New Dimensions of Global Feminist Influence: Tracking Feminist Mobilization Worldwide, 1975–2015

Feminist mobilization, crucial for advancing women's human rights, has increased in all world regions since 1975. However, we do not know enough about the global impact of this mobilization because we lack adequate databases to explore the ways that feminist mobilization interacts with other factors that enhance and limit women's rights, such as democracy, intergovernmental processes, and transnational, regional organizing. Our ability to explore these questions is obstructed by a lack of data on the global south and measures that focus on formal organizations. This project remedies these gaps, developing an improved measure of feminist mobilization that encompasses autonomous, domestic feminist mobilization in 126 countries, 1975–2015, enabling us to track global and regional trends. Using regional comparisons and statistical analysis, we use this new measure to reveal new patterns and complexities in feminist mobilization. We discern distinct regional patterns in such organizing that defy facile predictions of global convergence and suggest a central role for UN processes advancing women's rights. Our analysis also points to the importance of transnational feminist networks and democratization as factors enabling and strengthening feminist mobilization. We conclude by suggesting some fruitful avenues for exploring relationships between feminist movements, international institutions, and democracy.

Taxes in the Time of Revolution: An Experimental Test of the Rentier State during Algeria's Hirak

In this paper we examine the rentier thesis that a state's control over oil resources should help it resist calls for democratization. During Algeria's mass mobilization for regime change known as the Hirak in 2019, we implemented an interactive experimental treatment providing specific information about the Algerian government's high subsidies of gasoline and low value-added taxes with regional comparisons. Based on a sample of 5,968 Algerians, we find that when Algerians learn about their country's relatively high level of fuel subsidies and low level of taxes, their assessments of the government's performance improves; however, we do not see similar patterns for respondents' expressed intention to join the protests due to treatment heterogeneity defined by respondent wealth. Wealthier respondents report lower protest intentions upon learning about the scope of the rentier state, whereas poorer respondents report much higher protest intentions upon receiving the treatment. As a result, we find that the rentier state may be capable of improving perceptions of regime performance, yet still permit mass mobilization if there are class differences in the perceived benefits derived from redistribution.

Statistical analysis of 200 digital twins for thermal load of Swiss buildings created from smart grid monitoring data

Exploiting thermal inertia of buildings as flexibility for the electric grid requires information about thermal dynamics in the system. The presented paper proposes a new method to create digital twins based on smart meter monitoring data and has been applied to 200 Swiss residential buildings. The statistical analysis of these heat pump based heating systems shows expected distributions of key parameters such as heat losses, solar gain factors and thermal capacities. Regional comparisons for crucial building parameters have been carried out and the remote identification of potential renovation candidates has shown promising results.

Differences in management and treatment of traumatic adult pan brachial plexus injuries: a global perspective regarding continental variations

An expert opinion study was designed to query five countries and six brachial plexus surgeons regarding the demographics, mechanisms of injury, evaluation, timing of surgery, reconstructive strategies and controversies in adult traumatic pan brachial plexus injuries. Variations in assessing outcomes, management of neuropathic pain and future considerations were elucidated. Clear differences in regional demographics, mechanisms of injury, patient evaluation and treatment strategies were identified. The role of phrenic nerve and contralateral C7 transfer, acute use of free functioning muscle transfers, root reimplantation and amputation/myoelectric prosthetic fitting were regional/surgeon dependent. Comparison of outcomes across regions requires an understanding of the regional nuances of patient demographics, injury mechanisms, preferred reconstructive strategies and how outcomes are measured. Future studies are required to allow accurate regional comparisons.

Fragility estimation for global building classes using analysis of the Cambridge earthquake damage database (CEQID)

This paper describes CEQID, a database of earthquake damage and casualty data assembled since the 1980s based on post-earthquake damage surveys conducted by a range of research groups. Following 2017–2019 updates, the database contains damage data for more than five million individual buildings in over 1000 survey locations following 79 severely damaging earthquakes worldwide. The building damage data for five broadly defined masonry and reinforced concrete building classes has been assembled and a uniform set of six damage levels assigned. Using estimated peak ground acceleration (PGA) for each survey location based on USGS Shakemap data, a set of lognormal fragility curves has been developed to estimate the probability of exceedance of each damage level for each class, and separate fragility curves for each of five geographical regions are presented. A revised set of fragility curves has also been prepared in which the bias in the curve resulting from the uncertainty in the ground motion parameter has been removed. The uncertainty in the fragility curves is evaluated and discussed and the curves are compared with those from other studies. A resistance index for each class of building is developed and cross-regional comparisons using this resistance index are presented.

