Investigating Women\u27s Sexual Agency and Alcohol Use in the Sexual Consent Process

Among college students, sexual engagement and alcohol consumption are considered common behaviors, with many students reporting drinking prior to sexual experiences. Given the prevalence of sexual assault on campuses and connection between nonconsensual sex and drinking, colleges have adopted policies and programs with the intention of reducing risky drinking behaviors and sexual practices. The majority of these policies stipulate that students cannot give sexual consent under the influence of alcohol, but students find these policies unrealistic. Further, these policies fail to consider the larger context of traditional heteronormative gender scripts that influence sexual behavior, setting narrow expectations, especially for women’s sexuality. This study integrates sexual agency into the study of sexual consent and alcohol consumption as a way of recognizing gender inequality and providing an alternative to risk-focused approaches that perpetuate the policing of female sexuality. This study explored the relationship among sexual agency, attitudes about the ability to give consent, and drinking prior to sex on the extent to which college women’s alcohol-involved sexual experiences felt consensual. The findings highlight the importance of sexual agency as a predictor of women’s feelings that their sex felt consensual and explains the interaction between attitudes and drinking and its influence on these feelings. The results built upon previous research about the impact of relationship status on consent and the influence of drinking prior to sex on consent. Strengths and limitations of the study are outlined as well as areas for future research. Implications for college campus policy, education and outreach, and clinical practice in the areas of sexual consent and drinking prior to sex are discussed

Spatial heterogeneity and environmental predictors of permafrost region soil organic carbon stocks

Large stocks of soil organic carbon (SOC) have accumulated in the Northern Hemisphere permafrost region, but their current amounts and future fate remain uncertain. By analyzing dataset combining >2700 soil profiles with environmental variables in a geospatial framework, we generated spatially explicit estimates of permafrost-region SOC stocks, quantified spatial heterogeneity, and identified key environmental predictors. We estimated that Pg C are stored in the top 3 m of permafrost region soils. The greatest uncertainties occurred in circumpolar toe-slope positions and in flat areas of the Tibetan region. We found that soil wetness index and elevation are the dominant topographic controllers and surface air temperature (circumpolar region) and precipitation (Tibetan region) are significant climatic controllers of SOC stocks. Our results provide first high-resolution geospatial assessment of permafrost region SOC stocks and their relationships with environmental factors, which are crucial for modeling the response of permafrost affected soils to changing climate

Spatial heterogeneity and environmental predictors of permafrost region soil organic carbon stocks

Large stocks of soil organic carbon (SOC) have accumulated in the Northern Hemisphere permafrost region, but their current amounts and future fate remain uncertain. By analyzing dataset combining \u3e2700 soil profiles with environmental variables in a geospatial framework, we generated spatially explicit estimates of permafrost-region SOC stocks, quantified spatial heterogeneity, and identified key environmental predictors. We estimated that Pg C are stored in the top 3 m of permafrost region soils. The greatest uncertainties occurred in circumpolar toe-slope positions and in flat areas of the Tibetan region. We found that soil wetness index and elevation are the dominant topographic controllers and surface air temperature (circumpolar region) and precipitation (Tibetan region) are significant climatic controllers of SOC stocks. Our results provide first high-resolution geospatial assessment of permafrost region SOC stocks and their relationships with environmental factors, which are crucial for modeling the response of permafrost affected soils to changing climate