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Wildland fire is expected to increase in response to global warming, yet little is known about future changes to fire regimes in Europe. Here, we developed a pyrogeography based on statistical fire models to better understand how global warming reshapes fire regimes across the continent. We identified five large‐scale pyroregions with different levels of area burned, fire frequency, intensity, length of fire period, size distribution, and seasonality. All other things being equal, global warming was found to alter the distribution of these pyroregions, with an expansion of the most fire prone pyroregions ranging respectively from 50% to 130% under 2° and 4°C global warming scenarios. Our estimates indicate a strong amplification of fire across parts of southern Europe and a subsequent shift toward new fire regimes, implying substantial socio‐ecological impacts in the absence of mitigation or adaptation measures. Plain Language Summary: Pyroregions represent the typical range of area burned, fire frequency, intensity, and seasonality that prevail in a region over long periods of time. Pyroregions are thus of great interest given their potential utility to determine regional fire patterns and foresee future alterations in response to global warming. Previous research has investigated the effects of global warming focusing on burned area and fire frequency, yet changes in fire regimes are often overlooked. In this paper, we examined the effects of global warming on pyroregions in Europe. We identified five large‐scale pyroregions reflecting different fire regimes. Future climate projections indicated an increase in fire activity and subsequent expansion of fire prone pyroregions across parts of southern Europe under warmer and drier conditions. The most fire prone pyroregions presented a spatial expansion ranging respectively from 50% to 130% under 2° and 4°C global warming scenarios with potential impacts on society. Limiting global warming would substantially reduce the expansion of the fire prone pyroregions in Europe. Key Points: This is the first study to project future changes in fire regimes on a pan‐European scaleOur projections point to an intensification and expansion of the most fire prone pyroregions in southern Europe under a warmer climateLimiting global warming would substantially reduce the expansion of the area at risk and the transition toward more intense fire regimes [ABSTRACT FROM AUTHOR]

Disability concerns all citizens and its public policies are essential for social improvement. Moreover, the increase in life expectancy will lead to most of the population being part of this group. In Europe, public policies have evolved towards the development of the welfare state, although there are significant differences between countries. Thus, this paper analyses the efficiency of public expenditure on disability among EU countries through a DEA analysis and the relation with social welfare models, as well as target values and improvement proposals, by studying the resulting differences as a consequence of their different social policies. The results confirm a limited relation between social welfare models and public administration styles with the efficiency on public expenditure on disability and that the countries should work in two directions: increasing public expenditure on disability (which would reduce the gap between target and actual disability prevalence values), and efficiently managing public expenditure. [ABSTRACT FROM AUTHOR]

In this paper, we provide an analysis of inequalities and opportunities within European countries. For this purpose, we use microdata from 26 European countries collected using the European Union Survey on Income and Living Conditions. This instrument includes harmonised variables to guarantee comparability across countries. Our analysis aims to detect whether European countries converge with respect to income inequality and inequality of opportunity and whether there is a spatial divide between European countries regarding inequalities. Our results show that inequality of opportunity in post‐communist countries is much larger than in the Western European countries. Furthermore, we present evidence of β‐convergence in terms of both income inequality and inequality of opportunity. Accordingly, inequality grows faster in less unequal countries, and therefore countries tend to converge with respect to inequality level. [ABSTRACT FROM AUTHOR]

