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Abstract Despite movements towards gender parity within academia, women faculty continue to be paid less than men. While previous research has explained the gap using academic rank/seniority and productivity, existing findings are limited by either their examination of base pay or reliance on self-reported data. Here we extend the analysis beyond base pay, link faculty salary records of one public university system in the U.S. to the OpenAlex bibliometric database, and separately analyze the gender pay gap in the base (grade) and other pay (off-grade). Using stepwise regression models, we find that faculty rank accounts for a significant gap in the base pay while performance-based variables such as H-index or specialization do not play a crucial role. For other pay, no variables stand out in explaining the substantial pay gap between women and men faculty. Our results suggest that a primary source of the remaining gender pay gap is the off-grade pay. Different policy approaches are required to reduce the gender pay gap depending on the specific type of salary being targeted.

β2-agonist treatment improves skeletal muscle glucose uptake and whole-body glucose homeostasis in rodents. Here the authors report that two-weeks of treatment with the β2-agonist clenbuterol improves insulin-stimulated glucose disposal in healthy young men in a double-blinded, randomized cross-over trial.

Abstract Worldwide, communities are facing increasing flood risk, due to more frequent and intense hazards and rising exposure through more people living along coastlines and in flood plains. Nature-based Solutions (NbS), such as mangroves, and riparian forests, offer huge potential for adaptation and risk reduction. The capacity of trees and forests to attenuate waves and mitigate storm damages receives massive attention, especially after extreme storm events. However, application of forests in flood mitigation strategies remains limited to date, due to lack of real-scale measurements on the performance under extreme conditions. Experiments executed in a large-scale flume with a willow forest to dissipate waves show that trees are hardly damaged and strongly reduce wave and run-up heights, even when maximum wave heights are up to 2.5 m. It was observed for the first time that the surface area of the tree canopy is most relevant for wave attenuation and that the very flexible leaves limitedly add to effectiveness. Overall, the study shows that forests can play a significant role in reducing wave heights and run-up under extreme conditions. Currently, this potential is hardly used but may offer future benefits in achieving more adaptive levee designs.

Cold acclimation has been shown to have beneficial metabolic effects, including improved insulin sensitivity in patients with type 2 diabetes. Here the authors show that a mild cold acclimation regiment during which overt shivering was prevented did not result in improved insulin sensitivity in a small group of patients with type 2 diabetes.

Hepatic steatosis is associated with poor cardiometabolic health, with de novo lipogenesis (DNL) contributing to hepatic steatosis and subsequent insulin resistance. Here, the authors use 1H-MRS methodology to show hepatic SFA fraction is a measure of DNL and specifically may hamper hepatic insulin sensitivity.