and operational efficiency of the fluidized bed combustion system.

In the past 10 years, various efforts have been made by inter-governmental expert panels, United Nations agencies, and social movements to define agroecology, resulting in the co-existence of differen…

In the past 10 years, various efforts have been made by inter-governmental expert panels, United Nations agencies, and social movements to define agroecology, resulting in the co-existence of different definitions. We explore the emergence of the three main definitions of agroecology, namely those of the FAO, of the Nyéléni Declaration, and of the High Level Panel of Experts (HLPE) of the Committee on World Food Security, through literature search and first-hand experience. We examine specificities and correspondences among the principles of the three definitions. While most principles associated with the three definitions align, we identify five principles that are central to the Nyéléni definition and are omitted, or more peripheral in the FAO and HLPE definitions, namely: (i) the incompatibility of agrotoxics, GMOs and related technologies with agroecology, (ii) the spiritual and non-commodified connection to the land, (iii) a feminist and intersectional approach, (iv) the need to challenge global power structures and, (v) the crucial role of collective self-organization and action to advance agroecology. We discuss the risks and implications of omitting them, or leaving them implicit, for science, policy, and practice in the European context. We conclude that making them explicit would facilitate a more coherent transition toward long-lasting sustainable food systems.

I saggi raccolti in questo volume derivano dalle relazioni presentate dagli autori al convegno Atlante Del Giudice, svoltosi il 20 giugno 2025 presso l’Università degli Studi di Milano. I…

I saggi raccolti in questo volume derivano dalle relazioni presentate dagli autori al convegno Atlante Del Giudice, svoltosi il 20 giugno 2025 presso l’Università degli Studi di Milano. Il convegno è stato la prima iniziativa del gruppo di ricerca Manovre di volo, costituito nell’ottobre del 2024 presso la stessa Università di Milano con l’intento di promuovere lo studio dell’opera di Daniele Del Giudice, e si inserisce, con questi atti, in un clima di rinnovata attenzione della comunità scientifica per l’autore dello Stadio di Wimbledon. Del Giudice non è certo una figura da scoprire, ma alcune regioni della sua produzione sono ancora largamente da esplorare. Gli interventi critici degli ultimi anni hanno intrapreso questa esplorazione e i saggi compresi in questo volume vorrebbero offrire un ulteriore contributo in questo senso. Soffermandosi sullo Stadio di Wimbledon, su Atlante occidentale, sulla narrativa breve, sulla saggistica e infine sull’archivio di Del Giudice, ma sempre pensando al complesso della sua opera, essi ne propongono letture diverse, convergendo però nel riconoscere nella sua scrittura una costante interrogazione della capacità della letteratura di rappresentare e quindi conoscere la realtà.

There are many heat enhancing structures available on the market and already researched, but the application of layered composites for their development has not been completely investigated, especiall…

There are many heat enhancing structures available on the market and already researched, but the application of layered composites for their development has not been completely investigated, especially regarding modelling of the physical phenomena of boiling heat transfer and mechanical properties. The present paper presents a modified model of boiling heat transfer and modelling of the strength properties of composite heat exchangers made of mesh layers. The experimental results (obtained by the authors) of the boiling heat transfer of distilled water and ethanol under atmospheric pressure on copper substrates covered with brass, bronze and copper layers were used for modified model development. It needs to be noted that the problem of modelling the heat transfer of such structures has not been properly addressed to date with many issues in need of clarification. The present paper’s novelty is mainly focused on providing a more reliable equation for heat flux regarding boiling on metal composite mesh layers. It also proposes a calculation procedure for selected strength properties of such structures. The application of the modified boiling heat transfer correlation resulted in almost all the measurement points lying within or close to the ±100% error band, while in the case of the original model none of the experimental points was even close to this error band (the differences reached even about one order of magnitude).

This deposit accompanies the paper "Comparing Near-Field Fireworks PM Exposure from a Distributed Sensor Network with Routine Monitoring Stations: A Case Study at Lake Union". It contains the raw sens…

This deposit accompanies the paper "Comparing Near-Field Fireworks PM Exposure from a Distributed Sensor Network with Routine Monitoring Stations: A Case Study at Lake Union". It contains the raw sensor measurements, regulatory and meteorological reference data, and the full Python processing and dispersion-modeling pipeline used to produce all results, tables, and figures in the manuscript. Field campaign. On 4 July 2025, six AeroSpec low-cost particulate matter sensors were deployed within ~2 km of the Independence Day fireworks launch site over Lake Union (Seattle, WA, USA). All six nodes recorded at 1 Hz from 20:00 to 23:30 PDT. Five sensors (S1, S2, S3, S5, S6) were retained for primary analysis; S4 was excluded due to pre-event contamination from a nearby unrelated source and is included here for completeness with a quality-control flag. Deployment coordinates and per-sensor distances to the launch site are documented in the README. Reference data. The deposit includes hourly PM2.5 and PM10 measurements from three southern EPA Air Quality System (AQS) regulatory stations (10th & Weller, Beacon Hill, Duwamish), hourly AQI from three northern Washington State Department of Ecology stations (Linden Ave N, NE 127th St, College Way N), and 5-minute METAR observations (wind speed, wind direction, temperature, cloud cover) from KSEA (Seattle-Tacoma International Airport). Citation. If you use these data or code, please cite both this deposit and the accompanying paper.