We study drying trends across the central latitude strip of Europe (47.5–52.5°N and 2.5–27.5°E) during 1980–2019 and their links to atmospheric circulation. Daily differences between potential evapotranspiration and precipitation (PET–P) calculated from the E–OBS data are used to characterize dryness, and atmospheric circulation is represented by circulation types classified using daily sea level pressure patterns from the NCEP/NCAR reanalysis. Circulation types favoring dry conditions in vegetation season (April–September) are identified based on daily PET–P, and their temporal changes, seasonal variations, and links to trends in dryness in individual European regions are analyzed. In the early vegetation season (AMJ), drying trends are observed mainly in Western and Central Europe while in the late vegetation season (JAS), they are located predominantly in Eastern Europe. The dry circulation types include all anticyclonic types in all regions, as well as northeast to south (southwest in Eastern Europe) directional types. Trends of the dry circulation types correspond to those of dryness: the largest increase is found during AMJ in Western and Central Europe but during JAS in Eastern Europe. The results show that trends in dryness in the central latitude strip of Europe in the warm half‐year were associated with changes in atmospheric circulation, as the largest increases in frequency of dry circulation types occurred in the regions and months affected by pronounced drying. The increasing frequency of anticyclonic types in AMJ and reduced inflow of moist air masses from the Atlantic are the key factors supporting intensification of dry conditions in European mid‐latitudes. Plain Language Summary: Drought is a major climatic hazard that threatens many aspects of society and ecosystems. The 2015–2018 dry period and the recent dry summer of 2022 in Europe are mere examples of many recent droughts developing worldwide. We studied how dryness severity progressed in Europe since 1980 and whether trends in dryness were linked to changes in atmospheric circulation. We found distinct regional patterns in drying trends: while Western and Central Europe recorded the largest increases in dryness during the early vegetation season (April–June), Eastern Europe, by contrast, had more distinct drying trends in the late vegetation season (July–September). We linked this pattern to changes in frequency of circulation types favorable to dryness and concluded that increased frequency of anticyclonic (clear‐sky) weather and reduced westerly flow of moist oceanic air contributed to drought intensification in European mid‐latitudes. Key Points: Significant drying trends in European mid‐latitudes since 1980s have been primarily linked to growing potential evapotranspirationDry conditions during early vegetation season have become more frequent and severe particularly in Western and Central EuropeIncreased frequency of circulation types favoring dry conditions corresponds both spatially and temporally to the drying trends [ABSTRACT FROM AUTHOR]

Background: The 2014 estimates of prevalence of food allergy (FA) in Europe published by the European Academy of Allergy and Clinical Immunology included only the eight so‐called big foods (cow's milk/egg/wheat/soy/peanut/tree nuts/fish/shellfish). Those estimates have recently been updated. Complementing this, we sought to identify and estimate the prevalence of allergy to other foods that have been reported during the last decade. Methods: Six databases were searched for studies published 2012–2021. Random‐effects meta‐analysis was performed to derive pooled prevalence of allergy to each food. Results: Twenty‐seven studies were included, containing a total of 66 FAs. Among the most frequently reported FAs, the lifetime and point prevalence range of self‐reported kiwi allergy was 0.1%–1.0% and 0.2%–8.1%, respectively, while the food challenge (FC)‐verified kiwi allergy point prevalence range was 0.01%–0.10%. The point prevalence range for self‐reported peach allergy was 0.2%–3.2%, while the range for FC‐verified peach allergy was 0.02%–0.05%. The lifetime and point prevalence range for self‐reported tomato allergy was 0.01%–1.8% and 0.2%–2.1%, respectively. Conclusion: Allergy to some foods traditionally not considered important are now emerging as relevant FAs. The focus on FA in Europe should not be limited to the so‐called eight big FA, but extended to other types of foods which need to be considered both for clinical purposes and population risk assessment. [ABSTRACT FROM AUTHOR]

Butterflies are charismatic insects and have been well studied, particularly in Europe. They are disproportionately used in generating and testing hypotheses; on everything from general evolutionary processes, such as speciation or host association dynamics; to conservation‐related studies, such as climate change or habitat loss. Accurate lists of the larval foodplants for European butterflies are not readily available. Mistakes are propagated and information cannot be checked for accuracy. The level of evidence is unknown, and how usage varies between countries is poorly understood. The study consulted 1119 references to produce 19,488 records of larval foodplants for European butterflies. This resulted in 5589 larval host plant records for 464 European butterfly species, with multiple references, enabling information to be checked. Information was unavailable for 59 species. The level of evidence for each relationship shows the current state of knowledge. Significant issues were identified for 3.9% of records extracted from references due to mistakes, ambiguous or unknown plant names, distribution issues, resulting in information being lost. Plants with questionable distributions suggest either mis‐identification or species that have been split. Little is known about plant usage in Eastern Europe. The larval foodplants of many monophagous and Satyrinae butterflies are poorly studied. Only 63% of threatened 2010 Red Listed butterflies have reliable host plant records. The study has provided ecologists with a valuable resource, of a more accurate checklist of the larval foodplants for each European country. Why plant usage varies over a butterfly's distribution opens up some interesting research questions. [ABSTRACT FROM AUTHOR]