An Extended Regional Gender Gaps Index (eRGGI): Comparative Measurement of Gender Equality at Different Levels of Regionality

Gender equality has been widely explored, but there is limited research investigating its variability at regional level. This paper aims to fill this gap by developing and validating a new, regional gender gaps index, compatible with previous indices used to compare gender equality across nations but now fit for the purpose of measuring gender equality across regions, within nations. To this end, we (i) reviewed existing indicators of gender equality; (ii) assessed the contribution of the indicators most frequently used in previous research to measure gender equality; (iii) developed an extended, regional version of the gender gaps index (eRGGI), by extending it to include new indicators able to capture female empowerment in developed countries, like Italy; and, (iv) explored the variability of gender equality across Italian regions. In developing our eRGGI, some indicators traditionally used to measure gender equality were removed and others were introduced to capture new dimensions of gender equality to suit modern conditions regarding contexts where equality is considered important, in contemporary Europe. Results showed that gender equality varies dramatically across regions, also confirming the relevance of the new indicators we proposed to add. Such results call for more caution in interpreting results based on nationally aggregated data to inform policy and practice, arguing for regional comparisons to become more prominent.

Families`worries During the First and Second COVID-19 Wave in Germany: Comparative Longitudinal Study in Two Populational Childhood Cohorts

BackgroundThe present study aimed to compare worries related to the Coronavirus disease 2019 (COVID-19) in families with young children in two regions in Germany differently affected by the pandemic (Regensburg in Southeast Germany, Leipzig in Eastern Germany) during the first and the second wave of the COVID-19 pandemicMethods720 parents participating in the KUNO Kids health study in Regensburg (n = 507) or the LIFE Child study in Leipzig (n = 213) answered questions regarding COVID-19-related worries and trust in anti-pandemic policy measures at two time points, during the first wave (spring 2020) and during the second wave (winter 2020/2021) of the pandemic. Ordinal mixed-effects models were performed to assess differences depending on region (Regensburg versus Leipzig) and time (first versus second wave), adjusting for education and migration background. ResultsParticipants worried most about the general economic situation and their family and least about their own health or financial situation. Most COVID-19-related worries were stronger during the second than during the first wave. In regional comparisons, worries about family, friends, and hometown increased more pronouncedly from wave 1 to wave 2 in Leipzig than in Regensburg, paralleling the increase in SARS-CoV-2 infections. Trust in anti-pandemic policy measures, in contrast, decreased significantly between wave 1 and wave 2, with a stronger decrease in Regensburg. ConclusionsThe degree of families’ COVID-19-related worries differs by region and time, which might be related to differences in infection rates and public interest.

Fragility Estimation for Global Building Classes Using Analysis of the Cambridge Earthquake Damage Database (CEQID)

This paper describes CEQID, a database of earthquake damage and casualty data assembled since the 1980s based on post-earthquake damage surveys conducted by a range of research groups. Following 2017–2019 updates, the database contains damage data for more than five million individual buildings in over 1000 survey locations following 79 severely damaging earthquakes worldwide. The building damage data for five broadly defined masonry and reinforced concrete building classes has been assembled and a uniform set of six damage levels assigned. Using estimated peak ground acceleration (PGA) for each survey location based on USGS Shakemap data, a set of lognormal fragility curves has been developed to estimate the probability of exceedance of each damage level for each class, and separate fragility curves for each of five geographical regions are presented. A revised set of fragility curves has also been prepared in which the bias in the curve resulting from the uncertainty in the ground motion parameter has been removed. The uncertainty in the fragility curves is evaluated and discussed and the curves are compared with those from other studies. A resistance index for each class of building is developed and cross-regional comparisons using this resistance index are presented.