The data Fig_1 are the heat flux values of boiling heat transfer where qexp means the results obtained from the experiment of the present authors [13, 14], while qcalcO - the results obtained through …

The data Fig_1 are the heat flux values of boiling heat transfer where qexp means the results obtained from the experiment of the present authors [13, 14], while qcalcO - the results obtained through calculations according to the original model [12] and qcalcM - the results obtained through calculations according to the modifed model.    The data Fig_2 are the heat flux values of boiling heat transfer where qexp means the results obtained from the experiment as given in [11], while qcalcM - the results obtained through calculations according to the modifed model. The data Fig_3 are the heat flux values of boiling heat transfer where qexp means the results obtained from the experiment [15], while qcalcM - the results obtained through calculations according to the modified model and qcalcMP - the results obtained through calculations according to the modified model and taking into account reduced porosity

Frajzyngier, Zygmunt and Eguchi, Paul and Prafé, Roger and Schwabauer, Megan (with Erin Shay, Henry Tourneux). 2017. Hdi dictionary. Dictionaria 2. 1-1681. DOI: 10.5281/zenodo.3067648 (Available onlin…

Frajzyngier, Zygmunt and Eguchi, Paul and Prafé, Roger and Schwabauer, Megan (with Erin Shay, Henry Tourneux). 2017. Hdi dictionary. Dictionaria 2. 1-1681. DOI: 10.5281/zenodo.3067648 (Available online at https://dictionaria.clld.org/contributions/hdi)

AgroFusion AgroFusion is a continental-scale, multimodal, pixel-based dataset designed to support reproducible research in agricultural remote sensing and geospatial artificial intelligence. By provid…

AgroFusion AgroFusion is a continental-scale, multimodal, pixel-based dataset designed to support reproducible research in agricultural remote sensing and geospatial artificial intelligence. By providing high-resolution in-field photos that contextualize satellite-derived analyses, AgroFusion enables a wide range of applications, including multimodal and multiscale crop type classification and phenology retrieval. Data AgroFusion integrates multiple data modalities for approximately 200K validated LUCAS points, representing agricultural land-cover and land-use (LCLU) areas: 📷 In-situ field photos 📝 Land-cover and land-use annotations 🛰️ Sentinel-2, Sentinel-1, and Landsat-8 pixel-based time series 🌍 ERA5-Land agrometeorological variables 📍 Copernicus GLO-30 DEM topographic information 🌱 AI4SoilHealth soil property data 📚 AlphaEarth annual embeddings Code Code for downloading and processing in-situ field-level photos is available at: https://github.com/stemauro/agrofusion/tree/v0.1.1 A snapshot of the GitHub repository at version v0.1.1 is also included with this archive as: agrofusion-0.1.1.zip The ZIP file contains a fixed copy of the source code and supporting project files, enabling users to inspect and run the pipeline without downloading the repository from GitHub. To run the processing locally, clone the repository and install the environment git clone https://github.com/stemauro/agrofusion.git && cd agrofusion uv sync && source .venv/bin/activate then run the entire processing pipeline with  uv run dvc repro For instructions on running specific stages of the pipeline, refer to the Download section in the code repository's README. License The code is released under the permissive MIT License. The dataset is distributed under the Creative Commons Attribution 4.0 International (CC‑BY 4.0) license.

This dataset is the companion data file for the paper "Scarcity, Auction Revenues and the Financing of the European Transition: A Consistency Check for the EU ETS under the ETS Functioning and Di…

This dataset is the companion data file for the paper "Scarcity, Auction Revenues and the Financing of the European Transition: A Consistency Check for the EU ETS under the ETS Functioning and Directions for Mechanism Improvement report.  It contains all inputs, intermediate values, and results underlying the paper's analysis of EU ETS auction revenues over 2031-2040. The file is a single CSV organised into seven labelled sections: (1) inputs and parameters (cap, LRF, CBAM factors, GDP, investment needs); (2) Low, Mid and High carbon-price scenarios in EUR/tCO₂; (3) cap, free allocation and auction volumes 2021-2040 in million EUA; (4) annual EU auction revenues by scenario; (5) country data for Germany, France, Italy, Spain, Poland, the Netherlands and Sweden (GDP shares and historical EEX auction shares); (6) a country-year projection matrix 2031-2040; and (7) decade totals and coverage ratios. The paper finds that auction revenues cover only 1.7-4.0% of projected EU energy-system investment needs across the decade, with the volume effect of a tightening cap dominating the price effect from 2031 onwards. Coverage varies widely across Member States, from below 1% in France to about 8% in Poland under the mid scenario. Carbon-pricing effectiveness and transition-financing adequacy, therefore, emerge as related but structurally distinct policy objectives.