We focus on the extent to which polycentric urban regions can substitute for the agglomeration economies provided by large cities. Building on an open‐source software tool that helps identifying polycentric developments in urban regions, we analyse the spatial structure (in terms of size, dispersion and polycentricity) of 94 regions across 34 European countries and link this to their level of total factor productivity. We find that both more polycentric regions and more dispersed regions are associated with lower productivity levels. [ABSTRACT FROM AUTHOR]

The connections of climatic variables to zoonotic and wildlife diseases remain uncertain. Here, we compiled a systematic database for the prevalence of 121 pathogenic microbial taxa in birds (ca 376 species) and bats (ca 39 species), including 11 939 observations from over 450 000 individuals across Europe and surrounding regions. We modelled the potential connection of climatic variables with the prevalence of 75 pathogenic microbial taxa at a multi‐pathogenic‐taxa level and of 17 most‐studied pathogenic taxa at a single‐pathogenic‐taxon level. According to the multi‐taxa model, the prevalence of bacterial taxa was positively associated with temperature, while this association was significantly weaker for eukaryotes and viruses. The prevalence of bacterial taxa was negatively associated with rainfall, while viruses showed a positive association with rainfall. These associations between climatic variables and prevalence of pathogenic taxa were not different between bird and bat hosts. According to the single‐taxon models, the prevalence of influenza A viruses, Plasmodium, and several bacterial taxa in birds and bats was positively associated with temperature. Rainfall showed positive associations with the prevalence of Usutu, Sindbis and Influenza A viruses but the directions of significant associations varied among bacterial taxa. Strikingly, this was evidenced also between bacterial taxa that share hosts and transmission mechanism hinting towards hitherto unknown features on pathogen ecology, e.g. Salmonella versus Campylobacter and Anaplasma versus Borrelia. Our results suggest that rising temperature and increasing precipitation will accelerate the threat of bird‐ and bat‐associated bacterial and viral pathogens to wildlife, domesticated animals and humans, respectively. However, the idiosyncratic relationships with climatic conditions among pathogenic taxa highlight the need for pathogen‐specific predictive models to understand future pathogen distributions. [ABSTRACT FROM AUTHOR]

We present the first systematic review of the literature on farmer time preference measurements across Europe and North America. We synthesize methodological developments, summarize the empirical findings, and discuss challenges and potential areas for further research. The average reported discount rate of the farmers in Europe and North America is 23% per annum. Farmer time preferences are, however, highly heterogeneous within and across studies. Moreover, we identify methodological challenges and knowledge gaps to be addressed in future research. We draw conclusions for policymakers and researchers. [ABSTRACT FROM AUTHOR]

Subseasonal‐to‐seasonal (S2S) forecasts span the prediction range of weeks to 2–3 months ahead, bridging the gap between medium‐range and seasonal weather forecasts. There has been growing interest in S2S forecasts in recent years, largely because of the many potential uses of forecasts spanning these timescales. However, the skill of S2S forecasts beyond the first 2 weeks or so is poor, potentially limiting the usability of these forecasts. We show in this study that when considering accumulated temperatures, there is in fact good forecasting skill over Europe for accumulation periods up to 30 days ahead. Using a set of S2S hindcasts, we show using both a deterministic and a probabilistic measure of skill that the accumulated 2‐metre temperature forecasts out to 30 days are skilful over most of Europe. In summer, South West Europe has highest skill, while in winter North East Europe has highest skill. As an example application of such forecasts, we also evaluate the skill for summer cooling degree‐days (CDD) and winter heating degree‐days (HDD). For 30‐day winter HDD, there is good skill in all four European regions; for 30‐day summer CDD, the skill is limited in North West Europe, but still good in other regions. [ABSTRACT FROM AUTHOR]

The EU Copernicus Climate Change Service (C3S) has produced an operational climate service, called C3S Energy, designed to enable the energy industry and policymakers to assess the impacts of climate variability and climate change on the energy sector in Europe. The C3S Energy service covers different time horizons, for the past 40 years and the future. It provides time series of electricity demand and supply from wind, solar photovoltaic and hydropower, and can be used for recent trends analysis, seasonal outlooks or the assessment of climate change impacts on energy mixes in the long term. This article introduces this service and the resulting dataset, with a focus on the design and validation of the energy conversion models, based on ENTSO‐E energy data and the ERA5 climate reanalysis. Flexibility and coherence across all countries have been preferred upon models' accuracy. However, the comparison with ENTSO‐E data shows that the models provide plausible energy indicators and, in particular, allow comparing climate variability effects on power demand and generation in a harmonized manner all over Europe. [ABSTRACT FROM AUTHOR]

Aim: Our knowledge of Pleistocene refugia and post‐glacial recolonization routes of forest understorey plants is still very limited. The geographical ranges of these species are often rather narrow and show highly idiosyncratic, often fragmented patterns indicating either narrow and species‐specific ecological tolerances or strong dispersal limitations. However, the relative roles of these factors are inherently difficult to disentangle. Location: Central and south‐eastern Europe. Time period: 17,100 BP – present. Major taxa studied: Five understorey herbs of European beech forests: Aposeris foetida, Cardamine trifolia, Euphorbia carniolica, Hacquetia epipactis and Helleborus niger. Methods: We used spatio‐temporally explicit modelling to reconstruct the post‐glacial range dynamics of the five forest understorey herbs. We varied niche requirements, demographic rates and dispersal abilities across plausible ranges and simulated the spread of species from potential Pleistocene refugia identified by phylogeographical analyses. Then we identified the parameter settings allowing for the most accurate reconstruction of their current geographical ranges. Results: We found a largely homogenous pattern of optimal parameter settings among species. Broad ecological niches had to be combined with very low but non‐zero rates of long‐distance dispersal via chance events and low rates of seed dispersal over moderate distances by standard dispersal vectors. However, long‐distance dispersal events, although rare, led to high variation among replicated simulation runs. Main conclusions: Small and fragmented ranges of many forest understorey species are best explained by a combination of broad ecological niches and rare medium‐ and long‐distance dispersal events. Stochasticity is thus an important determinant of current species ranges, explaining the idiosyncratic distribution patterns of the study species despite strong similarities in refugia, ecological tolerances and dispersal abilities. [ABSTRACT FROM AUTHOR]

The species‐energy hypothesis predicts increasing biodiversity with increasing energy in ecosystems. Proxies for energy availability are often grouped into ambient energy (i.e., solar radiation) and substrate energy (i.e., non‐structural carbohydrates or nutritional content). The relative importance of substrate energy is thought to decrease with increasing trophic level from primary consumers to predators, with reciprocal effects of ambient energy. Yet, empirical tests are lacking. We compiled data on 332,557 deadwood‐inhabiting beetles of 901 species reared from wood of 49 tree species across Europe. Using host‐phylogeny‐controlled models, we show that the relative importance of substrate energy versus ambient energy decreases with increasing trophic levels: the diversity of zoophagous and mycetophagous beetles was determined by ambient energy, while non‐structural carbohydrate content in woody tissues determined that of xylophagous beetles. Our study thus overall supports the species‐energy hypothesis and specifies that the relative importance of ambient temperature increases with increasing trophic level with opposite effects for substrate energy. [ABSTRACT FROM AUTHOR]

We study the effects of an early introduction of agriculture (Neolithic Transition) on modern agglomeration, using a new dataset on carbon dated organic materials found at archeological sites in Northern Europe. We find a positive effect of early agriculture, in particular within countries, which contrasts with a negative or zero correlation found in studies using older data, covering a larger region that includes both Europe and the Middle East. We argue that this reflects a mix of positive long‐run effects on urban agglomeration, and negative effects on state institutions, which show up to different degrees depending on context. [ABSTRACT FROM AUTHOR]

Rooted in theory of planned behavior (TPB) supplemented with self‐determination theory (SDT), this study explores determinants of willingness to receive and provide resources in Europe's non‐remunerated and remunerated collaborative consumption (CC). The exploration was conducted within a single research model by assessing the role of (a) TPB constructs reflecting attitude towards participation in CC, perceived social pressure to engage, and perceived level of difficulty that engagement requires and (b) SDT constructs of environmental, social, and economic motives for participation. The data were collected through an online questionnaire, and the structural relationships were analyzed using structural equation modeling. Willingness to consume in non‐remunerated and remunerated CC was positively directly influenced by social pressure to engage in CC and participation being perceived as pleasant, negatively by the level of difficulty that engagement requires, as well as positively indirectly influenced by environmental concern and sociability. Additionally, environmental concern had positive direct effect on willingness to consume only in the remunerated context. Willingness to provide in non‐remunerated CC was positively directly influenced by perceiving participation as pleasant and indirectly by environmental concern and sociability. Resource provision in remunerated CC was not explained by any of the determinants. [ABSTRACT FROM AUTHOR]

The agriculture sector can contribute to climate change mitigation by reducing its own greenhouse gas (GHG) emissions, sequestering carbon in vegetation and soils, and providing biomass to substitute for fossil fuels and other GHG‐intensive products. The sector also needs to address water, soil, and biodiversity impacts caused by historic and current practices. Emerging EU policies create incentives for cultivation of perennial plants that provide biomass along with environmental benefits. One such option, common in northern Europe, is to include grass in rotations with annual crops to provide biomass while remediating soil organic carbon (SOC) losses and other environmental impacts. Here, we apply a spatially explicit model on >81,000 sub‐watersheds in EU27 + UK (Europe) to explore the effects of widespread deployment of such systems. Based on current accumulated SOC losses in individual sub‐watersheds, the model identifies and quantifies suitable areas for increased grass cultivation and corresponding biomass‐ and protein supply, SOC sequestration, and reductions in nitrogen emissions to water as well as wind and water erosion. The model also provides information about possible flood mitigation. The results indicate a substantial climate mitigation potential, with combined annual GHG savings from soil‐carbon sequestration and displacement of natural gas with biogas from grass‐based biorefineries, equivalent to 13%–48% of current GHG emissions from agriculture in Europe. The environmental co‐benefits are also notable, in some cases exceeding the estimated mitigation needs. Yield increases for annual crops in modified rotations mitigate the displacement effect of increasing grass cultivation. If the grass is used as feedstock in lieu of annual crops, the displacement effect can even be negative, that is, a reduced need for annual crop production elsewhere. Incentivizing widespread deployment will require supportive policy measures as well as new uses of grass biomass, for example, as feedstock for green biorefineries producing protein concentrate, biofuels, and other bio‐based products. [ABSTRACT FROM AUTHOR]

This article studies the impact of employment law on de facto labour market segmentation for 22 European countries from 1991 to 2014. Applying the concept of legal segmentation, the authors distinguish between the standard‐setting (protective), privileging and equalizing functions of employment law and use descriptive and multivariate statistics to indicate their effects on overall employment, and male and female standard and non‐standard employment. High privileging, in combination with high standard‐setting, is found to favour male standard employment and female non‐standard employment, while the equalizing function, aimed at improving the protection of women and other marginalized groups, actually increases male non‐standard employment. [ABSTRACT FROM AUTHOR]

Implementation of the Global Strategy for Infant and Young Child Feeding varies widely among countries. Policymakers would benefit from insights into obstacles and enablers. Our aim was to explore the processes behind the development and implementation of national infant and young child feeding policies and monitoring systems in Europe. A qualitative study design was employed to analyze open text responses from six European countries (Croatia, Germany, Lithuania, Spain, Turkey and Ukraine) using inductive thematic analysis. Countries were selected based on their World Breastfeeding Trends Initiative scores on national policy and monitoring systems. The 33‐item online questionnaire was distributed to country representatives and completed by country teams. Key enablers and strengths included strong and continuous government commitment to infant and young child feeding, an operational national breastfeeding authority, a national and active monitoring and evaluation system, implementation of the International Code of Marketing of Breastmilk Substitutes in national legislation, the integration of skilled breastfeeding supporters, the implementation of the Baby‐friendly Hospital Initiative, and positive cultural norms and traditions supporting optimal infant and young child feeding. In some countries, UNICEF played a key role in funding and designing policies and monitoring systems. Weak government leadership, the strong influence of the industry, lack of adequate national legislation on the International Code and cultural norms which devalued breastfeeding were particularly noted as obstacles. Government commitment, funding and protection of optimal infant and young child feeding are essential to the implementation of strong national policies and monitoring systems. Key messages: Government commitment was essential to the implementation of strong policies and programs, adequate funding and legislation to protect breastfeeding.Cultural norms and traditions lay behind the prioritization of breastfeeding in some countries, while in others severe adversity led to an increased role for UNICEF which provided the framework and funding to establish strong policies and programs.The influence of the formula industry can undermine government priorities, health professional training and public opinion.This study provides lessons for policymakers who wish to protect, promote and support optimal infant and young child feeding. [ABSTRACT FROM AUTHOR]

Summary: Today plants often flower earlier due to climate warming. Herbarium specimens are excellent witnesses of such long‐term changes. However, the magnitude of phenological shifts may vary geographically, and the data are often clustered. Therefore, large‐scale analyses of herbarium data are prone to pseudoreplication and geographical biases.We studied over 6000 herbarium specimens of 20 spring‐flowering forest understory herbs from Europe to understand how their phenology had changed during the last century. We estimated phenology trends with or without taking spatial autocorrelation into account.On average plants now flowered over 6 d earlier than at the beginning of the last century. These changes were strongly associated with warmer spring temperatures. Flowering time advanced 3.6 d per 1°C warming. Spatial modelling showed that, in some parts of Europe, plants flowered earlier or later than expected. Without accounting for this, the estimates of phenological shifts were biased and model fits were poor.Our study indicates that forest wildflowers in Europe strongly advanced their phenology in response to climate change. However, these phenological shifts differ geographically. This shows that it is crucial to combine the analysis of herbarium data with spatial modelling when testing for long‐term phenology trends across large spatial scales. [ABSTRACT FROM AUTHOR]

Renewable generation variability over multiple days is a key challenge in decarbonizing the European power system. Weather regimes are one way to quantify this variability, but so far, their applications to energy research have focused on wind power generation in winter. However, the projected growth of solar photovoltaic (PV) capacity implies that its absolute variability across the continent will grow substantially. Here we combine weather regimes based on ERA5 reanalysis data with country‐specific capacity factors to investigate multiday PV generation variability in Europe. With current installed capacity (131 GW), total PV production in Europe (52.3 GW) varies by 0.9 GW on average, with a maximum change of 3.0 GW, upon transition from one weather regime to another. Using projected PV capacity for 2050 (1.94 TW), variability would rise to 13.9 and 43.8 GW. We present optimized spatial distributions of capacity additions in three scenarios that substantially reduce variability by up to 40%. One of them ascertains a large local PV production, thereby minimizing the need for long‐range power transmission while still reducing variability by about 30%, highlighting that optimized siting and local generation can be reconciled. Our results emphasize the value of leveraging climate information in decarbonizing power systems. Key Points: Year‐round weather regime classification with linked photovoltaic (PV) capacity factors per country in EuropeEuropean multiday PV variability could be as high as 43.8 GW in 2050Optimized distribution of PV systems in Europe reduces multiday variability up to 40% [ABSTRACT FROM AUTHOR]

Approximately 1–3 violent tornadoes hit Europe each decade. We use the ERA5 reanalysis and WRF model to reconstruct environments for 12 cases between 1957 and 2021. Violent tornadoes in Europe occur in a variety of synoptic and mesoscale patterns, but they share environmental similarities with significant tornadoes from the United States. Downscaling simulations to 3 km grid‐spacing showed the added value of improved resolution in representing local convective environments. In 8 out of 12 simulations, the model indicated updraft helicity (UH) tracks in a favorable convective environment in spatial (+/−50 km) and temporal (+/−3 hr) proximity to the tornado report. Tornadoes were accompanied by a mean 0–6 km wind shear of 24.3 m s−1 and mean convective available potential energy of 1678 J kg−1. The combination of UH tracks with convective environments offers promising results for operational forecasting in Europe, and should be explored in future studies. Plain Language Summary: Violent tornadoes produce large societal impacts and considerable damage. Approximately 1–3 such events hit Europe each decade. In this study, we reconstruct the environmental conditions using the Weather Research and Forecasting model for 12 violent tornadoes in Europe from 1957 to 2021. We use metrics providing information about atmospheric instability and wind variability to analyze conditions under which these tornadoes formed. This helps to study events that occurred before the radar and satellite era when only limited information is available about them. In 8 out of 12 cases, the model successfully simulated storm tracks in a favorable tornado environment close to the location of the actual tornado report. Our results indicate the importance of performing high‐resolution simulations in reconstructing tornado events, and they offer promising results in improving operational forecasting of tornadoes across Europe. Key Points: Tornadoes were accompanied by a mean 0–6 km wind shear of 24.3 m s−1 and mean convective available potential energy of 1678 J kg−1Dynamical downscaling with WRF model indicated more favorable near‐ground wind profile compared to initial ERA5 conditionsIn 8 out of 12 violent tornado events, the WRF model simulated updraft helicity tracks in the area of a favorable tornado environment [ABSTRACT FROM AUTHOR]

Data about the regulatory approaches to donor human milk (DHM) in European countries are lacking. The aim of this study is to describe the various regulations of DHM within European countries, to assess its legislative context and its impact in relation to donor milk banking. We performed a cross‐sectional survey using a semistructured online questionnaire addressing 29 national European milk‐banking representatives from June 2020 to February 2021. Representatives of 26 national DHM services participated in this study. The legal classification and regulatory status of DHM were defined in 9 out of 26 areas of jurisdiction (35%) as either food product (n = 6), product of human origin according to a blood, tissue, cell regulation (n = 2), or medicinal product (n = 1). In the remainder, DHM remains unclassified. Most legislations did not provide a comprehensive framework concerning DHM and costs to cover milk bank operations were rarely reimbursed. In general, the lack of national legislative governance and the actual legislative regulations in place do not support the use of DHM in European countries. National medical guidelines for the use of DHM have been issued in only 11 countries. The current number and distribution of milk banks (n = 239) within participating countries may not provide an equitable access to DHM for eligible infants. These findings could guide stakeholders aiming to establish a regulatory framework for DHM. Key messages: There is a lack of a legislative framework concerning the use of donor human milk in the majority of European countries.Available national legislative frameworks differed widely with gaps in the regulation of safety and quality of donor human milk, protection of donors and recipients, and cost recovery.Despite clearly demonstrated benefits and unequivocal recommendations for the use of donor human milk there is a lack of national guidance in many European countries. [ABSTRACT FROM AUTHOR]

During the period 2018–2020, Europe experienced a series of hot and dry weather conditions with significant socioeconomic and environmental consequences. Yet, the extremity of these multi‐year dry conditions is not recognized. Here, we provide a comprehensive spatio‐temporal assessment of the drought hazard over Europe by benchmarking past exceptional events during the period from 1766 to 2020. We identified the 2018–2020 drought event as a new benchmark having an unprecedented intensity that persisted for more than 2 years, exhibiting a mean areal coverage of 35.6% and an average duration of 12.2 months. What makes this event truly exceptional compared with past events is its near‐surface air temperature anomaly reaching +2.8 K, which constitutes a further evidence that the ongoing global warming is exacerbating present drought events. Furthermore, future events based on climate model simulations Coupled Model Intercomparison Project v5 suggest that Europe should be prepared for events of comparable intensity as the 2018–2020 event but with durations longer than any of those experienced in the last 250 years. Our study thus emphasizes the urgent need for adaption and mitigation strategies to cope with such multi‐year drought events across Europe. Plain Language Summary: This manuscript demonstrates that the 2018–2020 multi‐year drought event constitutes a new benchmark in Europe, with an unprecedented level of intensity over the past 250 years. What makes this event truly exceptional compared with past events is its temperature anomaly reaching +2.8 K. This finding provides new evidence that the ongoing global warming exacerbates current drought events. The key message of this study is that the projected future events across the European continent will have a comparable intensity as the 2018–2020 drought but exhibit considerably longer durations than any of those observed during the last 250 years. Our analysis also shows that these exceptional temperature‐enhanced droughts significantly negatively impact commodity crops across Europe. Key Points: The 2018–2020 multi‐year drought shows unprecedented level of intensity during the past 250 yearsThe 2018–2020 event reached record‐breaking +2.8 K temperature anomaly and negatively impacted major cropsFuture drought events reach comparable intensity of 2018–2020 but with considerably longer durations [ABSTRACT FROM AUTHOR]

More than often, studies explaining migration causes centre on economic explanations and minimize other factors' explanatory power. This research aims at creating a comprehensive model of migration determinants taking into account four dimensions: economic, social, cultural, and digital. A path model consisting of these dimensions was created and estimated through partial least squares structural equation modelling (PLS‐SEM). The PLS‐path model was applied to Romanian migration flows to 21 EU member states during 2007–2017. The findings indicate that social and technological developments have significant impacts on migration flows and that digital distance has a full mediation effect on the relationship between cultural distance and migration flows. [ABSTRACT FROM AUTHOR]